0xF6 05 Repeated Switch Communication RPS Note for all F6-RPS EEP usage on ERP 2: ERP 2 (EnOcean Radio Protocol 2) is the radio protocol with FSK encoding. It is compatible on the application level with ERP 1. With ERP 2 all EPPs, Protocols (Security / Smart Acknowledge) can be used as it was before. Only difference are the RPS profiles. The ERP 2 (EnOcean Radio Protocol 2) – does not use the RPS telegrams as ERP 1 did. The biggest difference is the usage of the Status Field. The Status field in ERP 2 is defined as a repeater count field (also other position in the telegram). Other functionalities and fields T21 and NU are not present any more. Therefore a new encoding was developed. EEP describe an equipment – device - application. The meaning of the data did not change only the coding. The logic and semantic of the application is still the same. So it is defined that RPS profiles on ERP 2 have different coding of the actual telegram data, but the logic is same on ERP 1 and ERP 2. The new coding is published as new profiles. This is required to keep the same interfaces on the EEP processing (e.g. existing gateways / IP gateways - we do not want have additional information which radio protocol was used – ERP1/ERP2). The exact details are listed below. The profiles are defined in way that a seamless translation between ERP 1 and ERP 2 vice versa is possible without contextual information, what profile it is in particular. 0x01 This profile is used to simple switch design which does not use any rockers. The whole actuation area for the switch is being moved. There are simple two statuses press & hold / released. graphics/F6-01.png 0x01 released Submitter: EnOcean GmbH

Description
This profile represents a very simple push button which has no coding for rockers enabled. Its mechanical construction does not require any coding of rocker status and therefore is not used. It simply sends the energy bow status as push & hold / release. The databyte & status is kept compatible to the F6-02-01 profile, only the energy bow bit is used, status is adjusted to corresponding telegram (no button pressed).

Data exchange
Direction: unidirectional
Addressing: broadcast
Communication trigger: event-triggered
Communication interval: N/A
Trigger event: button is pressed / released
Tx delay: -
Rx timeout: -

Teach-in
Teach-in method: RPS teach-in

Security
Encryption supported: no
Security level format: - 0 3 4 4 Push button PB Status of the push button 3 1 0 Released 1 Pressed & Hold 0x02 - Action R1 .... 0 3 0 Button AI: 1 Button A0: 2 Button BI: 3 Button B0: Energy Bow EB .... 3 1 0 released 1 pressed 0x02 For clarification reasons the following picture shows a PTM200 transmitter module from EnOcean GmbH which transmits RPS telegrams and is one possibility to be used in applications that require an EEP F6-02-xx. Please note that PTM200 does not support transmission of teach-in telegrams. graphics/Rocker_Switch_2.pngThe button naming used below is referring to CHANNEL and STATE of the PTM200. Thus “Button AI“ means STATE „I“ on CHANNEL „A“.

There are two different message types, the N-message and the U-message, which need to be identified from the Status Field of an EnOcean RPS telegram. For that reason not only the data bytes are given for each EEP but the T21 and NU bits of the Status Field are listed as well. 0x01 released This EEP definition is based on the assumption that a RPS switch module (e.g. PTM200) is installed in a 0-STATE up position! Application Style 1 is widely used in EU but may be found in other markets as well. 2 1 1 3 1 1 T21 2 1 1 NU 3 1 1 Rocker 1st action R1 .... 0 3 0 Button AI:
"Switch light on" or "Dim light down" or "Move blind closed" 1 Button A0:
"Switch light off" or "Dim light up" or "Move blind open" 2 Button BI:
“Switch light on” or "Dim light down” or "Move blind closed” 3 Button B0:
“Switch light off” or “Dim light up” or "Move blind open” Energy Bow EB .... 3 1 0 released 1 pressed Rocker 2nd action R2 .... 4 3 0 Button AI:
"Switch light on" or "Dim light down" or "Move blind closed" 1 Button A0:
"Switch light off" or "Dim light up" or "Move blind open" 2 Button BI:
“Switch light on” or "Dim light down” or "Move blind closed” 3 Button B0:
“Switch light off” or “Dim light up” or "Move blind open” 2nd Action SA .... 7 1 0 No 2nd action 1 2nd action valid 2 1 1 3 1 0 T21 2 1 1 NU 3 1 0 Number of buttons pressed simultaneously (other bit combinations are not valid) R1 .... 0 3 0 no button 3 3 or 4 buttons Energy Bow EB .... 3 1 0 released 1 pressed 4 4 0x02 released This EEP definition is based on the assumption that a RPS switch module (e.g. PTM200) is installed in an I-STATE up position! Application Style 2 is typically used in US and CAN but may be found in other markets as well. 2 1 1 3 1 1 T21 2 1 1 NU 3 1 1 Rocker 1st action R1 .... 0 3 0 Button AI:
"Switch light on" or "Dim light up" or "Move blind open" 1 Button A0:
"switch light off" or "Dim light down" or "Move blind closed" 2 Button BI:
“Switch light on” or "Dim light up” or "Move blind open” 3 Button B0:
“Switch light off” or “Dim light down” or "Move blind closed” Energy Bow EB .... 3 1 0 released 1 pressed Rocker 2nd action R2 .... 4 3 0 Button AI:
"Switch light on" or "Dim light up" or "Move blind open" 1 Button A0:
"switch light off" or "Dim light down" or "Move blind closed" 2 Button BI:
“Switch light on” or "Dim light up” or "Move blind open” 3 Button B0:
“Switch light off” or “Dim light down” or "Move blind closed” 2nd Action SA .... 7 1 0 No 2nd action 1 2nd action valid 2 1 1 3 1 0 T21 2 1 1 NU 3 1 0 Number of buttons pressed simultaneously (other bit combinations are not valid) R1 .... 0 3 0 no button 3 3 or 4 buttons Energy Bow EB .... 3 1 0 released 1 pressed 4 4 0x03 released Submitter: Servodan

Definition of Auto, I/O for Rocker switch, Dim control (PTM200) T21 2 1 1 NU 3 1 1 Rocker action RA .... 0 8 0x30 Button A0:
Set the controller in automatic mode 0x10 Button A1:
Set the controller in manually mode and toggles between
switch light on and switch light off 0x70 Button B0:
Dim light up 0x50 Button B1:
Dim light down 0x04 released Submitter: EnOcean GmbH Energy Bow EBO State of the energy bow 0 1 0 released 1 pressed Button coding BC Signalize button coding 1 1 0 button 2 2 BI RBI State I of the rocker B 4 1 0 not pressed 1 pressed B0 RB0 State 0 of the rocker B 5 1 0 not pressed 1 pressed AI RAI State I of the rocker A 6 1 0 not pressed 1 pressed A0 RA0 State 0 of the rocker A 7 1 0 not pressed 1 pressed 0x03 0x01 released This EEP definition is based on the assumption that a RPS switch module is installed in a 0-STATE up position! Application Style 1 is widely used in EU but may be found in other markets as well. 2 1 0 3 1 1 T21 2 1 0 NU 3 1 1 Rocker 1st action R1 .... 0 3 0 Button AI:
"Switch light on" or "Dim light down" or "Move blind closed" 1 Button A0:
"Switch light off" or "Dim light up" or "Move blind open" 2 Button BI:
“Switch light on” or "Dim light down” or "Move blind closed” 3 Button B0:
“Switch light off” or “Dim light up” or "Move blind open” 4 Button CI:
"Switch light on" or "Dim light down" or "Move blind closed" 5 Button C0:
"Switch light off" or "Dim light up" or "Move blind open" 6 Button DI:
“Switch light on” or "Dim light down” or "Move blind closed” 7 Button D0:
“Switch light off” or “Dim light up” or "Move blind open” Energy Bow EB .... 3 1 0 released 1 pressed Rocker 2nd action R2 .... 4 3 0 Button AI:
"Switch light on" or "Dim light down" or "Move blind closed" 1 Button A0:
"Switch light off" or "Dim light up" or "Move blind open" 2 Button BI:
“Switch light on” or "Dim light down” or "Move blind closed” 3 Button B0:
“Switch light off” or “Dim light up” or "Move blind open” 4 Button CI:
"Switch light on" or "Dim light down" or "Move blind closed" 5 Button C0:
"Switch light off" or "Dim light up" or "Move blind open" 6 Button DI:
“Switch light on” or "Dim light down” or "Move blind closed” 7 Button D0:
“Switch light off” or “Dim light up” or "Move blind open” 2nd Action SA .... 7 1 0 No 2nd action 1 2nd action valid 2 1 0 3 1 0 T21 2 1 0 NU 3 1 0 Number of buttons pressed simultaneously R1 .... 0 3 0 no Button pressed 1 2 buttons pressed 2 3 buttons pressed 3 4 buttons pressed 4 5 buttons pressed 5 6 buttons pressed 6 7 buttons pressed 7 8 buttons pressed Energy Bow EB .... 3 1 0 released 1 pressed 4 4 0x02 released A This EEP definition is based on the assumption that a RPS switch module is installed in a I-STATE up position! Application Style 2 is typically used in US and CAN but may be found in other markets as well. 2 1 0 3 1 1 T21 2 1 0 NU 3 1 1 Rocker 1st action R1 .... 0 3 0 Button AI:
“Switch light on” or "Dim light up” or "Move blind open” 1 Button A0:
“Switch light off” or “Dim light down” or "Move blind closed” 2 Button BI:
“Switch light on” or "Dim light up” or "Move blind open” 3 Button B0:
“Switch light off” or “Dim light down” or "Move blind closed” 4 Button CI:
“Switch light on” or "Dim light up” or "Move blind open” 5 Button C0:
“Switch light off” or “Dim light down” or "Move blind closed” 6 Button DI:
“Switch light on” or "Dim light up” or "Move blind open” 7 Button D0:
“Switch light off” or “Dim light down” or "Move blind closed” Energy Bow EB .... 3 1 0 released 1 pressed Rocker 2nd action R2 .... 4 3 0 Button AI:
“Switch light on” or "Dim light up” or "Move blind open” 1 Button A0:
“Switch light off” or “Dim light down” or "Move blind closed” 2 Button BI:
“Switch light on” or "Dim light up” or "Move blind open” 3 Button B0:
“Switch light off” or “Dim light down” or "Move blind closed” 4 Button CI:
“Switch light on” or "Dim light up” or "Move blind open” 5 Button C0:
“Switch light off” or “Dim light down” or "Move blind closed” 6 Button DI:
“Switch light on” or "Dim light up” or "Move blind open” 7 Button D0:
“Switch light off” or “Dim light down” or "Move blind closed” 2nd Action SA .... 7 1 0 No 2nd action 1 2nd action valid 2 1 0 3 1 0 T21 2 1 0 NU 3 1 0 Number of buttons pressed simultaneously R1 .... 0 3 0 no button pressed 1 2 buttons pressed 2 3 buttons pressed 3 4 buttons pressed 4 5 buttons pressed 5 6 buttons pressed 6 7 buttons pressed 7 8 buttons pressed Energy Bow EB .... 3 1 0 released 1 pressed 4 4 0x04 0x01 released Insertion of Key Card generates an N-Message, take-out a U-Message 2 1 1 3 1 1 T21 2 1 1 NU 3 1 1 Key Card KC ... 0 8 112 inserted (0x70) 2 1 1 3 1 0 T21 2 1 1 NU 3 1 0 Key Card KC ... 0 8 0 taken out 0x02 released Submitter: EnOcean GmbH

When card is inserted field EBO and SOC are both having value 1. When take out, both are having value 0. This coding is required to have a context less translation of RPS profiles between ERP 1 and ERP 2. Energy Bow EBO State of the energy bow 0 1 0 taken out 1 card inserted Button coding BC Signalize button coding 1 1 0 button 2 3 State of card SOC State of the card 5 1 0 taken out 1 card inserted 6 2 0x05 0x00 released Submitter: ViCOS GmbH

Description
This profile is used to communicate wind speed threshold detection.

The “Alarm ON” message shall be sent when the wind speed exceeds the threshold longer than the specified Delay_Time_AlarmON. If wind speed falls below the specified threshold longer than Delay_Time_AlarmOFF the “Alarm OFF” message shall be sent.

Delay time and threshold have to be set on the device.

Delay_Time_AlarmON: 1 … 15 s (resolution 1 s)
Delay_Time_AlarmOFF: 1 … 15 min (resolution 1 min)
Threshold: 0 … 255 km/h

To ensure that the receiver gets the “Alarm On” message under any condition (e.g. AC mains failure), it shall be sent every 60 s in alarm state.

When changing to “Alarm OFF” state the “Alarm OFF” messages shall be sent at least 2 times to avoid losing the “Alarm OFF” signal.

During “Alarm OFF” state the “Alarm OFF” message shall be repeated every 20 minutes.

In case of low energy, the “Energy LOW” message shall be sent every 60 minutes.

Data exchange
Direction: unidirectional
Addressing: broadcast
Communication trigger: event-triggered
Communication interval: in case of detection
Trigger event: detection
Tx delay: -
Rx timeout: -

Teach-in
Teach-in method: RPS teach-in (3 messages within 2s)

Security
Encryption supported: no
Security level format: - Status WND Status of detection and battery 0 8 0x00 Wind speed below threshold (Alarm OFF) 0x10 Wind speed exceeds threshold (Alarm ON) 0x30 Energy LOW 0x01 released Submitter: Afriso / EnOcean

Description:
This profile is used for devices detecting leakage. It is commonly placed on ground where a leakage causes damage.
The principle is that “paper rings” swell in water and trigger an ECO 200 (generator) based transmitter.

Data exchange
Direction: unidirectional
Addressing: broadcast
Communication trigger: event-triggered
Communication interval: NA
Trigger event: (water detection)
Teach-in method: RPS teach-in T21 2 1 1 NU 3 1 1 Water sensor WAS Alert signal that the sensor detected water leakage 0 8 0x11 Water detected 0x02 released Submitter: ViCOS GmbH

Description
This profile is used to communicate smoke detection.

The “Alarm ON” message shall be sent immediately when smoke is detected. If smoke detection ends, the “Alarm OFF” message shall be sent.

To ensure that the receiver gets the “Alarm ON” message under any condition (e.g. AC mains failure), it shall be sent every 10 s in alarm state. When changing to “Alarm OFF” state the “Alarm OFF” messages shall be sent at least 2 times to avoid losing the “Alarm OFF” signal.

During “Alarm OFF” state the “Alarm OFF” message shall be repeated every 20 minutes.

In case of low energy, the “Energy LOW” message shall be sent.

Data exchange
Direction: unidirectional
Addressing: broadcast
Communication trigger: event-triggered
Communication interval: in case of detection
Trigger event: detection
Tx delay: -
Rx timeout: -

Teach-in
Teach-in method: RPS teach-in (3 messages within 2s)

Security
Encryption supported: no
Security level format: - Status SMO Status of detection and battery 0 8 0x00 Smoke Alarm OFF 0x10 Smoke Alarm ON 0x30 Energy LOW 0x10 0x00 released Submitter: HOPPE AG

The bits marked with 'X' in DB_0 should not be checked. These bits can be '1' or '0' and should not be assumed to be a defined value, because both of them are allowed and not predictable! 2 1 1 3 1 0 T21 2 1 1 NU 3 1 0 Window handle WIN Movement of the window handle 0 8 0b11X0XXXX Moved from up to right.
graphics/Window_Handle_01.png 0b1111XXXX Moved from right to down.
graphics/Window_Handle_02.png 0b11X0XXXX Moved from down to left.
graphics/Window_Handle_03.png 0b1101XXXX Moved from left to up.
graphics/Window_Handle_04.png 0b11X0XXXX Moved from up to left.
graphics/Window_Handle_05.png 0b1111XXXX Moved from left to down.
graphics/Window_Handle_06.png 0b11X0XXXX Moved from down to right.
graphics/Window_Handle_07.png 0b1101XXXX Moved from right to up.
graphics/Window_Handle_08.png 0x01 released Submitter: HOPPE AG

DB0.6 – needs to show that RPS/ERP2 has a different coding as RPS/ERP1. 0 1 Handle coding HC Signalize window handle coding 1 1 1 handle 2 2 Handle value HVL Value of the 4MSB of the Data field of ERP1 coding 4 4 0b11X0 Moved from up to right.
graphics/Window_Handle_01.png 0b1111 Moved from right to down.
graphics/Window_Handle_02.png 0b11X0 Moved from down to left.
graphics/Window_Handle_03.png 0b1101 Moved from left to up.
graphics/Window_Handle_04.png 0b11X0 Moved from up to left.
graphics/Window_Handle_05.png 0b1111 Moved from left to down.
graphics/Window_Handle_06.png 0b11X0 Moved from down to right.
graphics/Window_Handle_07.png 0b1101 Moved from right to up.
graphics/Window_Handle_08.png 0xD5 06 1 Byte Communication 1BS LRN Bit 4 1 0 Teach-in telegram 1 Data telegram 0x00 0x01 released Contact CO 7 1 0 open 1 closed Learn Button LRN .. 4 1 0 pressed 1 not pressed 0xA5 07 4 Byte Communication 4BS The profile-less unidirectional teach-in procedure functions according to the same principle as the 1BS telegram: if the data bit is DB_0.BIT_3 = 0, then a teach-in telegram is sent. This includes the 'LRN TYPE' DB_0.BIT_7 = 0 data bit. Then no EEP profile identifier and no manufacturer ID are transferred.
LRN Type 24 1 0 telegram without EEP and Manufacturer ID LRN Bit 28 1 0 Teach-in telegram 1 Data telegram For the unidirectional profile teach-in procedure, it is preferred in opposite to variation 1), as the teach-in telegram contains both the complete EEP number and the manufacturer ID. The device is therefore clearly identifiable as ready-to-use and can be securely executed in a complex system environment or by foreign systems. In this case, the 'LRN TYPE' data bit is DB_0.BIT_7 = 1.
LRN Type 24 1 1 telegram with EEP number and Manufacturer ID LRN Bit 28 1 0 Teach-in telegram 1 Data telegram During the bidirectional teach-in procedure, further bits are required from the DB_0, in order to develop the mutual teach-in between two communication partners. For this, the procedure is made up of 2 teach-in telegrams, which are exchanged on both sides. The following UML diagram is used to illustrate this:
graphics/4BS_bidirectional_Teach_in.png
LRN Type 24 1 0 telegram without EEP and Manufacturer ID 1 telegram with EEP number and Manufacturer ID EEP Result 25 1 0 EEP not supported 1 EEP supported LRN Result 26 1 0 Sender ID deleted/not stored 1 Sender ID stored LRN Status 27 1 0 Query 1 Response LRN Bit 28 1 0 Teach-in telegram 1 Data telegram 0x02 0x01 released 0 16 24 4 29 3 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Temperature TMP Temperature (linear) DB_1 Temperature (8 bit) -40...0°C, linear n=255...0 16 8 255 0 -40 0 °C 0x02 released 0 16 24 4 29 3 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Temperature TMP Temperature (linear) DB_1 Temperature (8 bit) -30... +10°C, linear n=255...0 16 8 255 0 -30 +10 °C 0x03 released 0 16 24 4 29 3 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Temperature TMP Temperature (linear) DB_1 Temperature (8 bit) -20... +20°C, linear n=255...0 16 8 255 0 -20 +20 °C 0x04 released 0 16 24 4 29 3 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Temperature TMP Temperature (linear) DB_1 Temperature (8 bit) -10... +30°C, linear n=255...0 16 8 255 0 -10 +30 °C 0x05 released 0 16 24 4 29 3 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Temperature TMP Temperature (linear) DB_1 Temperature (8 bit) 0... +40°C, linear n=255...0 16 8 255 0 0 +40 °C 0x06 released 0 16 24 4 29 3 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Temperature TMP Temperature (linear) DB_1 Temperature (8 bit) 10... +50°C, linear n=255...0 16 8 255 0 +10 +50 °C 0x07 released 0 16 24 4 29 3 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Temperature TMP Temperature (linear) DB_1 Temperature (8 bit) 20... +60°C, linear n=255...0 16 8 255 0 +20 +60 °C 0x08 released 0 16 24 4 29 3 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Temperature TMP Temperature (linear) DB_1 Temperature (8 bit) 20... +60°C, linear n=255...0 16 8 255 0 +30 +70 °C 0x09 released 0 16 24 4 29 3 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Temperature TMP Temperature (linear) DB_1 Temperature (8 bit) 40... +80°C, linear n=255...0 16 8 255 0 +40 +80 °C 0x0A released 0 16 24 4 29 3 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Temperature TMP Temperature (linear) DB_1 Temperature (8 bit) 50... +90°C, linear n=255...0 16 8 255 0 +50 +90 °C 0x0B released 0 16 24 4 29 3 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Temperature TMP Temperature (linear) DB_1 Temperature (8 bit) 60... +100°C, linear n=255...0 16 8 255 0 +60 +100 °C 0x10 released 0 16 24 4 29 3 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Temperature TMP Temperature (linear) DB_1 Temperature (8 bit) -60... +20°C, linear n=255...0 16 8 255 0 -60 +20 °C 0x11 released 0 16 24 4 29 3 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Temperature TMP Temperature (linear) DB_1 Temperature (8 bit) -50... +30°C, linear n=255...0 16 8 255 0 -50 +30 °C 0x12 released 0 16 24 4 29 3 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Temperature TMP Temperature (linear) DB_1 Temperature (8 bit) -40... +40°C, linear n=255...0 16 8 255 0 -40 +40 °C 0x13 released 0 16 24 4 29 3 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Temperature TMP Temperature (linear) DB_1 Temperature (8 bit) -30... +50°C, linear n=255...0 16 8 255 0 -30 +50 °C 0x14 released 0 16 24 4 29 3 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Temperature TMP Temperature (linear) DB_1 Temperature (8 bit) -20... +60°C, linear n=255...0 16 8 255 0 -20 +60 °C 0x15 released 0 16 24 4 29 3 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Temperature TMP Temperature (linear) DB_1 Temperature (8 bit) -10... +70°C, linear n=255...0 16 8 255 0 -10 +70 °C 0x16 released 0 16 24 4 29 3 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Temperature TMP Temperature (linear) DB_1 Temperature (8 bit) 0... +80°C, linear n=255...0 16 8 255 0 0 +80 °C 0x17 released 0 16 24 4 29 3 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Temperature TMP Temperature (linear) DB_1 Temperature (8 bit) +10°... +90°C, linear n=255...0 16 8 255 0 +10 +90 °C 0x18 released 0 16 24 4 29 3 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Temperature TMP Temperature (linear) DB_1 Temperature (8 bit) +20°... +100°C, linear n=255...0 16 8 255 0 +20 +100 °C 0x19 released 0 16 24 4 29 3 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Temperature TMP Temperature (linear) DB_1 Temperature (8 bit) +30°... +110°C, linear n=255...0 16 8 255 0 +30 +110 °C 0x1A released 0 16 24 4 29 3 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Temperature TMP Temperature (linear) DB_1 Temperature (8 bit) +40°... +120°C, linear n=255...0 16 8 255 0 +40 +120 °C 0x1B released 0 16 24 4 29 3 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Temperature TMP Temperature (linear) DB_1 Temperature (8 bit) +50°... +130°C, linear n=255...0 16 8 255 0 +50 +130 °C 0x20 released 0 14 24 4 29 3 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Temperature TMP Temperature (linear) DB_1+DB_2.0-1 Temperature (10 bit) -10...+41.2°C, linear n=1023...0 14 10 1023 0 -10 +41.2 °C 0x30 released 0 14 24 4 29 3 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Temperature TMP Temperature (linear) DB_1+DB_2.0-1 Temperature (10 bit) -40...+62.3°C, linear n=1023...0 14 10 1023 0 -40 +62.3 °C 0x04 0x01 released 0 8 24 4 29 1 31 1 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Humidity HUM Rel. Humidity (linear) DB_2: Rel. Humidity 0...100%, linear n=0...250 8 8 0 250 0 100 % Temperature TMP Temperature (linear) DB_1 Temperature (8 bit) 0...40°C, linear n=0...250 16 8 0 250 0 +40 °C T-Sensor TSN Availability of the Temperature Sensor 30 1 0 not available 1 available 0x02 released Submitter: Eltako

Description:
In contrast to EEP A5-04-01, the temperature range is extended: -20°C…+60°C.

Data exchange
Direction: unidirectional
Addressing: broadcast
Communication trigger: event- & time-triggered
Communication interval: -
Trigger event: change in temperature, change in humidity
Tx delay: -
Rx timeout: -

Teach-in
Teach-in method: 4BS teach-in

Security
Encryption supported: -
Security level format: - 0 8 24 4 29 1 31 1 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Humidity HUM Rel. Humidity (linear) DB_2: Rel. Humidity 0...100%, linear n=0...250 8 8 0 250 0 100 % Temperature TMP Temperature (linear) DB_1 Temperature (8 bit) -20...+60°C, linear n=0...250 16 8 0 250 -20 +60 °C T-Sensor TSN Availability of the Temperature Sensor 30 1 0 not available 1 available 0x03 released Submitter: ITEC

Data exchange
Direction: unidirectional
Addressing: broadcast
Communication trigger: event- & time-triggered
Communication interval: 20 seconds – 1 hour (one time configuration)
Trigger event: threshold/delta for observed value, heartbeat
Tx delay: -
Rx timeout: -

Teach-in
Teach-in method: 4BS teach-in 2

Security
Encryption supported: -
Security level format: - 8 6 24 4 29 2 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Humidity HUM Rel. Humidity (linear) DB_3: Rel. Humidity 0...100%, linear n=0...250 0 8 0 255 0 100 % Temperature TMP Temperature (linear) Temperature (10 bit) -20...60°C, linear n=0...1023 14 10 0 1023 -20 +60 °C Telegram Type TTP Telegram Type 31 1 0 Heartbeat 1 Event triggered 0x04 released Submitter: ITEC Corporation

Description
Range
-40 to +120degC 12bit-measurment
and 0% to 100%

Data exchange
Direction: unidirectional
Addressing: broadcast
Communication trigger: event_trigger
Communication interval:
Event description:

Teach-in
Teach-in method: 4BS teach in 2

Security
Encryption mandatory: No humidity Measurement of Relative Humidity in 0 8 0 199 0 100 % 8 4 temperature Measurement of Temperature in linear 12 12 0 1599 -40 120 °C 24 4 LrnBit LrnBit key 28 1 0 Teach-in telegram 1 Data Telegram 29 3 0x05 0x01 released Submitter: ITEC

Data exchange
Direction: unidirectional
Addressing: broadcast
Communication trigger: event- & time-triggered
Communication interval: 20 seconds – 1 hour (one time configuration)
Trigger event: threshold/delta for observed value, heartbeat
Tx delay: -
Rx timeout: -

Teach-in
Teach-in method: 4BS teach-in 2

Security
Encryption supported: -
Security level format: - 0 6 16 12 29 2 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Barometer BAR Barometer (linear) Barometer 500...1150 hPa, linear n=0...1023 6 10 0 1023 500 1150 hPa Telegram Type TTP Telegram Type 31 1 0 Heartbeat 1 Event triggered 0x06 0x01 released 24 4 29 2 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Supply voltage SVC Supply voltage (linear) DB_3: Supply voltage 0…5.1V, linear n=0…255 0 8 0 255 0 5.1 V Illumination ILL2 Illumination (linear) DB_2: Illumination 300…30.000 lx, linear n=0…255 8 8 0 255 300 30000 lx Illumination ILL1 Illumination (linear) DB_1: Illumination 600…60.000 lx, linear n=0…255 16 8 0 255 600 60000 lx Range select RS Range 31 1 0 Range acc. to DB_1 (ILL1) 1 Range acc. to DB_2 (ILL2) 0x02 released 24 4 29 2 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Supply voltage SVC Supply voltage (linear) DB_3: Supply voltage 0…5.1V, linear n=0…255 0 8 0 255 0 5.1 V Illumination ILL2 Illumination (linear) DB_2: Illumination 0…510 lx, linear n=0…255 8 8 0 255 0 510 lx Illumination ILL1 Illumination (linear) DB_1: Illumination 0…1.024 lx, linear n=0…255 16 8 0 255 0 1020 lx Range select RS Range 31 1 0 Range acc. to DB_1 (ILL1) 1 Range acc. to DB_2 (ILL2) 0x03 released Submitter: Lutuo Technology

18 10 29 3 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Supply voltage SVC Supply voltage (linear)
251…255: reserved for error code DB_3: Supply voltage 0…5.1V, linear n=0…255 0 8 0 250 0 5.0 V Illumination ILL Illumination (linear)
DB2 = 8 MSB, DB1 = 2 LSB
1001: over range, 1002...1024: reserved 8 10 0 1000 0 1000 lx 0x04 released Submitter: Echoflex Solutions

Description
This EEP is intended for use with wireless daylight sensors, who communicate exterior light levels back to a blind controller.

Data exchange
Direction: unidirectional
Addressing: broadcast
Communication trigger: time-triggered and upon lux sensor reading change of more than a few percent
Communication interval: A telegram is transmitted every 1 minute in “day mode” and every 1 hour in “night mode”. If the measured light is below a certain threshold for several minutes the sensor goes to night mode.
Trigger event: Heartbeat, change of lux reading
Tx delay: -
Rx timeout: -

Teach-in
Teach-in method: 4BS teach-in 2

Security
Encryption supported: no
Security level format: - 29 1 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Temperature TEMP Ambient Temperature 0 8 0 255 -20 +60 °C Illuminance ILL Illuminance (linear) 8 16 0 65535 0 65535 lx Energy Storage SV Energy Storage 24 4 0 15 0 100 % Temperature Availability TMPAV Valid temperature data available on DB3 30 1 0 Temperature data is unavailable 1 Temperature data is available Energy Storage Availability ENAV Valid energy storage data available on DB0 31 1 0 Energy storage data is unavailable 1 Energy storage data is available 0x05 released Submitter: ITEC


Data exchange
Direction: unidirectional
Addressing: broadcast
Communication trigger: event- & time-triggered
Communication interval: 20 seconds – 1 hour (one time configuration)
Trigger event: threshold/delta for observed value, heartbeat
Tx delay: -
Rx timeout: -

Teach-in
Teach-in method: 4BS teach-in 2

Security
Encryption supported: no
Security level format: - 24 4 29 2 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Supply voltage SVC Supply voltage (linear) DB_3: Supply voltage 0…5.1V, linear n=0…255 0 8 0 255 0 5.1 V Illumination ILL2 Illumination (linear) DB_2: Illumination 0…5100 lx, linear n=0…255 8 8 0 255 0 5100 lx Illumination ILL1 Illumination (linear) DB_1: Illumination 0…10.200 lx, linear n=0…255 16 8 0 255 0 10200 lx Range select RS Range 31 1 0 Range acc. to DB_1 (ILL1) 1 Range acc. to DB_2 (ILL2) 0x07 0x01 released Submitter: Lutuo Technology

The transmission of “PIR off” telegrams is optional. 8 8 29 2 24 4 PIR Status PIRS PIR Status PIR Status 16 8 0 127 PIR off 128 255 PIR on LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Supply voltage (OPTIONAL) SVC Supply voltage / super cap. (linear);
251 – 255 reserved for error code DB_3: Supply voltage 0…5.0V, linear n=0…250 0 8 0 250 0 5.0 V Supply voltage availability SVA Supply voltage availability at DB_3 Supply voltage availability at DB_3 31 1 0 Supply voltage is not supported 1 Supply voltage is supported 0x02 released Submitter: Lutuo Technology

The transmission of “PIR off” telegrams is optional. LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Supply voltage (REQUIRED) SVC Supply voltage / super cap. (linear);
251 – 255 reserved for error code 0 8 0 250 0 5.0 V PIR Status PIRS PIR Status PIR Status 24 1 0 Uncertain of occupancy status 1 Motion detected 8 16 25 3 29 3 0x03 released Submitter: Lutuo Technology

The transmission of “PIR off” telegrams is optional. LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Supply voltage (REQUIRED) SVC Supply voltage (linear);
251 – 255 reserved for error code 0 8 0 250 0 5.0 V Illumination ILL Illumination (linear);
DB2 = 8 MSB, DB1 = 2 LSB
1001: over range,
1002...1024: reserved 8 10 0 1000 0 1000 lx PIR Status PIRS PIR Status PIR Status 24 1 1 Motion detected 0 Uncertain of occupancy status 25 3 18 6 29 3 0x08 0x01 released E.g. for ceiling suspended sensor. 24 4 29 1 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Supply voltage SVC Supply voltage (linear) DB_3: Supply voltage 0…5.1V, linear n=0…255 0 8 0 255 0 5.1 V Illumination ILL Illumination (linear) DB_2: Illumination 0...255lx, linear n=0...255 8 8 0 255 0 255 lx Temperature TMP Temperature (linear) DB_1: Temperature 0...51°C, linear n=0...255 16 8 0 255 0 +51 °C PIR Status PIRS PIR Status 30 1 0 PIR on 1 PIR off Occupancy Button OCC ... 31 1 0 Button pressed 1 Button released 0x02 released E.g. for wall mounted sensor. 24 4 29 1 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Supply voltage SVC Supply voltage (linear) DB_3: Supply voltage 0…5.1V, linear n=…255 0 8 0 255 0 5.1 V Illumination ILL Illumination (linear) DB_2: Illumination 0...1020lx, linear n=0...255 8 8 0 255 0 1020 lx Temperature TMP Temperature (linear) DB_1: Temperature 0...51°C, linear n=0...255 16 8 0 255 0 +51 °C PIR Status PIRS PIR Status 30 1 0 PIR on 1 PIR off Occupancy Button OCC ... 31 1 0 Button pressed 1 Button released 0x03 released E.g. for outdoor sensor. 24 4 29 1 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Supply voltage SVC Supply voltage (linear) DB_3: Supply voltage 0…5.1V, linear n=0…255 0 8 0 255 0 5.1 V Illumination ILL Illumination (linear) DB_2: Illumination 0...1530lx, linear n=0...255 8 8 0 255 0 1530 lx Temperature TMP Temperature (linear) DB_1: -30...50°C, linear n=0...255 16 8 0 255 -30 +50 °C PIR Status PIRS PIR Status 30 1 0 PIR on 1 PIR off Occupancy Button OCC .. 31 1 0 Button pressed 1 Button released 0x09 0x02 released Submitter: Unitronic AG 24 4 29 1 31 1 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Supply voltage SVC Supply voltage (linear) 0 8 0 255 0 5.1 V Concentration Conc Gas concentration 8 8 0 255 0 1020 ppm Temperature TMP Temperature (linear) 16 8 0 255 0 +51 °C T-Sensor TSN .. 30 1 0 Temperature Sensor not available 1 Temperature Sensor available 0x04 released 24 4 31 1 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Humidity HUM Rel. Humidity (linear), 0.5 % = 1 bit DB_3: Humidity 0…100%, linear n=0…200 (0,5 % = 1 bit) 0 8 0 200 0 100 % Concentration Conc Concentration (linear), increment = 10 ppm DB_2: Concentration 0…2550 ppm, linear n=0…255 (increment = 10 ppm) 8 8 0 255 0 2550 ppm Temperature TMP Temperature (linear), increment = 0.2 °C DB_1: Temperature 0…51.0 °C, linear n=0…255 (increment = 0.2°C) 16 8 0 255 0 +51.0 °C H-Sensor HSN .. 29 1 0 Humidity Sensor not available 1 Humidity Sensor available T-Sensor TSN .. 30 1 0 Temperature Sensor not available 1 Temperature Sensor available 0x05 released Submitter: NanoSense VOC Conc VOC Concentration 0 16 0 65535 0 65535 ppb VOC ID VOC_ID VOC identification 16 8 0 VOCT (total) 1 Formaldehyde 2 Benzene 3 Styrene 4 Toluene 5 Tetrachloroethylene 6 Xylene 7 n-Hexane 8 n-Octane 9 Cyclopentane 10 Methanol 11 Ethanol 12 1-Pentanol 13 Acetone 14 ethylene Oxide 15 Acetaldehyde ue 16 Acetic Acid 17 Propionice Acid 18 Valeric Acid 19 Butyric Acid 20 Ammoniac 22 Hydrogen Sulfide 23 Dimethylsulfide 24 2-Butanol (butyl Alcohol) 25 2-Methylpropanol 26 Diethyl ether 255 ozone 24 4 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram 29 1 Scale Multiplier SCM Scale Multiplier 30 2 0 0.01 1 0.1 2 1 3 10 0x06 released Submitter: NanoSense Radon Act Radon activity (regulation is an average of 100 Bq/m3/24h) 0 10 0 1023 0 1023 Bq/m3 10 18 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram 29 3 0x07 released Submitter: NanoSense Particles_10 PM10 Dust less than 10 µm (PM10) 0 9 0 511 0 511 µg/m3 Particles_2.5 PM2.5 Dust less than 2.5 µm (PM2.5) 9 9 0 511 0 511 µg/m3 Particles_1 PM1 Dust less than 1 µm (PM1) 18 9 0 511 0 511 µg/m3 27 1 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram PM10 active PM10a 29 1 0 PM10 not active 1 PM10 active PM2.5 active PM2.5a 30 1 0 PM2.5 not active 1 PM2.5 active PM1 active PM1a 31 1 0 PM1 not active 1 PM1 active 0x08 released Submitter: Afriso / EnOcean

Description
Pure CO2 sensor with 8 bit resolution and 0 – 2000ppm.

Data exchange
Direction: unidirectional
Addressing: broadcast
Communication trigger: event- & time-triggered
Trigger event: change of value over threshold, heartbeat
Teach-in method: 4BS teach-in 2 0 16 24 4 29 3 CO2 CO2 CO2 measurement 16 8 0 255 0 2000 ppm LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram 0x09 released Submitter: Afriso / EnOcean

Description
Pure CO2 sensor with 8 bit resolution and 0 – 2000ppm.
1 digital Input – Power failure detection.

Data exchange
Direction: unidirectional
Addressing: broadcast
Communication trigger: event- & time-triggered
Trigger event: change of value over threshold, heartbeat, change of digital Input
Teach-in method: 4BS teach-in 2

Remark
Power failure detection expresses that the device was cut from power source (unplugged / general power failure) and the device will probably stop functioning very soon. In this case the measured value CO2 is the last valid value. 0 16 24 4 30 2 CO2 CO2 CO2 measurement 16 8 0 255 0 2000 ppm LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Power Failure detection PFD Indicates if power supply has a failure / is not available 29 1 0 Power failure not detected 1 Power failure detected 0x0A released Submitter: SiMICS

Description
Hydrogen Gas Sensor with 16 bit resolution and 0-2000 ppm

Data exchange
Direction: unidirectional
Addressing: broadcast
Communication trigger: event- & time-triggered
Communication interval: -
Trigger event: change in gas concentration and temp
Tx delay: -
Rx timeout: -

Teach-in
Teach-in method: 4BS teach-in 2

Security
Encryption supported: yes
Security level format: PSK, RLC, AES128 29 1 Concentration Conc Gas concentration 0 16 0 65535 0 65535 ppm Temperature TEMP Temperature (linear) 16 8 0 255 -20 +60 °C Supply voltage SV Supply voltage / super cap. 24 4 0 15 2.0 5.0 V LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Temp sensor availability TSA Temp sensor availability at TMP 30 1 0 Temp sensor is not supported 1 Temp sensor is supported Supply voltage availability SVA Supply voltage availability at SV 31 1 0 Supply voltage is not supported 1 Supply voltage is supported 0x0B released Submitter: SiMICS

Description
Radioactivity Sensor

Data exchange
Direction: unidirectional
Addressing: broadcast
Communication trigger: event- & time-triggered
Communication interval: -
Trigger event: change in radioactivity level
Tx delay: -
Rx timeout: -

Teach-in
Teach-in method: 4BS teach-in 2

Security
Encryption supported: yes
Security level format: PSK, RLC, AES128 4 4 Supply voltage SV Supply voltage / super cap. 0 4 0 15 2.0 5.0 V Radioactivity Ract Radiation level 8 16 0 65535 0 6553 According to LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Scale Multiplier SCM Scale Multiplier 24 4 0 0.001 1 0.01 2 0.1 3 1 4 10 5 100 6 1000 7 10000 8 100000 Value unit VUNIT The unit of the radiation level 29 2 0 μSv/h 1 cpm 2 Bq/L 3 Bq/kg Supply voltage availability SVA Supply voltage availability at SV 31 1 0 Supply voltage is not supported 1 Supply voltage is supported 0x0C released Submitter: NanoSense

Description
Since this EEP has been released, Total VOC has been regulated by ISO standard. ISO 16000-29 is using weight per cubic metre instead of concentration. This update is for using free bits of this EEP to choose between ppb and μg/m3.
Therefore the updated EEP will be compatible with previous version and will provide compliance with ISO standard. Some new VOC have been added in the list especially Naphthalene that will be soon regulated in certain European countries and 4-Phenylcyclohexene because it is part of the LEED (National rating system for sustainable buildings for North America).

Data exchange
Direction: unidirectional
Addressing: broadcast
Communication trigger: event- & time-triggered
Communication interval: -
Trigger event: value change or time
Tx delay: -
Rx timeout: -

Teach-in
Teach-in method: 4BS teach-in 2

Security
Encryption supported: no
Security level format: -

*: For instance, Monthly means the last or the forecast cost of consumption of the last or the next month. 24 4 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram VOC Conc VOC concentration 0 16 0 65535 0 65535 Unit VOC ID* VOC ID VOC identification 16 8 0 VOCT (total) 1 Formaldehyde 2 Benzene 3 Styrene 4 Toluene 5 Tetrachloroethylene 6 Xylene 7 n-Hexane 8 n-Octane 9 Cyclopentane 10 Methanol 11 Ethanol 12 1-Pentanol 13 Acetone 14 ethylene Oxide 15 Acetaldehyde ue 16 Acetic Acid 17 Propionice Acid 18 Valeric Acid 19 Butyric Acid 20 Ammoniac 22 Hydrogen Sulfide 23 Dimethylsulfide 24 2-Butanol (butyl Alcohol) 25 2-Methylpropanol 26 Diethyl ether 27 Naphthalene 28 4-Phenylcyclohexene 29 Limonene 30 Trichloroethylene 31 Isovaleric acid 32 Indole 33 Cadaverine 34 Putrescine 35 Caproic acid 255 Ozone Unit Unit Unit of VOC concentration 29 1 0 ppb 1 μg/m3 Scale Multiplier SCM Scale multiplier 30 2 0 0.01 1 0.1 2 1 3 10 0x10 0x01 Submitter: Kieback + Peter GmbH released 24 4 29 2 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Turn-switch for fan speed FAN Turn-switch for fan speed DB_3: Turn-switch for fan speed 0 8 210 255 Stage Auto 190 209 Stage 0 165 189 Stage 1 145 164 Stage 2 0 144 Stage 3 Set point SP Set point (linear) Min.- ... Max+ DB_2: Set point Min. - … Max. +, linear n=0...255 8 8 0 255 0 255 N/A Temperature TMP Temperature (linear) DB_1: Temperature 0...40°C, linear n=255...0 16 8 255 0 0 +40 °C Occupancy OCC Occupancy button Occupancy button 31 1 1Button released 0 Button pressed 0x02 released 24 4 29 2 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Turn-switch for fan speed FAN Turn-switch for fan speed DB_3: Turn-switch for fan speed 0 8 210 255 Stage Auto 190 209 Stage 0 165 189 Stage 1 145 164 Stage 2 0 144 Stage 3 Set point SP Set point (linear) Min.- ... Max+ DB_2: Set point Min. - … Max. +, linear n=0...255 8 8 0 255 0 255 N/A Temperature TMP Temperature (linear) DB_1: Temperature 0...40°C, linear n=255...0 16 8 255 0 0 +40 °C Slide switch 0/I SLSW Slide switch or Slide switch Day/Night ... 31 1 0 Position I / Night / Off 1 Position O / Day / On 0x03 released 0 8 24 4 29 3 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Set point SP Set point (linear) Min.- ... Max+ DB_2: Set point Min. - … Max. +, linear n=0...255 8 8 0 255 0 255 N/A Temperature TMP Temperature (linear) DB_1: Temperature 0...40°C, linear n=255...0 16 8 255 0 0 +40 °C 0x04 released 24 4 29 3 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Turn-switch for fan speed FAN .. DB_3: Turn-switch for fan speed 0 8 210 255 Stage Auto 190 209 Stage 0 165 189 Stage 1 145 164 Stage 2 0 144 Stage 3 Set point SP Set point (linear) Min.- ... Max+ DB_2: Set point Min. - … Max. +, linear n=0...255 8 8 0 255 0 255 N/A Temperature TMP Temperature (linear) DB_1: Temperature 0...40°C, linear n=255...0 16 8 255 0 0 +40 °C 0x05 released 0 8 24 4 29 2 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Set point SP Set point (linear) Min.- ... Max+ DB_2: Set point Min. - … Max. +, linear n=0...255 8 8 0 255 0 255 N/A Temperature TMP Temperature (linear) DB_1: Temperature 0...40°C, linear n=255...0 16 8 255 0 0 +40 °C Occupancy OCC Occupancy button Occupancy button 31 1 1Button released 0 Button pressed 0x06 released 0 8 24 4 29 2 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Set point SP Set point (linear) Min.- ... Max+ DB_2: Set point Min. - … Max. +, linear n=0...255 8 8 0 255 0 255 N/A Temperature TMP Temperature (linear) DB_1: Temperature 0...40°C, linear n=255...0 16 8 255 0 0 +40 °C Slide switch 0/I SLSW Slide switch or Slide switch Day/Night ... 31 1 0 Position I / Night / Off 1 Position O / Day / On 0x07 released 8 8 24 4 29 3 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Turn-switch for fan speed FAN .. DB_3: Turn-switch for fan speed 0 8 210 255 Stage Auto 190 209 Stage 0 165 189 Stage 1 145 164 Stage 2 0 144 Stage 3 Temperature TMP Temperature (linear) DB_1: Temperature 0...40°C, linear n=255...0 16 8 255 0 0 +40 °C 0x08 released 8 8 24 4 29 2 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Turn-switch for fan speed FAN .. DB_3: Turn-switch for fan speed 0 8 210 255 Stage Auto 190 209 Stage 0 165 189 Stage 1 145 164 Stage 2 0 144 Stage 3 Temperature TMP Temperature (linear) DB_1: Temperature 0...40°C, linear n=255...0 16 8 255 0 0 +40 °C Occupancy OCC Occupancy button Occupancy button 31 1 1Button released 0 Button pressed 0x09 released 8 8 24 4 29 2 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Turn-switch for fan speed FAN .. DB_3: Turn-switch for fan speed 0 8 210 255 Stage Auto 190 209 Stage 0 165 189 Stage 1 145 164 Stage 2 0 144 Stage 3 Temperature TMP Temperature (linear) DB_1: Temperature 0...40°C, linear n=255...0 16 8 255 0 0 +40 °C Slide switch 0/I SLSW Slide switch or Slide switch Day/Night ... 31 1 0 Position I / Night / Off 1 Position O / Day / On 0x0A released 0 8 24 4 29 2 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Set point SP Set point (linear) Min.- ... Max+ DB_2: Set point Min. - … Max. +, linear n=0...255 8 8 0 255 0 255 N/A Temperature TMP Temperature (linear) DB_1: Temperature 0...40°C, linear n=255...0 16 8 255 0 0 +40 °C Contact State CTST Contact state Contact state 31 1 0 closed 1 open 0x0B released 0 16 24 4 29 2 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Temperature TMP Temperature (linear) DB_1: Temperature 0...40°C, linear n=255...0 16 8 255 0 0 +40 °C Contact State CTST Contact state Contact state 31 1 0 closed 1 open 0x0C released 0 16 24 4 29 2 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Temperature TMP Temperature (linear) DB_1: Temperature 0...40°C, linear n=255...0 16 8 255 0 0 +40 °C Occupancy OCC Occupancy button Occupancy button 31 1 1Button released 0 Button pressed 0x0D released 0 16 24 4 29 2 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Temperature TMP Temperature (linear) DB_1: Temperature 0...40°C, linear n=255...0 16 8 255 0 0 +40 °C Slide switch SLSW Slide switch 0/I or Slide switch Day/Night ... 31 1 0 Position I / Night / Off 1 Position O / Day / On 0x10 released 24 4 29 2 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Set point SP Set point (linear) Min.- ... Max+ DB_3: Set point Min. - … Max. +, linear n=0...255 0 8 0 255 0 255 N/A Humidity HUM Rel. Humidity (linear) DB_2: Rel. Humidity 0...100%, linear n=0...250 8 8 0 250 0 100 % Temperature TMP Temperature (linear) DB_1: Temperature 0...40°C, linear n=255...0 16 8 0 250 0 +40 °C Occupancy OCC Occupancy button Occupancy button 31 1 1Button released 0 Button pressed 0x11 released 24 4 29 2 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Set point SP Set point (linear) Min.- ... Max+ DB_3: Set point Min. - … Max. +, linear n=0...255 0 8 0 255 0 255 N/A Humidity HUM Rel. Humidity (linear) DB_2: Rel. Humidity 0...100%, linear n=0...250 8 8 0 250 0 100 % Temperature TMP Temperature (linear) DB_1: Temperature 0...40°C, linear n=255...0 16 8 0 250 0 +40 °C Slide switch SLSW Slide switch 0/I or Slide switch Day/Night ... 31 1 0 Position I / Night / Off 1 Position O / Day / On 0x12 released 24 4 29 3 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Set point SP Set point (linear) Min.- ... Max+ DB_3: Set point Min. - … Max. +, linear n=0...255 0 8 0 255 0 255 N/A Humidity HUM Rel. Humidity (linear) DB_2: Rel. Humidity 0...100%, linear n=0...250 8 8 0 250 0 100 % Temperature TMP Temperature (linear) DB_1: Temperature 0...40°C, linear n=255...0 16 8 0 250 0 +40 °C 0x13 released 0 8 24 4 29 2 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Humidity HUM Rel. Humidity (linear) DB_2: Rel. Humidity 0...100%, linear n=0...250 8 8 0 250 0 100 % Temperature TMP Temperature (linear) DB_1: Temperature 0...40°C, linear n=255...0 16 8 0 250 0 +40 °C Occupancy OCC Occupancy button Occupancy button 31 1 1Button released 0 Button pressed 0x14 released 0 8 24 4 29 2 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Humidity HUM Rel. Humidity (linear) DB_2: Rel. Humidity 0...100%, linear n=0...250 8 8 0 250 0 100 % Temperature TMP Temperature (linear) DB_1: Temperature 0...40°C, linear n=255...0 16 8 0 250 0 +40 °C Slide switch SLSW Slide switch 0/I or Slide switch Day/Night ... 31 1 0 Position I / Night / Off 1 Position O / Day / On 0x15 released 0 8 24 4 29 3 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Temperature TMP Temperature 10 bit (linear) DB_1.0(LSB) to DB_2.1(MSB) Temperature (10 bit) -10...41.2°C, linear n=1023...0 14 10 1023 0 -10 +41.2 °C Set point SP Set point (6 bit, linear) Min.- ... Max+ DB_2.2-7 Set point (6 bit) Min. - ? Max. +, linear n=0...63 8 6 0 63 0 63 N/A 0x16 released 0 8 24 4 29 2 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Temperature TMP Temperature 10 bit (linear) DB_1.0(LSB) to DB_2.1(MSB) Temperature (10 bit) -10...41.2°C, linear n=1023...0 14 10 1023 0 -10 +41.2 °C Set point SP Set point (linear) Min.- ... Max+ DB_2.2-7 Set point (6 bit) Min. - ? Max. +, linear n=0...63 8 6 0 63 0 63 N/A Occupancy OCC Occupancy button Occupancy button 31 1 1Button released 0 Button pressed 0x17 released 0 14 24 4 29 2 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Temperature TMP Temperature 10 bit (linear) DB_1.0(LSB) to DB_2.1(MSB) Temperature (10 bit) -10...41.2°C, linear n=1023...0 14 10 1023 0 -10 +41.2 °C Occupancy OCC Occupancy button Occupancy button 31 1 1Button released 0 Button pressed 0x18 24 1 Fan Speed FAN Fan Speed Fan Speed 25 3 0 Auto 1Speed 0 2 Speed 1 3 Speed 2 4 Speed 3 5 Speed 4 6 Speed 5 7 Off 29 1 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Illumination ILL Illumination (linear), 251: Over range, 252-255: reserved DB_3: Illumination 0 – 1000 Lux, Linear 0-250,251 - over range, 252-255 reserved 0 8 0 250 0 1000 lx Temp Setpoint TMPSP Temperature Set point (linear) DB_2: Temp Setpoint 0...40°C, linear n=0...250 8 8 250 0 0 +40 °C Temperature TMP Temperature (linear) DB_1: Temperature 0...40°C, linear n=0...250 16 8 250 0 0 +40 °C Occupancy enable/disable OED Occupancy enable/disable; if occupancy is disabled ignore DB0.0 (occu. button) DB_0.BIT_1: Occ enable/disable 30 1 0 Occupancy enabled 1 Occupancy disabled Occupancy button OB ... DB_0.BIT_0: Occupancy button 31 1 0 Button pressed 1 Button released 0x19 24 1 29 1 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Humidity HUM Rel. Humidity (linear) DB_3: Rel. Humidity 0...100%, linear n=0...250 0 8 0 250 0 100 % Temp Setpoint TMP Sp Temperature Set point (linear) DB_2: Temp Setpoint 0...40°C, linear n=0...250 8 8 250 0 0 +40 °C Temperature TMP Temperature (linear) DB_1: Temperature 0...40°C, linear n=0...250 16 8 250 0 0 +40 °C Fan speed FAN Fan Speed DB_0.BIT_5_ BIT_4: Fan speed 25 3 0 Auto 1 Speed 0 2 Speed 1 3 Speed 2 4 Speed 3 5 Speed 4 6 Speed 5 7 Off Occupancy enable/disable OED DB_0.BIT_1: Occ enable/disable 31 1 0 Occupancy enabled 1 Occupancy disabled Occupancy button OB DB_0.BIT_0: Occupancy button 30 1 0 Button pressed 1 Button released 0x1A 24 1 29 1 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Supply Voltage SV 0 ... 5.0 V linear (super cap); 251-255 reserved for error code DB_3: Supply Voltage (super cap). 0 8 0 250 0 5 V Temp Setpoint TMP Sp Temperature Set Point (linear) DB_2: Temp Setpoint 0...40°C, linear n=0...250 8 8 250 0 0 +40 °C Temperature TMP Temperature (linear) DB_1: Temperature 0...40°C, linear n=0...250 16 8 250 0 0 +40 °C Fan speed FAN Fan Speed DB_0.BIT_5_ BIT_4: Fan speed 25 3 0 Auto 1 Speed 0 2 Speed 1 3 Speed 2 4 Speed 3 5 Speed 4 6 Speed 5 7 Off Occupancy enable/disable OED DB_0.BIT_1: Occ enable/disable 30 1 0 Occupancy enabled 1 Occupancy disabled Occupancy button OB DB_0.BIT_0: Occupancy button 31 1 0 Button pressed 1 Button released 0x1B 24 1 29 1 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Supply Voltage SV (super cap) 251 – 255 reserved for error code DB_3: Supply Voltage (super cap). 0 8 0 250 0 5 V Illumination ILL Illumination (linear), 251: Over range, 252-255: reserved DB_2: Illumination 0 – 1000 Lux, Linear 0-250, 251 - over range, 252-255 reserved 8 8 0 250 0 1000 lx Temperature TMP Temperature (linear) DB_1: Temperature 0...40°C, linear n=0...250 16 8 250 0 0 +40 °C Fan speed FAN Fan Speed DB_0.BIT_5_ BIT_4: Fan speed 25 3 0 Auto 1 Speed 0 2 Speed 1 3 Speed 2 4 Speed 3 5 Speed 4 6 Speed 5 7 Off Occupancy enable/disable OED DB_0.BIT_1: Occ enable/disable 30 1 0 Occupancy enabled 1 Occupancy disabled Occupancy button OB DB_0.BIT_0: Occupancy button 31 1 0 Button pressed 1 Button released 0x1C 24 1 29 1 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Illumination ILL Illumination (linear), 251: Over range, 252-255: reserved DB_3: Illumination 0 – 1000 Lux, Linear 0-250,251 - over range, 252-255 reserved 0 8 0 250 0 1000 lx Illumination Set Point ILLSP DB_2: Illumination Setpoint 0 – 1000 Lux, Linear 0-250, 8 8 0 250 0 1000 lx Temperature TMP Temperature (linear) DB_1: Temperature 0...40°C, linear n=0...250 16 8 250 0 0 +40 °C Fan speed FAN DB_0.BIT_5_ BIT_4: Fan speed 25 3 0 Auto 1 Speed 0 2 Speed 1 3 Speed 2 4 Speed 3 5 Speed 4 6 Speed 5 7 Off Occupancy enable/disable OED DB_0.BIT_1: Occ enable/disable 30 1 0 Occupancy enabled 1 Occupancy disabled Occupancy button OB DB_0.BIT_0: Occupancy button 31 1 0 Button pressed 1 Button released 0x1D 24 1 29 1 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Humidity HUM Rel. Humidity (linear) DB_3: Rel. Humidity 0...100%, linear n=0...250 0 8 0 250 0 100 % Humidity Set Point HUMSP Humidity Set Point (linear) DB_2: Humidity Set Point 0...100%, linear n=0...250 8 8 0 250 0 100 % Temperature TMP Temperature (linear) DB_1: Temperature 0...40°C, linear n=0...250 16 8 250 0 0 +40 °C Fan speed FAN Fan Speed DB_0.BIT_5_ BIT_4: Fan speed 25 3 0 Auto 1 Speed 0 2 Speed 1 3 Speed 2 4 Speed 3 5 Speed 4 6 Speed 5 7 Off Occupancy enable/disable OED DB_0.BIT_1: Occ enable/disable 30 1 0 Occupancy enabled 1 Occupancy disabled Occupancy button OB DB_0.BIT_0: Occupancy button 31 1 0 Button pressed 1 Button released 0x1E 0x1F Submitter: Distech Controls Turn-switch for fan speed FAN Turn-switch for fan speed 0 8 210 255 Stage auto 190 209 Stage 0 165 189 Stage 1 145 164 Stage 2 0 144 Stage 3 Set Point SP Set point (linear) Min.- ... Max+ 8 8 0 255 0 255 N/A Temperature TMP Temperature (linear) 16 8 255 0 0 +40 °C 24 1 Temperature flag TMP_F Temperature flag 25 1 1 Temperature present 0 Temperature absent Set point flag SP_F Set point flag 26 1 1 Set point present 0 Set point absent Fan speed flag FAN_F Fan speed flag 27 1 1 Fan speed present 0 Fan speed absent 29 1 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Unoccupancy UNOCC Unoccupancy button 30 1 0 Button pressed 1 Button released Occupancy OCC Occupancy button 31 1 0 Button pressed 1 Button released 0x20 Submitter: MSR-Solutions GmbH, Wangen i.Allg.

Description:
Set Point for Heating Control, Temperature, User Activity.

This EEP defines a Room Operating Panel that contains a sensor for temperature measurement. The set point selector knob determines the desired room temperature with the ability to set special set point modes for heating control. User activity and the sensor’s battery state are indicated in the telegram.

Data exchange
Direction: unidirectional
Addressing: broadcast
Communication trigger: event- & time-triggered
Communication intervall: 1200 s
Trigger event: change of any input signal
Tx delay: n/a
Rx timeout: 0 ms (minimum time between two received messages)
Teach-in method: 4BS teach-in 2 / Universal teach-in
Security Encryption supported: no
Security level format: - Set Point SP Set point (linear) Min.- ... Max+ 0 8 0 255 0 255 N/A 8 8 Temperature TMP Temperature (linear) 16 8 0 250 0 +40 °C 24 1 Set point mode SPM Selection of heating mode 25 2 0 Room temperature defined by SP 1 Frost protection 2 Automatic control (e.g. defined by time program) 3 Reserved Battery state BATT Battery change needed 27 1 0 Battery ok 1 Battery low LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram 29 2 User activity ACT User intervention action on device 31 1 0 No user action 1 User interaction 0x21 Submitter: MSR-Solutions GmbH, Wangen i.Allg.

Description:
Set Point for Heating Control, Temperature, Humidity, User Activity.

This EEP defines a Room Operating Panel that contains sensors for temperature and humidity. The set point selector knob determines the desired room temperature with the ability to set special set point modes for heating control. User activity and the sensor’s battery state are indicated in the telegram.

Data exchange
Direction: unidirectional
Addressing: broadcast
Communication trigger: event- & time-triggered
Communication intervall: 1200 s
Trigger event: change of any input signal
Tx delay: n/a
Rx timeout: 0 ms (minimum time between two received messages)
Teach-in method: 4BS teach-in 2 / Universal teach-in
Security Encryption required: no
Security level format: - Set Point SP Set point (linear) Min.- ... Max+ 0 8 0 255 0 255 N/A Humidity HUM Rel. humidity (linear) 8 8 0 250 0 100 % Temperature TMP Temperature (linear) 16 8 0 250 0 +40 °C 24 1 Set point mode SPM Selection of heating mode 25 2 0 Room temperature defined by SP 1 Frost protection 2 Automatic control
(e.g. defined by time program) 3 Reserved Battery state BATT Battery change needed 27 1 0 Battery ok 1 Battery low LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram 29 2 User activity ACT User intervention action on device 31 1 0 No user action 1 User interaction 0x22 Submitter: Thermokon Sensortechnik GmbH

Data exchange
Direction: unidirectional
Addressing: broadcast
Communication trigger: event- & time-triggered
Communication interval: time-triggered (configurable at the device) & event-triggered
Trigger event: setpoint change, fan speed change
Tx delay: -
Rx timeout: -

Teach-in
Teach-in method: 4BS teach-in 2

Security
Encryption supported: no
Security level format: -

Product Description
The device represented by this EEP is a “Room Operating Panel with Display”. It is powered by solar cell.

It is equipped with the following features:
- Temperature Sensor
- Humidity Sensor
- Temperature Setpoint Adjustment
- Fanspeed Adjustment

For pairing the unidirectional “4BS Teach-In Variation 2” method is used.

The device transmits the actual sensor values periodically (Default: 1000s) or on an event like “Temperature Setpoint Adjustment” or “Fanspeed Adjustment”.

Temperature Sensor, Humidity Sensor:
The environmental sensors are updated periodically (adjustable, default: 100s) and, if there is a change, the updated values will be send immediately.
27 1 29 3 Relative Setpoint SP Setpoint (linear) Min.- ... Max+ 0 8 0 255 0 255 N/A Humidity HUM Rel. Humidity (linear) 8 8 0 250 0 100 % Temperature TMP Temperature (linear) 16 8 0 250 0 +40 °C Fanspeed FAN Fanspeed 24 3 0 Auto 1 Speed 0 / OFF 2 Speed 1 3 Speed 2 4 Speed 3 5 ... 7 Reserved LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram 0x23 Submitter: Thermokon Sensortechnik GmbH

Data exchange
Direction: unidirectional
Addressing: broadcast
Communication trigger: event- & time-triggered
Communication interval: time-triggered (configurable at the device) & event-triggered
Trigger event: setpoint change, fan speed change, change of occupancy-state
Tx delay: -
Rx timeout: -

Teach-in
Teach-in method: 4BS teach-in 2

Security
Encryption supported: no
Security level format: -

Product Description
The device represented by this EEP is a “Room Operating Panel with Display”. It is powered by solar cell.

It is equipped with the following features:
- Temperature Sensor
- Humidity Sensor
- Setpoint Adjustment
- Fanspeed Adjustment
- Occupancy-State Adjustment

For pairing the unidirectional “4BS Teach-In Variation 2” method is used.

The device transmits the actual sensor values periodically (Default: 1000s) or on an event like “Setpoint Adjustment” or “Fanspeed Adjustment”.

Temperature Sensor, Humidity Sensor:
The environmental sensors are updated periodically (adjustable, default: 100s) and, if there is a change, the updated values will be send directly.
27 1 29 2 Relative Setpoint SP Setpoint (linear) Min.- ... Max+ 0 8 0 255 0 255 N/A Humidity HUM Rel. Humidity (linear) 8 8 0 250 0 100 % Temperature TMP Temperature (linear) 16 8 0 250 0 +40 °C Fanspeed FAN Fanspeed 24 3 0 Auto 1 Speed 0 / OFF 2 Speed 1 3 Speed 2 4 Speed 3 5 ... 7 Reserved LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Occupancy OCC Occupancy 31 1 0 Unoccupied 1 Occupied 0x11 0x01 released LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Illumination ILL Illumination (linear) DB_3 Illumination 0 … 510lx, linear n=0…255 0 8 0 255 0 510 lx Illumination Set Point ISP Illumination Set Point (Min. ... Max.) (linear) DB_2 Illumination Set Point Min. … Max., linear n=0…255 8 8 0 255 0 255 N/A Dimming Output Level DIM Dimming Output Level (Min. ... Max.) (linear) DB_1: Dimming Output Level Min. … Max., linear n=0…255 16 8 0 255 0 255 N/A Repeater REP Repeater Repeater 24 1 0 disabled 1 enabled Power Relay Timer PRT Power Relay Timer Power Relay Timer 25 1 0 disabled 1 enabled Daylight Harvesting DHV Daylight Harvesting Daylight Harvesting 26 1 0 disabled 1 enabled Dimming EDIM Dimming Dimming 27 1 0 switching load 1 dimming load Magnet Contact MGC Magnet Contact Magnet Contact 29 1 0 open 1 closed Occupancy OCC Occupancy Occupancy 30 1 0 unoccupied 1 occupied Power Relay PWR Power Relay Power Relay 31 1 0 off 1 on 0x02 Submitter: Thermokon Sensortechnik GmbH LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Control Variable CVAR Actual value of controller DB_3: Control variable 0… 100 % 0...255 0 8 0 255 0 100 % FanStage FAN Actual value of fan DB_2: FanStage 0,1,2,3, 0xFF not available 8 8 0 Stage 0 Manual 1 Stage 1 Manual 2 Stage 2 Manual 3 Stage 3 Manual 16 Stage 0 Automatic 17 Stage 1 Automatic 18 Stage 2 Automatic 19 Stage 3 Automatic 255 Not Available Actual Setpoint ASP Occupied:
Basic setpoint occupied + Setpoint shift + Sensor offset

StandBy:
Basic setpoint standBy + Setpoint shift

Unoccupied:
Basic setpoint unoccupied + setpoint shift DB_1: Actual Set point 0… 51.2 °C 0…255 16 8 0 255 0 +51.2 °C Alarm ALR In case of internal error alarm is set Alarm 24 1 0 No alarm 1 Alarm Controller mode CTM Actual state of controller 25 2 1 Heating 2 Cooling 3 Off Controller state CST Automatic control, or is controlled from another device Controller state 27 1 0 Automatic 1 Override Energy hold-off ERH Stop control if window is opened Energy holdoff 29 1 0 Normal 1 Energy hold-off/ Dew point Room occupancy RO Actual room occupancy Room occupancy 30 2 0 Occupied 1 Unoccupied 2 StandBy 3 Frost 0x03 released Submitter: PEHA / infratec

This controller status is specific for blinds, awning and shutter modules. All modules can use this 4BS telegram to send all information about the status, the position and errors of the module, if these data are available. LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Blind/shutter pos. BSP 0 8 0 100 0 100 % Angle sign AS 8 1 0 Positive sign 1 Negative sign Angle AN Angle in 2° steps
(e.g. 0 = 0°, 90 = 180°)

(EEP 2.6.5:
valid range 0 … 180 -> 0 … 90
scale 0 … 360 -> 0 … 180)
9 7 0 90 0 180 ° Position value flag PVF 16 1 0 No Position value available 1 Position value available Angle value flag AVF 17 1 0 No Angle value available 1 Angle value available Error state ES 18 2 0 No error present 1 End-positions are not configured 2 Internal failure 3 Not used End-position EP 20 2 0 No End-position available 1 No End-position reached 2 Blind fully open 3 Blind fully closed Status ST 22 2 0 No Status available 1 Blind is stopped 2 Blind opens 3 Blind closes Service Mode SM 24 1 0 Normal mode 1 Service mode is activated (For example for maintenance) Mode of the position MOTP 25 1 0 Normal mode:
0% Blind fully open / 100% Blind fully close 1 Inverse mode:
100% Blind fully open / 0% Blind fully close 26 2 29 3 0x04 released Submitter: PEHA / infratec

This status is an extended answer of new lighting-controllers. All modules can use this 4BS telegram to send all information about the status and errors of the module, if these data are available. LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Parameter 1 P1 0 8 Mode 0: Dimm-Value (0 .. 255)
Mode 1: R - Red (0 .. 255)
Mode 2: Energy metering value (MSB 15 .. 8)
Mode 3: Not used Parameter 2 P2 8 8 Mode 0: Lamp operating hours (MSB 15 .. 8)
Mode 1: G - Green (0 .. 255)
Mode 2: Energy metering value (7 .. 0 LSB)
Mode 3: Not used Parameter 3 P3 16 8 Mode 0: Lamp operating hours (7 .. 0 LSB)
Mode 1: B - Blue (0 .. 255)
Mode 2: Unit for energy values:
Enum:
0 = mW
1 = W
2 = kW
3 = MW
4 = Wh
5 = kWh
6 = MWh
7 = GWh
8 = mA
9 = 1/10 A
10 = mV
11 = 1/10 V
12 .. 15 Not used

Mode 3: Not used Service Mode SM 24 1 0 Normal mode 1 Service mode is activated.
(For example for maintenance) Operating hours flag OHF For Mode 0 25 1 0 No lamp operating hours available 1 Lamp operating hours available Error state ES 26 2 0 No error present 1 Lamp-failure 2 Internal failure 3 Failure on the external periphery Parameter Mode PM 29 2 0 8 Bit Dimmer Value and Lamp operating hours 1 RGB Value 2 Energy metering value 3 Not used Status ST 31 1 0 Lighting off 1 Lighting on 0x05 released Submitter: Nanjing Putian Telecommunications CO., Ltd.,

Description
This EEP is used for sending the latest relay status (including current working mode) of a dual-channel switch actuator. The telegram is sent when the relay status changes or a gateway request is received. Each time the gateway is powered on, it will send a request telegram to request that the actuator reports its latest relay status, while in normal working state, it won’t send any telegram to the actuator and only receive the relay status from the actuator.

1) Gateway first power on:
graphics/A5-11-05_V01.png
2) When the actuator receives a switch telegram and its status changes:
graphics/A5-11-05_V02.png Data exchange
Direction: bi-directional
Addressing: broadcast
Communication trigger: event & request
Communication interval: -
Trigger event: change of relay status
Tx delay: -
Rx timeout: -

Teach-in
Teach-in method: 4BS teach-in 2

Security
Encryption supported: no
Security level format: -


Appendix
Operation mode description:

Mode 1:
One switch controls one dual-channel actuator. Each rock controls one channel.
I: power ON, O: power OFF
graphics/A5-11-05_V04.png

Mode 2:
In this mode, actuator can be controlled by both switch and occupancy sensor, also can be set “Auto” control by occupancy sensor or “Manual” control by switch through button “A” or “M”. Each channel can be controlled independently.
graphics/A5-11-05_V05.png

Mode 3:
A bit like mode 1, but single rocker button controls two channels one time.
graphics/A5-11-05_V06.png

Mode 4:
One dual-rock switch button can control two dual-channel actuators as 4 channel lighting in all. We can control one channel only through trigger the rock angle.
graphics/A5-11-05_V07.png

DIRECTION-1 = Gateway request telegram; from gateway to actuator
DIRECTION-2 = Actuator status report; from actuator to gateway 1 1 0 28 29 2 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Message Type MT Defines if the telegram is a request or contains data 31 1 0 Request 2 2 0 25 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Working Mode WM Actuators current working mode 25 3 0b001 mode 1 0b010 mode 2 0b011 mode 3 0b100 mode 4 Relay Status RS Actuators current relay status
Bit 0.1: CH1
Bit 0.2: CH2 29 2 0b00 CH1 off, CH2 off 0b01 CH1 on, CH2 off 0b10 CH1 off, CH2 on 0b11 CH1 on, CH2 on Message Type MT Defines if the telegram is a request or contains data 31 1 1 Status Report 0x12 The meter reading is represented by 3 data bytes, a divisor and a flag that indicates it as a cumulative or a current value. A 4 bit info field gives additional information and is TYPE specific.
0x00 released Submitter: EnOcean GmbH LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Meter reading MR Current value or cumulative counter value 0 24 0 16777215 DIV DT Measurement channel CH 24 4 0 15 0 15 1 Data type (unit) DT Current value or cumulative counter value 29 1 0 Cumulative value 0 1 1 Current value 1 1/s Divisor (scale) DIV Divisor for counter value 30 2 0 x/1 0 16777215 1 x/10 0 1677721.5 2 x/100 0 167772.15 3 x/1000 0 16777.215 0x01 released Submitter: EnOcean GmbH LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Meter reading MR current value in W or cumulative value in kWh 0 24 0 16777215 DIV DT Tariff info TI 24 4 0 15 0 15 1 Data type (unit) DT Current value or cumulative value 29 1 0 Cumulative value 0 kWh 1 Current value 1 W Divisor (scale) DIV Divisor for value 30 2 0 x/1 0 16777215 1 x/10 0 1677721.5 2 x/100 0 167772.15 3 x/1000 0 16777.215 0x02 released Submitter: EnOcean GmbH LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram meter reading MR Cumulative value in m³ or Current value in liter/s 0 24 0 16777215 DIV DT Tariff info TI 24 4 0 15 0 15 1 data type (unit) DT Current value or cumulative value 29 1 0 Cumulative value 0 m³ 1 Current value 1 liter/s divisor (scale) DIV Divisor for value 30 2 0 x/1 0 16777215 1 x/10 0 1677721.5 2 x/100 0 167772.15 3 x/1000 0 16777.215 0x03 released Submitter: EnOcean GmbH LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Meter reading MR Cumulative value in m³ or Current value in liter/s 0 24 0 16777215 DIV DT Tariff info TI 24 4 0 15 0 15 1 Data type (unit) DT Current value or cumulative value 29 1 0 Cumulative value 0 m³ 1 Current value 1 Liter/s Divisor (scale) DIV Divisor for value 30 2 0 x/1 0 16777215 1 x/10 0 1677721.5 2 x/100 0 167772.15 3 x/1000 0 16777.215 0x04 released Submitter: SIMICS, NTT East

Description
Temp and Load Sensor aimed for fridge and other application.
E.g. milk carton puts on this sensor in fridge. The sensor sends a signal of temp and remaining amount of milk (in gram). Since this sensor is battery-powered, battery level information is transmitted with Temp and Load information, too.

Data exchange
Direction: unidirectional
Addressing: broadcast
Communication trigger: event- & time-triggered
Communication interval: -
Trigger event: load changed
Tx delay: -
Rx timeout: -

Teach-in
Teach-in method: 4BS teach-in 2

Security
Encryption supported: yes
Security level format: RLC + AES128 14 2 24 4 29 1 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Meter reading MR Current value in gram 0 14 0 16383 0 16383 gram Temperature TMP Temperature (linear) 16 8 0 255 -40 +40 °C Battery Level BL Battery level 30 2 0 100-75% 1 75-50% 2 50-25% 3 25-0% 0x05 released Submitter: SIMICS, NTT East

Description
Temp and Container Sensor aimed for fridge and other application.
E.g. eggs or egg carton puts on the Container Sensor in fridge. The sensor sends a signal of temp and remaining of eggs. Since this sensor is battery-powered, battery level information is transmitted with other information, too.

Data exchange
Direction: unidirectional
Addressing: broadcast
Communication trigger: event- & time-triggered
Communication interval: -
Trigger event: load changed
Tx delay: -
Rx timeout: -

Teach-in
Teach-in method: 4BS teach-in 2

Security
Encryption supported: yes
Security level format: RLC + AES128

Appendix
Location 0 - 9 are assigned as follows:
graphics/A5-12-05.png 10 6 24 4 29 1 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Position Sensor 0 PS0 Location 0 0 1 0 not possessed 1 possessed Position Sensor 1 PS1 Location 1 1 1 0 not possessed 1 possessed Position Sensor 2 PS2 Location 2 2 1 0 not possessed 1 possessed Position Sensor 3 PS3 Location 3 3 1 0 not possessed 1 possessed Position Sensor 4 PS4 Location 4 4 1 0 not possessed 1 possessed Position Sensor 5 PS5 Location 5 5 1 0 not possessed 1 possessed Position Sensor 6 PS6 Location 6 6 1 0 not possessed 1 possessed Position Sensor 7 PS7 Location 7 7 1 0 not possessed 1 possessed Position Sensor 8 PS8 Location 8 8 1 0 not possessed 1 possessed Position Sensor 9 PS9 Location 9 9 1 0 not possessed 1 possessed Temperature TMP Temperature (linear) 16 8 0 255 -40 +40 °C Battery Level BL Battery level 30 2 0 100-75% 1 75-50% 2 50-25% 3 25-0% 0x10 released Submitter: Ewattch

Description
This profile is used for up to 16 channels current meters.

Data exchange
Direction: unidirectional
Addressing: broadcast
Communication trigger: event- & time-triggered
Communication interval: can be defined by user
Trigger event: 10 or 20 % delta for observed value
Tx delay: -
Rx timeout: -

Teach-in
Teach-in method: 4BS teach-in 2

Security
Encryption supported: no
Security level format: -

Recommendation
Channels not used should not be transmitted.

Appendix
Our new product is a 12 channels current meter. It is able to measure, using a maximum of 12 current transformers, the current (mA) or cumulative current (mAh) of all of his channels. It is however not sending data for not configured channels (e.g. channels 12 to 15). The meter is sending values every 5 or 10 seconds, and in order to improve accuracy, a current fluctuation of more than 10 or 20 % will trigger a new transmission of the corresponding channel.
graphics/A5-12-10.png LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Meter reading MR Current value in mA or cumulative value in A.h 0 24 0 16777215 DIV DT Measurement channel CH Channel no. 24 4 0 15 0 15 Data type (unit) DT Current value or cumulative value 29 1 0 Cumulative value 0 A.h 1 Current value 1 mA Divisor (scale) DIV Divisor for value 30 2 0 x/1 0 16777215 1 x/10 0 1677721.5 2 x/100 0 167772.15 3 x/1000 0 16777.215 0x13 0x01 released A receiver that accepts EEP A5-13-01 at teach-in automatically needs to accept telegrams from the same ID that comply to the definitions of EEP A5-13-02 thru EEP A5-13-06. Different telegrams received from that ID need to be distinguished by their 4 bit identifiers. LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Dawn sensor DWS Dawn sensor DB_3 Dawn sensor 0 … 999lx, linear n=0…255 0 8 0 255 0 999 lx Temperature TMP Outdoor Temp DB_2: Outdoor Temp. -40°C ... +80°C, linear n=0…255 8 8 0 255 -40 +80 °C Wind speed WND Wind speed DB_1: Wind speed 0 ... 70m/s, linear n=0…255 16 8 0 255 0 70 m/s Identifier ID Identifier DB_0.BIT_7 … 4: Identifier 24 4 0x1 Day / Night D/N Day / Night DB_0.BIT_2: Day / Night 29 1 0 Day 1 Night Rain Indication RAN Rain Indication DB_0.BIT_1: Rain Indication 30 1 0 No Rain 1 Rain 31 1 0x02 released Submitter: Elsner electronics LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Sun – West SNW Sun - West,linear DB_3: Sun – West 1klx … 150klx, linear n=0…255 0 8 0 255 0 150 klx Sun – South SNS Sun - South,linear DB_2: Sun – West 1klx … 150klx, linear n=0…255 8 8 0 255 0 150 klx Sun – East SNE Sun - East,linear DB_1: Sun – East 1klx … 150klx, linear n=0…255 16 8 0 255 0 150 klx Identifier ID Identifier DB_0.BIT_7 … 4: Identifier 24 4 0x2 Hemisphere HEM 0 = north / 1 = south, then swith Sun south to Sun North when in southern hemisphere 29 1 0 North 1 South Not Used 30 2 0x03 released Submitter: Elsner electronics 0 3 8 4 16 1 29 2 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Day DY Day DB_3.BIT_4 … 0: Day n=1 … 31 3 5 1 31 1 31 N/A Month MTH Month (1->January) DB_2.BIT_3 … 0: Month n=1 … 12 1->January 12 4 1 12 1 12 N/A Year YR Year (0->Year 2000) DB_1.BIT_6 … 0: Year n=0 … 99 17 7 0 99 2000 2099 N/A Identifier ID Identifier DB_0.BIT_7 … 4: Identifier 24 4 0x3 Source SRC Source DB_0.BIT_0: Source 31 1 0 Real Time Clock 1 GPS or equivalent (e.g. DCF77, WWV) 0x04 released Submitter: Elsner electronics

Recommendation: always transmit time in 24 hrs format 8 2 16 2 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Weekday WDY Weekday (1 -> Monday) DB_3.BIT_7 … 5: Weekday n=1 … 7 1 -> Monday 0 3 1 Monday 2 Tuesday 3 Wednesday 4 Thursday 5 Friday 6 Saturday 7 Sunday Hour HR Hour DB_3.BIT_4 … 0: Hour n=0 … 23 3 5 0 23 0 23 N/A Minute MIN Minute DB_2.BIT_5 … 0: Minute n=0 … 59 10 6 0 59 0 59 N/A Second SEC Second DB_1.BIT_5 … 0: Year n=0 … 59 18 6 0 59 0 59 N/A Identifier ID Identifier DB_0.BIT_7 … 4: Identifier 24 4 0x4 Time Format TMF Time Format DB_0.BIT_2: Time Format 29 1 0 24 hours 1 12 hours AM/PM A/PM AM or PM DB_0.BIT_1: AM/PM 30 1 0 AM 1 PM Source SRC Source DB_0.BIT_0: Source 31 1 0 Real Time Clock 1 GPS or equivalent (e.g. DCF77, WWV) 0x05 released 29 3 8 7 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Elevation ELV Elevation (0° -> horizon) DB_3 Elevation -90° … +90°, linear n=0…180 0° ->Horizon 0 8 0 180 -90 +90 ° Azimut AZM Azimuth (0° -> True north; clockwise) DB_2.BIT_0: Azimut (MSB) 0° … 359°, linear n=0…359 0° -> True north DB_1: Azimut (LSB) 15 9 0 359 0 359 ° Identifier ID Identifier DB_0.BIT_7 … 4: Identifier 24 4 0x5 0x06 released 29 3 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Latitude(MSB) LAT(MSB) Latitude MSB DB_3.BIT_7 … 4: Latitude (MSB) 0 4 LAT(LSB) LAT(LSB) LAT(LSB) Longitude(MSB) LOT(MSB) Longitude MSB DB_3.BIT_3 … 0: Longitude (MSB) 4 4 LOT(LSB) LOT(LSB) LOT(LSB) Latitude(LSB) LAT(LSB) Latitude LSB DB_2: Latitude (LSB) -90° … +90°, linear n=…4095 8 8 0 4095 -90 +90 ° Longitude(LSB) LOT(LSB) Longitude LSB DB_1: Longitude (LSB) -180° … +180°, linear n=0…4095 16 8 0 4095 -180 +180 ° Identifier ID Identifier DB_0.BIT_7 … 4: Identifier 24 4 0x6 0x07 released Submitter: Hideki Electronics Limited

Description
This profile provides wind sensor information.
That includes the current wind direction, the average and the maximum wind speed.

Data exchange
Direction: unidirectional
Addressing: broadcast
Communication trigger: time-triggered
Communication interval: 33 seconds
Trigger event: timer
Tx delay: N/A
Rx timeout: N/A

Teach-in
Teach-in method: 4BS teach-in 1

Security
Encryption supported: no
Security level format: N/A 0 4 24 4 29 2 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Wind Direction WD Shows the current wind direction 4 4 0 NNE 1 NE 2 ENE 3 E 4 ESE 5 SE 6 SSE 7 S 8 SSW 9 SW 10 WSW 11 W 12 WNW 13 NW 14 NNW 15 N Average Wind Speed AWS Linear average wind speed 8 8 0 255 1 199.9 mph Maximum Wind Speed MWS Maximum wind speed 16 8 0 255 1 199.9 mph Battery Status BS Indicates if the battery is low 31 1 0 Battery okay 1 Battery low 0x08 released Submitter: Hideki Electronics Limited

Description
This profile provides rain sensor information.
That includes the current rainfall count value and the rainfall count correction.
Using these values, the receiver of the information can calculate the currently measured amount of rainfall.

Rainfall = (Rainfall Count x 0.6875 mm) x (1+ (Rainfall Adjust Sign) Rainfall Adjust)

Example:
Rainfall Count = 10
Rainfall Adjust = 26
Rainfall Adjust Sign = 1
Rainfall = 10 x 0.6875 mm X (1 + 2.6/100) = 7.05375 mm

Data exchange
Direction: unidirectional
Addressing: broadcast
Communication trigger: time-triggered
Communication interval: 183 seconds
Trigger event: timer
Tx delay: N/A
Rx timeout: N/A

Teach-in
Teach-in method: 4BS teach-in 1

Security
Encryption supported: no
Security level format: N/A 0 1 24 4 29 2 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Rainfall Adjust Sign RAS Provides the sign of the rainfall adjust value 1 1 0 Negative 1 Positive Rainfall Adjust RFA Provides the rainfall count correction value 2 6 0 39 0 3.9 % 40 63 Reserved Rainfall Count RFC Number of counted rain drops 8 16 0 65535 0 65535 Battery Status BS Indicates if the battery is low 31 1 0 Battery okay 1 Battery low 0x10 released Submitter: NanoSense LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Day / Night D/N Day / Night 7 1 0 Day 1 Night Sun Elevation SNE Sun Elevation (linear);
91 - 127: reserved 0 7 0 90 0 90 ° Sun Azimuth SNA Sun Azimuth
181 - 255: reserved 8 8 0 180 -90 +90 ° Solar Radiation (MSB) SRA (MSB) Solar Radiation (MSB) 16 8 SRA (LSB) SRA (LSB) SRA (LSB) Solar Radiation (LSB) SRA (LSB) Solar Radiation (LSB) (Linear);
2001..2048: reserved 29 3 0 2000 0 2000 W/m2 Identifier ID Identifier 24 4 0x7 0x14 0x01 released Submitter: Lutuo Technology

Purpose (eg): Ventilation, Lighting, Alarm LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Supply voltage SVC Supply voltage / super cap. (linear);
251 – 255 reserved for error code 0 8 0 250 0 5.0 V 8 20 29 2 Contact CT 31 1 0b0 Contact closed 0b1 Contact open 0x02 released Submitter: Lutuo Technology

Purpose (eg): Ventilation, Lighting, Alarm LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Supply voltage SVC Supply voltage / super cap. (linear);
251 – 255 reserved for error code 0 8 0 250 0 5.0 V Illumination ILL Illumination (linear);
251 – over range, 252 - 255 reserved 8 8 0 250 0 1000 lx 16 12 29 2 Contact CT 31 1 0b0 Contact closed 0b1 Contact open 0x03 released Submitter: Lutuo Technology

Purpose (eg): Ventilation，Lighting，Alarm ，Intrusion (breakage of glass), Calling system LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Supply voltage SVC Supply voltage / super cap. (linear);
251 – 255 reserved for error code 0 8 0 250 0 5.0 V 8 20 29 1 Vibration VIB 30 1 0b0 No vibration detected 0b1 Vibration detected Contact CT 31 1 0b0 Contact closed 0b1 Contact open 0x04 released Submitter: Lutuo Technology

Purpose (eg): Ventilation，Lighting，Alarm ，Intrusion (breakage of glass), Calling system LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Supply voltage SVC Supply voltage / super cap. (linear);
251 – 255 reserved for error code 0 8 0 250 0 5.0 V Illumination ILL Illumination (linear);
251 – over range, 252 - 255 reserved 8 8 0 250 0 1000 lx 16 12 29 1 Vibration VIB 30 1 0b0 No vibration detected 0b1 Vibration detected Contact CT 31 1 0b0 Contact closed 0b1 Contact open 0x05 released Submitter: Lutuo Technology

Purpose (eg): Intrusion (breakage of glass), Calling system LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Supply voltage SVC Supply voltage / super cap. (linear);
251 – 255 reserved for error code 0 8 0 250 0 5.0 V 8 20 29 1 31 1 Vibration VIB 30 1 0b0 No vibration detected 0b1 Vibration detected 0x06 released Submitter: Lutuo Technology

Purpose (eg): Intrusion (breakage of glass), Calling system LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Supply voltage SVC Supply voltage / super cap. (linear);
251 – 255 reserved for error code 0 8 0 250 0 5.0 V Illumination ILL Illumination (linear);
251 – over range, 252 - 255 reserved 8 8 0 250 0 1000 lx 16 12 29 1 31 1 Vibration VIB 30 1 0b0 No vibration detected 0b1 Vibration detected 0x07 released Submitter: EiMSIG eine Marke der EFP GmbH

Description
Door-sensor with the door-states open/closed and sensor for the door-lock with states locked/unlocked.
Additional supply-voltage-monitor.

Data exchange
Direction: unidirectional
Addressing: broadcast
Communication trigger: event- & time-triggered
Communication interval: N/A
Trigger event: timer and change on state
Tx delay: N/A
Rx timeout: -

Teach-in
Teach-in method: 4BS teach-in

Security
Encryption supported: yes
Security level format: - LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Supply voltage SVC Supply voltage (linear) 0 8 0 250 0 5.0 V 8 20 31 1 Door Contact DCT 29 1 0b0 Door Closed 0b1 Door Open Lock Contact LCT 30 1 0b0 Door Locked 0b1 Door Unlocked 0x08 released Submitter: EiMSIG eine Marke der EFP GmbH

Description
Door-sensor with the door-states open/closed and sensor for the door-lock with states locked/unlocked.
Additional supply-voltage-monitor and vibration-sensor for glass-breakage detection.

Data exchange
Direction: unidirectional
Addressing: broadcast
Communication trigger: event- & time-triggered
Communication interval: N/A
Trigger event: timer and change on state
Tx delay: N/A
Rx timeout: -

Teach-in
Teach-in method: 4BS teach-in

Security
Encryption supported: yes
Security level format: - LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Supply voltage SVC Supply voltage
/ super cap. (linear) 0 8 0 250 0 5.0 V 8 20 Door Contact DCT 29 1 0b0 Door Closed 0b1 Door Open Lock Contact LCT 30 1 0b0 Door Locked 0b1 Door Unlocked Vibration VIB 31 1 0b0 No vibration detected 0b1 Vibration detected 0x09 released Submitter: EiMSIG eine Marke der EFP GmbH

Description
Door/window-sensor with states open/closed/tilt and supply-voltage-monitor.

Data exchange
Direction: unidirectional
Addressing: broadcast
Communication trigger: event- & time-triggered
Communication interval: N/A
Trigger event: timer and change on state
Tx delay: N/A
Rx timeout: -

Teach-in
Teach-in method: 4BS teach-in

Security
Encryption supported: yes
Security level format: - LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Supply voltage SVC Supply voltage
/ super cap. (linear) 0 8 0 250 0 5.0 V 8 20 31 1 Contact CT 29 2 0b00 Closed 0b01 Tilt 0b10 Reserved 0b11 Open 0x0A released Submitter: EiMSIG eine Marke der EFP GmbH

Description
Door/window-sensor with states open/closed/tilt.
Additional vibration-sensor for the detection of glass-breakage and supply voltage monitor.

Data exchange
Direction: unidirectional
Addressing: broadcast
Communication trigger: event- & time-triggered
Communication interval: N/A
Trigger event: timer and change on state
Tx delay: N/A
Rx timeout: -

Teach-in
Teach-in method: 4BS teach-in

Security
Encryption supported: yes
Security level format: - LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Supply voltage SVC Supply voltage
/ super cap. (linear) 0 8 0 250 0 5.0 V 8 20 Contact CT 29 2 0b00 Closed 0b01 Tilt 0b10 Reserved 0b11 Open Vibration VIB 31 1 0b0 No vibration detected 0b1 Vibration detected 0x20 0x01 released Submitter: Kieback + Peter GmbH


DIRECTION-1 = Transmit mode: Message from the actuator to the controller
DIRECTION-2 = Receive mode: Commands from the controller to the actuator; max. reponse time 1 sec. 1 1 24 4 29 3 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Current Value CV Current value actual value 0...100 %, linear n=0...100 0 8 0 100 0 100 % Service On SO Service On 8 1 1 on Energy input enabled ENIE Energy input enabled 9 1 1 true Energy Storage ES Energy storage sufficiently charged 10 1 1 true Battery capacity BCAP Battery capacity; change battery next days 11 1 0 true Contact, cover open CCO Contact, cover open 12 1 1 true Failure temperature sensor, out off range FTS Failure Temperature sensor, out off range 13 1 1 true Detection, window open DWO Detection, window open 14 1 1 true Actuator obstructed ACO Actuator obstructed 15 1 1 true Temperature TMP Temperature (linear) DB_1: Temperature 0...40°C, linear n=0...255 Min.=0 ; Max.=255 16 8 0 255 0 +40 °C 2 2 24 4 29 3 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Valve position or Temperature Setpoint SP Valve position or Temperature set point (linear); selection with DB1.2

Valve position 0…100% in combination with compatible classic controllers the actuator used DB_3;

Temperature set point: The actuator can be used as self-sufficient room controller (pi controller) without integration in automation systems. Wherever the user wants room conditions to be individually controlled, the actuator can work in combination with a wireless room device (RCU). DB_3: Valve set point 0...100 %, linear n=0...100 Temperature set point 0...40°C, linear n=0...255 0 8 0 100 or 255 0 100 or +40 % or °C Temperature from RCU TMP Temperature actual from RCU = 0b0 (Room controller-unit), see DB1.0

Maintenance mode ('service on'): DB_2.BIT_5: energy memory sufficiently charged =1

DB_2.BIT_4: battery capacity changing battery in the next days, need changing batteries = 0

Status feedback signal (service on, DB_2.BIT_7 Temperature actual from RCU = 0b0 (Room controller-unit), see DB1.0

0...40°C, linear n=255...0 8 8 255 0 0 +40 °C Run init sequence RIN The limit switching measures the travel and signals when an end position has been reached. This end position (valve zero point) in the actuator is stored. 16 1 1 true Lift set LFS Initialization, adjustment to the valve stroke. The Initialization is switched after receiving the command. The valve is completely opened and closed during initialization. 17 1 1 true Valve open / maintenance VO After receiving an operation command, the actuator moves the valve in direction open or close. when reaching the end position, an automatic switch-off procedure is started. In service mode the valve can be set to open or closed always. 18 1 1 true Valve closed VC valve closed 19 1 1 true Summer bit, Reduction of energy consumption SB The radio communication between the actuator and the controller is restricted, sleep mode is extended. This functionality can be used for battery powered actuators. 20 1 1 true Set Point Selection SPS Set Point Selection for DB3 21 1 0 Valve position (0-100%). Unit respond to controller. 1 Temperature set point 0...40°C. Unit respond to room sensor and use internal PI loop. Set point inverse SPN Valve set point can be sent to the actuator normal or inverted. The selection is done by DB_1.Bit1. The implementation is done and is controlled in the actuator with DB_3. This function is used in dependence on the type of valve. 22 1 1 true Select function RCU RCU or 'Service on': After transmitting the command to the actuator, it can be send from the controller or a service device, the actuator sends a status feedback signal (service on, DB_2.BIT_7). 23 1 0 RCU 1 service on 0x02 released Submitter: Spartan Peripheral Devices

Basic Actuator can be used by any manufacturer for linear or rotary actuator.

DIRECTION-1 = Transmit mode: Message from the actuator to the controller.
DIRECTION-2 = Receive mode: Commands from the controller to the actuator. To use with a BAS/Gateway system; max. reponse time 1 sec. 1 1 8 14 24 4 29 3 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Actual Value AV Actual value (linear); can be a linear or rotation motion. Transmit status (sent every time there is a positioning or randomly sent every 15- 20 minutes if no change in position. “Heartbeat”) DB_3: % open value 0...100 %, linear n=0...255 0 8 0 100 0 100 % Set point inverse SPI Set point inverse (Needs to be defined by manufacturer what zero(0) is equal to, and one(1) is equal to. Default state to be define as per product manufacturer DB_1.BIT_1: Set point inverse. Needs to be defined by manufacturer what zero(0) is equal to, and one(1) is equal to. 22 1 1 true 2 2 8 8 16 6 23 5 29 3 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Valve Set point VSP Valve set Point (linear) 0 8 0 100 0 100 % Set point inverse VSP 'Set point inverse' needs to be defined by manufacturer what zero(0) is equal to, and one(1) is equal to. Default state to be define as per product manufacturer. It can send a command to invert functionality of the unit. In some instance some equipment might need 100% to represent fully extracted, in other fully retracted. 22 1 1 true 0x03 released Submitter: Spartan Peripheral Devices

DIRECTION-1 = Transmit mode: Message from the actuator to the controller.
DIRECTION-2 = Receive mode: Commands from the controller to the actuator; max. reponse time 1 sec. 1 1 8 8 24 4 29 3 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Actual valve AV Actual valve Transmit status (sent every time there is a positioning or randomly sent every 15- 20 minutes if no change in position. “Heartbeat”) DB_3: % open value 0...100 %, linear n=0...255 0 8 0 100 0 100 % Temperature TMP Temperature (linear) Receive: DB_1: Temperature 0-40 deg C. linear n=255…0 16 8 0 255 0 +40 °C 2 2 16 5 23 5 29 3 Set Point Inverse Valve set point can be sent to the actuator normal or inverted through BAS/Gateway controller. The selection is done by DB_1.Bit1. in the actuator with DB_3. This function is used in dependence on the type of valve. 22 1 1 true Set Point Selection SPS Set Point Selection for DB3 21 1 0 Actuator Setpoint (0-100%); Unit respond to controller. 1 Temperature Setpoint 0...+40°C; Unit respond to room sensor and use internal PI loop. LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Actuator or Temperature Setpoint ATS Actuator Setpoint: in combination with BAS/Gateway controllers.

Temperature Setpoint: The actuator can be used as self-sufficient room controller (pi controller) without integration in automation systems. Wherever the user wants room conditions to be individually controlled, the actuator can work in combination with a wireless room device (RCU). DB_3: Valve set point 0...100 %, linear n=0...100 Temperature set point 0...40°C, linear n=0...255 0 8 0 100 or 255 0 100 or +40 % or °C Temperature from RCU TMPRC Temperature actual from RCU = 0b0 (Room controller-unit) Temperature actual from RCU = 0b0, Room controller-unit … 0...40°C, linear n=255...0 8 8 255 0 0 +40 °C 0x04 released Submitter: Holter Regelarmaturen GmbH & Co. KG

Description
The following document describes the communication between a controller and an intelligent heating radiator valve actuating drive with the following features:

• Feed temperature measurement


• Room temperature measurement


• Current position feedback


• Display


• Button


• On device temperature set point selection

In order to be able to process this information and control the actuator, every command has been included in this document. Each customer can use his own controller by implementing the EEP of this document.

Data exchange
Direction: bidirectional
Addressing: unicast (ADT)
Communication trigger: event- & time-triggered
Communication interval: can be configured by the controller
Trigger event: a trigger event occurs when the button is pressed or the local set point is used
Tx delay: 550 ms is the maximum response time for Smart-Ack Devices and 1100 ms for devices which use the 4BS teach-in method
Rx timeout: just 1 message per wake-up cycle

Teach-in
Teach-in method: Smart-Ack teach-in and 4BS teach-in Variation 3

Security
Encryption supported: no
Security level format: -

Telegram Description of Direction 1 (Transmit mode / Message from the actuator to the controller)

This direction initializes the communication, shares the needed data and waits for an answer from the controller. This allows the device to work in deep sleep mode the rest of the time.

Each message from the actuator contains the following information:

• Current Position (CP)
  The current position is a feedback value from the actuator. It indicates the actual per cent position of the valve. The value 0 % means that the valve is completely closed and 100 % completely open. The controller can use this information for the room temperature regulation.

• Temperature Set Point OR Feed Temperature (FTS)*
  * This byte is shared by the Temperature Set Point and the Feed Temperature value. Only one of these values is sent in the same message. Which value is transmitted is indicated by DB0.1 (TS bit).
  The feed temperature is the water temperature in the radiator input, which can be useful for implementing several features in the home automation system.
  The temperature set point is only sent when the user specifies a new room temperature by using the local temperature set point on the device.

• Room Temperature (TMP) OR Failure Code (FC)*
  * This byte is shared by the Room Temperature and Failure Code Value. Only one of these values is sent in the same message. The value transmitted is indicated by DB0.0 (FL). By default it is the room temperature.
  The room temperature is the ambient temperature of the place in which the device is used and is measured by the actuator. This value is transmitted if no error occurred.
  The Failure Code is transmitted instead of the Room Temperature if an error occurs.

• Measurement Status (MST)
  The temperature measurements (room and feed temperature) can be deactivated in order to reduce the energy consumption. This can be specified only by the controller i.e. to implement summer mode or to replace the internal room temperature measurement of the actuator by an external one.

• Status Request (SRT)
  The status request bit can be used to ask the controller about its status. If the controller does not send back the correct reply, the actuator will start its own room temperature regulation. With this feature, a frozen actuator would not interrupt the room temperature regulation.

• Teach-in Bit (LRNB)
  For establishing the radio link between the controller and the actuator, a teachin message has to be sent from the actuator to the controller. If the binary value 0 is transmitted, the message will be identified as a teach-in one and will allow the controller to receive the EnOcean-ID of the actuator.

• Button Lock Status (BLS)
  The button lock status can be set by the controller. This enables or disables the manual room temperature selection. If locked, the manual room temperature selection on the actuator will be disabled and the user will be notified with a symbol on the display.

• Temperature Selection (TS)
  If the user specifies a temperature set point manually on the device, this will be sent to the controller and indicated on the temperature selection field (TS). It can indicate that the field FTS contains the temperature set point (binary value = 1) or the feed temperature (binary value = 0).

• Failure (FL)
  Indicates the occurrence of a failure. The room temperature value is replaced by the failure code if the bit FL has the binary value 1.

Telegram Description of Direction 2 (Receive mode / Commands from the controller to the actuator)

The messages from the controller to the actuator are sent in this direction. A message in this direction has to be sent after receiving a message from the actuator, in order to achieve a successful communication. If the controller message is not received by the actuator in a specific time after a direction 1 message, no information will be received by the actuator. The time that the actuator will wait for a reply is defined by the Smart-Ack Teach-In process. For controllers which cannot use Smart-Ack, the 4BS Teach-in Variation 3 has to be used, with a maximum response time of 1100 ms.

Each message from the controller contains the following information:

• Valve Position (POS)
  The valve position is a set point position for the valve. It indicates the per cent position of the valve, which the actuator has to reach. The value 0 % means that the valve is completely closed and 100 % completely open. The controller should be able to regulate the room temperature by adjusting this value.

• Temperature Set Point (TSP)
  The controller can send the temperature set point to the actuator in order to allow the user to see the actual specified temperature in the device display. This value does not affect room temperature regulation.

• Measurement Control (MC)
  The temperature measurements (room and feed temperature) can be deactivated in order to reduce energy consumption. This can be specified only by the controller i.e. to implement summer mode or to replace the internal room temperature measurement by the device with an external one. The measurement control bit enables the controller to activate or deactivate the measurements.

• Wake-up Cycle (WUC)
  To save energy, the actuator works in deep sleep mode the most of the time. Nevertheless it has to wake up to communicate with the controller and to reach the valve position specified by the controller. The longer the actuator remains in deep sleep mode, the more energy efficient will be your batteries. If fast response is required, the actuator has to communicate more frequently with the controller and that is why it should use a shorter wake-up cycle. If a fast room temperature control is not required, the wake-up cycle should be set by the controller as long as possible.

• Display Orientation (DSO)
  The heater valves can be installed in different directions. That is why it can be useful to have the option to choose the fitting display orientation. This feature makes reading the display easier.

• Teach-in Bit (LRNB)
  For establishing a radio link between the controller and the actuator, a teach-in telegram has to be sent from the controller to the actuator. If the binary value 0 is transmitted, the message will be identified as a teach-in one and will allow the device to receive the EnOcean-ID from the controller.

• Button Lock Control (BLS)
  The button lock status can be set by the controller. This enables or disables the manual room temperature selection. If locked, the manual room temperature selection on the actuator will be disabled and the user will be notified with a symbol on the display.

• Service Command (SER)
  In order to adapt the actuator to a new valve, the controller can order the execution of some functions of the actuator:
  - run initialisation: This function has to be executed for adapting the actuator to the length of the valve stroke.
  - open valve: To facilitate the installation or maintenance of the valve, the actuator can open the valve completely. After completely opening the valve it is necessary to run the initialisation.
  - close valve: Completely close the valve.

1 1 26 2 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Current Position CP Current valve position 0 8 0 100 0 100 % Feed Temperature OR Temperature Set Point FTS Either current feed temperature value or temperature set point (defined by DB0.1) 8 8 0 255 20 .. 80 10 .. 30 °C Room Temperature OR Failure Code TMPFC Current room temperature value (10...30°C) OR Failure Code (Enum) 16 8 0 255 10 30 °C 00 ... 16 Reserved 17 Measurement error 18 Battery empty 19 Reserved 20 Frost protection 21 ... 32 Reserved 33 Blocked valve 34 ... 35 Reserved 36 End point detection error 37 ... 39 Reserved 40 No valve 41 ... 48 Reserved 49 Not taught in 50 ... 52 Reserved 53 No response from controller 54 Teach-in error 55 ... 255 Reserved Measurement Status MST Shows if the temperature measurement (feed temperature and room temperature) is active 24 1 0 Active 1 Inactive Status Request STR Request for status from the controller 25 1 0 No change 1 Status requested Button Lock Status BLS Shows if all buttons on the actuator are locked 29 1 0 Unlocked 1 Locked Temperature Selection TS Defines which temperature value is transmitted in DB2 30 1 0 Feed temperature 1 Temperature set point Failure FL A failure occurred, see DB1.7-DB1.0 for Failure Code 31 1 0 No failure (TMP is transmitted) 1 failure (FC is transmitted) 2 2 16 1 24 2 Valve Position POS Valve position 0 8 0 100 0 100 % Temperature Set Point TSP Temperature set point 8 8 0 255 10 30 °C LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Measurement Control MC Control the temperature measurement (feed temperature + room temperature) 17 1 0 Enable 1 Disable Wake-up Cycle WUC Defines the cyclic wake-up time 18 6 0 10 sec 1 60 sec 2 90 sec 3 120 sec 4 150 sec 5 180 sec 6 210 sec 7 240 sec 8 270 sec 9 300 sec (5 min) 10 330 sec 11 360 sec 12 390 sec 13 420 sec 14 450 sec 15 480 sec 16 510 sec 17 540 sec 18 570 sec 19 600 sec (10 min) 20 630 sec 21 660 sec 22 690 sec 23 720 sec 24 750 sec 25 780 sec 26 810 sec 27 840 sec 28 870 sec 29 900 sec (15 min) 30 930 sec 31 960 sec 32 990 sec 33 1020 sec 34 1050 sec 35 1080 sec 36 1110 sec 37 1140 sec 38 1170 sec 39 1200 sec (20 min) 40 1230 sec 41 1260 sec 42 1290 sec 43 1320 sec 44 1350 sec 45 1380 sec 46 1410 sec 47 1440 sec 48 1470 sec 49 1500 sec (25 min) 50 3 hrs 51 6 hrs 52 9 hrs 53 12 hrs 54 15 hrs 55 18 hrs 56 21 hrs 57 24 hrs 58 27 hrs 59 30 hrs 60 33 hrs 61 36 hrs 62 39 hrs 63 42 hrs (max) Display Orientation DSO Adjusts the display orientation 26 2 0 0° 1 90° 2 180° 3 270° Button Lock Control BLC Set the button lock status 29 1 0 Unlocked 1 Locked Service Command SER Initiates certain temporary service operations 30 2 0 No change 1 Open valve 2 Run initialisation 3 Close valve 0x05 released Submitter: Itho Daalderop

Description
The device represented by this EEP is a stand-alone ventilation unit.

Smart-Ack is not supported/required.

The ventilation unit itself does not send messages on a regular (time or event triggered) base but will always send a response message after it receives a message from e.g. a remote control or gateway.

When the controller only wants to know the status of the ventilation unit and does not want to change the ventilation setting this can be requested by sending a message from controller to the fan unit with new fan speed setting NSP = 7 = “no change”.

When more than one controller is connected to the unit the last received speed setting will be the new speed setting.

When a ventilation unit supports auto speed this means that the speed is influenced / calculated by sensor values which are directly connected to the ventilation unit (e.g. CO2 or RH sensors).

How the timer setting for a new fan speed (NSPT) is handled by the ventilation unit is depending on the unit and legislation.

When the timer period has expired the ventilation unit will go back to the previous or auto setting, this behavior is depending on the ventilation unit and legislation.

Data exchange
Direction: bidirectional
Addressing: addressed
Communication trigger: event-triggered
Communication interval: N/A
Trigger event: received message
Tx delay: -
Rx timeout: -

Teach-in
Teach-in method: 4BS teach-in variation 3 (bidirectional)

Security
Encryption supported: no
Security level format: -

Directions
DIRECTION-1 = Transmit mode: Message from ventilation unit to controller
DIRECTION-2 = Receive mode: Commands from controller to ventilation unit 1 1 6 2 8 3 27 1 29 3 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Actual speed setting ASP Actual speed setting of ventilation unit 0 3 0 Minimum speed / away 1 Speed 1 / low 2 Speed 2 / mid 3 Speed 3 / high 4 Max speed 5 Auto 6 Not used 7 Not used Actual speed timer setting ASPT Actual timer value for actual speed 3 3 0 No timer set or expired 1 1..10 min left 2 11..20 min left 3 21..30 min left 4 31..40 min left 5 41..50 min left 6 51..60 min left 7 > 60 min left Node low battery E-NBAT External node low battery error 11 1 0 No error 1 Error Node comm. error E-NCOM External node communication error 12 1 0 No error 1 Error Sensor error E-SENS Internal sensor error 13 1 0 No error 1 Error Fan speed error E-FSPD Desired fan speed not reached error 14 1 0 No error 1 Error Error ERR Unit has an error 15 1 0 No error 1 Error Filter condition FLTR Indication of the air filter’s condition 16 8 0 Filter needs replacement 1 100 % dirty..clean filter 101 254 Not used 255 No filter present Auto speed supported AUTO Ventilation unit supports auto speed or not 24 1 0 Auto speed not supported 1 Auto speed supported By-pass active BPASS Summer bypass active or not 25 1 0 Summer bypass not active 1 Summer bypass active Frost protection FROST Frost protection active or not 26 1 0 Frost protection not active 1 Frost protection active 2 2 8 8 16 8 26 2 29 3 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram New speed setting NSP New speed setting for ventilation unit 0 3 0 Minimum speed / away 1 Speed 1 / low 2 Speed 2 / mid 3 Speed 3 / high 4 Max speed 5 Auto 6 Not used 7 No change New speed timer setting NSPT Timer setting for new speed 3 5 0 No timer / no change 1 6 10..60 min 7 29 2..24 hrs 30 31 Not used Reset error RSTE Reset the unit when error present 24 1 0 Don’t reset error 1 Reset error Reset filter timer RSTF Reset the filter timer 25 1 0 Don’t reset filter timer 1 Reset filter timer
Reset only possible when
timer expired (FLTR=0) 0x06 released 1 1 Current Value CV Current valce position actual value 0...100 %, linear n=0...100 0 8 0 100 0 100 % Local Offset Mode LOM Local Offset Mode defines the format of LO 8 1 0 LO is relative - Offsettemperature 1 LO is absolute - Absoluttemperature Local Offset LO LOM =1, use with temperature setpoint mode (DIR-2, DB1.2, SPS = 1)

LOM = 0, use with valve position mode (DIR-2,DB1.2, SPS = 0) 9 7 0 80 Temperature setpoint °C +/- local offset °C 0 40 °C 0x0 Local Offset 0C 1 Local Offset 1C 2 Local Offset 2C 3 Local Offset 3C 4 Local Offset 4C 5 Local Offset 5C 123 Local Offset -5C 124 Local Offset -4C 125 Local Offset -3C 126 Local Offset -2CC 127 Local Offset -1C Temperature TMP Local Ambient or Feed temperature (Selected by Direction 2, DB1.1) 16 8 0 80 Local ambient temperature 0 40 °C 0 160 Feed temperature 0 80 °C Tempertature Selection TSL Indicates which sensor is used for TMP 24 1 0 Ambient Sensor Temperature 1 Feed Sensor Temperature Energy Input Enabled ENIE Harvesting status 25 1 0 Not Harvesting 1 Harvesting active Energy Storage ES Charge level of energy storage 26 1 0 Low - almost discharged 1 Sufficently charged Window open detection DWO Window open detection 27 1 0 NO window open detected 1 Window open detected LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Radio Com Error RCE Indicates radio communication error 29 1 0 Radio communication is stable 1 6 or more consecutive communication erros have occured Radio Signal strength RSS Weak radio signal warning 30 1 0 Radio signal is strong 1 Radio signal is weak under -77dBm Actuator obstructed ACO Reports blocked actuator 31 1 0 Actuator working correctly 1 Actuator blocked 2 2 Setpoint SP Valve position
or
Temperature Setpoint 0 8 0 100 Valve position 0 100 % 0 80 Temperature setpoinz 0 40 °C Room temperature from contrul unit TMP Room temperature from contrul unit 8 8 0 160 0 40 % Reference run REF Execute reference run 16 1 0 Normal operation 1 Reference run RF Communication intervall RFC Radio duty cycle selection 17 4 0 Auto 1 2 minutes 2 5 minutes 3 10 minutes 4 20 minutes 5 30 minutes 6 60 minutes 7 120 minutes Initiate summer mode Bit SB Initiate summer mode 20 1 0 Normal operation 1 Summer mode with 8hours radio duty cycle Set point selection SPS 21 1 0 Valve position mode 1 Temperature setpoint Temperature Selection TSL 22 1 0 Request ambient temperature 1 Request feedtemperature Standbye SBY Enter standbye 23 1 0 Normal operation 1 Enter standbye 24 4 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram 29 3 0x10 released Submitter: Intesis Software SL

Functions: Mode, Vane Position, Fan Speed, Sensors and On/Off: With this EEP plus the already existing EEP A5-10-03 and A5-20-11 all the information of AC indoor unit can be sent and received allowing a much easier and complete control of these units.

DIRECTION-1 = Receive mode: Commands received by the HVAC interface.
DIRECTION-2 = Transmit mode: Commands sent by the HVAC interface. 1 1 24 4 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Mode MD The modes are the same as in KNX and LON allowing a more transparent integration with this protocols and it has plenty of free positions for future expansion 0 8 0 Auto 1 Heat 2 Morning Warmup 3 Cool 4 Night Purge 5 Precool 6 Off 7 Test 8 Emergency Heat 9 Fan only 10 Free cool 11 Ice 12 Max heat 13 Economic heat/cool 14 Dehumidification (dry) 15 Calibration 16 Emergency cool 17 Emergency steam 18 max cool 19 Hvc load 20 no load 21 30 reserved 31 Auto Heat 32 Auto Cool 33 254 reserved 255 N/A Vane position VPS 8 4 0 Auto 1 Horizontal 2 Pos2 3 Pos3 4 Pos4 5 Vertical 6 Swing 7 10 Reserved 11 Vertical swing 12 Horizontal swing 13 Horizontal and vertical swing 14 Stop swing 15 N/A Fan Speed FANSP fan speed value goes from 1 to 14. 1 is the lowest fan speed allowed by the AC and from there it increments with the value of this variable. Typically AC units have up to 5-6 speeds. Any speed higher than the maximum the AC allows would set it to the higher speed. 0 is auto and 15 is N/A 12 4 0 Auto 1 14 Up to 14 fan speeds being 1 the lowest 15 N/A Control variable CVAR Control variable; value 255 = auto DB_1 Control variable 0… 100% 0...100, 255 = Auto 16 8 0 100, 255 0 100 % Room occupancy RO The interfaces can automatically control the behaviour of the AC without integration in automation systems when linked to presence/movement sensors. 29 2 0 Occupied 1 StandBy (waiting to perform action) 2 Unoccupied (action performed) 3 Off (no occupancy and no action) On/Off O/I On/Off 31 1 0 off (the unit is not running) 1 on 2 2 24 4 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Mode MD The modes are the same as in KNX and LON allowing a more transparent integration with this protocols and it has plenty of free positions for future expansion 0 8 0 Auto 1 Heat 2 Morning Warmup 3 Cool 4 Night Purge 5 Precool 6 Off 7 Test 8 Emergency Heat 9 Fan only 10 Free cool 11 Ice 12 Max heat 13 Economic heat/cool 14 Dehumidification (dry) 15 Calibration 16 Emergency cool 17 Emergency steam 18 max cool 19 Hvc load 20 no load 21 30 reserved 31 Auto Heat 32 Auto Cool 33 254 reserved 255 N/A Vane position VPS 8 4 0 Auto 1 Horizontal 2 Pos2 3 Pos3 4 Pos4 5 Vertical 6 Swing 7 10 Reserved 11 Vertical swing 12 Horizontal swing 13 Horizontal and vertical swing 14 Stop swing 15 N/A Fan Speed FANSP fan speed value goes from 1 to 14. 1 is the lowest fan speed allowed by the AC and from there it increments with the value of this variable. Typically AC units have up to 5-6 speeds. Any speed higher than the maximum the AC allows would set it to the higher speed. 0 is auto and 15 is N/A 12 4 0 Auto 1 14 Up to 14 fan speeds being 1 the lowest 15 N/A Control variable CVAR Control variable (linear); value 255 = auto DB_1 Control variable 0… 100% 0...100, 255 = Auto 16 8 0 100, 255 0 100 % Room occupancy RO Room occupancy 29 2 0 Occupied 1 StandBy (waiting to perform action) 2 Unoccupied (action performed) 3 Off (no occupancy and no action) On/Off O/I On/Off 31 1 0 off 1 on 0x11 released Submitter: Intesis Software SL

Error Control: AC Error Code, Error States and Disablements. With this EEP plus the already existing EEP A5-10-03 and A5-20-10 all the information of AC indoor unit can be sent and received allowing a much easier and complete control of these units.

DIRECTION-1 = Receive mode: Commands received by the HVAC interface.
DIRECTION-2 = Transmit mode: Commands sent by the HVAC interface. 1 1 0 23 24 4 Disable remote controller DRC Disable remote controller
(When in receive mode it controls if the interface overwrites the remote controller commands.) 29 1 0 Enable Remote controller 1 Disable Remote controller 31 1 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram External disablement EXDS External disablement 23 1 0 Not disabled 1 Disabled Window contact WC Window contact 30 1 0 Windows opened 1 Windows closed 2 2 24 4 Remote controller Disablement RCD Remote controller Disablement
(In transmit it sends the status of this parameter. If the manufacturer doesn't support this option, it will send allways 0, no matter what it receives.) 29 1 0 Remote controller enabled 1 Remote controller disabled LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Error Code ERR Error Code (DB3 HI,DB2 LO); generated by A.C. 0 16 0 65535 0 65535 N/A Reserved RES Reserved (0b0000) 16 4 Reserved Other disablement OD Manufacturer defined. It is just to provide an extra “disablement signal” that could be used for other devices. People would not have to change anything then as this is already an established “signal” 20 1 0 Not disabled 1 Disabled Window contact disablement WCD Window contact disablement 21 1 0 Not disabled 1 Disabled Key card disablement KCD Key carddisablement 22 1 0 Not disabled 1 Disabled External disablement ED External disablement 23 1 0 Not disabled 1 Disabled Window contact WC Window contact 30 1 0 Windows opened 1 Windows closed Alarm State AS Alarm State 31 1 0 Ok 1 Error 0x12 released Submitter: Thermokon Sensortechnik GmbH LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Control Variable override CV Actual value for controller DB_3: Control variable … 100 % 0...255 0 8 0 255 0 100 % FanStage override FANOR FanStage override 8 8 0 Stage 0 1 Stage 1 2 Stage 2 3 Stage 3 31 auto 255 not available Setpoint shift SPS Actual set point could be shifted DB_1: 10K… 0… +10K 0… 128… 255 16 8 0 255 -10 +10 °K Fan override FANOR 24 1 0 Automatic 1 Override Fan DB2 Controller mode CTM 25 2 0 Auto mode 1 Heating 2 Cooling 3 Off Controller state CST Controller state Controller state 27 1 0 Automatic 1 Override control variable DB3 Energy hold-off / Dew point ERH Energy hold-off / Dew point Energy hold-off / Dew point 29 1 0 Normal 1 Energy hold-off/ Dew point Room occupancy RO Actual room occupancy Room occupancy 30 2 0 Occupied 1 Unoccupied 2 StandBy 3 Frost 0x30 0x01 released 0 8 24 4 29 3 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Supply voltage SVC Supply voltage (linear) DB_2: Supply voltage 8 8 0 120 Battery LOW 121 255 Battery OK Input State IPS Input State DB_1: Input State 16 8 0 195 Contact closed 196 255 Contact open 0x02 released 0 28 29 2 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Input State IPS Input State DB_0.0: Input State 31 1 0 Contact closed 1 Contact open 0x03 released Submitter: Afriso / EnOcean

Description:
This is used for universal modules with 4 digital inputs and a room temperature. The wake input signal of the device is provided to show the telegram transmission trigger. The application meaning and exact data interpretation of the digital channels depends on the end application and is not defined in this profile documentation.

Data exchange
Direction: unidirectional
Addressing: broadcast
Communication trigger: event- & time-triggered
Trigger event: wake event – application dependent
Teach-in method: 4BS teach-in 2

Appendix:
D1.4 – The Status of Wake signalizes the status of the WAKE PIN which has a special meaning in an ultra low application. Usually, by a status change of this input the module is triggered to perform a predefined operation.

Applications using this profile:

• water sensor conductive – Wake Status = 0 (water detected)
• pressure gauge with minimum or maximum (wake signal, configurable if min or max)
• indication and individual switching points (digital channels show different areas)

0 8 16 3 24 4 29 3 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Temperature TMP Temperature (linear) Temperature (linear) 8 8 255 0 0 40 °C Status of Wake WA0 Value of wake signal Status of Wake 19 1 0 Low 1 High Digital Input 3 DI3 Digital Input 3 Digital Input 3 20 1 0 Low 1 High Digital Input 2 DI2 Digital Input 2 Digital Input 2 21 1 0 Low 1 High Digital Input 1 DI1 Digital Input 1 Digital Input 1 22 1 0 Low 1 High Digital Input 0 DI0 Digital Input 0 Digital Input 0 23 1 0 Low 1 High 0x04 released Submitter: Afriso / EnOcean

Description:
This profile is used for universal module with 1 analog input (= 8 bits resolution digital) and 3 digital inputs. The application meaning and exact data interpretation of the input channels depends on the end application and is not defined in this profile documentation.

Data exchange
Direction: unidirectional
Addressing: broadcast
Communication trigger: event- & time-triggered
Trigger event: values have changed
Teach-in method: 4BS teach-in 2 0 16 24 4 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Digital value-input DV0 Digital value 1 byte Digital value-input 16 8 0 255 0 255 N/A Digital Input 2 DI2 Measured digital Input 2 Digital Input 2 29 1 0 Low 1 High Digital Input 1 DI1 Measured digital Input 1 Digital Input 1 30 1 0 Low 1 High Digital Input 0 DI0 Measured digital Input 0 Digital Input 0 31 1 0 Low 1 High 0x05 released Submitter: ITEC

Data exchange
Direction: unidirectional
Addressing: broadcast
Communication trigger: event- & time-triggered
Communication interval:
- retransmission: 5 ... 255 seconds (one time configuration)
- number of retransmission times: 0 ... 127 times (one time configuration)
- heartbeat: 60 ... 65535 seconds (one time configuration)
Trigger event: digital input, retransmission, heartbeat
Tx delay: -
Rx timeout: -

Teach-in
Teach-in method: 4BS teach-in 2

Security
Encryption supported: no
Security level format: - 0 8 24 4 29 3 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Supply voltage VDD Supply voltage 8 8 0 255 0 3.3 V Signal type ST Signal type 16 1 0 Normal signal 1 Heart beat signal Index of Signals IOS Ordinal count 17 7 0 127 Increment a counter by new telegram 0x37 0x01 released Submitter: Echoflex Solutions Inc.

Purpose of EEP:
Demand Response is a developing standard to allow utility companies to send requests for reduction in power consumption during peak usage times. It is also used as a means to allow users to reduce overall power consumption as energy prices increase. Having an EEP for this will allow ease of integration with EnOcean products to this standard. The EEP was designed with a very flexible setting for the level (0-15) as well as a default level whereby the transmitter can specify a specific level for all controllers to use (0-100% of either maximum or current power output, depending on the load type). This EEP also includes a timeout setting to indicate how long the DR event should last if the DR transmitting device does not send heartbeats or subsequent new DR levels.

Description:
This EEP is included under a new function of Energy Management. Additional types could be added in future for power, voltage, and current data. The proposed EEP type 01 only deals with demand response activation at this point. Data Byte 3 is the default DR value for devices that implement a control algorithm that uses a set-point. It will be used for any controllers not supporting the current DR Level in the message and having an adjustable set-point.

Data Byte 2 is the default DR Level for any controllers not supporting the current DR Level in the message and having an adjustable control. It can be defined as either a percentage of the maximum power or a percentage of the current power, depending on the value of bit 7 in Data Byte 2. Bits 0 through 6 contain the percentage of power (either relative or absolute) that should be used. A value of 0 corresponds to 0% and a value of 100 corresponds to 100%. Any value higher that n100 should be interpreted as 100%. For example, if the current DR level is not supported by the controller and Data Byte 2 bit 7 is 0 and Data Byte 2 bits 0 through 6 are set to 55, then the controller should try to use 55% of its maximum power usage. In the case of a lighting load with 0-10V dimming, this would correspond to 5.5V on the dimming line. In the case of a heating controller with a maximum set back of 5 degrees C, this would correspond to a set back of 2.75 degrees C (this would most likely be rounded to 3).

Data Byte 1 is the timeout for this DR event. After this command is sent the controller will stay at the DR level for Data Byte 1 multiplied by 15 minutes. Once this time has elapsed the controller will return to normal operation. If Data Byte 1 is 0 then the controller will remain in the DR event until the next DR command is received. This timeout allows DR devices to leave or turn off after setting controllers into a DR state, thus the DR transmitter is not needed to take the devices out of the DR state and the controllers will automatically recover. For example a DR transmitter that only sends messages when a DR event is active could be used with the timeout to create a successful DR system.

Data Byte 0, Bits 7 through 4 make up a nibble that will be used as the DR level. Levels 0 through 15 will be possible using these bits. Bit 4 will be the lowest bit in this nibble and bit 7 will be the highest. If any level is not supported by a controller then that controller should use the default settings sent in this message or map the level to one that it supports.

Data Byte 0 Bits 2 and 1 indicate whether the power adjustment at start and end of the DR event should be randomized or not. This feature is intended to minimize rapid changes on the power distribution equipment by delaying each controller’s response. If random start or end is enabled, each controller will delay starting or ending the DR event by a random time that will vary uniformly over a specific time period (for example, 5 seconds, 60 seconds, or 15 minutes).. The maximum length of these random delays will depend on the implementation in the controller.

Data Byte 0, Bit 0 is the state for loads that are not adjustable for the default DR level. If a controller does not support the current DR level and does not have adjustable control then it should use this bit. The two states of this bit are defined as follows: 1 = maximum power usage by controller, 0 = minimum power usage by the controller. If for example lights are being controlled, then a setting of 1 will mean the lights should be ON, where as a setting of 0 will mean the lights should be OFF. For a thermostat application with non adjustable set back, a setting of 1 will mean that no set back should be applied, whereas a setting of 0 will mean that the full set back should be applied. This setting only applies to the maximum power usage of the controller, if for example the lights are currently off and the controller receives a DR event with this bit set, then the lights should not turn ON as the DR event has only set the maximum power usage for the device. DR LevelDRLDR Level 24 4 0 15 0 15 N/A LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Temporary default TMPD New Temporary default DR set point Min. ... Max. (linear) DB_3: new Temporary default DR set-point 0 8 0 255 0 255 N/A Absolute/relative power usage SPWRU 8 1 0 Absolute power usage. Interpret DB_2.BIT_6...DB_2.BIT_0 as a percentage of the maximum power use. 1 Relative power usage. Interpret DB_2.BIT_6...DB_2.BIT_0 as a percentage of the current power use. Power Usage PWRU 0% to 100% power usage in 1% increments; 101...127 = interpreted as 100% 9 7 0 100 0 100 N/A Timeout Setting TMOS Time in 15 min. intervals; 0 = No time specified; 1...255 = increasing 15 min. intervals. Max value: 3825 = 255*15 16 8 1 255 15 3825 min Random start delay RSD ... 29 1 0 False 1 True Randomized end delay RED ... 30 1 0 False 1 True Max/Min Power Usage for Default DR State MPWRU 31 1 0 Minimum Power usage 1 Maximum Power usage 0x38 0x08 Communication between gateway and actuator uses byte DB_3 to identify Commands. Commands 0x01 to 0x7F shall be common to all types belonging to this profile. Commands 0x80 to 0xFE can be defined individually for each device type. released 24 4 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Command COM Command ID 0 8 0x01 Time TIM Time in 1/10 seconds. 0 = no time specifed DB_2/DB_1: Time in 1/10 seconds. 8 16 1 65535 0.1 6553.5 s Lock/Unlock LCK Lock for duration time if time >0, unlimited time of no time specified. Locking may be cleared with „unlock“. During lock phase no other commands will be accepted or executed 29 1 0 Unlock 1 Lock Delay or duration DEL Delay or duration (if Time > 0);
0 = Duration (Execute switching command immediately and switch back after duration)
1 = Delay (Execute switching command after delay) 30 1 0 Duration 1 Delay Switching Command SW Switching Command ON/OFF 31 1 0 Off 1 On REMARK:
Ramp time is the time needed to transition from minimum to maximum dimming levels.
released 0 8 0x02 24 4 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Command COM Command ID 0 8 0x02 Dimming value EDIM Dimming value (absolute [0...255] or relative [0...100]) DB_2: Dimming value (absolute [0...255] or relative [0...100]) 8 8 0 255 0 100 % Ramping time RMP Ramping time in seconds, 0 = no ramping, 1... 255 = seconds to 100% DB_1: Ramping time in seconds 16 8 0 255 0 255 s Dimming Range EDIM R Dimming Range 29 1 0 Absolute value 1 Relative value Store final value STR Store final value 30 1 0 No 1 Yes Switching Command SW Switching Command ON/OFF 31 1 0 Off 1 On Submitter: Thermokon Sensortechnik GmbH

Used for changing set point, for example summer / winter compensation

released 0 8 0x03 8 8 24 4 29 3 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Command COM Command ID 0 8 0x03 Setpoint SP Setpoint shift DB_1: Setpoint shift -12,7 K… 0… +12,8 K 0… 128… 255 16 8 0 255 -12.7 12.8 K Submitter: Thermokon Sensortechnik GmbH

Send a new basic set point via DDC to an actuator released 0 8 0x04 8 8 24 4 29 3 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Command COM Command ID DB_3: 0x04 0 8 0x04 Basic Setpoint BSP Basic Setpoint DB_1: Basic Setpoint 0°C … 51.2°C … 255 16 8 0 255 0 +51.2 °C Submitter: Thermokon Sensortechnik GmbH

Set occupancy, energy holdoff and control directly actuator released 0 8 0x05 8 8 24 1 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Command COM Command ID DB_3: 0x05 0 8 0x05 Control variable override CVOV Control variable override DB_1: Control variable override 0… 100 % 0... 255 16 8 0 255 0 100 % Controller mode CM Controller Mode 25 2 0 Automatic mode selection 1 Heating 2 Cooling 3 Off Controller state CS Controller state 27 1 0 Automatic 1 Override Energy hold off ENHO Energy Hold Off 29 1 0 Normal 1 Energy holdoff/ Dew point Room occupancy RMOCC Room occupancy 30 2 0 Occupied 1 Unoccupied 2 Standby Submitter: Thermokon Sensortechnik GmbH

Set directly fan stage
released 0 8 0x06 8 8 24 4 29 3 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Command COM Command ID DB_3: 0x06 0 8 0x06 FanStage override FO FanStage override 16 8 0Stage 0 1 Stage 1 2 Stage 2 3 Stage 3 255 Auto Submitter: PEHA / infratec

With this central command all blinds, awnings and shutters can be manipulated.


Remarks for data table:

REMARK 1:
The angle is usually available in blinds and awning modules.
Normally, in shutter modules the angle value is ignored.
The angle value can be set from -180° (e.g. maximum slat angle at the fully SHUT position) to 180° (e.g. maximum slat angle at the fully OPEN position).
The byte is set with following rule:
Bit7: Sign of the slat angle (0 = positive value, 1 = negative value)
Bit6..0: Slat angle value in 2° steps (e.g. 50 = 100°)

REMARK 2:
If this function (Blind drives to position with angle value) is not supported or not configured, use following rule:
- Position is 0 to 49% -> The blind opens
- Position is 50 to 100% -> The blind closes.

REMARK 3:
Conventional blinds and shutters can be configured with these 3 parameters to calculate the sufficiently accurate position and angle of the blind.

REMARK 4:
With this command you can adjust the minimal and maximal position of the blinds. So it’s possible to override the running-range of blinds via a central control unit. Local operations are restricted and increase safety (e.g. to open blinds in case of wind or fire).
Condition: The Minimal value must be smaller or equal the maximal value.
graphics/EEP_A5-38-08_CMD07_01.png Example to lock the local functionality: Drive the shutters to a define position and set the minimal and maximal values to this position.

REMARK 5:
These to angle values describe the maximum slat angle at the fully SHUT position and the maximal slat angle at the fully OPEN position. With the time parameter, e.g.:
graphics/EEP_A5-38-08_CMD07_02.png

REMARK 6:
Set the position logic for the blind control and visualization.
graphics/EEP_A5-38-08_CMD07_03.png Note: If the mode is changed, the minimum and maximal values (function 9) are converted as well!

REMARK 7:
For important central commands, it's not necessary to send directly the statefeedback, e.g. when many modules are activated simultaneously.
Note: Special functionality is in function “Status request (0)”, the status is always sent.


released 0 8 0x07 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Command COM Command ID DB_3: 0x07 0 8 0x07 Shutters / Blinds Parameter 1 P1 Function defined parameter value 8 8 Func. 00: -- not used –-

Func. 01: -- not used --

Func. 02: -- not used --

Func. 03: -- not used --

Func. 04: 0% ... 100%
e.g.: 0% = Blind fully open / 100% = Blind fully closed

Func. 05: 0 ... 255 seconds

Func. 06: 0 ... 255 seconds

Func. 07: Runtime value to close the blind
0 ... 255 seconds

Func. 08: Runtime value for the sunblind reversion time
This is the time to revolve the sunblind from one
slat angle end position to the other end position:
0.0 … 25.5 seconds (0.1s steps)

Func. 09: Set minimal position value
0 ... 100%

Func. 10: Angle at the fully SHUT position
Bit7 0 = positive sign
Bit7 1 = negative sign
Bit6...0 0 ... 90
Angle in 2° steps (e.g. 0 = 0°, 90 = 180°)

Func. 11: Position logic
0 = Highest position = 0% / Lowest position = 100%
1 = Highest position = 100% / Lowest position = 0% Parameter 2 P2 Function defined parameter value 16 8 Func. 00: -- not used –-

Func. 01: -- not used --

Func. 02: -- not used --

Func. 03: -- not used --

Func. 04: Angel (see remark 1)
Bit7 0 = positive sign
Bit7 1 = negative sign
Bit6...0 0 ... 90
Angle in 2° steps (e.g. 0 = 0°, 90 = 180°)

Func. 05: 0.0 ... 25.5 seconds

Func. 06: 0.0 ... 25.5 seconds

Func. 07: Runtime value to open the blind
0 ... 255 seconds

Func. 08: -- not used --

Func. 09: Set maximal position value
0 ... 100%

Func. 10: Angle at the fully OPEN position
Bit7 0 = positive sign
Bit7 1 = negative sign
Bit6...0 0 ... 90
Angle in 2° steps (e.g. 0 = 0°, 90 = 180°)

Func. 11: -- not used -- Function FUNC 24 4 0 Do nothing, status request 1 Blind stops 2 Blind opens 3 Blind closes 4 Blind drives to position with angle value (see remark 2) 5 Blind opens for time (position value) and angle (angle value) 6 Blind closes for time (position value) and angle (angle value) 7 Set Runtime parameters (see remark 3) 8 Set angle configuration (see remark 3) 9 Set Min, Max values (see remark 4) 10 Set slat angle for SHUT and OPEN position (see remark 5) 11 Set position logic (see remark 6) Send status flag SSF see remark 7 29 1 0 Send new status of device 1 Send no status (e.g. Global central commands) Pos. and Angle flag PAF 30 1 0 No Angle and position value available 1 Angle and position value available Service Mode Flag SMF 31 1 0 Normal operation 1 Service mode: The module disables all senders, except this sender, which has set the service mode. (For example for maintenance) 0x09 released Submitter: PEHA / infratec

With this central command all lighting actors can be manipulated.


Remarks for data table:

REMARK 1:
Set the RGB level for corresponding lighting-control.
Devices without this feature ignore this command.

REMARK 2:
Up to 16 different scenes can be selected and configured.

REMARK 3:
Change the minimal and maximal dimmer-value. Example:
graphics/EEP_A5-38-09_01.png
General for switchers:
The values 0 .. 127 are defined to “Off”.
The values 128.. 255 are defined to “On”.

REMARK 4:
Example: If the lamp was replaced, the operating hours are reset to 0.

REMARK 5:
This function blocks all other commands from the other taught-in transmitters. The transmitter, which has called this function, must delete the blocking state, before the other transmitters can use the device again.

REMARK 6:
For important central commands, it's not necessary to send directly the statefeedback, e.g. when many modules are activated simultaneously.
Note: Special functionality is in function “Status request (0)”, the status is always sent.

REMARK 7:
Ramp time is the time needed to transition from minimum to maximum dimming levels. LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Parameter 1 P1 Function defined parameter value 0 8 Func. 00: -- not used –-

Func. 01: -- not used --

Func. 02: -- not used --

Func. 03: -- not used --

Func. 04: -- not used --

Func. 05: -- not used --

Func. 06: Dimm-Value (0 ... 255)

Func. 07: R - Red (0 .. 255)

Func. 08: -- not used --

Func. 09: Dimm-Value (0 ... 255)

Func. 10: Lamp operating hours (MSB 15..8)

Func. 11: -- not used --

Func. 12: Energy metering value (MSB 15..8) Parameter 2 P2 Function defined parameter value 8 8 Func. 00: -- not used –-

Func. 01: -- not used --

Func. 02: -- not used --

Func. 03: Ramping time (MSB 15...8) (65535 s)

Func. 04: Ramping time (MSB 15...8) (65535 s)

Func. 05: -- not used --

Func. 06: Ramping time (MSB 15...8) (65535 s)

Func. 07: G - Green (0 ... 255)

Func. 08: -- not used --

Func. 09: Dimm-Value (0 ... 255)

Func. 10: Lamp operating hours (7...0 LSB)

Func. 11: -- not used --

Func. 12: Energy metering value (7..0 LSB) Parameter 3 P3 Function defined parameter value 16 8 Func. 00: -- not used –-

Func. 01: -- not used --

Func. 02: -- not used --

Func. 03: Ramping time (7...0 LSB) (65535 s)

Func. 04: Ramping time (7...0 LSB) (65535 s)

Func. 05: -- not used --

Func. 06: Ramping time (7...0 LSB) (65535 s)

Func. 07: B - Blue(0 ... 255)

Func. 08:
Bit7: 0 = Drive to scene-value
Bit7: 1 = Stores actual value in the scene
Bit3..0: Scene number 0 ... 15

Func. 09: -- not used --

Func. 10: -- not used --

Func. 11: Blocks the local operations
Enum:
0 = Unlock local operations
1 = Locking switch on commands
2 = Locking switch off commands
3 = Locking local operations

Func. 12: Unit of energy metering value
Enum:
0 = mW
1 = W
2 = kW
3 = MW
4 = Wh
5 = kWh
6 = MWh
7 = GWh
8 = mA
9 = 1/10 A
10 = mV
11 = 1/10 V
12 ... 15 Not used Function FUNC 24 4 0 Do nothing, status request 1 Switched off 2 Switched on (Memory value) 3 Dimming up with ramping time 4 Dimming down with ramping time 5 Dimming stops 6 Set dimmer-value and ramping time 7 Set RGB values (see remark 1) 8 Scene function (see remark 2) 9 Set minimal and maximal dimmer-value (see remark 3) 10 Set the operating hours of the lamp (see remark 4) 11 Locking local operations (see remark 5) 12 Set a new value for the energy metering (overwrite the actual value with the selected unit) Send status flag SSF see remark 6 29 1 0 Send new status of device 1 Send no status (e.g. Global central commands) Store final value SFV 30 1 0 No 1 Yes Service Mode Flag SMF 31 1 0 Normal operation 1 Service mode: The module disables all senders, except this sender, which has set the service mode. (For example for maintenance) 0x3F 0x00 released Submitter: PROBARE

Units supporting the EEP Radio Link Test shall offer a functionality that allows for radio link testing between them (Position A to Position B, point-to-point only). Testing shall be possible without the need for prior teach-in and as an option it shall cover two way communications.

Further, testing shall be backward compatible to existing EnOcean installations that support at least 1BS (RORG=0xD5) and 4BS (RORG=0xA5) EnOcean messages.

The main area of RLT application are in-field testing of radio links between portable test equipment placed at different locations as well as between portable test equipment and fixed installation, e.g. an EnOcean Gateway.

Functional description of RLT:

When two units perform radio link testing one unit needs to act in a mode called RLT Master and the other unit needs to act in a mode called RLT Slave. On a RLT enabled unit one or both modes may be supported. The mode(s) supported shall require explicitly activation at run time.
After activation a RLT Master listens for RLT_Query messages. On reception of at least one RLT_Query message a RLT Master responds with an RLT_Response message. Following that it starts transmission of RLT_MasterTest messages within a maximum time frame of 250ms and awaits the response from the RLT Slave for each RLT_MasterTest message sent. A radio link test communication consists of a minimum of 16 and a maximum of 256 RLT_MasterTest messages. Timing distance between individual RLT_MasterTest messages shall not exceed 250ms. When the radio link test communication is completed the RLT Master gets deactivated automatically.
After activation a RLT Slave periodically transmits RLT_Query messages (1 message / 2s). It stops transmission of RLT_Query messages as soon as it has received at least one RLT_Response message. It then waits for RLT_MasterTest messages from the same EnOcean ID and replies to them within a maximum delay of 100ms thru RLT_SlaveTest messages. If it does not receive RLT_MasterTest messages from the same EnOcean ID for a time period of 5s, the RLT Slave restarts periodic transmission of RLT_Query messages. The RLT Slave requires explicit deactivation.

RLT_Query Message

This Message is a “4BS Teach-In Query” message with FUNC, Type and Manufacturer ID set properly. For details please refer to the description of the 4BS teach-in process.

RLT_Response Message

This Message is a “4BS Teach-In Response” message with FUNC, Type and Manufacturer ID set properly. For details please refer to the description of the 4BS teach-in process. As a RLT Master does accept teach-in of a RLT Slave only for the time period required by a single RLT communication it shall indicate the EEP to be supported but the EnOcean ID of the RLT Slave not to be stored permanently. This is the 4BS message sent by the RLT Master during a radio link test communication 1 29 2 2 31 1 0 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Not used 0 28 0 MSG_ID MSGID Message ID 29 2 2 MSG-Source MSGS Message Source 31 1 0 RLT-Master This is the 4BS message sent by the RLT Slave in reply to an RLT_MasterTest_4BS message. 2 29 2 2 31 1 1 LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram Sub-Telegram Counter STCNT related to RLT_MasterTest_4BS message received Repeater level 2 0 2 0 not supported 1 1 sub telegram 2 2 sub telegram 3 ≥ 3 sub telegram RSSI Level in dBm RSLV related to RLT_MasterTest_4BS message received Repeater level 1 2 6 0x00 not supported 0x01 ≥-31 dBm 0x02-32dBm 0x3F ≤-93 dBm Sub-Telegram Counter/RSSI Level in dBm RSLV Related to RLT_MasterTest_4BS message received Repeater level 1 (for details see DB3) 8 8 See prev Sub-Telegram Counter/RSSI Level in dBm RSLV Related to RLT_MasterTest_4BS message received direct link 16 8 See prev RSSI Level in dBm RSLV Non-EnOcean signal detection since last RLT_MasterTest message RSSI Level with 6dB quantization steps 24 4 0x00 not supported 0x01 ≥ -31 dBm 0x02 -32...-37 dBm 0x03 -38...-43 dBm 0x04 -44...-49 dBm 0x05-50...-55dBm 0x06 -56...-61 dBm 0x07 -62...-67 dBm 0x08 -68...-73 dBm 0x09 -74...-79 dBm 0x0A -80...-85 dBm 0x0B ≤ -92 dBm MSG_ID MSGID 29 2 2 MSG-Source MSGS 31 1 1 RLT-Slave This is the 1BS message sent by the RLT Master during a radio link test communication.

REMARK: The column 'Bitrange' is automatically generated from the telegram type and the offset. The column Bitrange shows currently DB_3 instead of DB_0. This isn't a bug in the XML, only a weakness of the formatting. AT THIS POINT, DB_0 WOULD BE CORRECT.
1 31 1 0 LRN Bit LRNB LRN Bit 4 1 0 Teach-in telegram 1 Data telegram RLT MSG-Counter MSB MC-MSB Round-trip, covering all RLT_x_1BS messages 4 bit MSB 0 4 RLT MSG-Counter LSB MC-LSB Round-trip, covering all RLT_x_1BS messages 2 bit LSB 5 2 MSG-Source MSGS Message Source 7 1 0 RLT Master This is the 1BS message sent by the RLT Slave in reply to an RLT_MasterTest_1BS message.

REMARK: The column 'Bitrange' is automatically generated from the telegram type and the offset. The column Bitrange shows currently DB_3 instead of DB_0. This isn't a bug in the XML, only a weakness of the formatting. AT THIS POINT, DB_0 WOULD BE CORRECT.
2 31 1 1 LRN Bit LRNB LRN Bit 4 1 0 Teach-in telegram 1 Data telegram RLT MSG-Counter MSB MC-MSB Round-trip, covering all RLT_x_1BS messages 4 bit MSB 0 4 RLT MSG-Counter LSB MC-LSB Round-trip, covering all RLT_x_1BS messages 2 bit LSB 5 2 MSG-Source MSGS Message Source 7 1 1 RLT-Slave 0x7F released Submitter: EnOcean GmbH

Description
This profile was intended for manufacturer specific applications. Every manufacturer may independently define the types within this profile.

This profile was replaced by the use of MSC-Telegrams with the advantage of more payloads and the manufacturer Id as identification. For future applications only use MSC-Telegrams.

This description is only necessary for legacy reasons.

Data exchange
Direction: unidirectional / bidirectional
Addressing: unicast (ADT) / broadcast
Communication trigger: event- & time-triggered
Communication interval: application specific
Trigger event: application specific
Tx delay: not specified
Rx timeout: not specified

Teach-in
Teach-in method: 4BS teach-in

Security
Encryption supported: no
Security level format: - LRN Bit LRNB LRN Bit 28 1 0 Teach-in telegram 1 Data telegram undefined undef undefined 0 28 undefined undef undefined 29 3 0xD2 .RORG Variable Length Data VLD 0x00 The Communication is based on the Smart Ack concept. Some basics related hereto are included in this document for convenience but for details please consult the Smart Ack specification.

A Room Control Panel (RCP) compliant to this EEP offers the following features:

• Multi symbol, multi segment LC display (or equivalent)
• 1 temperature measurement channel, remote configurable
• 1 temperature set point control (e.g. key pad based)
• 1 fan speed control (e.g. key pad based)
• 1 presence control (e.g. key pad based)

Repeater operation shall work in compliance with the Smart Ack specification.





Use Case: Temperature Measurement graphics/D2-00-01_UseCase_01_Temperature.png REMARK:
Temperature measurement may be configured by the Gateway, see chapter “Message Type E – RCP Configuration”.





Use Case: User Interaction
graphics/D2-00-01_UseCase_02_Interaction.png





Use Case: User Interaction including transfer of configuration data graphics/D2-00-01_UseCase_03_Config.png 0x01 released Submitter: Fr. Sauter AG

Note: EEP Release 2.1, 2.5, and 2.6 reflected a wrong byte-order for all messages of this EEP!
Example Message Type A:
Instead of DB_1 = 0x01 DB_0 = 0x81 (which is correct for KP=1 and CV=1)
by mistake DB_1 = 0x81 DB_0 = 0x11 (which is wrong) was printed.
We apologize for the mistake. Direction: Sensor -> Gateway
Transaction Response: Message Type B or Type E
Chaining: No
Timing: T1+ = 170ms
graphics/EEP_D2-00-01_Message_A.png 5 3 1 MsgId MI Message Id; 0x01 5 3 1 Message Id 9 2 0 5 User Action KP 11 5 0x00 not used 0x01 Presence 0x02 Temperature Set Point “down” or “—“ 0x03 not used 0x04 not used 0x05 Temperature Set Point “up” or “+” 0x06 Fan 0x07 0x1F Not Used ConfigValid CV 8 1 0x00 Configuration data not valid (e.g. never received message of type E) 0x01 Configuration data valid Direction: Gateway -> Sensor
Reply to Message Type A
Response: None
Chaining: Up to 2 messages per chain
Timing: T2+ = 300ms
graphics/EEP_D2-00-01_Message_B.png
IMPORTANT NOTE:
The symbols Sa, Sb, Sc, Sd, Se are optional. One or more of those symbols are available on the display only if the manufacturer of a RCP implements them in a specific design. Thus, they are NOT mandatory for a RCP in order to comply with this EEP.
5 3 2 32 3 MsgId MI Message Id;0x02 5 3 2 Message Id MoreData MD 4 1 0x00 no more data 0x01 more data will follow after T2+ Fan F 1 3 0x00 Do not display 0x01 Speed Level 0 0x02 Speed Level 1 0x03 Speed Level 2 0x04 Speed Level 3 0x05 0x07 not used Fan manual M 0 1 0 Auto 1 Fan manual Figure A Type TA 11 5 0x00 Do not display 0x01 Room Temperature °C 0x02 Room Temperature °F 0x03 Nominal Temperature °C 0x04 Nominal Temperature °F 0x05 Delta Temperature Set Point °C 0x06 Delta Temperature Set Point °F 0x07 Delta Temperature Set Point(graphic) 0x08 Time 00:00 to 23:59 [24h] 0x09 Time 00:00 to 11:59 [AM] 0x0A Time 00:00 to 11:59 [PM] 0x0B Date 01.01 to 31.12 [DD.MM] 0x0C Date 01.01 to 12.31 [MM.DD] 0x0D Illumination (linear) 0 to 9999 lx 0x0E Percentage 0 to 100 % 0x0F Parts per Million 0 to 9999 ppm 0x10 Relative Humidity 0 to 100 % rH 0x11 0x1F not used Presence PR 8 3 0x00 Do not display 0x01 Present 0x02 Not present 0x03 Night time reduction 0x04 0x07 not used Figure A Value ZA Format according to TA:
Byte-Order: Little-Endian! 16 16 0x01 0x07 0 ... 4000 0.01° 0x08 0x0A Time 0000 ... 2359 0x0B 0x0C Date 0101 ... 3112 0x0D 0 ... 9999 lx 0x0E 0x10 0 ... 10000 0.01% 0x0F 0 ... 9999 ppm Heating Sa optional 39 1 0x0 Off 0x1 On Cooling Sb optional 38 1 0x0 Off 0x1 On Dew-Point Sc optional 37 1 0x0 Warning 0x1 No warning Window Sd optional 36 1 0x0 Closed 0x1 Opened User Notification Se optional 35 1 0x0 Off 0x1 On Direction: Sensor -> Gateway
Fire and Forget
Response: None
Chaining: No
Timing: may only be sent within 5s from latest receipt of a Message Type B
graphics/EEP_D2-00-01_Message_C.png
5 3 3 4 1 0 1 MsgId MI Message Id; 0x03 5 3 3 Message Id Fan F 1 3 0x00 no change 0x01 Speed Level 0 0x02 Speed Level 1 0x03 Speed Level 2 0x04 Speed Level 3 0x05 Speed Level Auto 0x06 0x07 not used Set Point A Type TA 11 5 0x00 no change 0x01 0x04 not used 0x05 Temperature Set Point [°] 0x06 0x1F not used Presence PR 8 3 0x00 no change 0x01 Present 0x02 Not present 0x03 Night time reduction 0x04 0x07 not used Set Point A Value ZA Format according to TA: 0x05 [0.01°]

Byte-Order: Little-Endian! 16 16 -1270 +1270 -12.70 +12.70 ° Direction: Sensor -> Gateway
Fire and Forget
Response: None
Chaining: No
Timing: None
graphics/EEP_D2-00-01_Message_D.png
5 3 4 0 5 MsgId MI Message Id;0x04 5 3 4 Message Id Channel A Value VA (LSB) Format according to TA:

LSB (Bit 7 ... 0) 8 8 0 4000 0 40.00 ° Channel A Value VA (MSB) See: VA (LSB)

MSB (Bit 11 ... 8) 20 4 Channel A Type TA 16 4 0x00 Temperature [°C] 0x01 0x0E not used 0x0F Measurement result not valid Direction: Gateway -> Sensor
Reply to Message Type A
Response: None
Chaining: Up to 2 messages per chain
Timing: T2+ = 300ms
graphics/EEP_D2-00-01_Message_E.png
5 3 5 0 4 8 1 16 1 28 4 44 1 MsgId MI Message Id; 0x05 5 3 5 Message Id MoreData MD 4 1 0x0 no more data 0x1 more data will follow after T2+ Set Point Range Limit SPR Limit of Set Point Range, absolute value:

REMARK:
Set Point Range shall be symmetrical to 0° 9 7 0x00 Set Point disabled 0x01 0x7F 0,1° … 12,7° [0,1°] 0.1 12.7 ° Set PointSteps SPS Number of Set Point Steps:

REMARK:
Specifies the number of equidistant steps between 0 and Set Point Range Limit 17 7 0x00 Set Point disabled 0x01 0x7F 1 … 127 1 127 Temperature Measurement Timing TT (LSB) Time between two subsequent Temperature measurements

LSB (Bit 3 ... 0) 24 4 0x00 Temperature measurement disabled 0x01 0x3C 10 … 600s [10s] 10 600 s Temperature Measurement Timing TT (MSB) Time between two subsequent Temperature measurements

MSB (Bit 5 ... 4) 38 2 Fan F Number of Fan Speed Levels available to user: 35 3 0x0 Fan Speed disabled 0x1 0x7 1 … 7 1 7 Presence PR Number of Presence Levels available to user 32 3 0x0 Presence disabled 0x1 0x7 1 … 7 1 7 Keep Alive Timing KA Number of measurements (without trigger of a message Type D) between two subsequent “Keep Alive messages”: 45 3 0x0 Transmission of measurement result with each Temperature measurement 0x1 0x7 10 … 70 measurements [step-size 10] 10 70 Significant Temperature Difference ST Difference between two subsequent temperature measurements to trigger a Message Type D [0.2°] 40 4 0x0 0xF 0.0 3.0 ° 0x01 This EEP family shall be used for bidirectional actuators that control electric loads, e.g. for lightning purposes. Switching and dimming is controlled and high-resolution energy measurement is supported. Local Control, either thru a user interface or thru other measures shall be supported on the actuator. This may include other EnOcean enabled devices taught-in to a device belonging to the EEP family, e.g. a simple rocker switch or more sophisticated devices like occupancy sensors with timing control. The proposed EEP family serves up to 30 output channels and allows controlling them either individually or as a bulk. Extension of this EEP family is possible in different ways:

1. A new device with a different feature mix creates a new TYPE within this EEP family
-> new column in following table

2. An additional feature is added and a new device with a new TYPE is created
-> new column and new line in following table

3. Like 2, but EnOcean communication of the EEP family needs to be extended
-> new column and new line in following table
-> one or more additional messages need to be defined

For teach-in and teach-out UTE (Universal Uni- and Bidirectional Teach-In Procedure for EEP based Communication) shall be used.

Supported function ... of Type	00	01	02	03	04	05	06	07	08	09	0A	0B	0C	0D	0E	0F	10	11	12	13	14	15	16
No. of output channels	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1	2	2	2	4	8	4	2
Switching	X	X	X	X	X	X	X	X	X	X	X	X	X	X	X	X	X	X	X	X	X	X	X
Dimming	-	-	X	X	X	X	-	-	-	X	-	-	-	-	-	-	-	-	-	-	-	-	X
Dimming configurable	-	-	-	-	X	X	-	-	-	X	-	-	-	-	-	-	-	-	-	-	-	-	X
Pilot wire	-	-	-	-	-	-	-	-	-	-	-	-	X	-	-	-	-	-	-	-	-	-	-
Local control	X	X	X	X	X	X	-	-	X	X	X	X	X	X	X	X	X	X	X	X	X	X	X
Local control enable/disable	-	-	-	-	X	X	-	-	X	-	X	X	X	X	X	X	-	-	X	-	-	X	X
External Switch / Push Button Control	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	X	-	-	X	-	-	X	X
External Switch / Push Button Type	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	X	-	-	X	-	-	X	X
Auto OFF Timer	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	X	-	-	X	-	-	X	X
Delay OFF Timer	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	X	-	-	X	-	-	X	X
Taught-in devices enable/disable 2)	-	-	-	-	X	X	-	-	X	X	X	X	X	X	X	X	-	-	X	-	-	-	-
User interface day/night mode	-	-	-	-	-	X	-	-	X	-	X	X	X	X	X	X	-	-	X	-	-	X	X
Over current reporting	-	-	-	-	X	X	-	-	X	X	-	-	X	-	-	-	-	-	-	-	-	-	-
Over current configurable	-	-	-	-	X	X	-	-	X	-	-	-	X	-	-	-	-	-	-	-	-	-	-
Energy measurement	X	-	X	-	X	X	X	-	X	X	-	X	X	-	X	-	X	-	-	-	-	-	-
Power measurement	-	-	-	-	X	X	-	-	X	X	-	X	X	-	X	-	-	-	-	-	-	-	-
Measurement Roll Over 1)	X	-	X	-	-	-	X	-	-	-	-	X	-	-	X	-	X	-	-	-	-	-	-
Measurement Auto Scaling 1)	-	-	-	-	X	X	-	-	X	X	-	-	X	-	-	-	-	-	-	-	-	-	-
Measurement configurable	-	-	-	-	-	X	-	-	X	X	-	X	X	-	X	-	-	-	-	-	-	-	-
Measurement report on query	X	-	X	-	X	X	X	-	X	X	-	X	X	-	X	-	X	-	-	-	-	X	-
Measurement auto reporting	-	-	-	-	X	X	-	-	X	X	-	X	X	-	X	-	-	-	-	-	-	-	-
Default state configurable	-	-	-	-	-	X	-	-	X	X	X	X	X	X	X	X	-	-	X	-	-	X	-
Error level reporting	-	-	-	-	-	X	-	-	X	X	-	-	X	-	-	-	-	-	-	-	-	X	-
Power Failure Detection	-	-	-	-	-	-	-	-	-	-	X	X	-	-	-	-	-	-	-	-	-	-	-
Power Failure Detection enable/disable	-	-	-	-	-	-	-	-	-	-	X	X	-	-	-	-	-	-	-	-	-	-	-
Maximum Dimming Value	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	X	X
Minimum Dimming Value	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	X	X

1) A device may either support Measurement Roll Over or Measurement Auto Scaling.

2) Enable / disable only effects devices that are taught-in to a device belonging to this EEP family;
it does not effect communication between a device belonging to this EEP family and any other entity where this device has been taught-in by itself.

0x00 released Submitter: Team

This message is sent to an actuator. It controls switching / dimming of one or all channels of an actuator.

graphics/EEP_D2-01-xx_CMD_01.png
REMARK:
In case an Actuator Set Output message specifies a parameter that is not supported by the addressed device, such device should react as following:
- Channel not supported by device -> ignore message
- Dimming command to switching device -> no change of status
- Dimming command with non-supported speed -> dim with regular speed

RECOMMENDATION:
Dimmers should take things like phase shifting into account to provide dimming based on power consumption (results in brightness for lamps) rather than interpreting percentage values as phase angle only.

0 4 Command ID CMD command identifier 4 4 0x01 ID 01 Dim value DV 8 3 0x00 Switch to new output value 0x01 Dim to new output value – dim timer 1 0x02 Dim to new output value – dim timer 2 0x03 Dim to new output value – dim timer 3 0x04 Stop dimming 0x05 0x07 not used I/O channel I/O 11 5 0x00 0x1D Output channel (to load) 0x1E All output channels supported by the device 0x1F Input channel (from mains supply) Output value OV 17 7 0x00 Output value 0% or OFF 0x01 0x64 Output value 1% to 100% or ON 0x65 0x7E Not used 0x7F Output value not valid / not applicable 16 1 This message is sent to an actuator. It configures one or all channels of an actuator.

Response Timing: None

RECOMMENDATION:
In case the device implements an internal order for dim timers, this order should be from “dim timer 1” (fast) to “dim timer 3” (slow). The configured time shall always be interpreted for a full range (0 to 100%) dimming.

graphics/EEP_D2-01-xx_CMD_02.png
Taught-in devices d/e 0 1 0b0 Disable taught-in devices (with different EEP) 0b1 Enable taught-in devices (with different EEP) 1 3 Command ID CMD Command identifier 4 4 0x02 ID 02 Over current shut down OC 8 1 0b0 Over current shut down: static off 0b1 Over current shut down: automatic restart reset over current shut down RO 9 1 0b0 Reset over current shut down: not active 0b1 Reset over current shut down: trigger signal Local control LC 10 1 0b0 Disable local control 0b1 Enable local control I/O channel I/O 11 5 0x00 0x1D Output channel (to load) 0x1E All output channels supported by the device 0x1F Input channel (from mains supply) Dim timer 3 DT3 20 4 0x00 Not used 0x01 0x0F Dim timer 3 [0,5 … 7,5s / steps 0,5s] Dim timer 1 DT1 28 4 0x00 Not used 0x01 0x0F Dim timer 1 [0,5 … 7,5s / steps 0,5s] Dim timer 2 DT2 16 4 0x00 Not used 0x01 0x0F Dim timer 2 [0,5 … 7,5s / steps 0,5s] User interface indication d/n 24 1 0b0 User interface indication: day operation 0b1 User interface indication: night operation Power Failure PF 25 1 0b0 Disable Power Failure Detection 0b1 Enable Power Failure Detection Default state DS 26 2 0b00 Default state: 0% or OFF 0b01 Default state: 100% or ON 0b10 Default state: remember previous state 0b11 Not used This message is sent to an actuator. It requests the status of one or all channels of an actuator.

Response Timing:
An Actuator Status Response message shall be received within a maximum of 300ms from the time of transmission of this message. In case no such response is received within this time frame the action shall be treated as completed without result.
graphics/EEP_D2-01-xx_CMD_03.png
0 4 Command ID CMD Command identifier 4 4 0x03 ID 03 I/O channel I/O 11 5 0x00 0x1D Output channel (to load) 0x1E All output channels supported by the device 0x1F Input channel (from mains supply) 8 3 This message is sent by an actuator if one of the following events occurs:
- Status of one channel has been changed locally
- Message Actuator Status Query has been received

Response Timing:
This message shall be sent within a maximum of 50ms from the time of reception of the Actuator Status Query message.

graphics/EEP_D2-01-xx_CMD_04.png
REMARK 1:
In case an Actuator Status Query message specifies a parameter that is not supported by the device being addresses, such device shall ignore the message and shall not answer using the Actuator Status Response message.
REMARK 2:
In case an Actuator Status Query message queries all output channels supported by a device being addresses, such device shall answer per each output channel by using an individual Actuator Measurement Response message.

Power Failure PF 0 1 0b0 Power Failure Detection disabled/not supported 0b1 Power Failure Detection enabled Power Failure Detection PFD 1 1 0b0 Power Failure not detected/not supported/disabled 0b1 Power Failure Detected 2 2 Command ID CMD Command identifier 4 4 0x04 ID 04 Over current switch off OC 8 1 0b0 Over current switch off: ready / not supported 0b1 Over current switch off: executed Error level EL 9 2 0b00 Error level 0: hardware OK 0b01 Error level 1: hardware warning 0b10 Error level 2: hardware failure 0b11 Error level not supported I/O channel I/O 11 5 0x00 0x1D Output channel (to load) 0x1E Not applicable, do not use 0x1F Input channel (from mains supply) Local control LC 16 1 0b0 Local control disabled / not supported 0b1 Local control enabled Output value OV 17 7 0x00 Output value 0% or OFF 0x01 0x64 Output value 1% to 100% or ON 0x65 0x7E Not used 0x7F output value not valid / not set The command defines values at offset 32 and at offset 40 which are the limits for the transmission periodicity of messages. MIT must not be set to 0, MAT >= MIT.

Response Timing: None

graphics/EEP_D2-01-xx_CMD_05.png 0 4 20 1 Command ID CMD Command identifier 4 4 0x05 ID 05 Report measurement RM 8 1 0b0 Report measurement: query only 0b1 Report measurement: query / auto reporting Reset measurement RE 9 1 0b0 Reset measurement: not active 0b1 Reset measurement: trigger signal Measurement mode e/p 10 1 0b0 Energy measurement 0b1 Power measurement I/O channel I/O 11 5 0x00 0x1D Output channel (to load) 0x1E All output channels supported by the device 0x1F Input channel (from mains supply) Measurement delta to be reported (LSB) MD_LSB 16 4 0 4095 0 4095 N/A Measurement delta to be reported (MSB) MD_MSB 24 8 0 4095 0 4095 N/A Unit UN 21 3 0x00 Energy [Ws] 0x01 Energy [Wh] 0x02 Energy [KWh] 0x03 Power [W] 0x04 Power [KW] 0x05 0x07 Not used Maximum time between two subsequent actuator messages MAT Measurement Response messages [10s] 32 8 1 255 10 2550 s 0 Reserved Minimum time between two subsequent actuator messages MIT Measurement Response messages [s] 40 8 1 255 1 255 s 0 Reserved This message is sent to an actuator. The actuator replies with an Actuator Measurement Response message.

Response Timing:
An Actuator Message Response message shall be received within a maximum of 300ms from the time of transmission of this message. In case no such response is received within this time frame the action shall be treated as completed without result.
graphics/EEP_D2-01-xx_CMD_06.png 0 4 Command ID CMD Command identifier 4 4 0x06 ID 06 8 2 Query qu 10 1 0b0 Query energy 0b1 Query power I/O channel I/O 11 5 0x00 0x1D Output channel (to load) 0x1E All output channels supported by the device 0x1F Input channel (from mains supply) This message is sent by an actuator if one of the following events occurs:
- Measurement results trigger an automated transmission (see Actuator Set Measurement message)
- Message Actuator Measurement Query has been received

Response Timing:
This message shall be sent within a maximum of 50ms from the time of reception of the Actuator Measurement Query message.
graphics/EEP_D2-01-xx_CMD_07.png
REMARK 1:
In case an Actuator Measurement Query message specifies a parameter that is not supported by the device addressed, such device shall ignore the message and shall not answer using the Actuator Measurement Response message.
REMARK 2:
In case an Actuator Measurement Query message queries all output channels supported by a device being addresses, such device shall answer per each output channel by using an individual Actuator Measurement Response message.
0 4 Command ID CMD Command identifier 4 4 0x07 ID 07 Unit UN 8 3 0x00 Energy [Ws] 0x01 Energy [Wh] 0x02 Energy [KWh] 0x03 Power [W] 0x04 Power [KW] 0x05 0x07 Not used I/O channel I/O 11 5 0x00 0x1D Output channel (to load) 0x1E Not applicable, do not use 0x1F Input channel (from mains supply) Measurement value (4 bytes) MV DB3 = MSB / DB0 = LSB 16 32 0 4294967295 N/A graphics/EEP_D2-01-xx_CMD_08.png
0 4 8 5 Command ID CMD Command identifier 4 4 0x08 ID 08 Pilotwire mode PM 13 3 0x00 Off 0x01 Comfort 0x02 Eco 0x03 Anti-freeze 0x04 Comfort-1 0x05 Comfort-2 graphics/EEP_D2-01-xx_CMD_09.png
0 4 Command ID CMD Command identifier 4 4 0x09 ID 09 graphics/EEP_D2-01-xx_CMD_0A.png
0 4 8 5 Command ID CMD Command identifier 4 4 0x0A ID 0A Pilotwire mode PM 13 3 0x00 Off 0x01 Comfort 0x02 Eco 0x03 Anti-freeze 0x04 Comfort-1 0x05 Comfort-2 graphics/EEP_D2-01-xx_CMD_0B.png
0 4 8 3 51 5 Command ID CMD Command identifier 4 4 0x0B ID 0B I/O channel I/O 11 5 0x00 0x1D Output channel (to load) 0x1E All output channels supported by the device 0x1F Input channel (from mains supply) Auto OFF Timer AOT Timer to automatically set OFF output channel when it is set ON 16 16 0x0000 Timer deactivated 0x0001 0xFFFE 0.1 6553.4 s 0xFFFF Does not modify saved value Delay OFF Timer DOT Delay timer before setting output channel to OFF value received by radio cmd 32 16 0x0000 Timer deactivated 0x0001 0xFFFE 0.1 6553.4 s 0xFFFF Does not modify saved value External Switch/Push Button EBM External interface mode 48 2 0b00 Not applicable 0b01 External Switch 0b10 External Push Button 0b11 Auto detect 2-state switch SWT Switching state 50 1 0b00 Change of key state sets ON or OFF 0b01 Specific ON/OFF positions.
ON when contacts are closed.
OFF when contacts are open. graphics/EEP_D2-01-xx_CMD_0C.png
0 4 8 3 Command ID CMD Command identifier 4 4 0x0C ID 0C I/O channel I/O 11 5 0x00 0x1D Output channel (to load) 0x1E All output channels supported by the device 0x1F Input channel (from mains supply) graphics/EEP_D2-01-xx_CMD_0D.png
0 4 8 3 51 5 Command ID CMD Command identifier 4 4 0x0D ID 0D I/O channel I/O 11 5 0x00 0x1D Output channel (to load) 0x1E Not applicable 0x1F Input channel (from mains supply) Auto OFF Timer AOT Timer to automatically set OFF output channel when it is set ON 16 16 0x0000 Timer deactivated 0x0001 0xFFFE 0.1 6553.4 s 0xFFFF Does not modify saved value Delay OFF Timer DOT Delay timer before setting output channel to OFF value received by radio cmd 32 16 0x0000 Timer deactivated 0x0001 0xFFFE 0.1 6553.4 s 0xFFFF Does not modify saved value External Switch/Push Button EBM External interface mode 48 2 0b00 Not applicable 0b01 External Switch 0b10 External Push Button 0b11 Auto detect 2-state switch SWT Switching state 50 1 0b00 Change of key state sets ON or OFF 0b01 Specific ON/OFF positions.
ON when contacts are closed.
OFF when contacts are open. This message is sent to the actuator. It controls the maximum and minimum brightness of the channel output. If the actuator receives an out of range dimming value or an error command, the following actions should be performed:

• Channel not supported by device -> ignore the message

• Set dimming minimum value is less than 0% -> The minimum value is set to 0%

• Set dimming maximum value greater than 100% -> The maximum value is set to 100%

graphics/EEP_D2-01-xx_CMD_0F_ECID_00.png
0 4 21 4 32 1 Command ID CMD 4 4 0xF ID F Extended Command ID ECID 8 8 0x00 ID 00 I/O Channel I/O 16 5 0x00 0x1D Output channel (to load) 0x1E All channels output supported by the device 0x1F Not used Maximum Value MAXV 25 7 0x00 Not used 0x01 0x64 Set maximum value 0x65 0x7F Not used Minimum Value MINV 33 7 0x00 0x63 Set minimum value 0x64 0x7F Not used graphics/EEP_D2-01-xx_CMD_0F_ECID_01.png
0 4 21 3 Command ID CMD 4 4 0xF ID F Extended Command ID ECID 8 8 0x01 ID 01 I/O Channel I/O 16 5 0x00 0x1D Single channel (to load) 0x1E All channels output supported by the device 0x1F Not used graphics/EEP_D2-01-xx_CMD_0F_ECID_02.png
0 4 21 4 32 1 Command ID CMD 4 4 0xF ID F Extended Command ID ECID 8 8 0x02 ID 02 I/O Channel I/O 16 5 0x00 0x1D Output channel (to load) 0x1E All channels output supported by the device 0x1F Not used Maximum Value MAXV 25 7 0x00 Not used 0x01 0x64 Set maximum value 0x65 0x7F Not used Minimum Value MINV 33 7 0x00 0x63 Set minimum value 0x64 0x7F Not used 0x01 released D2 01 00 0x02 released D2 01 00 0x03 released D2 01 00 0x04 released D2 01 00 0x05 released D2 01 00 0x06 released D2 01 00 0x07 released D2 01 00 0x08 released D2 01 00 0x09 released D2 01 00 0x0A released D2 01 00 0x0B released D2 01 00 0x0C released Submitter: AVIDSEN

Description
Intended for heating module with Pilotwire command and Energy Measurement.
Pilot wire includes 6 different modes:
- Off
- Comfort
- Eco
- Anti-freeze
- Comfort-1°C
- Comfort-2°C

Data exchange
Direction: bidirectional
Addressing: broadcast
Communication trigger: event-triggered
Communication interval: at each state change / every 5 minutes
Trigger event: actuator status change, consumption information change
Tx delay: -
Rx timeout: -

Teach-in
Teach-in method: Universal teach-in (UTE)

Security
Encryption supported: no
Security level format: -

Supported command	Type 0x0C
0x1 – Actuator Set Output	X
0x2 – Actuator Set Local	X
0x3 – Actuator Status Query	X
0x4 – Actuator Status Response	X
0x5 – Actuator Set Measurement	X
0x6 – Actuator Measurement Query	X
0x7 – Actuator Measurement Response	X
0x8 – Actuator Set Pilot Wire Mode	X
0x9 – Actuator Pilot Wire Mode Query	X
0xA – Actuator Pilot Wire Mode Response	X

Telegram Definition
The telegrams corresponding to Command IDs: 0x1, 0x2, 0x3, 0x4, 0x5, 0x6 and 0x7 are already defined in EEP V2.6.2 and do not change.

D2 01 00 0x0D released Submitter: ID-RF


Description for TYPE 0x0D, 0x0E, 0x0F, 0x12

Add three commands:
- CMD 0xB – Actuator Set External Interface Settings
- CMD 0xC – Actuator External Interface Settings Query
- CMD 0xD – Actuator External Interface Settings Response

Supported functions:
- External Switch/Push Button Control
- External Switch/Push Button Type (Bi-stable or Mono-stable / 2-state switch)
- Auto OFF Timer
- Delay OFF Timer

Add D2-01-0D profile – Micro smart plug with 1 channel, no metering capabilities
Add D2-01-0E profile – Micro smart plug with 1 channel, and metering capabilities
Add D2-01-0F profile – Slot-in module with 1 channel, no metering capabilities
Add D2-01-12 profile – Slot-in module with 2 channels, no metering capabilities

These new profiles are modifications of the existing ones, please find below a listing:
- Profile D2-01-0D is all same as D2-01-0A but with one modification
- Profile D2-01-0E is all same as D2-01-0B but with one modification
- Profiles D2-01-0F is all same as D2-01-0A but with three modifications
- Profiles D2-01-12 is all same as D2-01-0A but with four modifications


Description of new supported functions

External Switch/Push Button Control

As for “Local Control” function, it indicates if the product can be controlled using an additional physical interface, as an external push button or wall switch. This interface is not directly integrated to the product, but can be connected using wires.

External Switch/Push Button Type

• Bi-stable or Mono-stable:
  External interface can be composed of bi-stable button (switch) or mono-stable button (push button). Depending of the type selected, the product will have different reactions when switch/push button actions are detected.
  - If bi-stable button type selected, each change of state (open or close) toggle the output.
  - If mono-stable button type selected, first change of state (open or close) toggle the output, second change (close or open) is ignored, and output remains unchanged.
  NOTE: If the product has more than one output, the external interface type is applied for all outputs.

• 2-state switch:
  This parameter is effective only if external switch/push button type is set as “bi-stable”. When this setting is enabled, the device will turn ON output(s) when contacts are closed and turn OFF output(s) when contacts are open. When this setting is disabled (default mode), a change of contacts state will toggle the output(s).

Auto OFF Timer
This functions turns OFF the output when time elapsed.
Use case: In corridor, when you turn ON the light, you want it to be turned OFF automatically after a certain time.

Delay OFF Timer
When the device receives a valid radio command, setting an output state to OFF, instead of setting immediately the new output state, this function set the new output state when time elapsed.
Use Case: In hotel room, when you send a radio command (removing card from card switch) to turn OFF the light, instead, turn OFF light after a certain time, to allow people to leave the room.

The addition of these functions required three new commands:
- CMD 0xB – Actuator Set External Interface Settings
- CMD 0xC – Actuator External Interface Settings Query
- CMD 0xD – Actuator External Interface Settings Response

Data exchange
Direction: bidirectional
Addressing: broadcast
Communication trigger: event triggered
Communication interval: no fix interval
Trigger event: actuator status change, consumption information
Tx delay: -
Rx timeout: -

Teach-in
Teach-in method: Universal teach-in (UTE)

Security
Encryption supported: no
Security level format: -

Supported command	Type 0x0D	Type 0x0E	Type 0x0F	Type 0x12
0x1 – Actuator Set Output	X	X	X	X
0x2 – Actuator Set Local	X	X	X	X
0x3 – Actuator Status Query	X	X	X	X
0x4 – Actuator Status Response	X	X	X	X
0x5 – Actuator Set Measurement	-	X	-	-
0x6 – Actuator Measurement Query	-	X	-	-
0x7 – Actuator Measurement Response	-	X	-	-
0x8 – Actuator Set Pilot Wire Mode	-	-	-	-
0x9 – Actuator Pilot Wire Mode Query	-	-	-	-
0xA – Actuator Pilot Wire Mode Response	-	-	-	-
0xB – Actuator Set External Interface Settings	-	-	X	X
0xC – Actuator External Interface Settings Query	-	-	X	X
0xD – Actuator External Interface Settings Response	-	-	X	X

D2 01 00 0x0E released Submitter: ID-RF

Description see TYPE 0x0D

D2 01 00 0x0F released Submitter: ID-RF

Description see TYPE 0x0D

D2 01 00 0x10 released D2 01 00 0x11 released D2 01 00 0x12 released Submitter: ID-RF

Description see TYPE 0x0D

D2 01 00 0x13 released Submitter: AWAG Elektrotechnik AG

D2 01 01 0x14 released Submitter: AWAG Elektrotechnik AG

D2 01 01 0x15 released Submitter: Menred GmbH

D2 01 01 0x16 released Submitter: Menred GmbH

Description
This profile is used to adjust the incandescence of two types of lamp, an ordinary and a LED one. The principle used is dimming, linearly for an ordinary lamp and nonlinearly for the LED lamp (due to the light dimming characteristics of each kind of light). The dim value itself will be always between 0 and 100%.

The maximum and minimum values are received at the same time; the device knows whether or not the values are valid by comparing them. If an invalid value is entered, the device discards this data and no change is applied. To know the valid values please refer to the “ValidRange” section of the commands description.

Data exchange
Direction: bidirectional
Addressing: unicast (ADT) / broadcast
Communication trigger: data change-triggered / time-triggered
Communication interval: 100 ms
Trigger event: e.g.: event description, threshold/delta for observed value, downtime, heartbeat, …
Tx delay: default 100 - 200 ms, max. 5000 ms
Rx timeout: 100 ms (minimum time between two received messages)

Teach-in
Teach-in method: RPS teach-in / 1BS teach-in / 4BS teach-in 1 / Universal teach-in (UTE)

Security
Encryption supported: no
Security level format: -

Supported command	Type 0x16
0x1 – Actuator Set Output	X
0x2 – Actuator Set Local	X
0x3 – Actuator Status Query	X
0x4 – Actuator Status Response	X
0x5 – Actuator Set Measurement	-
0x6 – Actuator Measurement Query	-
0x7 – Actuator Measurement Response	-
0x8 – Actuator Set Pilot Wire Mode	-
0x9 – Actuator Pilot Wire Mode Query	-
0xA – Actuator Pilot Wire Mode Response	-
0xF – Actuator Set Dimming Limits, Dimming Limits Query, Dimming Limits Response (= Extended commands)	X

Supported Extended command	0xF
0x0 – Actuator Set Dimming Limits	X
0x1 – Actuator Dimming Limits Query	X
0x2 – Actuator Status Query	X

D2 01 00 0x02 This EEP family shall be used for bidirectional sensors that measure temperature, illumination, and detect room occupancy and smoke presence.

The EEP may be used in conjunction with the Smart Acknowledge protocol.

For teach-in and teach-out the “Universal Uni- and Bidirectional Teach-In Procedure for EEP based Communication” shall be used. Alternatively the Smart Acknowledge Teach-In Procedure is used for those sensors supporting Smart Acknowledge.

Supported function	Type 0x00	Type 0x01	Type 0x02
Temperature Sensor	X	X	X
Illumination Sensor	X	X	-
Occupancy Detector	X	-	-
Smoke Detector	X	X	X

0x00 released Submitter: MSR-Office This message is sent by a sensor if one of the following events occurs:

- Measurement results trigger an automated transmission (see Actuator Set Measurement message)

- Message Actuator Measurement Query has been received

Response Timing: None

graphics/EEP_D2-02-xx_CMD_01.png

0 4 Command ID CMD command identifier 4 4 0x01 ID 01 Measurement type type 8 3 0x00 Temperature (0…65535: -40 to +120°C) 0x01 Illumination (0…65535: 0 to 2047lx) 0x02 Occupancy (0: not detected; 1: detected) 0x03 Smoke
The following content applies for the value in DB_0 and DB_1:
0x00 - No smoke detected
0x01 - Smoke detected via ionization chamber
0x02 - Smoke detected via optical chamber
0x03 - Smoke detected via both chambers
11 5 Measurement value (2 bytes) MV DB_0 = LSB / DB_1 = MSB 16 16 0 65535 N/A This message is sent to a sensor. It causes the sensor to enter self-test mode or trigger an alarm (if supported).

Response Timing: None

graphics/EEP_D2-02-xx_CMD_02.png
0 4 Command ID CMD Command identifier 4 4 0x02 ID 02 Self-test ST 8 1 0b0 Self-test mode 0b1 Normal operation Trigger alarm TA 9 1 0b0 Trigger alarm 0b1 Normal operation 10 6 This message is sent to a sensor. It configures the measurement behaviour of the sensor.

Response Timing: None

graphics/EEP_D2-02-xx_CMD_03.png 0 4 Command ID CMD Command identifier 4 4 0x03 ID 03 Report measurement RM 8 1 0b0 Report measurement: query only 0b1 Report measurement: query / auto reporting 9 7 Measurement delta to be reported (LSB) MD_LSB 16 4 0 4095 0 4095 N/A Measurement delta to be reported (MSB) MD_MSB 24 8 0 4095 0 4095 N/A 20 1 Unit UN 21 3 0x00 Temperature (°C) 0x01 Illumination (lx) 0x02 0x07 Not used Maximum time between two subsequent Actuator MAT Measurement Response messages [10s] 32 8 0 255 10 2550 s Minimum time between two subsequent Actuator MIT Measurement Response messages [s] 40 8 0 255 0 255 s This message is sent to a sensor. The sensor replies with an Sensor Measurement message.

Response Timing:
A Sensor Measurement message shall be received within a maximum of 300ms from the time of transmission of this message.
In case no such response is received within this time frame the action shall be treated as completed without result.
graphics/EEP_D2-02-xx_CMD_04.png 0 4 Command ID CMD Command identifier 4 4 0x04 ID 04 Query qu 8 3 0x0 Query temperature 0x1 Query illumination 0x2 Query occupancy 0x3 Query smoke 0x4 0x7 Not used 11 5 0x01 released D2 02 00 0x02 released D2 02 00 0x03 The EEP family D2-03-xx provides different telegram types for switches, light and blind control. The purpose is to support secure communication and other functional aspects of applications extending the possibilities given by existing profiles (1BS, RPS, 4BS). Transmitting information in the status field of a telegram is not necessary with this EEP family.

0x00 released Submitter: EnOcean GmbH

EEP Properties:
DATA EXCHANGE
Direction: unidirectional
Addressing: broadcast
Communication trigger: event-triggered
Communication interval: N/A
Trigger event: N/A
Tx delay: N/A
Rx timeout : N/A

TEACH-IN
Teach-in method: Universal teach-in (UTE) + Secure Teach-in (for secure communication)

SECURITY
Encryption supported: yes


EEP Family Table:

Supported function	Type 00
2 Rocker Switch	X

The encrypted telegram has the R-ORG 0x30. The payload (4 bits) is encrypted. That telegram can be repeated. After decryption and the authentication of the CMAC, the telegram turns into a non-encrypted EnOcean telegram with the R-ORG 0x32. The payload will be expanded to 8 bits (4 MSB set to zero) and can then be interpreted as described in the telegram definition table.

The decrypted telegram may not be repeated as the information is not secure anymore. The following table provides information about the conversion between the profiles D2-03-00 and F6-02-01:

D2-03-00 DATA	F6-02-01 DATA	F6-02-01 STATUS
0...4	-	-
5	0x17	0x30
6	0x70	0x20
7	0x37	0x30
8	0x10	0x20
9	0x15	0x30
10	0x35	0x30
11	0x50	0x30
12	0x70	0x30
13	0x10	0x30
14	0x30	0x30
15	bxxx0xxxx	0x20

0 4 Rocker Information RI2 Information about pressed rockers (similar to RPS profiles) 4 4 0 4 Reserved 5 Button A1 + B0 pressed, energy bow pressed 6 3 or 4 buttons pressed, energy bow pressed 7 Button A0 + B0 pressed, energy bow pressed 8 No buttons pressed, energy bow pressed 9 Button A1 + B1 pressed, energy bow pressed 10 Button A0 + B1 pressed, energy bow pressed 11 Button B1 pressed, energy bow pressed 12 Button B0 pressed, energy bow pressed 13 Button A1 pressed, energy bow pressed 14 Button A0 pressed, energy bow pressed 15 Energy bow released 0x0A released Submitter: ID-RF Corporation Battery Autonomy BATT 0 8 1 100 1 100 % Button Action BA 8 8 1 Simple Press 2 Double Press 3 Long Press 4 Long Press released 0x10 released Submitter: Eltako

This document contains the description of decrypted mechanical handle data. The mechanical handle profile must be redefined because there is no status field in EnOcean security available.

EEP Properties:
DATA EXCHANGE
Direction: unidirectional
Addressing: broadcast
Communication trigger: event-triggered
Communication interval: N/A
Trigger event: rotate mechanical handle
Tx delay: N/A
Rx timeout: N/A

TEACH-IN
Teach-in method: Secure Teach-in, followed by special RPS teach-in sequence: Mechanical handle (closed => opened => closed within 2s)

SECURITY
Encryption supported: yes
Security level format: Window handle, decrypted data WIN Movement of the window handle 0 8 0b00000001
graphics/Window_Handle_01.png 0b00000010
graphics/Window_Handle_02.png 0b00000011
graphics/Window_Handle_03.png 0b00000100
graphics/Window_Handle_04.png 0b00000011
graphics/Window_Handle_05.png 0b00000010
graphics/Window_Handle_06.png 0b00000011
graphics/Window_Handle_07.png 0b00000100
graphics/Window_Handle_08.png 0x20 released Submitter: Star Micronics Co., LTD.

Description
This profile is defined for the use in beacon devices. Such devices transmit if the telegram was triggered by a vibration or the timer.

Data exchange
Direction: unidirectional
Addressing: broadcast
Communication trigger: event- & time-triggered
Communication interval: -
Trigger event: Vibration (movement), timer
Tx delay: -
Rx timeout: -

Teach-in
Teach-in method: N/A

Security
Encryption supported: no
Security level format: -

Appendix
This beacon device can send a radio telegram at a prescribed timing. The receiver can detect the beacon device with this transmission. This device, when attached to a human body, can also be made into a wide variety of beacon-based systems, which keep people within the safe area, or keep them out of the danger zone.

This device can replace a battery with a vibration power generator. The beacon device harvests power from human walking motion and activates the radio transmitter circuit; it does not require batteries of any kind, enabling maintenance-free operation in many applications.

The product to be immediately released comes with no switches, and the future product, to follow soon, will be equipped with pushbuttons for wider application possibilities. 1 7 Energy Supply ES Defines the energy source for the transmission 0 1 0 Battery supply 1 Vibration generator supply 0x04 CO2 sensor with 8 bits resolution (0 – 2000ppm or 0-5000ppm range) 8 bits temperature and relative humidity with Day / Night and battery autonomy.

Day / Night is based on illumination not on clock

Data exchange
Direction: unidirectional
Addressing: broadcast
Communication trigger: time-triggered
Communication interval: According to remaining autonomy and day or night
Trigger event: heartbeat, …
Teach-in method: Universal teach-in, Smart Ack
Encryption required: no
Security level format: 0

EEP Family Table
Each TYPE has to support every parameter that is marked in its column!

TYPE	0x00	0x01	0x02	0x03	0x04	0x05	0x06	0x07	0x08	0x09	0x10	0x1A	0x1B	0x1C	0x1D	0x1E
CO2 Sensor 0-2000 ppm range	X	X	X	X	X	X	X	X	-	-	-	-	-	-	-	-
CO2 Sensor 0-5000 ppm range	-	-	-	-	-	-	-	-	X	X	X	X	X	X	X	X
Humidity Sensor	X	X	-	-	-	-	-	-	X	X	-	-	-	-	-	-
Temperature Sensor	X	-	X	X	X	X	-	-	X	-	X	X	X	X	-	-
Day/Night Sensor	X	X	X	-	-	X	X	X	X	X	X	-	-	X	X	X
Battery Autonomy	X	X	X	X	-	-	-	X	X	X	X	X	-	-	-	X

0x00 released Submitter: NanoSense The manufacturer will indicate emission rates versus battery autonomy and day night status.

CO2 CO2 Concentration (linear), 1 LSB = 7.84 ppm
Or
Concentration (linear), 1 LSB = 19.6 ppm 0 8 0 255 0 2000 ppm Humidity HUM Rel. Humidity (linear), 1 LSB = 0.5 % 8 8 0 200 0 100 % Temperature TMP Temperature (linear), 1 LSB = 0.2 °C 16 8 0 255 0 51 °C Day/Night DN ... 24 1 0 Day 1 Night Battery autonomy BA Battery autonomy 25 3 0 100 - 87.5 % 1 87.5 - 75 % 2 75 - 62.5 % 3 62.5 - 50 % 4 50 - 37.5 % 5 37.5 - 25 % 6 25 - 12.5 % 7 12.5 - 0 % 28 4 0x01 released The manufacturer will indicate emission rates versus battery autonomy and day night status.

CO2 CO2 Concentration (linear), 1 LSB = 7.84 ppm
Or
Concentration (linear), 1 LSB = 19.6 ppm 0 8 0 255 0 5000 ppm Humidity HUM Rel. Humidity (linear), 1 LSB = 0.5 % 8 8 0 200 0 100 % Temperature TMP Temperature (linear), 1 LSB = 0.2 °C 16 8 0 255 0 51 °C Day/Night DN ... 24 1 0 Day 1 Night Battery autonomy BA Battery autonomy 25 3 0 100 - 87.5 % 1 87.5 - 75 % 2 75 - 62.5 % 3 62.5 - 50 % 4 50 - 37.5 % 5 37.5 - 25 % 6 25 - 12.5 % 7 12.5 - 0 % 28 4 0x02 released The manufacturer will indicate emission rates versus battery autonomy and day night status.

CO2 CO2 Concentration (linear), 1 LSB = 7.84 ppm
Or
Concentration (linear), 1 LSB = 19.6 ppm 0 8 0 255 0 2000 ppm Humidity HUM Rel. Humidity (linear), 1 LSB = 0.5 % 8 8 0 200 0 100 % Temperature TMP Temperature (linear), 1 LSB = 0.2 °C 16 8 0 255 0 51 °C Day/Night DN ... 24 1 0 Day 1 Night Battery autonomy BA Battery autonomy 25 3 0 100 - 87.5 % 1 87.5 - 75 % 2 75 - 62.5 % 3 62.5 - 50 % 4 50 - 37.5 % 5 37.5 - 25 % 6 25 - 12.5 % 7 12.5 - 0 % 28 4 0x03 released The manufacturer will indicate emission rates versus battery autonomy and day night status.

CO2 CO2 Concentration (linear), 1 LSB = 7.84 ppm
Or
Concentration (linear), 1 LSB = 19.6 ppm 0 8 0 255 0 2000 ppm Humidity HUM Rel. Humidity (linear), 1 LSB = 0.5 % 8 8 0 200 0 100 % Temperature TMP Temperature (linear), 1 LSB = 0.2 °C 16 8 0 255 0 51 °C Day/Night DN ... 24 1 0 Day 1 Night Battery autonomy BA Battery autonomy 25 3 0 100 - 87.5 % 1 87.5 - 75 % 2 75 - 62.5 % 3 62.5 - 50 % 4 50 - 37.5 % 5 37.5 - 25 % 6 25 - 12.5 % 7 12.5 - 0 % 28 4 0x04 released The manufacturer will indicate emission rates versus battery autonomy and day night status.

CO2 CO2 Concentration (linear), 1 LSB = 7.84 ppm
Or
Concentration (linear), 1 LSB = 19.6 ppm 0 8 0 255 0 2000 ppm Humidity HUM Rel. Humidity (linear), 1 LSB = 0.5 % 8 8 0 200 0 100 % Temperature TMP Temperature (linear), 1 LSB = 0.2 °C 16 8 0 255 0 51 °C Day/Night DN ... 24 1 0 Day 1 Night Battery autonomy BA Battery autonomy 25 3 0 100 - 87.5 % 1 87.5 - 75 % 2 75 - 62.5 % 3 62.5 - 50 % 4 50 - 37.5 % 5 37.5 - 25 % 6 25 - 12.5 % 7 12.5 - 0 % 28 4 0x05 released The manufacturer will indicate emission rates versus battery autonomy and day night status.

CO2 CO2 Concentration (linear), 1 LSB = 7.84 ppm
Or
Concentration (linear), 1 LSB = 19.6 ppm 0 8 0 255 0 2000 ppm Humidity HUM Rel. Humidity (linear), 1 LSB = 0.5 % 8 8 0 200 0 100 % Temperature TMP Temperature (linear), 1 LSB = 0.2 °C 16 8 0 255 0 51 °C Day/Night DN ... 24 1 0 Day 1 Night Battery autonomy BA Battery autonomy 25 3 0 100 - 87.5 % 1 87.5 - 75 % 2 75 - 62.5 % 3 62.5 - 50 % 4 50 - 37.5 % 5 37.5 - 25 % 6 25 - 12.5 % 7 12.5 - 0 % 28 4 0x06 released The manufacturer will indicate emission rates versus battery autonomy and day night status.

CO2 CO2 Concentration (linear), 1 LSB = 7.84 ppm
Or
Concentration (linear), 1 LSB = 19.6 ppm 0 8 0 255 0 2000 ppm Humidity HUM Rel. Humidity (linear), 1 LSB = 0.5 % 8 8 0 200 0 100 % Temperature TMP Temperature (linear), 1 LSB = 0.2 °C 16 8 0 255 0 51 °C Day/Night DN ... 24 1 0 Day 1 Night Battery autonomy BA Battery autonomy 25 3 0 100 - 87.5 % 1 87.5 - 75 % 2 75 - 62.5 % 3 62.5 - 50 % 4 50 - 37.5 % 5 37.5 - 25 % 6 25 - 12.5 % 7 12.5 - 0 % 28 4 0x07 released The manufacturer will indicate emission rates versus battery autonomy and day night status.

CO2 CO2 Concentration (linear), 1 LSB = 7.84 ppm
Or
Concentration (linear), 1 LSB = 19.6 ppm 0 8 0 255 0 2000 ppm Humidity HUM Rel. Humidity (linear), 1 LSB = 0.5 % 8 8 0 200 0 100 % Temperature TMP Temperature (linear), 1 LSB = 0.2 °C 16 8 0 255 0 51 °C Day/Night DN ... 24 1 0 Day 1 Night Battery autonomy BA Battery autonomy 25 3 0 100 - 87.5 % 1 87.5 - 75 % 2 75 - 62.5 % 3 62.5 - 50 % 4 50 - 37.5 % 5 37.5 - 25 % 6 25 - 12.5 % 7 12.5 - 0 % 28 4 0x08 released The manufacturer will indicate emission rates versus battery autonomy and day night status.

CO2 CO2 Concentration (linear), 1 LSB = 7.84 ppm
Or
Concentration (linear), 1 LSB = 19.6 ppm 0 8 0 255 0 5000 ppm Humidity HUM Rel. Humidity (linear), 1 LSB = 0.5 % 8 8 0 200 0 100 % Temperature TMP Temperature (linear), 1 LSB = 0.2 °C 16 8 0 255 0 51 °C Day/Night DN ... 24 1 0 Day 1 Night Battery autonomy BA Battery autonomy 25 3 0 100 - 87.5 % 1 87.5 - 75 % 2 75 - 62.5 % 3 62.5 - 50 % 4 50 - 37.5 % 5 37.5 - 25 % 6 25 - 12.5 % 7 12.5 - 0 % 28 4 0x09 released The manufacturer will indicate emission rates versus battery autonomy and day night status.

CO2 CO2 Concentration (linear), 1 LSB = 7.84 ppm
Or
Concentration (linear), 1 LSB = 19.6 ppm 0 8 0 255 0 5000 ppm Humidity HUM Rel. Humidity (linear), 1 LSB = 0.5 % 8 8 0 200 0 100 % Temperature TMP Temperature (linear), 1 LSB = 0.2 °C 16 8 0 255 0 51 °C Day/Night DN ... 24 1 0 Day 1 Night Battery autonomy BA Battery autonomy 25 3 0 100 - 87.5 % 1 87.5 - 75 % 2 75 - 62.5 % 3 62.5 - 50 % 4 50 - 37.5 % 5 37.5 - 25 % 6 25 - 12.5 % 7 12.5 - 0 % 28 4 0x10 released The manufacturer will indicate emission rates versus battery autonomy and day night status.

CO2 CO2 Concentration (linear), 1 LSB = 7.84 ppm
Or
Concentration (linear), 1 LSB = 19.6 ppm 0 8 0 255 0 5000 ppm Humidity HUM Rel. Humidity (linear), 1 LSB = 0.5 % 8 8 0 200 0 100 % Temperature TMP Temperature (linear), 1 LSB = 0.2 °C 16 8 0 255 0 51 °C Day/Night DN ... 24 1 0 Day 1 Night Battery autonomy BA Battery autonomy 25 3 0 100 - 87.5 % 1 87.5 - 75 % 2 75 - 62.5 % 3 62.5 - 50 % 4 50 - 37.5 % 5 37.5 - 25 % 6 25 - 12.5 % 7 12.5 - 0 % 28 4 0x1A released The manufacturer will indicate emission rates versus battery autonomy and day night status.

CO2 CO2 Concentration (linear), 1 LSB = 7.84 ppm
Or
Concentration (linear), 1 LSB = 19.6 ppm 0 8 0 255 0 5000 ppm Humidity HUM Rel. Humidity (linear), 1 LSB = 0.5 % 8 8 0 200 0 100 % Temperature TMP Temperature (linear), 1 LSB = 0.2 °C 16 8 0 255 0 51 °C Day/Night DN ... 24 1 0 Day 1 Night Battery autonomy BA Battery autonomy 25 3 0 100 - 87.5 % 1 87.5 - 75 % 2 75 - 62.5 % 3 62.5 - 50 % 4 50 - 37.5 % 5 37.5 - 25 % 6 25 - 12.5 % 7 12.5 - 0 % 28 4 0x1B released The manufacturer will indicate emission rates versus battery autonomy and day night status.

CO2 CO2 Concentration (linear), 1 LSB = 7.84 ppm
Or
Concentration (linear), 1 LSB = 19.6 ppm 0 8 0 255 0 5000 ppm Humidity HUM Rel. Humidity (linear), 1 LSB = 0.5 % 8 8 0 200 0 100 % Temperature TMP Temperature (linear), 1 LSB = 0.2 °C 16 8 0 255 0 51 °C Day/Night DN ... 24 1 0 Day 1 Night Battery autonomy BA Battery autonomy 25 3 0 100 - 87.5 % 1 87.5 - 75 % 2 75 - 62.5 % 3 62.5 - 50 % 4 50 - 37.5 % 5 37.5 - 25 % 6 25 - 12.5 % 7 12.5 - 0 % 28 4 0x1C released The manufacturer will indicate emission rates versus battery autonomy and day night status.

CO2 CO2 Concentration (linear), 1 LSB = 7.84 ppm
Or
Concentration (linear), 1 LSB = 19.6 ppm 0 8 0 255 0 5000 ppm Humidity HUM Rel. Humidity (linear), 1 LSB = 0.5 % 8 8 0 200 0 100 % Temperature TMP Temperature (linear), 1 LSB = 0.2 °C 16 8 0 255 0 51 °C Day/Night DN ... 24 1 0 Day 1 Night Battery autonomy BA Battery autonomy 25 3 0 100 - 87.5 % 1 87.5 - 75 % 2 75 - 62.5 % 3 62.5 - 50 % 4 50 - 37.5 % 5 37.5 - 25 % 6 25 - 12.5 % 7 12.5 - 0 % 28 4 0x1D released The manufacturer will indicate emission rates versus battery autonomy and day night status.

CO2 CO2 Concentration (linear), 1 LSB = 7.84 ppm
Or
Concentration (linear), 1 LSB = 19.6 ppm 0 8 0 255 0 5000 ppm Humidity HUM Rel. Humidity (linear), 1 LSB = 0.5 % 8 8 0 200 0 100 % Temperature TMP Temperature (linear), 1 LSB = 0.2 °C 16 8 0 255 0 51 °C Day/Night DN ... 24 1 0 Day 1 Night Battery autonomy BA Battery autonomy 25 3 0 100 - 87.5 % 1 87.5 - 75 % 2 75 - 62.5 % 3 62.5 - 50 % 4 50 - 37.5 % 5 37.5 - 25 % 6 25 - 12.5 % 7 12.5 - 0 % 28 4 0x1E released The manufacturer will indicate emission rates versus battery autonomy and day night status.

CO2 CO2 Concentration (linear), 1 LSB = 7.84 ppm
Or
Concentration (linear), 1 LSB = 19.6 ppm 0 8 0 255 0 5000 ppm Humidity HUM Rel. Humidity (linear), 1 LSB = 0.5 % 8 8 0 200 0 100 % Temperature TMP Temperature (linear), 1 LSB = 0.2 °C 16 8 0 255 0 51 °C Day/Night DN ... 24 1 0 Day 1 Night Battery autonomy BA Battery autonomy 25 3 0 100 - 87.5 % 1 87.5 - 75 % 2 75 - 62.5 % 3 62.5 - 50 % 4 50 - 37.5 % 5 37.5 - 25 % 6 25 - 12.5 % 7 12.5 - 0 % 28 4 0x05 Submitter: AWAG Elektrotechnik AG

Description
The protocol is intended for commissioning as well as for operation of a blind actuator that supports control of the vertical position as well as the rotation angle of the slats.

Data exchange
Direction: bidirectional
Addressing: unicast (ADT) & broadcast
Communication trigger: event-triggered or upon query
Communication interval: TYPE 00,01: heartbeat (off or 30 s or 3 min), TYPE 02: event-triggered

Trigger event TYPE 00,01:
a) status change (alarm, blockage, deblockage)
b) position change > 10 % of range
c) end position reached (0% or 100%)
d) heartbeat
Trigger event TYPE 02:
request, manual change (position, angle)

Tx delay: n/a
Rx timeout: n/a

Teach-in
Teach-in method: Universal teach-in

Security
Encryption supported: no
Security level format: n/a

EEP Family Table
Each TYPE has to support all telegrams and parameters marked in its column.

Command Overview	Type 0x00	Type 0x01	Type 0x02
No. of output channels	1	4	1
Go to Position and Angle	X	X	X
Stop	X	X	X
Query Position and Angle	X	X	X
Reply Position and Angle	X	X	X
Set parameters	X	X	-

Parameter Overview	Type 0x00	Type 0x01	Type 0x02
Vertical position	X	X	X
Rotation angle	X	X	X
Repositioning	X	X	X
Blockage mode	X	X	X
Alarm mode	X	X	-
Set vertical, 5 sec ... 5 min	X	X	-
Set rotation, 0 ... 2.54 sec	X	X	-
Set Alarm Action	X	X	-

0x00 released Submitter: AWAG Elektrotechnik AG Once the actuator is configured either by the “Set Parameters” command or through manual configuration (using local buttons) the position of the blinds can be controlled with this command.
When the actuator is set to “blockage” mode, neither local nor central positioning and configuration commands will be executed. This mode is intended for putting the device temporarily out of service, e.g. for a maintenance operation.
When the actuator is set to the “alarm” mode neither local nor central positioning and configuration commands will be executed. Before entering the “alarm” mode, the actuator will execute the “alarm action” as configured by the “Set parameter” command.
When this command is sent with the “deblockage” option, the actuator terminates the “alarm” or “blockage” mode and enters the normal mode.

Exemplary illustration of data bytes 0 ... 3:
graphics/D2-05-xx_00.png
28 4 0x01 0 1 8 1 16 1 20 1 Position POS Vertical position 1 7 0 100 0 100 % 127 Do not change Angle ANG Rotation angle 9 7 0 100 0 100 % 127 Do not change Repositioning REPO How to adjust the internal positioning tracker before going to the new position 17 3 0 Go directly to POS/ANG 1 Go up (0%), then to POS/ANG 2 Go down (100%), then to POS/ANG 3 ... 7 Reserved Locking modes LOCK Set/reset locking modes 21 3 0 Do not change 1 Set blockage mode 2 Set alarm mode 3 ... 6 Reserved 7 Deblockage Channel CHN Channel address 24 4 0 Channel 1 1 Channel 2 2 Channel 3 3 Channel 4 15 All channels Command ID CMD Command identifier 28 4 1 Goto command This command immediately stops a running blind motor. It has no effect when the actuator is in “blockage” or “alarm” mode, i.e. it will not stop an eventual “go up” or “go down” alarm action.
4 4 0x02 Channel CHN Channel address 0 4 0 Channel 1 1 Channel 2 2 Channel 3 3 Channel 4 15 All channels Command ID CMD Command identifier 4 4 2 Stop command This command requests the actuator to return a “reply” command.
4 4 0x03 Channel CHN Channel address 0 4 0 Channel 1 1 Channel 2 2 Channel 3 3 Channel 4 15 All channels Command ID CMD Command identifier 4 4 3 Query command Either upon request (“Query” command) or after an internal trigger (see EEP Properties) the actuator sends this command to inform about its current state.
28 4 0x04 0 1 8 1 16 5 Position POS Current vertical position 1 7 0 100 0 100 % 127 Position unknown, will be known
after the next goto cmd Angle ANG Current rotation angle 9 7 0 100 0 100 % 127 Angle unknown, will be known
after the next goto cmd Locking modes LOCK Current locking mode 21 3 0 Normal (no lock) 1 Blockage mode 2 Alarm mode 3 ... 7 Reserved Channel CHN Channel address 24 4 0 Channel 1 1 Channel 2 2 Channel 3 3 Channel 4 Command ID CMD Command identifier 28 4 4 Reply command This command sets one or multiple configuration parameters of the actuator. When a parameter value is set to “-> no change“ this parameter will not be modified. The VERT and ROT parameters describe the duration needed by the motor for a full run of the blind, or for a complete turn of the slats, respectively. They have to be measured on site and assigned to the actuator.
36 4 0x05 0 1 24 5 Set vertical VERT Measured duration of a vertical run 1 15 500 30000 5000 300000 ms 0 ... 499 Reserved 32767 (0x7FFF) -> No change Set rotation ROT Measured duration of rotation 16 8 1 254 10 2540 ms 0 No rotation 255 -> No change Set alarm action AA Besides locking all other commands entering the alarm mode results in 29 3 0 No action 1 Immediate stop 2 Go up (0%) 3 Go down (100%) 4 ... 6 Reserved 7 -> No change Channel CHN Channel address 32 4 0 Channel 1 1 Channel 2 2 Channel 3 3 Channel 4 15 All channels Command ID CMD Command identifier 36 4 5 Set parameters command 0x01 released Submitter: AWAG Elektrotechnik AG

D2 05 00 0x02 released Submitter: ViCOS GmbH

Exemplary illustration of data bytes 0 ... 3:
graphics/D2-05-xx_00.png
28 4 0x01 0 1 8 1 16 1 20 1 Position POS Vertical position 1 7 0 100 0 100 % 127 Do not change Angle ANG Rotation angle 9 7 0 100 0 100 % 127 Do not change Repositioning REPO How to adjust the internal positioning tracker before going to the new position 17 3 0 Go directly to POS/ANG 1 Go up (0%), then to POS/ANG 2 Go down (100%), then to POS/ANG 3 7 Reserved Locking mode LOCK Set/reset locking mode 21 3 0 Do not change 1 Set blockage mode 2 6 Reserved 7 Deblockage Channel CHN Channel address 24 4 0 Channel 1 2 6 Reserved Command ID CMD Command identifier 28 4 1 Goto command 4 4 0x02 Channel CHN Channel address 0 4 0 Channel 1 Command ID CMD Command identifier 4 4 2 Stop command 4 4 0x03 Channel CHN Channel address 0 4 0 Channel 1 Command ID CMD Command identifier 4 4 3 Query command 28 4 0x04 0 1 8 1 16 5 Position POS Current vertical position 1 7 0 100 0 100 % 127 Position unknown, will be known
after the next goto cmd Angle ANG Current rotation angle 9 7 0 100 0 100 % 127 Angle unknown, will be known
after the next goto cmd Locking mode LOCK Set/reset locking mode 21 3 0 Normal (no lock) 1 Blockage mode 2 7 Reserved Channel CHN Channel address 24 4 0 Channel 1 1 15 Reserved Command ID CMD Command identifier 28 4 4 Reply command 0x03 Released The type is intended for operation of a smart window that supports control of the vertical position and the rotation angle of the slats when using blinds, or the position and tint level of a electrochrome glass zone. There is the possibility to operate a motorization that opens and closes the window. The smart window has several sensors to return operational and environmental data.
Data exchange
Direction: to.
Addressing: broadcast.
Communication trigger: event_trigger.
Trigger description: .
28 4 0x01 position POS Vertical position 1 7 0 100 0 100 % 127 noChange Angle ANGLE Rotation angle 9 7 0 100 0 100 % 127 noChange Repositioning REPO How to adjust the internal positioning tracker before going to the new position 17 3 0 Direct to POS/ANG 1 Go up (0%), then to POS/ANG 2 Go down (100%), then to POS/ANG lockingMode LOCKMODE Set/reset locking modes 21 3 0 noChange 1 block 2 alarm 7 unblock channel CHAN Channel address 24 4 0 Channel 1 commandId CMD commandId key 28 4 1 Goto command
Data exchange
Direction: to.
Addressing: broadcast.
Communication trigger: event_trigger.
Trigger description: .
4 4 0x02 channel CHAN Channel address 0 4 0 Channel 1 CMD commandId commandId key 4 4 2 Stop Command
Data exchange
Direction: to.
Addressing: broadcast.
Communication trigger: event_trigger.
Trigger description: .
4 4 0x03 channel CHAN Channel address 0 4 0 Channel 1 commandId CMD commandId key 4 4 3 Query Command
Data exchange
Direction: from.
Addressing: broadcast.
Communication trigger: event_trigger.
Trigger description: .
28 4 0x04 position POS Vertical position 1 7 0 100 0 100 % 127 Unknown Angle ANGLE Rotation angle 9 7 0 100 0 100 % 127 Unknown lockingMode LOCKMODE Set/reset locking modes 21 3 0 Normal 1 Block 2 Alarm channel CHAN Channel address 24 4 0 Channel 1 commandId CMD commandId key 28 4 4 Reply Command
Data exchange
Direction: to.
Addressing: broadcast.
Communication trigger: event_trigger.
Trigger description: .
12 4 0x06 Motorized sash SASH Motorized sash key 0 8 0 100 0 100 % channel CHAN Channel address 8 4 0 Channel 1 commandId CMD commandId key 12 4 6 Open
Data exchange
Direction: to.
Addressing: broadcast.
Communication trigger: event_trigger.
Trigger description: This command requests the actuator to return a reply data command.
4 4 0x07 channel CHAN Channel address 0 4 0 Channel 1 commandId CMD commandId key 4 4 7 Query Data
Data exchange
Direction: from.
Addressing: broadcast.
Communication trigger: event_trigger.
Trigger description: Either upon request (Query data command) or after an internal trigger (see EEP Properties) the actuator sends this command to inform about its current state. 68 4 0x08 position POS Vertical position 1 7 0 100 0 100 % Angle ANGLE Rotation angle 9 7 0 100 0 100 % Transmissivity TRANS Transmissivity key 17 7 0 100 0 100 % Locking sensor 1 LOCK1 Locking sensor 1 key 24 2 0 Window Open 1 Window Closed 2 Sensor Not Available Locking sensor 2 LOCK2 Locking sensor 2 key 26 2 0 Window Open 1 Window Closed 2 Sensor Not Available Intrusion detected INT_DETECT Intrusion detected key 28 2 0 intrusion detector not triggered 1 intrusion detector not triggered 2 intrusion detector not available Solar protection SOL_PROTECT Solar protection key 30 2 0 Solar protection without orientation available 1 Solar protection with orientation available 2 Solar protection with electrochromic glass available Indoor Temperature TEMP_IN Indoor Temperature key 32 8 0 100 0 50 °C Outdoor Temperature TEMP_OUT Outdoor Temperature key 40 8 0 200 -40 60 °C Opening Mode OPEN_MODE 48 1 0 Automode 1 Manual override Motorized sash SASH Motorized sash key 49 7 0 100 0 100 % 127 not available Error state ERROR Error state key 60 4 0 No Error 1 Current Kill Error. 2 IGU Not Tinting 3 IGU Warning 4 Parameter Error 5 System Error 6 Opening motorized error. 7 Closing motorized error channel CHAN Channel address 64 4 0 Channel 1 commandId CMD commandId key 68 4 8 Reply Data 0x06 TYPE 01 Submitter: SODA GmbH

TYPE 50 Submitter: SIEGENIA-AUBI KG


EEP Family Table TYPE 01 ff

Message Type (ID)	Commands ... of TYPE	0x01
0x00	Sensor Values	X
0x10	Configuration Report	X
0x20	Log Data 01	X
0x21	Log Data 02	X
0x22	Log Data 03	X
0x23	Log Data 04	X
0x80	Control and Settings	X

EEP Family Tables TYPE 50 ff

Message Type (ID)	Commands ... of TYPE	0x50
0x01	Window/Sensor Status	X
0x02	Device Alarm Status	X
0x11	Calibrate	X

Parameters ... of TYPE	0x50
Burglary Alarm	X
Device Error/Alarm Status	X
Window State	X
Window State Counter	X
Change Battery	X
Battery State (5% Steps)	X
Calibration Step	X
Motion Sensor Error	-
Acceleration Sensor Error	X
Magnetic Sensor Error	X
System Error	-

Each TYPE has to support all telegrams and parameters marked in its column.
The list of parameters could be structured following the features that always include a certain group of parameters.

The Message 0x01 (Window Status) is sent event triggered and it will be sent cyclic as an ALIVE message.
The Message 0x02 (Device Alarm Status) is sent 10 times within 5 seconds in case of alarm.


0x01 released Submitter: SODA GmbH

Data exchange
Direction: bidirectional
Addressing: broadcast
Communication trigger: event- & time-triggered
Communication interval: Time-Triggered: Default is 20 Minutes; Event-Triggered
Trigger event: Alarm, Handle Movement, Window Movement, Button Presses
Tx delay: 500 ms
Rx timeout: 100 ms

Teach-in
Teach-in method: Universal teach-in (UTE)

Security
Encryption supported: no
Security level format: -

Product Description

The device represented by this EEP is a “Multi-Sensor Window Handle with Alarm Functionality”. It is powered by two 1.5V AA batteries.

It can be equipped with the following set of features:
- Alarm Sensor
- Handle Position Sensor
- Window Position Sensor
- Two General Purpose Buttons
- Temperature Sensor
- Humidity Sensor
- Illumination Sensor
- Motion Sensor
- Vacation Mode
- Battery Level Measurement
- Buzzer
- Two LEDs

Details to all features are listed below.

For pairing the bidirectional UTE method is used.

The device transmits the actual sensor values periodically (dDefault: 20 minutes) or on an event like “Handle Movement” or “Alarm”.

After each transmission of a packet the radio part of the handle is in receive mode for a certain amount of time (default: 500 ms) and accepts then messages from a paired Controller/Gateway/… . For normal operation it is not necessary to send data to the handle. It is just needed to make some configurations, get log data or control some parts of the handle.

Because it is possible to have all possible permutations of the handle features out in the market, the EEP approach presented in this document is used. The variety of handle-products with different equipped features does not fit well to the EEP family approach preferred in the EnOcean world.

Feature Description
The handle may have all or a subset of the features described here. If a feature is not available (e.g. the sensor is not equipped), then this will be marked in the radio telegram (see detailed tables below).

Burglary Alarm Sensor
The handle can detect if someone tries to commit burglary on the window the handle is mounted on. The Burglary Alarm Sensor is automatically enabled/disabled each time the window is closed/opened. If an alarm is detected, a radio packet is send with “Burglary Alarm Triggered” flag set and (if handle is equipped with a buzzer) a local alarm sound is generated by the internal buzzer for a certain amount of time (180 s). During the alarm time a repeated “Burglary Alarm On” is send every 15 seconds + Random Offset (0…7 seconds).

Protection Plus Alarm Sensor
Protection Plus is a feature, which generates an alarm every time the handle is moved. Due to security reasons, the detailed documentation about this feature is available from SODA GmbH only under NDA.

Handle Position
The position of the handle is detected and transmitted on every change.

Window Position
It is possible to detect if the window is tilted or not tilted. A packet is send on every change.

General Purpose Buttons
There are two buttons on the handle which can be used as general purpose buttons to control blinds/shutters, lights, etc.
A packet is send when a button is pressed and again when it is released.

Temperature Sensor, Humidity Sensor, Brightness Sensor
The environmental sensors are updated periodically (adjustable, default: 20 minutes) and after this a packet with the updated values is send.

Motion Sensor
The handle can be equipped with a PIR Motion sensor which triggers a packet every time a motion change is detected.

Vacation Mode
If the Vacation Mode is enabled, the red LEDs on the sides of the handle light up every few seconds. This signalizes that the alarm monitoring is active and should be daunting for potential burglars.
The Vacation Mode can be enabled/disabled by a radio command or by a button press locally on the handle. If it is activated locally, a radio packet is sent out to signalize the change to a paired gateway.

Battery Monitor
The handle monitors its battery level and transmits the state of the battery.

Battery Low Click
If enabled, the handle also makes some click noises when the battery level is critical.

Handle Closed Click
The handle generates a click sound every time the handle is closed (put in downward position). This signalizes the activation of the alarm monitoring and gives an acoustic feedback to the user. This click sound can be enabled or disabled by a radio command.

Communication Example
graphics/D2-06-01_01.png

Telegram Definition

The device uses different types of messages for bidirectional communication. The MSB of the VLD payload defines the type of message as shown below in the first table. The different message types are listed in the second table. A detailed description of each message type is then followed in separate tables.

graphics/D2-06-01_02.png graphics/D2-06-01_MT00.png
0 8 0x00 77 3 Message Type MT Descriptor of this message 0 8 0x00 Message Type Sensor Values Burglary Alarm BAL Burglary Alarm Trigger Signal 8 4 0x0 Burglary Alarm Not Triggered 0x1 Burglary Alarm Triggered 0x2 0xD Reserved 0xE Supported + Invalid 0xF Not Supported Protection Plus Alarm PPAL Protection Plus Alarm Trigger Signal 12 4 0x0 Protection Plus Alarm Not Triggered 0x1 Protection Plus Alarm Triggered 0x2 0xD Reserved 0xE Supported + Invalid 0xF Not Supported Handle Position HP Position of Handle 16 4 0x0 Handle Position Undefined 0x1 Handle Up 0x2 Handle Down 0x3 Handle Left 0x4 Handle Right 0x5 0xD Reserved 0xE Supported + Invalid 0xF Not Supported Window State WS State of Window 20 4 0x0 Window State Undefined 0x1 Window Not Tilted 0x2 Window Tilted 0x3 0xD Reserved 0xE Supported + Invalid 0xF Not Supported Button Right BR Button Right Activities 24 4 0x0 No Change 0x1 Button Pressed 0x2 Button Released 0x3 0xD Reserved 0xE Supported + Invalid 0xF Not Supported Button Left BL Button Left Activities 28 4 0x0 No Change 0x1 Button Pressed 0x2 Button Released 0x3 0xD Reserved 0xE Supported + Invalid 0xF Not Supported Motion M Motion sensing like typical PIR sensors 32 4 0x0 Motion Not Triggered 0x1 Motion Triggered 0x2 0xD Reserved 0xE Supported + Invalid 0xF Not Supported Vacation Mode V If Vacation Mode is active, the LEDs of
the handle light up every few seconds.

Vacation Mode can be activated remotely
by a radio command or locally by a
button press at the handle 36 4 0x0 No Change 0x1 Vacation Mode Locally Switched On 0x2 Vacation Mode Locally Switched Off 0x3 0xD Reserved 0xE Supported + Invalid 0xF Not Supported Temperature T Measurement of Temperature in linear
0.32 °C steps 40 8 0 250 -20 +60 °C 251 253 Reserved 254 Supported + Invalid 255 Not Supported Humidity H Measurement of Relative Humidity in
linear 0.5 % steps 48 8 0 200 0 100 % 201 253 Reserved 254 Supported + Invalid 255 Not Supported Illumination I Illumination linear in 1 lx steps 56 16 0 60000 0 60000 lx 60001 Over Range 60002 65533 Reserved 65534 Supported + Invalid 65535 Not Supported Battery State BS State of the battery charge
in 5 % steps 72 5 0 20 0 100 % 21 31 Reserved graphics/D2-06-01_MT10.png
0 8 0x10 11 5 Message Type MT Descriptor of this message 0 8 0x10 Message Type Configuration Report Vacation Mode VMR Status of Vacation Mode 8 1 0x0 Vacation Mode is Off 0x1 Vacation Mode is On Handle Closed Click HCCR Status of Handle Closed Click Feature 9 1 0x0 Handle Closed Click Feature is Disabled 0x1 Handle Closed Click Feature is Enabled Battery Low Click BLCR Status of Battery Low Click Feature 10 1 0x0 Battery Low Click Feature is Disabled 0x1 Battery Low Click Feature is Enabled Sensor Update Interval SUIR Interval in seconds between the update
of the environmental sensors.

After each update period a Sensor Value
packet (Message Type 0x00, see above)
is transmitted 16 16 0x0000 0x0004 Reserved 0x0005 0xFFFF 5 65535 s Vacation Blink Interval VBIR Interval in seconds between the LED blinks
when Vacation Mode is activated 32 8 0x00 0x02 Reserved 0x03 0xFF 3 255 s graphics/D2-06-01_MT20.png
0 8 0x20 Message Type MT Descriptor of this message 0 8 0x20 Message Type Log Data 01 Power Ons PON Number of Power Ons 8 32 0x00000000 0xFFFFFFFF Alarms ALL Number of Alarms 40 32 0x00000000 0xFFFFFFFF graphics/D2-06-01_MT21.png
0 8 0x21 Message Type MT Descriptor of this message 0 8 0x21 Message Type Log Data 02 Handle Movements Closed HMC Number of Handle Movements Closed 8 32 0x00000000 0xFFFFFFFF Handle Movements Opened HMO Number of Handle Movements Opened 40 32 0x00000000 0xFFFFFFFF Handle Movements Tilted HMT Number of Handle Movements Tilted 72 32 0x00000000 0xFFFFFFFF graphics/D2-06-01_MT22.png
0 8 0x22 Message Type MT Descriptor of this message 0 8 0x22 Message Type Log Data 03 Window Tilts WT Number of Window Tilts 8 32 0x00000000 0xFFFFFFFF graphics/D2-06-01_MT23.png
0 8 0x23 Message Type MT Descriptor of this message 0 8 0x23 Message Type Log Data 04 Button Right Presses BRP Number of Button Right Presses 8 32 0x00000000 0xFFFFFFFF Button Left Presses BLP Number of Button Left Presses 40 32 0x00000000 0xFFFFFFFF graphics/D2-06-01_MT80.png Notes:
The following settings are stored non volatile inside the handle and only need to be send on a change request:
- Handle Closed Click Feature
- Battery Low Click Feature
- Sensor Update Interval
- Vacation Blink Interval

It is possible to trigger several of the actions in one message; e.g. if DB3.7 and DB3.6 both are set, the handle will transmit the messages with the message types: 0x10, 0x20, 0x21, 0x22 and 0x23

0 8 0x80 15 1 Message Type MT Descriptor of this message 0 8 0x80 Message Type Control and Settings Get Configuration Settings GCS Start Transmission of the Configuration
Settings (Message Type 0x10, see above) 8 1 0x0 No Change 0x1 Start Transmission Get Log Data GLD Start Transmission of the Log Data Packets
(Message Type 0x2x, see above) 9 1 0x0 No Change 0x1 Start Transmission Vacation Mode VMS Set Vacation Mode 10 1 0x0 Switch Vacation Mode Off 0x1 Switch Vacation Mode On Handle Closed Click HCCS Set Handle Closed Click Feature 11 2 0x0 No Change 0x1 Disable Handle Closed Click Feature 0x2 Enable Handle Closed Click Feature 0x3 Reserved Battery Low Click BLCS Set Battery Low Click Feature 13 2 0x0 No Change 0x1 Disable Battery Low Click Feature 0x2 Enable Battery Low Click Feature 0x3 Reserved Sensor Update Interval SUIS Set Sensor Update Interval 16 16 0x0000 No Change 0x0001 0x0004 Reserved 0x0005 0xFFFF 5 65535 s Vacation Blink Interval VBIS Set Vacation Blink Interval 32 8 0x00 No Change 0x01 0x02 Reserved 0x03 0xFF 3 255 s 0x10 not released
Description
This EEP Profile is created for an external connection box, which controls an electric window drive. It is possible to close, tilt or stop the window..

Data exchange
Direction: to
Addressing: unicast
Communication trigger: event_trigger
Event description: Position/Timer changes on User Interface
0 8 0x00 Message ID Message type 0 8 0x00 Set Window Position Sets the window position. 8 8 1 100 1 100 tilt 0x00 Close & Unlock 0x65 0xFC Reserved 0xFD Do not change 0xFE Stop 0xFF Close & Lock Aeration Timer Time the window is tilted for aeration. 16 16 1 64800 1 64800 s 0x0000 Reserved 0xFD21 0xFFFD Reserved 0xFFFE Do not change 0xFFFF Continuous Aeration
Data exchange
Direction: to
Addressing: unicast
Communication trigger: event_trigger
Event description: Gateway/User Interface updates values
0 8 0x01 Message ID Message type 0 8 0x01 Query Response Type Response type 8 8 0x00 Status 0x01 Service 0x02 0xFF Reserved
Data exchange
Direction: from
Addressing: broadcast
Communication trigger: event_time_trigger
Timing description:

0 8 0x02 Message ID Message type 0 8 0x02 Status Position Status Current position of the window drive 8 8 0x00 Closed & Locked 0x01 Move unlocking 0x02 Move unlocking stopped 0x03 Move tilting 0x04 Tilt & Stopped 0x05 Move closing 0x06 Move locking 0x07 Move locking stopped 0x08 Position unknown 0x09 Position unknown stopped 0x0A 0xFF Reserved Tilt Position Response of the current tilt position. 16 8 0 100 0 100 % tilt 0x65 0xFF Reserved Remaining Aeration Time Feedback of the aeration timer. 24 16 0 64800 0 64800 s 0xFD21 0xFFFE Reserved 0xFFFF Continuous Aeration
Data exchange
Direction: to
Addressing: broadcast
Communication trigger: event_trigger
Event description:
0 8 0x03 Message ID Message type 0 8 0x03 Service Failure Code Indicates current failure 8 8 0x00 No Failure 0x01 Close Failure 0x02 Tilt Failure 0x03 Drive Connection Failure 0x04 Drive Overcurrent 0x05 Drive Timeout 0x06 Drive Failure 0x07 0xFF Reserved Tilt Cycles Tilt counter. Value is incremented when window drive changes position from closed to a tilted position. 16 8 0 65535 0 65535 0x20 not released
Description
This EEP Profile is created for an external connection box, which controls an electric window drive. It is possible to close, tilt or stop the window..

Data exchange
Direction: to
Addressing: unicast
Communication trigger: event_trigger
Event description: Position/Timer changes on User Interface
0 8 0x00 Message ID Message type 0 8 0x00 Set Window Position Sets the window position. 8 8 1 100 1 100 tilt 0x00 Close & Unlock 0x65 0xFC Reserved 0xFD Do not change 0xFE Stop 0xFF Close & Lock Aeration Timer Time the window is tilted for aeration. 16 16 1 64800 1 64800 s 0x0000 Reserved 0xFD21 0xFFFD Reserved 0xFFFE Do not change 0xFFFF Continuous Aeration
Data exchange
Direction: to
Addressing: unicast
Communication trigger: event_trigger
Event description: Gateway/User Interface updates values
0 8 0x01 Message ID Message type 0 8 0x01 Query Response Type Response type 8 8 0x00 Status 0x01 Service 0x02 0xFF Reserved
Data exchange
Direction: from
Addressing: broadcast
Communication trigger: event_time_trigger
Timing description:

0 8 0x02 Message ID Message type 0 8 0x02 Status Position Status Current position of the window drive 8 8 0x00 Closed & Locked 0x01 Move unlocking 0x02 Move unlocking stopped 0x03 Move tilting 0x04 Tilt & Stopped 0x05 Move closing 0x06 Move locking 0x07 Move locking stopped 0x08 Position unknown 0x09 Position unknown stopped 0x0A 0xFF Reserved Tilt Position Response of the current tilt position. 16 8 0 100 0 100 % tilt 0x65 0xFF Reserved Remaining Aeration Time Feedback of the aeration timer. 24 16 0 64800 0 64800 s 0xFD21 0xFFFE Reserved 0xFFFF Continuous Aeration
Data exchange
Direction: to
Addressing: broadcast
Communication trigger: event_trigger
Event description:
0 8 0x03 Message ID Message type 0 8 0x03 Service Failure Code Indicates current failure 8 8 0x00 No Failure 0x01 Close Failure 0x02 Tilt Failure 0x03 Drive Connection Failure 0x04 Drive Overcurrent 0x05 Drive Timeout 0x06 Drive Failure 0x07 0xFF Reserved Tilt Cycles Tilt counter. Value is incremented when window drive changes position from closed to a tilted position. 16 8 0 65535 0 65535 0x20 released 1 1 Pre alarm Status of pre alarm 0 1 0 NO pre-alarm occured 1 pre-alarm occured Alarm Status of Alarm 1 1 0 NO alarm 1 alarm occured Window contact Status of the window contact 2 1 0 con tact Open 1 contact closed Pre alarm enabled Pre-alarm monitoring enabled or disabled 3 1 0 pre alarm disabled 1 pre alarm enabled 4 4 2 2 Set Alert Level State of the global alarm system 0 1 0 Disable Alarm System 1 Enable Alarm System 1 2 Enable Pre alarm Pre-alarm monitoring enable 3 1 0 disable pre alarm 1 enable pre alarm 4 4 0x40 Released A typical device using the proposed EEP is a window handle that includes an
electronically controlled lock-bolt to secure a window against unauthorized
opening. The typical communication counterpart for such a window handle is a
building automation system that manages opening authorizations per each
individual window handle or a group of such handles.
The default state of a window handle using the proposed EEP is closed and
mechanically locked by its lock-bolt. Prior to opening or tilting the window unlock
allowance needs to be requested, e.g. by pressing an “unlock button” located at
the window handle.
In addition to the locking functionality the window handle reports its status at
least every 30 minutes and immediately in case the tilt / open / closed status is
changed by manual interaction.
FROM FROM Handle Status Status of Window Handle 2 2 0x00 Closed 0x01 Open 0x02 Tilted 0x03 Unknown Mechanics Status Status of Mechanics 4 1 0x00 OK 0x01 Error Lock Status Status of Lock-Bolt 5 2 0x00 Unlocked 0x01 Locked 0x02 Unknown 0x03 Reserved Unlock Query Query to unlock Window Handle 7 1 0x00 Unlock NOT requested 0x01 Unlock requested within 290ms relative to 1st sub-telegram of CMD 1 message, if Unlock Query is set to 1 (unlock requested) TO TO Unlock Query Query to unlock Window Handle 7 1 0x00 Unlock NOT allowed 0x01 Unlock allowed 0x50 released Submitter: SIEGENIA-AUBI KG

Data exchange
Direction: unidirectional
Addressing: broadcast
Communication trigger: event-triggered
Communication interval: event-triggered, time-triggered
Trigger event: alarm, handle movement, window movement
Tx delay: N/A
Rx timeout: N/A

Teach-in
Teach-in method: Universal teach-in (UTE)

Security
Encryption supported: no
Security level format: N/A

Description
TYPE 50 is a profile without environmental sensors except for the state of window and window handle. graphics/D2-06-50_MT01.png
0 8 0x01 Message Type MT Message identification 0 8 0x01 Window/Sensor Status Alive Message AM Message sent without window status change 8 1 0x0 Standard status message 0x1 Message because of alive cycle Window Status Event WDS Current status of window 9 7 0x00 None 0x01 Sash: closed
Window hardware/handle: closed 0x02 Sash: closed
Window hardware/handle: open 0x03 Sash: closed
Window hardware/handle: tilted 0x04 Sash: open
Window hardware/handle: closed 0x05 Sash: open
Window hardware/handle: open 0x06 Sash: open
Window hardware/handle: tilted 0x07 Sash: tilted
Window hardware/handle: closed 0x08 Sash: tilted
Window hardware/handle: open 0x09 Sash: tilted
Window hardware/handle: tilted 0x0A 0x7F Reserved Counter CT Counter status events 16 32 0x00000000 0xFFFFFFFF Individual counter status of the active window status event Change Battery CB Change battery 48 1 0x0 Battery OK 0x1 Change battery Battery State BS State of battery charge
in 1% steps 49 7 0x00 0x64 0 100 % 0x65 0x7F Invalid Motion Sensor Error MOE OK: Motion sensor works correctly and delivers correct values
Error: Motion sensor returns incorrect values (out of defined areas)
Not supported: No motion sensor available 56 2 0x0 OK 0x1 Error 0x2 Not supported 0x3 Reserved Acceleration Sensor Error ACE OK: Acceleration sensor works correctly and delivers correct values
Error: Acceleration sensor returns incorrect values (out of defined areas)
Not supported: No acceleration sensor available 58 2 0x0 OK 0x1 Error 0x2 Not supported 0x3 Reserved Magnetic Sensor Error MAE OK: Magnetic sensor works correctly and delivers correct values
Error: Magnetic sensor returns incorrect values (out of defined areas)
Not supported: No magnetic sensor available 60 2 0x0 OK 0x1 Error 0x2 Not supported 0x3 Reserved System Error SE OK: No system error detected
Error: System error detected (sensors not included)
Not supported: No system error detection available 62 2 0x0 OK 0x1 Error 0x2 Not supported 0x3 Reserved graphics/D2-06-50_MT02.png
0 8 0x02 8 4 Message Type MT Message identification 0 8 0x02 Device Alarm Status Burglary Alarm BA Burglary alarm 12 4 0x0 Burglary alarm not triggered 0x1 Burglary alarm triggered 0x2 0xF Reserved Calibration Routine: e.g.

Throughout the calibration routine some of the steps are sent sequentially in a specific order to request a certain action from the user.
1. Calibration Step 0x0A is sent
... a. The user is prompted to close the window
2. Calibration step 0x01 is sent
... a. The user is prompted to close the handle
3. Calibration step 0x02 is sent
... a. The user is prompted to open the handle
4. Calibration Step 0x03 is sent
... a. The user is prompted to tilt the handle
5. Calibration step 0x01 is sent
... a. The user is prompted to close the handle
6. Calibration step 0x00 is sent
... a. The calibration was successful

graphics/D2-06-50_MT11.png
0 8 0x11 Message Type MT Message identification 0 8 0x11 Calibrate Calibration Status CS Current calibration status 8 2 0x0 OK 0x1 Error 0x2 Invalid 0x3 Reserved Calibration Step CAL Next calibration step 10 6 0x00 No next step / none 0x01 Sash: closed
Window hardware/handle: closed 0x02 Sash: closed
Window hardware/handle: open 0x03 Sash: closed
Window hardware/handle: tilted 0x04 Sash: open
Window hardware/handle: closed 0x05 Sash: open
Window hardware/handle: open 0x06 Sash: open
Window hardware/handle: tilted 0x07 Sash: tilted
Window hardware/handle: closed 0x08 Sash: tilted
Window hardware/handle: open 0x09 Sash: tilted
Window hardware/handle: tilted 0x0A Frame magnet validation 0x0B 0x7F Reserved 0x0A TYPE 00, 01 Submitter: Pressac Communications Ltd

Description:
A family of EEP’s that allows a different temperature range for the three channel inputs to be selected depending on client application.

Data exchange
Direction: unidirectional
Addressing: broadcast
Communication trigger: time-triggered
Communication interval: variable
Trigger event: none
Tx delay: N/A
Rx timeout: N/A

Teach-in
Teach-in method: Universal teach-in (UTE)

Security
Encryption supported: no
Security level format: N/A

EEP Family Table

Each TYPE has to support all telegrams and parameters marked in its column.

Supported function ... of TYPE	00	01
0°C to +85°C	X	-
-20°C to +100°C	-	X

The list of parameters could be structured following the features that always include a certain group of parameters.

0x00 released Submitter: Pressac Communications Ltd

Notes:

Battery life enumeration is determined by low voltage threshold on processor calculated to give early warning of battery replacement.

Reserved bits in DB3 are used for enhanced test functions so are not used for this EEP.
graphics/D2-0A-00.png 1 7 Battery Life BL 0 1 0 LOW 1 OK Channel 1 CH1 Temperature 8 8 0 255 0 +85 °C Channel 2 CH2 Temperature 16 8 0 255 0 +85 °C Channel 3 CH3 Temperature 24 8 0 255 0 +85 °C 0x01 released Submitter: Pressac Communications Ltd

Notes:

Battery life enumeration is determined by low voltage threshold on processor calculated to give early warning of battery replacement.

Reserved bits in DB3 are used for enhanced test functions so are not used for this EEP.
graphics/D2-0A-01.png 1 7 Battery Life BL 0 1 0 LOW 1 OK Channel 1 CH1 Temperature 8 8 0 239 -20 +100 °C 240 255 Reserved Channel 2 CH2 Temperature 16 8 0 239 -20 +100 °C 240 255 Reserved Channel 3 CH3 Temperature 24 8 0 239 -20 +100 °C 240 255 Reserved 0x10 Submitter: Kieback&Peter GmbH & CO KG

Description
This VLD family consists of several profiles for a group of different bidirectional solar powered room control panels with environmental sensors and display.

These profiles support various functions and measurements, e.g. room temperature, humidity and independent generation of utilization time profiles with continuous dynamic adaptation and optimization as well as for the wireless transmission of measured values. Such a room control panel should primarily be operated with valve controllers (actuators) in order to provide a functional unit for simple room temperature control.

The profiles are designed to establish a communication between a battery-powered room control panel and an always receiving (e.g. line-powered) gateway. Because of the high energy consumption when switching on the radio-receiver, the room control panel is always the initiator of a data exchange (communication slot). It cannot be triggered by the gateway, because the room control panel is not in receiving mode most of the time.

The room control panel wakes up due to a timer trigger and sends the measured sensor data. The gateway is always required to respond with a command message or a heartbeat message within a maximum response time of 250ms. If no further commands are placed in the queue, the gateway must send a heartbeat message to terminate the communication slot. The room control panel then goes into sleep mode. If no response from the gateway is sent within 250ms, the room control panel goes immediately into sleep mode and the current communication slot is terminated. However, the room control panel maintains the communication interval and continues to transmit data in the next communication slot.

Data exchange TYPE 00 ff
Direction: bidirectional
Addressing: unicast (ADT) & broadcast
Communication trigger: event- & time-triggered
Communication interval: can be defined during runtime
Trigger event: device status change
Tx delay: 1 s
Rx timeout: N/A
Teach-in
Teach-in method: UTE
Security
Encryption required: no
Security level format: N/A

Data exchange TYPE 30 ff
Direction: bidirectional
Addressing: unicast (ADT)
Communication trigger: event- or time-triggered
Communication interval: the interval is configurable from 1 minute to 1 day Default=10 minutes)
Trigger event: device status change
Tx delay: 250 ms
Rx timeout: 5 ms
Teach-in
Teach-in method: UTE
Security
Encryption required: no
Security level format: N/A


EEP Family Tables TYPE 00 ff

Message Type (ID)	Commands ... of TYPE	0x00	0x01	0x02
0x0	General Message	X	X	X
0x1	Data Message	X	X	X
0x2	Configuration Message	X	X	X
0x3	Room Control Setup	X	X	X
0x4	Time Program Setup	X	X	-

Parameters ... of TYPE	0x00	0x01	0x02
Message Identifier	X	X	X
Message Continuation Flag	X	X	X
Information Request Classifier	X	X	X
Feedback Classifier	X	X	X
General Message Type	X	X	X
Humidity	X	-	-
Humidity Validity Flag	X	-	-
Fan Speed Control	X	-	-
Fan Speed Validity Flag	X	-	-
Fan Speed Mode	X	-	-
Custom Warning 2	X	X	X
Custom Warning 1	X	X	X
Mold Warning	X	-	-
Window Open Detection	X	X	X
Battery Status	X	X	X
Solar-power Status	X	-	X
PIR Status	X	-	X
Occupancy Button Status	X	X	X
Cooling Operation Status	X	-	-
Heating Operation Status	X	-	-
Room Control Mode	X	X	X
Temperature Set Point Validity	X	X	X
Temperature Validity	X	X	X
Temperature Set Point	X	X	X
Room Temperature	X	X	X
PIR Status Lock	X	-	X
Temperature Scale Lock	X	X	-
Display Content Lock	X	X	X
Date / Time Lock	X	X	X
Time Program Lock	X	X	X
Occupancy Button Lock	X	X	X
Temperature Set Point Lock	X	X	-
Fan Speed Lock	X	-	-
Radio Communication Interval	X	X	X
Key Lock	X	X	-
Display Content	X	X	X
Temperature Scale	X	X	X
Daylight Saving Time Flag	X	X	X
Time Notation	X	X	X
Day	X	X	X
Month	X	X	X
Year	X	X	X
Minute	X	X	X
Hour	X	X	X
Date / Time Update Flag	X	X	X
Temperature Set Point Building Protection Mode	X	X	-
Temperature Set Point Pre-comfort Mode	X	-	-
Temperature Set Point Economy Mode	X	X	X
Temperature Set Point Comfort Mode	X	X	X
Temperature Set Point Flag Building Protection Mode	X	X	-
Temperature Set Point Flag Pre-comfort Mode	X	-	-
Temperature Set Point Flag Economy Mode	X	X	X
Temperature Set Point Flag Comfort Mode	X	X	X
End Time: Minute	X	X	-
End Time: Hour	X	X	-
Start Time: Minute	X	X	-
Start Time: Hour	X	X	-
Period	X	X	-
Time Program Deletion	X	X	-

The list of parameters could be structured following the features that always include a certain group of parameters.


EEP Family Tables TYPE 30 ff

Message Type (ID)	Commands ... of TYPE	0x30	0x31	0x32
0x00	Heartbeat Message	X	X	X
0x20	Acknowledge Message	X	X	X
0x21	Data Message	X	X	X
0x22	Status Message	X	X	X
0x23	Actuator Status	X	X	X
0x24	Set Point Limits Status	X	X	X
0x61	Configuration Message	X	X	X
0x62	Clock Setup	X	X	X
0x80	Room Temperature Override	X	X	-
0x81	Recent Temperature Set Point Override Absolute	X	X	X
0x82	Recent Temperature Set Point Override Relative	X	X	-
0x83	External Value	X	X	-
0x84	Humidity Override	X	X	-
0x85	Fan Speed Override	X	-	-
0x86	Room Mode Override	X	X	X-
0x87	Open Window Override	X	X	X
0x88	PIR Override	X	X	-
0x89	Occupancy Override	X	X	X
0x8A	Set Display Advice Symbol	X	X	-
0x8B	Autonomous Level Override	X	X	-
0x8C	Set Display Cooling/Heating Symbol	X	-	-
0x8D	Set Display Sun/Moon Symbol	X	-	-
0x8E	Display Content Override	X	X	X
0x8F	Daylight Saving Time Override	X	X	-
0x90	Set User Defined Info Codes	X	-	-
0x91	Temperature Set Point Vacation Mode	X	X	-
0x92	Temperature Set Point Comfort Mode	X	X	X
0x93	Temperature Set Point Eco Mode	X	X	X
0x94	Upper Temperature Set Point Limit Vacation Mode	X	X	-
0x95	Lower Temperature Set Point Limit Vacation Mode	X	X	-
0x96	Upper Temperature Set Point Limit Eco Mode	X	X	-
0x97	Lower Temperature Set Point Limit Eco Mode	X	X	-
0x98	Upper Temperature Set Point Limit Comfort Mode	X	X	-
0x99	Lower Temperature Set Point Limit Comfort Mode	X	X	-
0x9A	Temperature Set Point Range Relative	X	X	-
0x9B	Energy Saving Mode Override	X	X	-

Parameters ... of TYPE	0x30	0x31	0x32
Message Identifier	X	X	X
Humidity	X	X	X
Open Window Detect	X	X	X
Occupancy Button Status	X	X	-
Room Control Mode	X	X	X
Room Temperature	X	X	X
PIR Status	X	X	-
Fan Speed	X	-	-
Recent Temperature Set Point -absolute	X	X	X
Recent Temperature Set Point -relative	X	X	-
Analog Value	X	X	-
UI Type	X	X	X
Mold Warning/Advice	X	X	-
Display Content	X	X	-
Device Status	X	X	X
Party/Holiday Status	X	-	-
Heating/Cooling Status	X	-	-
Sun/Moon Status	X	-	-
Daylight Saving Time	X	X	-
Autonomous Level	X	X	-
Energy State	X	X	X
Solar Power Status	X	X	-
Temperature Set Point Vacation Mode	X	X	-
Temperature Set Point Eco Mode	X	X	X
Temperature Set Point Comfort Mode	X	X	X
Position, Valve 1	X	X	-
Position, Valve 2	X	X	-
Position, Valve 3	X	X	-
Position, Valve 4	X	X	-
Temperature, Actuator 1	X	X	-
Temperature, Actuator 2	X	X	-
Temperature, Actuator 3	X	X	-
Temperature, Actuator 4	X	X	-
Status, Actuator 1	X	X	-
Status, Actuator 2	X	X	-
Status, Actuator 3	X	X	-
Status, Actuator 4	X	X	-
Temperature Set Point Range Relative	X	X	-
Upper Temperature Set Point Limit Vacation Mode	X	X	-
Lower Temperature Set Point Limit Vacation Mode	X	X	-
Upper Temperature Set Point Limit Eco Mode	X	X	-
Lower Temperature Set Point Limit Eco Mode	X	X	-
Upper Temperature Set Point Limit Comfort Mode	X	X	-
Lower Temperature Set Point Limit Comfort Mode	X	X	-
PIR Status Lock	X	-	-
Temperature Scale Lock	X	-	-
Display Content Lock	X	-	-
Date / Time Lock	X	-	-
Time Program Lock	X	-	-
Occupancy Button Lock	X	-	-
Temperature Set Point Lock	X	X	-
Fan Speed Lock	X	-	-
Holiday Feature Lock	X	-	-
Time Bar	X	-	-
Season Energy Saving Mode	X	X	X
Mold Warning Signal	X	-	-
Mold Warning Coefficient	X	-	-
Mold Warning Limit	X	-	-
Set Point Mode Config	X	X	-
Display Content Toggle List	X	-	-
Radio Communication Interval	X	-	-
Temperature Scale	X	-	-
Heating Coefficient	X	X	-
Key Lock	X	-	-
Window Open Detection Stopping Time	X	X	-
Time Notation	X	X	-
Day	X	X	-
Month	X	X	-
Year	X	X	-
Minute	X	X	-
Date / Time Update Flag	X	X	-
Hour	X	X	-
Room Temperature Override	X	X	-
Recent Temperature Set Point Override	X	X	X
Recent Temperature Set Point Offset Override	X	X	-
External Value Scale and Unit	X	X	-
External Value	X	X	-
Humidity Override	X	X	-
Fan Speed Override	X	-	-
Room Mode Override	X	X	X
Open Window Override	X	X	X
PIR Override	X	X	-
Occupancy Override	X	X	X
Set Display Advice Symbol	X	X	-
Autonomous Level Override	X	X	-
Set Display Cooling/Heating Symbol	X	-	-
Set Display Sun/Moon Symbol	X	-	-
Display Content Override	X	X	-
Daylight Saving Time Override	X	X	-
Set User Defined Info Code	X	-	-
Temperature Set Point Vacation Mode	X	X	-
Temperature Set Point Comfort Mode	X	X	X
Temperature Set Point Eco Mode	X	X	X
Upper Temperature Set Point Limit Vacation Mode	X	X	-
Lower Temperature Set Point Limit Vacation Mode	X	X	-
Upper Temperature Set Point Limit Eco Mode	X	X	-
Lower Temperature Set Point Limit Eco Mode	X	X	-
Upper Temperature Setpoint Limit Comfort Mode	X	X	-
Lower Temperature Set Point Limit Comfort Mode	X	X	-
Temperature Set Point Range Relative	X	X	-
Energy Saving Mode Override	X	X	-

The list of parameters could be structured following the features that always include a certain group of parameters.


IP representation of Profile Definition TYPE 30 ff
graphics/D2-10-30_IP.png


Telegram Definition TYPE 00 ff

graphics/D2-10-xx.png



Telegram Definition TYPE 30 ff

Normal operation: Measurement data update, without further ado. (communication trigger: time wake)
graphics/D2-30-flow1.png

Measurement data update, followed by a command message send by a gateway (communication trigger: time wake)
graphics/D2-30-flow2.png
0x00 released Submitter: Kieback&Peter GmbH & CO KG graphics/D2-10-00_MID00.png
3 3 8 2 Message identifier MID Defines the type of message 0 3 0 General Message Message continuation flag MCF Indicates if another telegram has to be expected or if the message is complete 6 2 3 Reserved 2 Automatic message control 1 Incomplete 0 Complete Information request classifier IRC Defines the type of information request 10 3 7 Reserved 6 Reserved 5 Reserved 4 Time program request 3 Room control setup request 2 Configuration request 1 Data request 0 Acknowledge request Feedback classifier FBC Defines the type of feedback 13 2 3 Reserved 2 Message repetition request 1 Telegram repetition request 0 Acknowledge / heartbeat General message type GMT Indicates if the general message is a feedback or an information request 15 1 1 Information request 0 Feedback graphics/D2-10-00_MID01.png
3 3 26 1 32 1 Message identifier MID Defines the type of message 0 3 1 Data Message Message continuation flag MCF Indicates if another telegram has to be expected or if the message is complete 6 2 3 Reserved 2 Automatic message control 1 Incomplete 0 Complete Humidity HUM Measured humidity 8 8 0 255 0 100 % Humidity validity flag HVF Indicates if the value for humidity is valid 16 1 1 Valid value 0 No change Fan speed control FS Fan speed 17 7 0 100 0 100 % Fan speed validity flag FSV Indicates if the fan speed value is valid 24 1 1 Valid value 0 No change Fan speed mode FSM Defines the mode the fan runs in 25 1 1 Individual fan speed control 0 Central fan speed control Custom warning 2 CW2 Flag for an application specific warning 27 1 1 True 0 False Custom warning 1 CW1 Flag for an application specific warning 28 1 1 True 0 False Mold warning MW Flag for an application depending mold warning 29 1 1 True 0 False Window open detection WOD Indicates if an open window is detected 30 2 3 Reserved 2 Open 1 Closed 0 No change Battery status BS Battery status 33 2 3 Critical 2 Low 1 Good 0 No change Solar-powered status SPS Indicates if the device is powered by its solar cell 35 1 1 Not solar-powered 0 Solar-powered PIR status PIR Indicates if the PIR detected a movement 36 2 3 Locked 2 Movement detected 1 No movement detected 0 No change Occupancy button status OBS Indicates if the occupancy button was pressed and its occupancy status 38 2 3 Reserved 2 Button pressed and unoccupied 1 Button pressed and occupied 0 No change Cooling COO Recent cooling operation status 40 2 3 Automatic 2 Off 1 On 0 No change Heating HEA Recent heating operation status 42 2 3 Automatic 2 Off 1 On 0 No change Room control mode RCM Recent room control mode 44 2 3 Building protection 2 Pre-comfort 1 Economy 0 Comfort Temperature set point validity SPV Indicates if the temperature set point value is valid 46 1 1 Valid value 0 No change Temperature validity TPV Indicates if the temperature value is valid 47 1 1 Valid value 0 No change Temperature set point TSP Recent temperature set point 48 8 0 255 0 +40 °C Temperature TMP Recent room temperature 56 8 0 255 0 +40 °C graphics/D2-10-00_MID02.png
3 3 23 1 54 2 61 2 Message identifier MID Defines the type of message 0 3 2 Configuration Message Message continuation flag MCF Indicates if another telegram has to be expected or if the message is complete 6 2 3 Reserved 2 Automatic message control 1 Incomplete 0 Complete PIR status lock PSL Indicates if the PIR status is transmitted or kept inside the room control panel 8 1 1 Unlocked 0 Locked Temperature scale lock TSL Indicates if the temperature scale can be changed at the room control panel 9 1 1 Unlocked 0 Locked Display content lock DCL Indicates if the display content can be changed at the room control panel 10 1 1 Unlocked 0 Locked Date / time lock DTL Indicates if date and time can be changed at the room control panel 11 1 1 Unlocked 0 Locked Time program lock TPL Indicates if the time program can be changed at the room control panel 12 1 1 Unlocked 0 Locked Occupancy button lock OBL Indicates if the occupancy status can be changed at the room control panel 13 1 1 Unlocked 0 Locked Temperature set point lock SPL Indicates if the temperature set point can be changed at the room control panel 14 1 1 Unlocked 0 Locked Fan speed lock FSL Indicates if the fan speed can be changed at the room control panel 15 1 1 Unlocked 0 Locked Radio communication interval RCI Defines the longest time between two consecutive telegrams (clock-based communication) 16 6 63 24 hours 62 12 hours 61 3 hours 1 60 1...60 min 0 No communication interval Key lock KL Indicates if all buttons on the device are locked 22 1 1 Unlocked 0 Locked Display content DC Defines the main display content 24 3 7 Humidity 6 Display off 5 Temperature set point 4 Room temperature (external) 3 Room temperature (internal) 2 Time 1 Default 0 No change Temperature scale TS Defines the used temperature scale for the room control panel display and menus 27 2 3 ° Fahrenheit 2 ° Celsius 1 Default 0 No change Daylight saving time flag DST Indicates if daylight saving time is supported 29 1 1 Not supported 0 Supported Time notation TN Defines the used time notation 30 2 3 12 h 2 24 h 1 Default 0 No change Day DAY Date format: YYYY/MM/DD 32 5 1 31 1 31 day Month MON Date format: YYYY/MM/DD 37 4 1 12 1 12 mon Year YR Date format: YYYY/MM/DD
year = 2000 + x 41 7 0 127 2000 2127 year Minute MIN Time format: hh:mm 48 6 0 59 0 59 min Hour HR Time format: hh:mm 56 5 0 23 0 23 h Date / time update flag DTU Indicates if an update of date or time is provided 63 1 1 Update 0 No update graphics/D2-10-00_MID03.png
3 3 40 4 Message identifier MID Defines the type of message 0 3 3 Room Control Setup Message continuation flag MCF Indicates if another telegram has to be expected or if the message is complete 6 2 3 Reserved 2 Automatic message control 1 Incomplete 0 Complete Temperature set point building protection mode SPB Temperature set point building protection mode 8 8 0 255 0 +40 °C Temperature set point pre-comfort mode SPP Temperature set point pre-comfort mode 16 8 0 255 0 +40 °C Temperature set point economy mode SPE Temperature set point economy mode 24 8 0 255 0 +40 °C Temperature set point comfort mode SPC Temperature set point comfort mode 32 8 0 255 0 +40 °C Temperature set point flag building protection mode SFB Indicates if a temperature set point for the building protection mode is provided 44 1 1 Valid value 0 No change Temperature set point flag pre-comfort mode SFP Indicates if a temperature set point for the pre-comfort mode is provided 45 1 1 Valid value 0 No change Temperature set point flag economy mode SFE Indicates if a temperature set point for the economy mode is provided 46 1 1 Valid value 0 No change Temperature set point flag comfort mode SFC Indicates if a temperature set point for the comfort mode is provided 47 1 1 Valid value 0 No change graphics/D2-10-00_MID04.png
3 3 8 2 16 3 24 2 32 3 46 1 Message identifier MID Defines the type of message 0 3 4 Time Program Setup Message continuation flag MCF Indicates if another telegram has to be expected or if the message is complete 6 2 3 Reserved 2 Automatic message control 1 Incomplete 0 Complete End time: Minute ETM Time format: hh:mm 10 6 0 59 0 59 1 End time: Hour ETH Time format: hh:mm 19 5 0 23 0 23 1 Start time: Minute STM Time format: hh:mm 26 6 0 59 0 59 1 Start time: Hour STH Time format: hh:mm 35 5 0 23 0 23 1 Period PER Assigned period of time (weekdays) for the provided schedule time 40 4 15 Friday - Monday 14 Friday - Sunday 13 Thursday - Friday 12 Wednesday - Friday 11 Tuesday - Thursday 10 Monday - Wednesday 9 Sunday 8 Saturday 7 Friday 6 Thursday 5 Wednesday 4 Tuesday 3 Monday 2 Saturday - Sunday 1 Monday - Friday 0 Monday - Sunday Room control mode RCM Assigned room control mode for the provided schedule time 44 2 3 Building protection 2 Pre-comfort 1 Economy 0 Comfort Time program deletion TPD Deletes the stored time program 47 1 1 Deletion 0 No deletion 0x01 released Submitter: Kieback&Peter GmbH & CO KG graphics/D2-10-01_MID00.png
3 3 8 2 Message identifier MID Defines the type of message 0 3 0 General Message Message continuation flag MCF Indicates if another telegram has to be expected or if the message is complete 6 2 3 Reserved 2 Automatic message control 1 Incomplete 0 Complete Information request classifier IRC Defines the type of information request 10 3 7 Reserved 6 Reserved 5 Reserved 4 Time program request 3 Room control setup request 2 Configuration request 1 Data request 0 Acknowledge request Feedback classifier FBC Defines the type of feedback 13 2 3 Reserved 2 Message repetition request 1 Telegram repetition request 0 Acknowledge / heartbeat General message type GMT Indicates if the general message is a feedback or an information request 15 1 1 Information request 0 Feedback graphics/D2-10-01_MID01.png
3 3 8 8 16 1 17 7 24 1 25 1 26 1 29 1 32 1 35 1 36 2 40 2 42 2 Message identifier MID Defines the type of message 0 3 1 Data Message Message continuation flag MCF Indicates if another telegram has to be expected or if the message is complete 6 2 3 Reserved 2 Automatic message control 1 Incomplete 0 Complete Custom warning 2 CW2 Flag for an application specific warning 27 1 1 True 0 False Custom warning 1 CW1 Flag for an application specific warning 28 1 1 True 0 False Window open detection WOD Indicates if an open window is detected 30 2 3 Reserved 2 Open 1 Closed 0 No change Battery status BS Battery status 33 2 3 Critical 2 Low 1 Good 0 No change Occupancy button status OBS Indicates if the occupancy button was pressed and its occupancy status 38 2 3 Reserved 2 Button pressed and unoccupied 1 Button pressed and occupied 0 No change Room control mode RCM Recent room control mode 44 2 3 Building protection 2 Pre-comfort 1 Economy 0 Comfort Temperature set point validity SPV Indicates if the temperature set point value is valid 46 1 1 Valid value 0 No change Temperature validity TPV Indicates if the temperature value is valid 47 1 1 Valid value 0 No change Temperature set point TSP Recent temperature set point 48 8 0 255 0 +40 °C Temperature TMP Recent room temperature 56 8 0 255 0 +40 °C graphics/D2-10-01_MID02.png
3 3 8 1 15 1 23 1 54 2 61 2 Message identifier MID Defines the type of message 0 3 2 Configuration Message Message continuation flag MCF Indicates if another telegram has to be expected or if the message is complete 6 2 3 Reserved 2 Automatic message control 1 Incomplete 0 Complete Temperature scale lock TSL Indicates if the temperature scale can be changed at the room control panel 9 1 1 Unlocked 0 Locked Display content lock DCL Indicates if the display content can be changed at the room control panel 10 1 1 Unlocked 0 Locked Date / time lock DTL Indicates if date and time can be changed at the room control panel 11 1 1 Unlocked 0 Locked Time program lock TPL Indicates if the time program can be changed at the room control panel 12 1 1 Unlocked 0 Locked Occupancy button lock OBL Indicates if the occupancy status can be changed at the room control panel 13 1 1 Unlocked 0 Locked Temperature set point lock SPL Indicates if the temperature set point can be changed at the room control panel 14 1 1 Unlocked 0 Locked Radio communication interval RCI Defines the longest time between two consecutive telegrams (clock-based communication) 16 6 63 24 hours 62 12 hours 61 3 hours 1 60 1...60 min 0 No communication interval Key lock KL Indicates if all buttons on the device are locked 22 1 1 Unlocked 0 Locked Display content DC Defines the main display content 24 3 7 Humidity 6 Display off 5 Temperature set point 4 Room temperature (external) 3 Room temperature (internal) 2 Time 1 Default 0 No change Temperature scale TS Defines the used temperature scale for the room control panel display and menus 27 2 3 ° Fahrenheit 2 ° Celsius 1 Default 0 No change Daylight saving time flag DST Indicates if daylight saving time is supported 29 1 1 Not supported 0 Supported Time notation TN Defines the used time notation 30 2 3 12 h 2 24 h 1 Default 0 No change Day DAY Date format: YYYY/MM/DD 32 5 1 31 1 31 day Month MON Date format: YYYY/MM/DD 37 4 1 12 1 12 mon Year YR Date format: YYYY/MM/DD
year = 2000 + x 41 7 0 127 2000 2127 year Minute MIN Time format: hh:mm 48 6 0 59 0 59 min Hour HR Time format: hh:mm 56 5 0 23 0 23 h Date / time update flag DTU Indicates if an update of date or time is provided 63 1 1 Update 0 No update graphics/D2-10-01_MID03.png
3 3 16 8 40 4 45 1 Message identifier MID Defines the type of message 0 3 3 Room Control Setup Message continuation flag MCF Indicates if another telegram has to be expected or if the message is complete 6 2 3 Reserved 2 Automatic message control 1 Incomplete 0 Complete Temperature set point building protection mode SPB Temperature set point building protection mode 8 8 0 255 0 +40 °C Temperature set point economy mode SPE Temperature set point economy mode 24 8 0 255 0 +40 °C Temperature set point comfort mode SPC Temperature set point comfort mode 32 8 0 255 0 +40 °C Temperature set point flag building protection mode SFB Indicates if a temperature set point for the building protection mode is provided 44 1 1 Valid value 0 No change Temperature set point flag economy mode SFE Indicates if a temperature set point for the economy mode is provided 46 1 1 Valid value 0 No change Temperature set point flag comfort mode SFC Indicates if a temperature set point for the comfort mode is provided 47 1 1 Valid value 0 No change graphics/D2-10-01_MID04.png
3 3 8 2 16 3 24 2 32 3 46 1 Message identifier MID Defines the type of message 0 3 4 Time Program Setup Message continuation flag MCF Indicates if another telegram has to be expected or if the message is complete 6 2 3 Reserved 2 Automatic message control 1 Incomplete 0 Complete End time: Minute ETM Time format: hh:mm 10 6 0 59 0 59 1 End time: Hour ETH Time format: hh:mm 19 5 0 23 0 23 1 Start time: Minute STM Time format: hh:mm 26 6 0 59 0 59 1 Start time: Hour STH Time format: hh:mm 35 5 0 23 0 23 1 Period PER Assigned period of time (weekdays) for the provided schedule time 40 4 15 Friday - Monday 14 Friday - Sunday 13 Thursday - Friday 12 Wednesday - Friday 11 Tuesday - Thursday 10 Monday - Wednesday 9 Sunday 8 Saturday 7 Friday 6 Thursday 5 Wednesday 4 Tuesday 3 Monday 2 Saturday - Sunday 1 Monday - Friday 0 Monday - Sunday Room control mode RCM Assigned room control mode for the provided schedule time 44 2 3 Building protection 2 Pre-comfort 1 Economy 0 Comfort Time program deletion TPD Deletes the stored time program 47 1 1 Deletion 0 No deletion 0x02 released Submitter: Kieback&Peter GmbH & CO KG graphics/D2-10-02_MID00.png
3 3 8 2 Message identifier MID Defines the type of message 0 3 0 General Message Message continuation flag MCF Indicates if another telegram has to be expected or if the message is complete 6 2 3 Reserved 2 Automatic message control 1 Incomplete 0 Complete Information request classifier IRC Defines the type of information request 10 3 7 Reserved 6 Reserved 5 Reserved 4 Time program request 3 Room control setup request 2 Configuration request 1 Data request 0 Acknowledge request Feedback classifier FBC Defines the type of feedback 13 2 3 Reserved 2 Message repetition request 1 Telegram repetition request 0 Acknowledge / heartbeat General message type GMT Indicates if the general message is a feedback or an information request 15 1 1 Information request 0 Feedback graphics/D2-10-02_MID01.png
3 3 8 8 16 1 17 7 24 1 25 1 26 1 29 1 32 1 40 2 42 2 Message identifier MID Defines the type of message 0 3 1 Data Message Message continuation flag MCF Indicates if another telegram has to be expected or if the message is complete 6 2 3 Reserved 2 Automatic message control 1 Incomplete 0 Complete Custom warning 2 CW2 Flag for an application specific warning 27 1 1 True 0 False Custom warning 1 CW1 Flag for an application specific warning 28 1 1 True 0 False Window open detection WOD Indicates if an open window is detected 30 2 3 Reserved 2 Open 1 Closed 0 No change Battery status BS Battery status 33 2 3 Critical 2 Low 1 Good 0 No change Solar-powered status SPS Indicates if the device is powered by its solar cell 35 1 1 Not solar-powered 0 Solar-powered PIR status PIR Indicates if the PIR detected a movement 36 2 3 Locked 2 Movement detected 1 No movement detected 0 No change Occupancy button status OBS Indicates if the occupancy button was pressed and its occupancy status 38 2 3 Reserved 2 Button pressed and unoccupied 1 Button pressed and occupied 0 No change Room control mode RCM Recent room control mode 44 2 3 Building protection 2 Pre-comfort 1 Economy 0 Comfort Temperature set point validity SPV Indicates if the temperature set point value is valid 46 1 1 Valid value 0 No change Temperature validity TPV Indicates if the temperature value is valid 47 1 1 Valid value 0 No change Temperature set point TSP Recent temperature set point 48 8 0 255 0 +40 °C Temperature TMP Recent room temperature 56 8 0 255 0 +40 °C graphics/D2-10-02_MID02.png
3 3 9 1 14 1 15 1 22 1 23 1 54 2 61 2 Message identifier MID Defines the type of message 0 3 2 Configuration Message Message continuation flag MCF Indicates if another telegram has to be expected or if the message is complete 6 2 3 Reserved 2 Automatic message control 1 Incomplete 0 Complete PIR status lock PSL Indicates if the PIR status is transmitted or kept inside the room control panel 8 1 1 Unlocked 0 Locked Display content lock DCL Indicates if the display content can be changed at the room control panel 10 1 1 Unlocked 0 Locked Date / time lock DTL Indicates if date and time can be changed at the room control panel 11 1 1 Unlocked 0 Locked Time program lock TPL Indicates if the time program can be changed at the room control panel 12 1 1 Unlocked 0 Locked Occupancy button lock OBL Indicates if the occupancy status can be changed at the room control panel 13 1 1 Unlocked 0 Locked Radio communication interval RCI Defines the longest time between two consecutive telegrams (clock-based communication) 16 6 63 24 hours 62 12 hours 61 3 hours 1 60 1...60 min 0 No communication interval Display content DC Defines the main display content 24 3 7 Humidity 6 Display off 5 Temperature set point 4 Room temperature (external) 3 Room temperature (internal) 2 Time 1 Default 0 No change Temperature scale TS Defines the used temperature scale for the room control panel display and menus 27 2 3 ° Fahrenheit 2 ° Celsius 1 Default 0 No change Daylight saving time flag DST Indicates if daylight saving time is supported 29 1 1 Not supported 0 Supported Time notation TN Defines the used time notation 30 2 3 12 h 2 24 h 1 Default 0 No change Day DAY Date format: YYYY/MM/DD 32 5 1 31 1 31 day Month MON Date format: YYYY/MM/DD 37 4 1 12 1 12 mon Year YR Date format: YYYY/MM/DD
year = 2000 + x 41 7 0 127 2000 2127 year Minute MIN Time format: hh:mm 48 6 0 59 0 59 min Hour HR Time format: hh:mm 56 5 0 23 0 23 h Date / time update flag DTU Indicates if an update of date or time is provided 63 1 1 Update 0 No update graphics/D2-10-02_MID03.png
3 3 8 8 16 8 40 4 44 1 45 1 Message identifier MID Defines the type of message 0 3 3 Room Control Setup Message continuation flag MCF Indicates if another telegram has to be expected or if the message is complete 6 2 3 Reserved 2 Automatic message control 1 Incomplete 0 Complete Temperature set point economy mode SPE Temperature set point economy mode 24 8 0 255 0 +40 °C Temperature set point comfort mode SPC Temperature set point comfort mode 32 8 0 255 0 +40 °C Temperature set point flag economy mode SFE Indicates if a temperature set point for the economy mode is provided 46 1 1 Valid value 0 No change Temperature set point flag comfort mode SFC Indicates if a temperature set point for the comfort mode is provided 47 1 1 Valid value 0 No change 0x30 released Submitter: Kieback&Peter GmbH & CO KG Direction: Gateway -> Sensor
graphics/D2-10-30_MID00.png
0 8 0x00 8 8 Message identifier MID Defines the message identifier 0 8 0x00 Heartbeat Message Direction: Sensor -> Gateway
graphics/D2-10-30_MID20.png
0 8 0x20 8 8 Message identifier MID Defines the message identifier 0 8 0x20 Acknowledge Message Direction: Sensor -> Gateway
Communication trigger: timer triggered
graphics/D2-10-30_MID21.png
0 8 0x21 20 1 32 3 Message identifier MID Defines the message identifier 0 8 0x21 Data Message Humidity HUM Measured relative air humidity
(0.5% steps) 8 8 0 200 0 100 %RH Open Window Detect WOD Indicates whether an open window has been detected 16 2 0 NO_CHANGE 1 Window closed 2 Window open 3 Reserved Occupancy Button Status OBS Indicates whether the occupancy button has been pressed and displays the resulting state 18 2 0 NO_CHANGE 1 Occupied 2 Unoccupied 3 Button not pressed Room Control Mode RCM Indicates the current room control mode 21 2 0 NO_CHANGE 1 Eco mode 2 Comfort mode 3 Vacation mode Room Temperature TMP Measured room temperature
(0.1K steps) 23 9 0 500 0 50 °C PIR Status PIR Indicates whether the motion sensor detected a movement 35 2 0 NO_CHANGE 1 Movement detected 2 No movement detected 3 Locked Fan Speed FS Indicates the current fan speed level 37 3 0 NO_CHANGE 1 Level 0 (OFF) 2 Level 1 3 Level 2 4 Level 3 5 AUTO 6 NO FAN 7 Reserved Recent Temperature Set Point - absolute TSP Indicates the current temperature set point as an absolute value
(0.5K steps) 40 8 0 100 0 50 °C Recent Temperature Set Point - relative TSPR Indicates the current temperature set point as a relative value in Kelvin (0.5K steps) 48 8 0 40 -10 10 K Analog Value AV Analog measured value 56 8 0 255 0 100 % Direction: Sensor -> Gateway
Communication trigger: event triggered
graphics/D2-10-30_MID22.png
0 8 0x22 12 2 Message identifier MID Defines the message identifier 0 8 0x22 Status Message UI Type UITY Indicates the user interface type 8 4 1 No set point UI 2 Two buttons for set point 3 Rotary control for set point 4 15 Reserved Mold Warning/Advice MW Mold warning and prevention advice 14 2 0 NO_CHANGE 1 No warning 2 Mold warning – ventilation advice 3 Mold warning – heating advice Display Content DC Indicates the current main display content 16 4 0 NO_CHANGE 1 Date 2 Time 3 Room temperature 4 Humidity 5 Temperature set point 6 Display off 7 External value 8 15 Reserved Device Status IEC Device status info code 20 4 0 NO_CHANGE 1 Normal operating state 2 Actuator communication is weak 3 Actuator communication loss 4 RTC error 5 Actuator low energy 6 Reserved 7 Gateway communication loss 8 Reserved 9 Radio module error 10 15 Reserved Party/Holiday Status PHS Indicates the current party or holiday status 24 2 0 NO_CHANGE 1 Neither 2 Party mode 3 Holiday mode Heating/Cooling Status HCS Indicates the current heating or cooling status 26 2 0 NO_CHANGE 1 Neither 2 Heating mode 3 Cooling mode Sun/Moon Status SMS Indicates the current sun or moon icon status 28 2 0 NO_CHANGE 1 Neither 2 Sun icon 3 Moon icon Daylight Saving Time DST Indicates the daylight saving time (summertime) 30 2 0 NO_CHANGE 1 Automatic 2 + 0 h 3 + 1 h Autonomous Level AL Indicates the current autonomous level, e.g. the device operates autonomic in stand-alone-mode or is fully controlled by a controller 32 3 0 NO_CHANGE 1 Default 2 Stand-alone mode 1 3 Stand-alone mode 2 4 Controlled mode 1 5 Controlled mode 2 6 7 Reserved Energy State BS Device energy state, e. g. battery power status 35 3 0 NO_CHANGE 1 Line powered 2 Battery good 3 battery low 4 Battery critical 5 7 Reserved Solar Power Status SPS Indicates if the device is actually powered by its solar panel 38 2 0 NO_CHANGE 1 Solar power good 2 Solar power low 3 Not solar powered Temperature Set Point Vacation Mode SPB Temperature set point for vacation room mode
(0.5K steps) 40 8 0 100 0 50 °C Temperature Set Point Eco Mode SPE Temperature set point for eco room mode
(0.5K steps) 48 8 0 100 0 50 °C Temperature Set Point Comfort Mode SPC Temperature set point for comfort room mode
(0.5K steps) 56 8 0 100 0 50 °C Direction: Sensor -> Gateway
Communication trigger: event triggered
graphics/D2-10-30_MID23.png
0 8 0x23 Message identifier MID Defines the message identifier 0 8 0x23 Actuator Status Position, Valve 1 VP1 Current valve 1 position
(1% steps) 8 8 0 100 0 100 % Position, Valve 2 VP2 Current valve 2 position
(1% steps) 16 8 0 100 0 100 % Position, Valve 3 VP3 Current valve 3 position
(1% steps) 24 8 0 100 0 100 % Position, Valve 4 VP4 Current valve 4 position
(1% steps) 32 8 0 100 0 100 % Temperature, Actuator 1 AT1 Temperature of actuator 1
(5K steps) 40 4 0 14 0 70 °C Temperature, Actuator 2 AT2 Temperature of actuator 2
(5K steps) 44 4 0 14 0 70 °C Temperature, Actuator 3 AT3 Temperature of actuator 3
(5K steps) 48 4 0 14 0 70 °C Temperature, Actuator 4 AT4 Temperature of actuator 4
(5K steps) 52 4 0 14 0 70 °C Status, Actuator 1 AS1 Actuator 1 status 56 4 0 NO_CHANGE 1 Line powered 2 Battery good 3 Battery low 4 Harvesting good 5 Harvesting low 6 Error 7 Not present Status, Actuator 2 AS2 Actuator 2 status 60 4 0 NO_CHANGE 1 Line powered 2 Battery good 3 Battery low 4 Harvesting good 5 Harvesting low 6 Error 7 Not present Status, Actuator 3 AS3 Actuator 3 status 64 4 0 NO_CHANGE 1 Line powered 2 Battery good 3 Battery low 4 Harvesting good 5 Harvesting low 6 Error 7 Not present Status, Actuator 4 AS4 Actuator 4 status 68 4 0 NO_CHANGE 1 Line powered 2 Battery good 3 Battery low 4 Harvesting good 5 Harvesting low 6 Error 7 Not present Direction: Sensor -> Gateway
Communication trigger: event triggered
graphics/D2-10-30_MID24.png
0 8 0x24 Message identifier MID Defines the message identifier 0 8 0x24 Set Point Limits Status Temperature Set Point Range Relative SPRR Temperature set point range relative. The given value indicates the maximum permissible offset (positive or negative) to the temperature set point.
(0.5K steps) 8 8 0 20 0 10 K Upper Temperature Set Point Limit Vacation Mode SPBUL Sets the upper limit of the temperature set point for the vacation room mode
(0.5K steps) 16 8 0 100 0 50 °C Lower Temperature Set Point Limit Vacation Mode SPBLL Sets the lower limit of the temperature set point for the vacation room mode
(0.5K steps) 24 8 0 100 0 50 °C Upper Temperature Set Point Limit Eco Mode SPEUL Sets the upper limit of the temperature set point for the economic room mode
(0.5K steps) 32 8 0 100 0 50 °C Lower Temperature Set Point Limit Eco Mode SPELL Sets the lower limit of the temperature set point for the economic room mode
(0.5K steps) 40 8 0 100 0 50 °C Upper Temperature Set Point Limit Comfort Mode SPCUL Sets the upper limit of the temperature set point for the comfort room mode
(0.5K steps) 48 8 0 100 0 50 °C Lower Temperature Set Point Limit Comfort Mode SPCLL Sets the lower limit of the temperature set point for the comfort room mode
(0.5K steps) 56 8 0 100 0 50 °C Direction: bidirectional
Communication trigger: silent acknowledge
graphics/D2-10-30_MID61.png
0 8 0x61 48 2 Message identifier MID Defines the message identifier 0 8 0x61 Configuration Message PIR Status Lock PSL Indicates if the PIR status is transmitted 8 2 0 NO_CHANGE 1 Transmitting on 2 Transmitting off 3 Reserved Temperature Scale Lock TSL Indicates if the temperature scale (°C/°F) can be changed at the room control panel 10 2 0 NO_CHANGE 1 Unlocked 2 Locked 3 Reserved Display Content Lock DCL Indicates if the display content can be changed at the room control panel, e.g. toggle button 12 2 0 NO_CHANGE 1 Unlocked 2 Locked 3 Reserved Date/Time Lock DTL Indicates if date and time can be changed at the room control panel 14 2 0 NO_CHANGE 1 Unlocked 2 Locked 3 Reserved Time Program Lock TPL Indicates if the time program can be changed at the room control panel, in menu or auto adaptation 16 2 0 NO_CHANGE 1 Unlocked 2 Locked / disabled 3 Reserved Occupancy Button Lock OBL Indicates if the occupancy button and menu entry is blocked at the room control panel, e.g. 2 = only menu entry is blocked, 3 = button and menu is blocked 18 2 0 NO_CHANGE 1 Unlocked 2 Menu entry locked 3 Complete locked Temperature Set Point Lock SPL Indicates if the temperature set point are allowed to be changed at the room control panel 20 2 0 NO_CHANGE 1 Unlocked 2 Menu entry locked 3 Complete locked Fan Speed Lock FSL Indicates if the fan speed can be changed at the room control panel 22 2 0 NO_CHANGE 1 Unlocked 2 Locked 3 Reserved Holiday Feature Lock HFL Indicates if the holiday feature can be activated at the room control panel 24 2 0 NO_CHANGE 1 Unlocked 2 Locked 3 Reserved Time Bar SBA Indicates if the time bar is now activated, or not activated, or even the configuration is blocked 26 2 0 NO_CHANGE 1 Bar is active 2 Bar is not active 3 Menu locked Season Energy Saving Mode SEM Season energy saving mode, e.g. Summer-Mode 28 2 0 NO_CHANGE 1 Automatic 2 Active 3 Not active Mold Warning Signal MWS Indicates what mold warning signal is activated 30 2 0 NO_CHANGE 1 Either activated 2 Communication active 3 Local display active Mold Warning Coefficient MWC Defines room specific mold warning delta in degree kelvin 32 3 0 NO_CHANGE 1 Default 2 2 K 3 5 K 4 7 K 5 10 K 6 14 K 7 Ventilation advice disabled Mold Warning Limit MWH Defines Room specific mold warning limit for heating 35 3 0 NO_CHANGE 1 Default 2 7 °C 3 10 °C 4 12 °C 5 14 °C 6 16 °C 7 Heating advice disabled Set Point Mode Config SPM Indicates which set point mode is used. Temperature set point = absolute; temperature offset = relative/correction 38 2 0 NO_CHANGE 1 Default 2 Temperature set point 3 Temperature offset Display Content Toggle List DCTL Indicates what content is allowed to display. 8 Bits masked. Multiple choices are allowed. 40 8 0x00 NO_CHANGE 0x01 Date is allowed 0x02 Time is allowed 0x04 Temperature is allowed 0x08 Humidity is allowed 0x10 Temp set point is allowed 0x20 External value is allowed 0x40 Analog channel 0x80 Default Radio Communication Interval RCI The configurable interval is 1 per minute to 1 per day. It defines the longest time between two consecutive telegrams. (default = 600 s) 50 4 0 NO_CHANGE 1 1 min. 2 2 min. 3 4 min. 4 6 min. 5 8 min. 6 10 min. 7 15 min. 8 30 min. 9 1 hour 10 3 hours 11 6 hours 12 12 hours 13 24 hours 14 No communication interval 15 Reserved Temperature Scale TS Defines the used temperature scale for the room control panel display and menus 54 2 0 NO_CHANGE 1 °C 2 °F 3 Reserved Heating Coefficient HC Defines Room specific heating coefficient in degree kelvin per hour 56 3 0 NO_CHANGE 1 Auto adapt 2 4 K/h 3 2 K/h 4 1.4 K/h 5 1 K/h 6 0.7 K/h 7 0.5 K/h Key Lock KL Indicates if only the hidden keys or all keys (front side and back side) on the device are locked 59 2 0 NO_CHANGE 1 Unlocked 2 Hidden keys locked 3 All keys locked Window Open Detection Stopping Time WDST Window open detection stopping time 61 3 0 NO_CHANGE 1 Default 2 30 minutes 3 1 hour 4 1.5 hour 5 2 hour 6 3 hour 7 Window detection disabled Direction: bidirectional
Communication trigger: silent acknowledge
graphics/D2-10-30_MID62.png
0 8 0x62 8 1 16 4 24 1 32 2 40 2 Message identifier MID Defines the message identifier 0 8 0x62 Clock Setup Time Notation TN Defines the used time notation 9 2 0 NO_CHANGE 1 Default 2 24 h 3 12 h Day DAY Day 11 5 1 31 1 31 Day Month MON Month 20 4 1 12 1 12 Mon Year YR Year = 2000 + x 25 7 0 127 2000 2127 Year Minute MIN Minute 34 6 0 59 0 59 Min Date/Time Update Flag DTU Indicates if an update of date and time is provided by the gateway 42 1 0 NO_CHANGE 1 Update Hour HR Hour 43 5 0 23 0 23 Hour Direction: Gateway -> Sensor
graphics/D2-10-30_MID80.png
0 8 0x80 8 15 Message identifier MID Defines the message identifier 0 8 0x80 Room temperature override Room Temperature Override TMPO Room temperature override
(0.1K steps) 23 9 0 500 0 50 °C Direction: Gateway -> Sensor
graphics/D2-10-30_MID81.png
0 8 0x81 8 16 Message identifier MID Defines the message identifier 0 8 0x81 Recent temperature set point override absolute Recent Temperature Set Point Override Absolute TSPO Recent temperature set point override absolute
(0.5K steps) 24 8 0 100 0 50 °C Direction: Gateway -> Sensor
graphics/D2-10-30_MID82.png
0 8 0x82 8 16 Message identifier MID Defines the message identifier 0 8 0x82 Recent temperature set point override relative Recent Temperature Set Point Offset Override TSPRO Recent temperature set point override relative offset, in Kelvin
(0.5K steps) 24 8 0 40 -10 10 K Direction: Gateway -> Sensor
graphics/D2-10-30_MID83.png
0 8 0x83 8 10 Message identifier MID Defines the message identifier 0 8 0x83 External value External Value Scale and Unit EXVSU Display representation for
external value,
scaling and unit 18 4 0 NO_CHANGE 1 Temperature
valid range 0 … 1000,
scale -40 … 60,
0.1K steps,
unit = °C 2 Humidity
valid range 0 … 200,
scale 0 … 100,
0.5% steps,
unit = % RH 3 CO2/VOC
valid range 0 … 5000,
scale 0 … 1000,
5ppm steps,
unit = ppm 4 VOC
valid range 0 … 100,
scale 0 … 100,
1% steps,
unit = % 5 15 Reserved External Value EXV External value, raw data;
scaling and unit in according
to EXVSU 22 10 0 1023 0 1023 N/A Direction: Gateway -> Sensor
graphics/D2-10-30_MID84.png
0 8 0x84 8 16 Message identifier MID Defines the message identifier 0 8 0x84 Humidity Override Humidity Override HUMO Humidity override
(0.5% steps) 24 8 0 200 0 100 %RH Direction: Gateway -> Sensor
graphics/D2-10-30_MID85.png
0 8 0x85 8 21 Message identifier MID Defines the message identifier 0 8 0x85 Fan speed override Fan Speed Override FSO Fan speed display symbol override 29 3 0 NO_CHANGE 1 Level 0 (OFF) 2 Level 1 3 Level 2 4 Level 3 5 AUTO 6 NO FAN 7 Reserved Direction: Gateway -> Sensor
graphics/D2-10-30_MID86.png
0 8 0x86 8 22 Message identifier MID Defines the message identifier 0 8 0x86 Room mode override Room Mode Override RCMO Room mode override 30 2 0 NO_CHANGE 1 ECO mode 2 COMFORT mode 3 VACATION mode Direction: Gateway -> Sensor
graphics/D2-10-30_MID87.png
0 8 0x87 8 22 Message identifier MID Defines the message identifier 0 8 0x87 Open window override Open Window Override WODO Open window override 30 2 0 NO_CHANGE 1 Window closed 2 Window open 3 Reserved Direction: Gateway -> Sensor
graphics/D2-10-30_MID88.png
0 8 0x88 8 22 Message identifier MID Defines the message identifier 0 8 0x88 PIR override PIR Override PIRO PIR override, e.g. a single movement from a passive infrared sensor detected 30 2 0 NO_CHANGE 1 Movement detected 2 3 Reserved Direction: Gateway -> Sensor
graphics/D2-10-30_MID89.png
0 8 0x89 8 22 Message identifier MID Defines the message identifier 0 8 0x89 Occupancy override Occupancy Override OBO Sets the room in occupied or unoccupied mode 30 2 0 NO_CHANGE 1 Occupied 2 Unoccupied 3 Reserved Direction: Gateway -> Sensor
graphics/D2-10-30_MID8A.png
0 8 0x8A 8 22 Message identifier MID Defines the message identifier 0 8 0x8A Set display advice symbol Set Display Advice Symbol SDAS Set display advice symbol 30 2 0 NO_CHANGE 1 No warning 2 Mold – ventilation advice 3 Mold – heating advice Direction: Gateway -> Sensor
graphics/D2-10-30_MID8B.png
0 8 0x8B 8 21 Message identifier MID Defines the message identifier 0 8 0x8B Autonomous level override Autonomous Level Override ALO Sets the autonomous level and defines the general control mode of the device, e.g. the device operates autonomic in stand-alone-mode or is fully controlled by a controller 29 3 0 NO_CHANGE 1 Default 2 Stand-alone mode 1 3 Stand-alone mode 2 4 Controlled mode 1 5 Controlled mode 2 6 7 Reserved Direction: Gateway -> Sensor
graphics/D2-10-30_MID8C.png
0 8 0x8C 8 22 Message identifier MID Defines the message identifier 0 8 0x8C Set display cooling/heating symbol Set Display Cooling/Heating Symbol SDCH Sets the cooling/heating icon in the display 30 2 0 NO_CHANGE 1 Both icons off 2 Heating icon 3 Cooling icon Direction: Gateway -> Sensor
graphics/D2-10-30_MID8D.png
0 8 0x8D 8 22 Message identifier MID Defines the message identifier 0 8 0x8D Set display sun/moon symbol Set Display Sun/Moon Symbol SDSM Sets the sun/moon icon in the display 30 2 0 NO_CHANGE 1 Both icons off 2 Sun icon 3 Moon icon Direction: Gateway -> Sensor
graphics/D2-10-30_MID8E.png
0 8 0x8E 8 20 Message identifier MID Defines the message identifier 0 8 0x8E Display content override Display Content Override DCO Sets the display to a specific mode 28 4 0 NO_CHANGE 1 Date 2 Time 3 Room temperature 4 Humidity 5 Temperature set point 6 Display off 7 External value 8 15 Reserved Direction: Gateway -> Sensor
graphics/D2-10-30_MID8F.png
0 8 0x8F 8 22 Message identifier MID Defines the message identifier 0 8 0x8F Daylight saving time override Daylight Saving Time Override DSTO Sets the summer time to the automatic mode or to a certain value 30 2 0 NO_CHANGE 1 Automatic 2 +0 h 3 +1 h Direction: Gateway -> Sensor
graphics/D2-10-30_MID90.png
0 8 0x90 8 20 Message identifier MID Defines the message identifier 0 8 0x90 Set user defined info code Set User Defined Info Code UDEC User defined information code are to be displayed 28 4 0 NO_CHANGE 1 9 Reserved 10 No user information 11 User info code 1 12 User info code 2 13 User info code 3 14 User info code 4 15 User info code 5 Direction: Gateway -> Sensor
graphics/D2-10-30_MID91.png
0 8 0x91 8 16 Message identifier MID Defines the message identifier 0 8 0x91 Temperature set point vacation mode Temperature Set Point Vacation Mode SPBO Sets the temperature set point for the vacation room mode
(0.5K steps) 24 8 0 100 0 50 °C Direction: Gateway -> Sensor
graphics/D2-10-30_MID92.png
0 8 0x92 8 16 Message identifier MID Defines the message identifier 0 8 0x92 Temperature set point comfort mode Temperature Set Point Comfort Mode SPCO Sets the temperature set point for the comfort room mode
(0.5K steps) 24 8 0 100 0 50 °C Direction: Gateway -> Sensor
graphics/D2-10-30_MID93.png
0 8 0x93 8 16 Message identifier MID Defines the message identifier 0 8 0x93 Temperature set point eco mode Temperature Set Point Eco Mode SPEO Sets the temperature set point for the economic room mode
(0.5K steps) 24 8 0 100 0 50 °C Direction: Gateway -> Sensor
graphics/D2-10-30_MID94.png
0 8 0x94 8 16 Message identifier MID Defines the message identifier 0 8 0x94 Upper temperature set point limit vacation mode Upper Temperature Set Point Limit Vacation Mode SPBULO Sets the upper limit of the temperature set point for the vacation room mode
(0.5K steps) 24 8 0 100 0 50 °C Direction: Gateway -> Sensor
graphics/D2-10-30_MID95.png
0 8 0x95 8 16 Message identifier MID Defines the message identifier 0 8 0x95 Lower temperature set point limit vacation mode Lower Temperature Set Point Limit Vacation Mode SPBLLO Sets the lower limit of the temperature set point for the vacation room mode
(0.5K steps) 24 8 0 100 0 50 °C Direction: Gateway -> Sensor
graphics/D2-10-30_MID96.png
0 8 0x96 8 16 Message identifier MID Defines the message identifier 0 8 0x96 Upper temperature set point limit eco mode Upper Temperature Set Point Limit Eco Mode SPEULO Sets the upper limit of the temperature set point for the economic room mode
(0.5K steps) 24 8 0 100 0 50 °C Direction: Gateway -> Sensor
graphics/D2-10-30_MID97.png
0 8 0x97 8 16 Message identifier MID Defines the message identifier 0 8 0x97 Lower temperature set point limit eco mode Lower Temperature Set Point Limit Eco Mode SPELLO Sets the lower limit of the temperature set point for the economic room mode
(0.5K steps) 24 8 0 100 0 50 °C Direction: Gateway -> Sensor
graphics/D2-10-30_MID98.png
0 8 0x98 8 16 Message identifier MID Defines the message identifier 0 8 0x98 Upper temperature set point limit comfort mode Upper Temperature Set Point Limit Comfort Mode SPCULO Sets the upper limit of the temperature set point for the comfort room mode
(0.5K steps) 24 8 0 100 0 50 °C Direction: Gateway -> Sensor
graphics/D2-10-30_MID99.png
0 8 0x99 8 16 Message identifier MID Defines the message identifier 0 8 0x99 Lower temperature set point limit comfort mode Lower Temperature Set Point Limit Comfort Mode SPCLLO Sets the lower limit of the temperature set point for the comfort room mode
(0.5K steps) 24 8 0 100 0 50 °C Direction: Gateway -> Sensor
graphics/D2-10-30_MID9A.png
0 8 0x9A 8 16 Message identifier MID Defines the message identifier 0 8 0x9A Temperature set point range relative Temperature Set Point Range Relative SPRRO Temperature set point range relative in Kelvin, e.g. 10K sets a -10K … +10K maximum permissible offset
(0.5K steps) 24 8 0 20 0 10 K Direction: Gateway -> Sensor
graphics/D2-10-30_MID9B.png
0 8 0x9B 8 22 Message identifier MID Defines the message identifier 0 8 0x9B Energy saving mode override Energy Saving Mode Override SEMO Energy saving mode override, e.g. no heating in summertime 30 2 0 NO_CHANGE 1 Automatic 2 Saving mode 3 Normal mode 0x31 released Submitter: Kieback&Peter GmbH & CO KG

D2 10 30 0x32 released Submitter: Kieback&Peter GmbH & CO KG

D2 10 30 0x11 TYPE 01,02,03,04,05,06,07,08 Submitter: Thermokon Sensortechnik GmbH

TYPE 20 Submitter: Menred GmbH


EEP Family Table:

Supported Function ... of Type	01	02	03	04	05	06	07	08	20
Temperature Measurement	X	X	X	X	X	X	X	X	-
Setpoint	X	X	X	X	X	X	X	X	-
Humidity Measurement	-	X	-	X	-	X	-	X	-
Fan Speed	-	-	X	X	X	X	-	-	-
Occupancy	-	-	-	-	X	X	X	X	-
Air Condition / FanCoil	-	-	-	-	-	-	-	-	X
Floor Heating	-	-	-	-	-	-	-	-	X
Fan Ventilation	-	-	-	-	-	-	-	-	X
Temperature Sensor	-	-	-	-	-	-	-	-	X
Humidity Sensor	-	-	-	-	-	-	-	-	-
Blind	-	-	-	-	-	-	-	-	-
Dimming	-	-	-	-	-	-	-	-	-
PIR	-	-	-	-	-	-	-	-	-
LUX	-	-	-	-	-	-	-	-	-

For the types 0x01, 0x03, 0x05, 0x07 the value of DB3 at message type C will be 0 = not available.
For the types 0x01, 0x02, 0x07, 0x08 the value of DB0.3 … DB0.1 at message type B and C will be 7 = not available.
For the types 0x01, 0x02, 0x03, 0x04 the value of DB0.0 at message type C has to be 0 = not used.


0x01 released Submitter: Thermokon Sensortechnik GmbH

Data exchange
Direction: bidirectional (Smart-Ack)
Addressing: broadcast and addressed
Communication trigger: event- & time-triggered
Communication interval: time-triggered (configurable at the device) & event-triggered
Trigger event: keypress
Tx delay: -
Rx timeout: -

Teach-in
Teach-in method: Smart-Ack teach-in without repeater

Security
Encryption required: no
Security level format: -

Product Description
The device represented by this EEP is a “Bidirectional Room Operating Panel with Display”. It is powered by solar cell.

It may be equipped with the following features (for details please see the EEP-Family table below):

• Temperature Sensor

• Humidity Sensor

• Temperature Setpoint Adjustment

• Fan Speed Adjustment

• Occupancy-State Adjustment

For pairing the bidirectional “Smart Ack Teach-In without repeater” method is used.

The device transmits the actual sensor values periodically (default: 1000 s) or on the event keypress.

Temperature Sensor, Humidity Sensor
The environmental sensors are updated periodically (adjustable, default: 100 s) and, if there is a change, the updated values will be send immediately.

The Smart Ack functionality will be used for setting display symbols like “window open, heating/cooling, occupancy state” or for overwriting parameters like setpoint, fan speed or occupancy state which are stored at the device.


Communication flow, triggered by a keystroke (first keystroke within inactive state, display state is off):
graphics/D2-11-0x_V1.png


Communication flow, triggered by an event like temperature- and or humidity change or heartbeat:
graphics/D2-11-0x_V2.png Direction: Sensor -> Gateway

Bit 0.7 indicates which setpoint type is actual used at the device. The difference is made at the visualization of the setpoint (real temperature setpoint (24.5°C) or setpoint shift (+ 3.0°C)) and this information is needed for interpreting the value of DB2 at Message Type C (ID2).
graphics/D2-11-00_ID0.png
4 4 0x00 1 3 Setpoint type SPT Setpoint type actual used by the device
(temperature correction / temperature setpoint) 0 1 0 Temperature correction 1 Temperature setpoint Message ID MID Message Type A, ID-0 4 4 0 ID-0 1 ID-1 2 ID-2 3 15 Reserved Direction: Gateway -> Sensor

Bit 3.7 may be used for setting new setpoint type at the device. If no change is needed mirroring Bit 0.7 of the last received Message Type A is required.

Byte 2 may be used for overwriting the actual setpoint shift at the device (i.e. for resetting the setpoint shift at the evening to default value). If no change is needed mirroring Byte 2 of the last received Message-Type C is required.

Byte 1 may be used for setting new basesetpoint at the device. If no change is needed mirroring Byte 1 of the last received Message-Type C is required.

Bit 0.7 … 0.4 may be used for setting new valid setpoint shift at the device. If no change is needed mirroring Bit0.7 … 0.4 of the last received Message-Type C is required.
graphics/D2-11-00_ID1.png
4 4 0x01 Set Setpoint type SPT Set setpoint type to be used by the device 0 1 0 Temperature correction 1 Temperature setpoint Display heating symbol DHS Set/Clear heating symbol at the display 1 1 0 Heating symbol off 1 Heating symbol on Display cooling symbol DCS Set/Clear cooling symbol at the display 2 1 0 Cooling symbol off 1 Cooling symbol on Display “window open” symbol SSW Set/Clear “window open” symbol at the display 3 1 0 “Window open” symbol off 1 “Window open” symbol on Message ID MID Message Type B, ID-1 4 4 0 ID-0 1 ID-1 2 ID-2 3 15 Reserved Temperature correction OSO Override Setpoint offset (linear, min. - … max. +)
(valid temperature correction) 8 8 0 255 COA K Basesetpoint BSP Set basesetpoint for visualization of the temperature setpoint 16 8 0 14 Reserved 15 30 15 30 °C 31 255 Reserved Valid temperature correction COA Set valid temperature correction 24 4 0 Reserved 1 -1 1 K 2 -2 2 K 3 -3 3 K 4 -4 4 K 5 -5 5 K 6 -6 6 K 7 -7 7 K 8 -8 8 K 9 -9 9 K 10 -10 10 K 11 15 Reserved Fan Speed OFS Override actual Fan Speed 28 3 0 Auto 1 Speed 0 2 Speed 1 3 Speed 2 4 Speed 3 5 6 Reserved 7 Not available Occupancy State OOS Override actual Occupancy State 31 1 0 State Unoccupied 1 State Occupied Direction: Sensor -> Gateway

Bit 5.7 indicates which setpoint type is actual used at the device. The difference is made at the visualization of the setpoint (real temperature setpoint (24.5 °C) or setpoint shift (+ 3.0 °C)) and this information is needed for interpreting the value of DB2.

Byte 4 transmits the actual measured temperature.

Byte 2 transmits the actual setpoint shift. How to interpret this value is a combination of Bit 5.7, Byte 1 and Bit 0.7 … 0.4.
If the actual setpoint type is setpoint shift, then the value of Byte 2 only represents the scaled valid setpoint shift at Bit 0.7 … 0.4.
If the setpoint type is temperature setpoint, then the temperature setpoint is calculated as sum of the internal basesetpoint at Byte 1 and the scaled valid setpoint shift at Bit 0.7 … 0.4, transmitted at Byte 2.

Byte 1 transmits the actual, at the device stored, basesetpoint.

Bit 0.7 … 0.4 transmits the actual valid, at the device stored, setpoint shift.

graphics/D2-11-00_ID2.png
4 4 0x02 3 1 Setpoint type SPT Setpoint type actual used by the device
(temperature correction / temperature setpoint) 0 1 0 Temperature correction 1 Temperature setpoint Telegram Type TT Telegram Trigger 1 2 0 Heartbeat 1 Change of temperature- or humidity value 2 User caused parameter change Message ID MID Message Type C, ID-2 4 4 0 ID-0 1 ID-1 2 ID-2 3 15 Reserved Temperature TEMP Temperature 8 8 0 255 0 +40 °C Humidity HUMI Humidity 16 8 0 250 0 +100 %rH Setpoint offset SP Setpoint shift, linear
(refers to valid setpoint shift at DB0.7 … DB0.4) 24 8 0 255 BSB K Basesetpoint IBS Internal basesetpoint, required for setpoint type “temperature setpoint” 32 8 0 14 Reserved 15 30 15 30 °C 31 255 Reserved Valid temperature correction BSB Valid temperature correction 40 4 0 Reserved 1 -1 1 K 2 -2 2 K 3 -3 3 K 4 -4 4 K 5 -5 5 K 6 -6 6 K 7 -7 7 K 8 -8 8 K 9 -9 9 K 10 -10 10 K 11 15 Reserved Fan Speed FS Fan Speed 44 3 0 Auto 1 Speed 0 2 Speed 1 3 Speed 2 4 Speed 3 5 6 Reserved 7 Not available Occupancy State OS Occupancy State 47 1 0 State Unoccupied 1 State Occupied 0x02 released Submitter: Thermokon Sensortechnik GmbH
D2 11 01 0x03 released Submitter: Thermokon Sensortechnik GmbH
D2 11 01 0x04 released Submitter: Thermokon Sensortechnik GmbH
D2 11 01 0x05 released Submitter: Thermokon Sensortechnik GmbH
D2 11 01 0x06 released Submitter: Thermokon Sensortechnik GmbH
D2 11 01 0x07 released Submitter: Thermokon Sensortechnik GmbH
D2 11 01 0x08 released Submitter: Thermokon Sensortechnik GmbH
D2 11 01 0x20 released Submitter: Menred GmbH

Data exchange
Direction: bidirectional
Addressing: unicast (ADT)
Communication trigger: data change event-triggered / time-triggered
Communication interval: send interval adjustment, minimum 5 sec., maximum 30 min.
Trigger event: sensor data changes or key set data
Tx delay: N/A (maximum response time)
Rx timeout: N/A (minimum time between two received messages)

Teach-in
Teach-in method: Smart-Ack teach-in

Security
Encryption required: no
Security level format: N/A

Description
This EEP is intended to be used for a Room Control Panel (RCP) offering the following features:

• Multi symbol, multi segment LCD display (or equivalent)

• Repeater operation shall work in compliance with the Smart Ack specification

This VLD family consists of several profiles for a group of different RCPs with various functions and measurements (see following table of parameters for a feature list). The profiles are designed to establish a communication between a battery-powered room control panel and a line-powered (and therefor always receiving) gateway. It also allows a gateway-to-gateway communication. Due to the high energy consumption while powering the receiver, the room control panel will always be the initiator of a data exchange. It cannot be triggered by the gateway as it is not in a receiving mode most of the time.
If RCP does not receive the gateway message, RCP attempts to resend it, and if it fails two consecutive times, the fault code hint is displayed. Key or temperature change RCP will try to resend it once, and if the communication resumes, clear the fault code.

SmartAck usage and sematics
The Communication is based on the Smart Ack concept. Some basics related hereto are included in this document for convenience but for details please consult the Smart Ack specification.
1. Button press Modify setting value sends message
2. Periodic automatic sending time is determined by the Send interval setting, can be set by the RCM button, or through the gateway through the message settings; Reference messages 4 and 12
3. Room temperature changes will also send messages

graphics/D2-11-20_flow.png


Messages ID Definitions & Directions

Message ID	Message: RCP to Gateway/Actor
3	Heartbeat message
4	Sensor value and Data set-points change event message. This is usually for the gateway because need more data and little message transmit.
5	Sensor and battery data message (period sample and transmit)
6	Data set-points message (key set event)
7	Install set-points message (parameter store at RCP)

Message ID	Message: Gateway/Actor to RCP
8	Reply message
9	Sensor value and Data set-points message. This is usually for the gateway because need more data and little message transmit.
10	Gateway/actuator data status
11	Gateway/actuator's data set-points message
12	Install set-points message

Direction: RCP -> Gateway/Actuator
graphics/D2-11-20_ID3.png 4 4 0x03 1 3 Telegram Type TTP Telegram Type 0 1 0 Heartbeat 1 Gateway setting Message ID MID Message ID-3 4 4 3 ID-3 Direction: RCP -> Gateway/Actuator
graphics/D2-11-20_ID4.png 4 4 0x04 2 2 44 4 Work Mode Symbol WMS RCP display symbol as FloorHeating, AirCondition / FanCoil, FanVentilation 0 2 0 FloorHeating symbol 1 AirCondition symbol 2 FanVentilation symbol 3 Reserved Message ID MID Message ID-4 4 4 4 ID-4 Room Controller Panel Mode RCPM RCP mode selector for control messages and data synchronization 8 4 0 FloorHeating + AirCondition + FanVentilation 1 FloorHeating 2 AirCondition 3 FanVentilation 4 FloorHeating + AirCondition 5 FloorHeating + FanVentilation 6 AirCondition + FanVentilation 7 15 Reserved Battery Status BS 12 2 0 Solar powered 1 Backup batteryPowered 2 Backup batteryLow 3 Backup batteryEmpty Failure Code FC RCP exception status 14 2 0 NoError 1 Temperature sensor error 2 3 Reserved Room Temperature RTEMP 16 7 0 50 0 50 °C 51 127 Reserved Air Condition Contact State ACCTST 23 1 0 False 1 True Floor Heating Occupany / Power FHO If room is occupied the floor heating is on, and vice versa 24 1 0 Unoccupied/Off 1 Occupied/On Floor Heating Temperature Setpoint FHTSP 25 5 0 30 5 35 °C 31 Reserved Air Condition Mode Setpoint ACMSP 30 2 0 Off 1 Cooling 2 Heating 3 Auto Air Condition Fan Setpoint ACFSP 32 3 0 Auto 1 Off (Stage 0) 2 Low (Stage 1) 3 Medium (Stage 2) 4 High (Stage 3) 5 7 Reserved Air Condition Temperature Setting ACTS 35 5 0 30 5 35 °C 31 Reserved Floor Ventilation Occupany / Power FVO If room is occupied the fan ventilation is on, and vice versa 40 1 0 Unoccupied/Off 1 Occupied/On Fan Ventilation Setpoint FVSP 41 3 0 Auto 1 Off (Stage 0) 2 Low (Stage 1) 3 Medium (Stage 2) 4 High (Stage 3) 5 7 Reserved Direction: RCP -> Gateway/Actuator
graphics/D2-11-20_ID5.png 4 4 0x05 2 2 Work Mode Symbol WMS RCP display symbol as FloorHeating, AirCondition / FanCoil, FanVentilation 0 2 0 FloorHeating symbol 1 AirCondition symbol 2 FanVentilation symbol 3 Reserved Message ID MID Message ID-5 4 4 5 ID-5 Room Controller Panel Mode RCPM RCP mode selector for control messages and data synchronization 8 4 0 FloorHeating + AirCondition + FanVentilation 1 FloorHeating 2 AirCondition 3 FanVentilation 4 FloorHeating + AirCondition 5 FloorHeating + FanVentilation 6 AirCondition + FanVentilation 7 15 Reserved Battery Status BS 12 2 0 Solar powered 1 Backup batteryPowered 2 Backup batteryLow 3 Backup batteryEmpty Failure Code FC RCP exception status 14 2 0 NoError 1 Temperature sensor error 2 3 Reserved Room Temperature RTEMP 16 7 0 50 0 50 °C 51 127 Reserved Air Condition Contact State ACCTST 23 1 0 False 1 True Direction: RCP -> Gateway/Actuator
graphics/D2-11-20_ID6.png 4 4 0x06 2 2 Work Mode Symbol WMS RCP display symbol as FloorHeating, AirCondition / FanCoil, FanVentilation 0 2 0 FloorHeating symbol 1 AirCondition symbol 2 FanVentilation symbol 3 Reserved Message ID MID Message ID-6 4 4 6 ID-6 Room Controller Panel Mode RCPM RCP mode selector for control messages and data synchronization 8 4 0 FloorHeating + AirCondition + FanVentilation 1 FloorHeating 2 AirCondition 3 FanVentilation 4 FloorHeating + AirCondition 5 FloorHeating + FanVentilation 6 AirCondition + FanVentilation 7 15 Reserved Fan Ventilation Occupany / Power FVO If room is occupied the fan ventilation is on and vice versa 12 1 0 Unoccupied/Off 1 Occupied/On Fan Ventilation Setpoint FVSP 13 3 0 Auto 1 Off (Stage 0) 2 Low (Stage 1) 3 Medium (Stage 2) 4 High (Stage 3) 5 7 Reserved Floor Heating Occupany / Power FHO If room is occupied the floor heating is on and vice versa 16 1 0 Unoccupied/Off 1 Occupied/On Floor Heating Temperature Setpoint FHTSP 17 5 0 30 5 35 °C 31 Reserved Air Condition Mode Setpoint ACMSP 22 2 0 Off 1 Cooling 2 Heating 3 Auto Air Condition Fan Setpoint ACFSP 24 3 0 Auto 1 Off (Stage 0) 2 Low (Stage 1) 3 Medium (Stage 2) 4 High (Stage 3) 5 7 Reserved Air Condition Temperature Setting ACTS 27 5 0 30 5 35 °C 31 Reserved Direction: RCP -> Gateway/Actuator
graphics/D2-11-20_ID7.png 4 4 0x07 26 1 32 2 Message ID MID Message ID-7 4 4 7 ID-7 Room Controller Panel Mode RCPM RCP mode selector for control messages and data synchronization 8 4 0 FloorHeating + AirCondition + FanVentilation 1 FloorHeating 2 AirCondition 3 FanVentilation 4 FloorHeating + AirCondition 5 FloorHeating + FanVentilation 6 AirCondition + FanVentilation 7 15 Reserved Temperature Sensor Select Option TSSO Select between a remote sensor or a built-in sensor 12 1 0 Built-in sensor 1 Remote sensor Auto Transmit Period ATC 13 3 0 5 minutes 1 5 seconds 2 30 seconds 3 1 minute 4 3 minutes 5 10 minutes 6 15 minutes 7 30 minutes Sensor Sample Period SSC 16 3 0 3 minutes 1 1 second 2 10 seconds 3 30 seconds 4 1 minute 5 5 minutes 6 10 minutes 7 30 minutes Air Condition Type Option ACT Choose between cooling, cooling and heating, or auto cooling and heating 19 2 0 Off, Cooling, Heating, Fan 1 Off, Cooling, Fan 2 Off, Cooling, Heating, Fan, Auto 3 Reserved Air Condition Fan Speed Option ACFO Choose the fan speed 21 2 0 Auto Low Medium High 1 Auto Low High 2 Low High 3 High Lock Mode LOCK When Lock mode = 1, RCP manual can modify ony occupany/on/off function 23 1 0 Unlock 1 Lock Fan Ventilation Speed Option FVS Choose the fan speed type; because sometime equipment has different fan speed option 24 2 0 Auto Low Medium High 1 Auto Low High 2 Low High 3 High Room Temperature Correct Value TSCV 27 4 0 14 -7 7 °C 15 Reserved Air Condition Contact State ACCTST 31 1 0 False 1 True Floor Heating Temperature Range Setting FHTSR 34 3 0 5 ... 35 °C 1 10 ... 30 °C 2 10 ... 25 °C 3 10 ... 20 °C 4 10 ... 15 °C 5 15 ... 30 °C 6 15 ... 25 °C 7 15 ... 20 °C Air Condition Temperature Range Setting ACTSR 37 3 0 5 ... 35 °C 1 10 ... 30 °C 2 10 ... 25 °C 3 10 ... 20 °C 4 10 ... 15 °C 5 15 ... 30 °C 6 15 ... 25 °C 7 15 ... 20 °C Direction: Gateway/Actuator -> RCP
graphics/D2-11-20_ID8.png 4 4 0x08 Message Continuation Flag MCF Indicates if another telegram has to be expected or if the message is complete 0 1 0 Complete 1 Incomplete Run Init Sequence RIN Gateway/actuator need more messages to be initialize, RCP send more messages to gateway/actuator by this bit 1 1 0 False 1 True Message Type MT 2 2 0 Gateway 1 FloorHeating 2 AirCondition 3 FanVentilation Message ID MID Message ID-8 4 4 8 ID-8 Direction: Gateway/Actuator -> RCP
graphics/D2-11-20_ID9.png 4 4 0x09 39 1 Message Continuation Flag MCF Indicates if another telegram has to be expected or if the message is complete 0 1 0 Complete 1 Incomplete Run Init Sequence RIN Gateway/actuator need more messages to be initialize, RCP send more messages to gateway/actuator by this bit 1 1 0 False 1 True Message Type MT 2 2 0 Gateway 1 FloorHeating 2 AirCondition 3 FanVentilation Message ID MID Message ID-9 4 4 9 ID-9 Exception Status ES Displays on the RCP if there is an error in the actuator 8 2 0 NoError 1 Remote temperature sensor error 2 3 Reserved Floor Heating Occupany / Power FHO If room is occupied the floor heating is on and vice versa 10 1 0 Unoccupied/Off 1 Occupied/On Floor Heating Temperature Setpoint FHTSP 11 5 0 30 5 35 °C 31 Reserved Air Condition Mode Setpoint ACMSP 16 2 0 Off 1 Cooling 2 Heating 3 Auto Air Condition Fan Setpoint ACFSP 18 3 0 Auto 1 Off (Stage 0) 2 Low (Stage 1) 3 Medium (Stage 2) 4 High (Stage 3) 5 7 Reserved Fan Ventilation Setpoint FVSP 21 3 0 Auto 1 Off (Stage 0) 2 Low (Stage 1) 3 Medium (Stage 2) 4 High (Stage 3) 5 7 Reserved Air Condition Temperature Setting ACTS 24 5 0 30 5 35 °C 31 Reserved Fan Ventilation Occupancy / Power FVO If room is occupied the fan ventilation is on and vice versa 29 1 0 Unoccupied/Off 1 Occupied/On Work Mode Symbol WMS RCP display symbol as FloorHeating, AirCondition / FanCoil, FanVentilation, sensor 30 2 0 FloorHeating symbol 1 Air Condition symbol 2 FanVentilation symbol 3 Reserved Remote Temperature Original Value RTOV If remote temperature is enable, the external sensor value select display and control, the built-in sensor is disabled 32 7 0 50 0 50 °C 51 127 Reserved Direction: Gateway/Actuator -> RCP
graphics/D2-11-20_ID10.png 4 4 0x0A 10 6 23 1 Message Continuation Flag MCF Indicates if another telegram has to be expected or if the message is complete 0 1 0 Complete 1 Incomplete Run Init Sequence RIN Gateway/actuator need more messages to be initialize, RCP send more messages to gateway/actuator by this bit 1 1 0 False 1 True Message Type MT 2 2 0 Gateway 1 FloorHeating 2 AirCondition 3 FanVentilation Message ID MID Message ID-10 4 4 10 ID-10 Exception Status ES Displays on the RCP if there is an error in the actuator 8 2 0 NoError 1 Remote temperature sensor error 2 3 Reserved Remote Temperature Original Value RTOV If remote temperature is enable, the external sensor value select display and control, the built-in sensor is disabled 16 7 0 50 0 50 °C 51 127 Reserved Direction: Gateway/Actuator -> RCP
graphics/D2-11-20_ID11.png 4 4 0x0B 12 2 Message Continuation Flag MCF Indicates if another telegram has to be expected or if the message is complete 0 1 0 Complete 1 Incomplete Run Init Sequence RIN Gateway/actuator need more messages to be initialize, RCP send more messages to gateway/actuator by this bit 1 1 0 False 1 True Message Type MT 2 2 0 Gateway 1 FloorHeating 2 AirCondition 3 FanVentilation Message ID MID Message ID-11 4 4 11 ID-11 Fan Ventilation Occupany / Power FVO If room is occupied the fan ventilation is on and vice versa 8 1 0 Unoccupied/Off 1 Occupied/On Fan Ventilation Setpoint FVSP 9 3 0 Auto 1 Off (Stage 0) 2 Low (Stage 1) 3 Medium (Stage 2) 4 High (Stage 3) 5 7 Reserved Work Mode Symbol WMS RCP display symbol as FloorHeating, AirCondition / FanCoil, FanVentilation 14 2 0 FloorHeating symbol 1 Air Condition symbol 2 FanVentilation symbol 3 Reserved Floor Heating Occupany / Power FHO If room is occupied the floor heating is on and vice versa 16 1 0 Unoccupied/Off 1 Occupied/On Floor Heating Temperature Setpoint FHTSP 17 5 0 30 5 35 °C 31 Reserved Air Condition Mode Setpoint ACMSP 22 2 0 Off 1 Cooling 2 Heating 3 Auto Air Condition Fan Setpoint ACFSP 24 3 0 Auto 1 Off (Stage 0) 2 Low (Stage 1) 3 Medium (Stage 2) 4 High (Stage 3) 5 7 Reserved Air Condition Temperature Setting ACTS 27 5 0 30 5 35 °C 31 Reserved Direction: Gateway/Actuator -> RCP
graphics/D2-11-20_ID12.png 4 4 0x0C 27 1 32 2 Message Continuation Flag MCF Indicates if another telegram has to be expected or if the message is complete 0 1 0 Complete 1 Incomplete Run Init Sequence RIN Gateway/actuator need more messages to be initialize, RCP send more messages to gateway/actuator by this bit 1 1 0 False 1 True Message Type MT 2 2 0 Gateway 1 FloorHeating 2 AirCondition 3 FanVentilation Message ID MID Message ID-12 4 4 12 ID-12 Room Controller Panel Mode RCPM RCP mode selector for control messages and data synchronization 8 4 0 FloorHeating + AirCondition + FanVentilation 1 FloorHeating 2 AirCondition 3 FanVentilation 4 FloorHeating + AirCondition 5 FloorHeating + FanVentilation 6 AirCondition + FanVentilation 7 15 Reserved Temperature Sensor Select Option TSSO Select between a remote sensor or a built-in sensor 12 1 0 Built-in sensor 1 Remote sensor Auto Transmit Period ATC RCP send message period 13 3 0 5 minutes 1 5 seconds 2 30 seconds 3 1 minute 4 3 minutes 5 10 minutes 6 15 minutes 7 30 minutes Sensor Sample Period SSC RCP sample period 16 3 0 3 minutes 1 1 second 2 10 seconds 3 30 seconds 4 1 minute 5 5 minutes 6 10 minutes 7 30 minutes Air Condition Fan Speed Option ACFO Choose the fan speed 19 2 0 Auto Low Medium High 1 Auto Low High 2 Low High 3 High Lock Mode LOCK When Lock mode = 1, RCP manual can modify ony occupany/on/off function 21 1 0 Unlock 1 Lock Air Condition Contact State ACCTST 22 1 0 False 1 True Air Condition Type Option ACT Choose between cooling, cooling and heating, or auto cooling and heating 23 2 0 Off, Cooling, Heating, Fan 1 Off, Cooling, Fan 2 Off, Cooling, Heating, Fan, Auto Cooling and Heating 3 Reserved Fan Ventilation Speed Option FVS Choose the fan speed type; because sometime equipment has different fan speed option 25 2 0 Auto Low Medium High 1 Auto Low High 2 Low High 3 High Room Temperature Correct Value TSCV 28 4 0 14 -7 7 °C 15 Reserved Floor Heating Temperature Range Setting FHTSR 34 3 0 5 ... 35 °C 1 10 ... 30 °C 2 10 ... 25 °C 3 10 ... 20 °C 4 10 ... 15 °C 5 15 ... 30 °C 6 15 ... 25 °C 7 15 ... 20 °C Air Condition Temperature Range Setting ACTSR 37 3 0 5 ... 35 °C 1 10 ... 30 °C 2 10 ... 25 °C 3 10 ... 20 °C 4 10 ... 15 °C 5 15 ... 30 °C 6 15 ... 25 °C 7 15 ... 20 °C 0x14 Submitter: Perfactory

Description:

Indoor Smarthome Multisensor

These EEPs describe a family of smarthome multi-functional sensors with optional Touch Button devices. Each device/member of the family is equipped with a different set of sensors to measure ambient environmental parameters, e.g. temperature, humidity, light level etc.
Some family-members are equipped with buttons in addition to the sensors. The response to pressing a button can be defined freely.

Sensor fault mode status (COA / SMA):
A smoke sensor failure prevents operation of a smoke / CO alarm signal. The smoke / CO sensor is supervised and a failure activates this flag.

Smoke Alarm Condition analysis:
The smoke alarm might be activated by improper environmental conditions like dust, humidity, etc. The product will activate flags if some of these conditions are observed at the moment of alarm activation.

- Maintenance: the flag is set if there is a lack of maintenance
- Temperature: the flag is set if the temperature may cause the alarm
- Humidity: the flag is set if the relative humidity may cause the alarm

!!! An activated flag doesn’t mean that there is no smoke. It is dangerous to suspect a false alarm as the smoke preceding the onset of the flames are toxic and may cause you to lose consciousness: despite the absence of flames, a fire may blaze up in a few minutes. Nexelec recommends to analyse the environmental condition of a smoke alarm after the disappearance of the smoke alarm signal.

CO Alarm Condition analysis:
The CO alarm might be activated by improper environmental conditions like dust, humidity, etc. The product will activate flags if some of these conditions are observed at the moment of alarm activation.

- Maintenance: the flag is set if there is a lack of maintenance
- Temperature: the flag is set if the temperature may cause the alarm
- Humidity: the flag is set if the relative humidity may cause the alarm

!!! An activated flag doesn’t mean that there is no CO. It is dangerous to suspect a false alarm. Nexelec recommends to analyse the environmental condition of a CO alarm after the disappearance of the CO alarm signal.


EEP Properties defined by the submitter:

Data exchange
Direction: unidirectional
Addressing: broadcast
Communication trigger: event- & time-triggered
Communication interval: According to configuration ((non-)autonomous operation, battery status, etc.)
Trigger event: change of value (configuration-dependent) over threshold
Tx delay: -
Rx timeout: -

Teach-in
Teach-in method: Universal teach-in (UTE)

Security
Encryption supported: no
Security level format: -


Parameters applied by EEP family members:

Each member of the family transports at least one or more parameters it its messages as defined later. The parameters are defined in the following table; these are the “building blocks” of the telegrams.
graphics/D2-14-BuBl-Header.png graphics/D2-14-BuBl-V01.png graphics/D2-14-BuBl-V02.png graphics/D2-14-BuBl-V03.png graphics/D2-14-BuBl-V04.png graphics/D2-14-BuBl-V05.png graphics/D2-14-BuBl-V06.png graphics/D2-14-BuBl-V07.png graphics/D2-14-BuBl-V08.png graphics/D2-14-BuBl-V09.png graphics/D2-14-BuBl-V10.png graphics/D2-14-BuBl-V11.png graphics/D2-14-BuBl-V12.png graphics/D2-14-BuBl-V13.png graphics/D2-14-BuBl-V14.png graphics/D2-14-BuBl-V15.png graphics/D2-14-BuBl-V16.png graphics/D2-14-BuBl-V17.png graphics/D2-14-BuBl-V18.png graphics/D2-14-BuBl-V19.png

EEP Family Tables:

Each line in the Family Table describes a parameter which is part of the message(s) of the marked Family Members (= column in the table / TYPE).

Line Powered devices:

Type	0x00	0x01	0x02	0x03	0x04	0x05
Temperature Sensor, TMP9	0…50	0…50		0…50	0…50	0…50
Humidity Sensor, HUM	X	X		X	X	X
Illumination Sensor, ILL					X	X
VOC Sensor [CO2-equiv.], VOC			0…2000	0…2000		0…2000
Freely Programmable Button A, BA		X
Freely Programmable Button B, BB		X

Type	0x06	0x07	0x08	0x09	0x0A
Temperature Sensor, TMP9		0…50	0…50	0…50	0…50
Humidity Sensor, HUM		X	X	X	X
Illumination Sensor, ILL			X		X
VOC Sensor [CO2-equiv.], VOC				0…2000	0…2000
CO2 Sensor, CO2	0…2000	0…2000	0…2000	0…2000	0…2000

Type	0x0B	0x0C	0x0D	0x0E	0x0F	0x10
Temperature Sensor, TMP9	0…50		0…50	0…50	0…50	0…50
Humidity Sensor, HUM	X		X	X	X	X
VOC Sensor [CO2-equiv.], VOC			0…2000	0…2000		0…2000
VOC Sensor, VOC	0…2000
CO2 Sensor, CO2				0…2000
CO2 Sensor, CO2		0…5000
Barometer Sensor, BAR					X
Room Occupancy Sensor, PR						X
Freely Programmable Button A, BA			X	X

Autonomous devices (indoor):

Type	0x1A	0x1B	0x1C	0x1D
Temperature Sensor, TMP9	0…50	0…50	0…50	0…50
Humidity Sensor, HUM	X	X	X	X
Illumination Sensor, ILL		X		X
Energy Storage Status, ES	X	X	X	X
Barometer Sensor, BAR			X	X

Type	0x30	0x31
Temperature Sensor, TMP8	0…50	0…50
Humidity Sensor, HUM	X	X
Smoke Alarm, SMA	X
CO Alarm, COA		X
CO Sensor, CO		0…1000
Energy Storage Status, ES	X	X
Remaining Product Life Time, RPLF	120	120
Hygrothermal Comfort Index, HCI	X	X
T/Hum. Indoor Air Analysis, IAQTH	X	X
CO Indoor Air Analysis, IAQCO		X

Autonomous devices (outdoor):

Type	0x20	0x21	0x22	0x23	0x24
Temperature Sensor, TMP9	-40…60	-40…60	-40…60	-40…60
Humidity Sensor, HUM	X		X
Illumination Sensor, ILL	X			X	X
Energy Storage Status, ES	X	X	X	X	X

0x00 released Submitter: Perfactory graphics/D2-14-00.png 17 7 Temperature TMP9 Temperature (linear)
-----------
Status of Temperature Sensor 0 9 0 500 0 50 °C 501 510 Reserved 511 Error Humidity HUM Rel. Humidity (linear)
-----------
Status of Humidity Sensor 9 8 0 200 0 100 % 201 254 Reserved 255 Error 0x01 released Submitter: Perfactory graphics/D2-14-01.png 21 3 Temperature TMP9 Temperature (linear)
-----------
Status of Temperature Sensor 0 9 0 500 0 50 °C 501 510 Reserved 511 Error Humidity HUM Rel. Humidity (linear)
-----------
Status of Humidity Sensor 9 8 0 200 0 100 % 201 254 Reserved 255 Error Button A BA Button A 17 2 0 Button A released 1 Button A pressed 2 Reserved 3 Button A error (state not detectable) Button B BB Button B 19 2 0 Button B released 1 Button B pressed 2 Reserved 3 Button B error (state not detectable) 0x02 released Submitter: Perfactory graphics/D2-14-02.png VOC VOC VOC in CO2 equivalents (linear)
-----------
Status of VOC Sensor 0 8 0 250 0 2000 ppm/e 251 254 Reserved 255 Error 0x03 released Submitter: Perfactory graphics/D2-14-03.png 25 7 Temperature TMP9 Temperature (linear)
-----------
Status of Temperature Sensor 0 9 0 500 0 50 °C 501 510 Reserved 511 Error Humidity HUM Rel. Humidity (linear)
-----------
Status of Humidity Sensor 9 8 0 200 0 100 % 201 254 Reserved 255 Error VOC VOC VOC in CO2 equivalents (linear)
-----------
Status of VOC Sensor 17 8 0 250 0 2000 ppm/e 251 254 Reserved 255 Error 0x04 released Submitter: Perfactory graphics/D2-14-04.png 34 6 Temperature TMP9 Temperature (linear)
-----------
Status of Temperature Sensor 0 9 0 500 0 50 °C 501 510 Reserved 511 Error Humidity HUM Rel. Humidity (linear)
-----------
Status of Humidity Sensor 9 8 0 200 0 100 % 201 254 Reserved 255 Error Illumination ILL Illumination (linear)
-----------
Status of Illumination Sensor 17 17 0 100000 0 100000 lx 100001 131070 Reserved 131071 Error 0x05 released Submitter: Perfactory graphics/D2-14-05.png 42 6 Temperature TMP9 Temperature (linear)
-----------
Status of Temperature Sensor 0 9 0 500 0 50 °C 501 510 Reserved 511 Error Humidity HUM Rel. Humidity (linear)
-----------
Status of Humidity Sensor 9 8 0 200 0 100 % 201 254 Reserved 255 Error Illumination ILL Illumination (linear)
-----------
Status of Illumination Sensor 17 17 0 100000 0 100000 lx 100001 131070 Reserved 131071 Error VOC VOC VOC in CO2 equivalents (linear)
-----------
Status of VOC Sensor 34 8 0 250 0 2000 ppm/e 251 254 Reserved 255 Error 0x06 released Submitter: Perfactory graphics/D2-14-06.png CO2 CO2 CO2 (linear)
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Status of CO2 Sensor 0 8 0 250 0 2000 ppm 251 254 Reserved 255 Error 0x07 released Submitter: Perfactory graphics/D2-14-07.png 25 7 Temperature TMP9 Temperature (linear)
-----------
Status of Temperature Sensor 0 9 0 500 0 50 °C 501 510 Reserved 511 Error Humidity HUM Rel. Humidity (linear)
-----------
Status of Humidity Sensor 9 8 0 200 0 100 % 201 254 Reserved 255 Error CO2 CO2 CO2 (linear)
-----------
Status of CO2 Sensor 17 8 0 250 0 2000 ppm 251 254 Reserved 255 Error 0x08 released Submitter: Perfactory graphics/D2-14-08.png 42 6 Temperature TMP9 Temperature (linear)
-----------
Status of Temperature Sensor 0 9 0 500 0 50 °C 501 510 Reserved 511 Error Humidity HUM Rel. Humidity (linear)
-----------
Status of Humidity Sensor 9 8 0 200 0 100 % 201 254 Reserved 255 Error Illumination ILL Illumination (linear)
-----------
Status of Illumination Sensor 17 17 0 100000 0 100000 lx 100001 131070 Reserved 131071 Error CO2 CO2 CO2 (linear)
-----------
Status of CO2 Sensor 34 8 0 250 0 2000 ppm 251 254 Reserved 255 Error 0x09 released Submitter: Perfactory graphics/D2-14-09.png 33 7 Temperature TMP9 Temperature (linear)
-----------
Status of Temperature Sensor 0 9 0 500 0 50 °C 501 510 Reserved 511 Error Humidity HUM Rel. Humidity (linear)
-----------
Status of Humidity Sensor 9 8 0 200 0 100 % 201 254 Reserved 255 Error VOC VOC VOC in CO2 equivalents (linear)
-----------
Status of VOC Sensor 17 8 0 250 0 2000 ppm/e 251 254 Reserved 255 Error CO2 CO2 CO2 (linear)
-----------
Status of CO2 Sensor 25 8 0 250 0 2000 ppm 251 254 Reserved 255 Error 0x0A released Submitter: Perfactory graphics/D2-14-0A.png 50 6 Temperature TMP9 Temperature (linear)
-----------
Status of Temperature Sensor 0 9 0 500 0 50 °C 501 510 Reserved 511 Error Humidity HUM Rel. Humidity (linear)
-----------
Status of Humidity Sensor 9 8 0 200 0 100 % 201 254 Reserved 255 Error Illumination ILL Illumination (linear)
-----------
Status of Illumination Sensor 17 17 0 100000 0 100000 lx 100001 131070 Reserved 131071 Error VOC VOC VOC in CO2 equivalents (linear)
-----------
Status of VOC Sensor 34 8 0 250 0 2000 ppm/e 251 254 Reserved 255 Error CO2 CO2 CO2 (linear)
-----------
Status of CO2 Sensor 42 8 0 250 0 2000 ppm 251 254 Reserved 255 Error 0x0B released Submitter: Perfactory graphics/D2-14-0B.png 25 7 Temperature TMP9 Temperature (linear)
-----------
Status of Temperature Sensor 0 9 0 500 0 50 °C 501 510 Reserved 511 Error Humidity HUM Rel. Humidity (linear)
-----------
Status of Humidity Sensor 9 8 0 200 0 100 % 201 254 Reserved 255 Error VOC VOC VOC in CO2 equivalents (linear)
-----------
Status of VOC Sensor 17 8 0 250 0 2000 ppm/e 251 254 Reserved 255 Error 0x0C released Submitter: Perfactory graphics/D2-14-0C.png CO2 CO2 CO2 (linear)
-----------
Status of CO2 Sensor 0 8 0 250 0 5000 ppm 251 254 Reserved 255 Error 0x0D released Submitter: Perfactory graphics/D2-14-0D.png 27 5 Temperature TMP9 Temperature (linear)
-----------
Status of Temperature Sensor 0 9 0 500 0 50 °C 501 510 Reserved 511 Error Humidity HUM Rel. Humidity (linear)
-----------
Status of Humidity Sensor 9 8 0 200 0 100 % 201 254 Reserved 255 Error VOC VOC VOC in CO2 equivalents (linear)
-----------
Status of VOC Sensor 17 8 0 250 0 2000 ppm/e 251 254 Reserved 255 Error Button A BA Button A 25 2 0 Button A released 1 Button A pressed 2 Reserved 3 Button A error (state not detectable) 0x0E released Submitter: Perfactory graphics/D2-14-0E.png 35 5 Temperature TMP9 Temperature (linear)
-----------
Status of Temperature Sensor 0 9 0 500 0 50 °C 501 510 Reserved 511 Error Humidity HUM Rel. Humidity (linear)
-----------
Status of Humidity Sensor 9 8 0 200 0 100 % 201 254 Reserved 255 Error VOC VOC VOC in CO2 equivalents (linear)
-----------
Status of VOC Sensor 17 8 0 250 0 2000 ppm/e 251 254 Reserved 255 Error CO2 CO2 CO2 (linear)
-----------
Status of CO2 Sensor 25 8 0 250 0 2000 ppm 251 254 Reserved 255 Error Button A BA Button A 33 2 0 Button A released 1 Button A pressed 2 Reserved 3 Button A error (state not detectable) 0x0F released Submitter: Perfactory graphics/D2-14-0F.png 26 6 Temperature TMP9 Temperature (linear)
-----------
Status of Temperature Sensor 0 9 0 500 0 50 °C 501 510 Reserved 511 Error Humidity HUM Rel. Humidity (linear)
-----------
Status of Humidity Sensor 9 8 0 200 0 100 % 201 254 Reserved 255 Error Barometer BAR Barometer (linear)
-----------
Status of Barometer Sensor 17 9 0 500 600 1100 hPa 501 510 Reserved 511 Error 0x10 released Submitter: Perfactory graphics/D2-14-10.png 27 6 Temperature TMP9 Temperature (linear)
-----------
Status of Temperature Sensor 0 9 0 500 0 50 °C 501 510 Reserved 511 Error Humidity HUM Rel. Humidity (linear)
-----------
Status of Humidity Sensor 9 8 0 200 0 100 % 201 254 Reserved 255 Error VOC VOC VOC in CO2 equivalents (linear)
-----------
Status of VOC Sensor 17 8 0 250 0 2000 ppm/e 251 254 Reserved 255 Error Presence PR Presence Detector 25 2 0 Present 1 Not present 2 Not detectable 3 Presence Detector error 0x1A released Submitter: Perfactory graphics/D2-14-1A.png 19 5 Temperature TMP9 Temperature (linear)
-----------
Status of Temperature Sensor 0 9 0 500 0 50 °C 501 510 Reserved 511 Error Humidity HUM Rel. Humidity (linear)
-----------
Status of Humidity Sensor 9 8 0 200 0 100 % 201 254 Reserved 255 Error Energy Storage ES Energy Storage Status 17 2 0 High 1 Medium 2 Low 3 Critical 0x1B released Submitter: Perfactory graphics/D2-14-1B.png 36 4 Temperature TMP9 Temperature (linear)
-----------
Status of Temperature Sensor 0 9 0 500 0 50 °C 501 510 Reserved 511 Error Humidity HUM Rel. Humidity (linear)
-----------
Status of Humidity Sensor 9 8 0 200 0 100 % 201 254 Reserved 255 Error Illumination ILL Illumination (linear)
-----------
Status of Illumination Sensor 17 17 0 100000 0 100000 lx 100001 131070 Reserved 131071 Error Energy Storage ES Energy Storage Status 34 2 0 High 1 Medium 2 Low 3 Critical 0x1C released Submitter: Perfactory graphics/D2-14-1C.png 28 4 Temperature TMP9 Temperature (linear)
-----------
Status of Temperature Sensor 0 9 0 500 0 50 °C 501 510 Reserved 511 Error Humidity HUM Rel. Humidity (linear)
-----------
Status of Humidity Sensor 9 8 0 200 0 100 % 201 254 Reserved 255 Error Energy Storage ES Energy Storage Status 17 2 0 High 1 Medium 2 Low 3 Critical Barometer BAR Barometer (linear)
-----------
Status of Barometer Sensor 19 9 0 500 600 1100 hPa 501 510 Reserved 511 Error 0x1D released Submitter: Perfactory graphics/D2-14-1D.png 45 3 Temperature TMP9 Temperature (linear)
-----------
Status of Temperature Sensor 0 9 0 500 0 50 °C 501 510 Reserved 511 Error Humidity HUM Rel. Humidity (linear)
-----------
Status of Humidity Sensor 9 8 0 200 0 100 % 201 254 Reserved 255 Error Illumination ILL Illumination (linear)
-----------
Status of Illumination Sensor 17 17 0 100000 0 100000 lx 100001 131070 Reserved 131071 Error Energy Storage ES Energy Storage Status 34 2 0 High 1 Medium 2 Low 3 Critical Barometer BAR Barometer (linear)
-----------
Status of Barometer Sensor 36 9 0 500 600 1100 hPa 501 510 Reserved 511 Error 0x20 released Submitter: Perfactory graphics/D2-14-20.png 36 4 Temperature TMP9 Temperature (linear)
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Status of Temperature Sensor 0 9 0 500 -40 60 °C 501 510 Reserved 511 Error Humidity HUM Rel. Humidity (linear)
-----------
Status of Humidity Sensor 9 8 0 200 0 100 % 201 254 Reserved 255 Error Illumination ILL Illumination (linear)
-----------
Status of Illumination Sensor 17 17 0 100000 0 100000 lx 100001 131070 Reserved 131071 Error Energy Storage ES Energy Storage Status 34 2 0 High 1 Medium 2 Low 3 Critical 0x21 released Submitter: Perfactory graphics/D2-14-21.png 11 5 Temperature TMP9 Temperature (linear)
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Status of Temperature Sensor 0 9 0 500 -40 60 °C 501 510 Reserved 511 Error Energy Storage ES Energy Storage Status 9 2 0 High 1 Medium 2 Low 3 Critical 0x22 released Submitter: Perfactory graphics/D2-14-22.png 19 5 Temperature TMP9 Temperature (linear)
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Status of Temperature Sensor 0 9 0 500 -40 60 °C 501 510 Reserved 511 Error Humidity HUM Rel. Humidity (linear)
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Status of Humidity Sensor 9 8 0 200 0 100 % 201 254 Reserved 255 Error Energy Storage ES Energy Storage Status 17 2 0 High 1 Medium 2 Low 3 Critical 0x23 released Submitter: Perfactory graphics/D2-14-23.png 28 4 Temperature TMP9 Temperature (linear)
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Status of Temperature Sensor 0 9 0 500 -40 60 °C 501 510 Reserved 511 Error Illumination ILL Illumination (linear)
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Status of Illumination Sensor 9 17 0 100000 0 100000 lx 100001 131070 Reserved 131071 Error Energy Storage ES Energy Storage Status 26 2 0 High 1 Medium 2 Low 3 Critical 0x24 released Submitter: Perfactory graphics/D2-14-24.png 19 5 Illumination ILL Illumination (linear)
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Status of Illumination Sensor 0 17 0 100000 0 100000 lx 100001 131070 Reserved 131071 Error Energy Storage ES Energy Storage Status 17 2 0 High 1 Medium 2 Low 3 Critical 0x25 not released
Description
The EEP type D2-14-25 is for illumination intensity and light color temperature. This proposal is for type 25 which will have a 0-100000Lux range for light intensity (lux) and a 15 bit range for color temperature (K) (0-30,000 K). .

Data exchange
Direction: to.
Addressing: broadcast.
Communication trigger: event_trigger.
Trigger description: .
Illumination Illumination linear) 0 17 0 100000 0 100000 lx 60001 OverRange 65534 invalid 65535 notSupported Color Temperature Color Temperature key 17 15 0 30000 0 30000 K 32767 Error 0x25 not released
Description
The EEP type D2-14-25 is for illumination intensity and light color temperature. This proposal is for type 25 which will have a 0-100000Lux range for light intensity (lux) and a 15 bit range for color temperature (K) (0-30,000 K). .

Data exchange
Direction: to.
Addressing: broadcast.
Communication trigger: event_trigger.
Trigger description: .
Illumination Illumination linear) 0 17 0 100000 0 100000 lx 60001 OverRange 65534 invalid 65535 notSupported Color Temperature Color Temperature key 17 15 0 30000 0 30000 K 32767 Error 0x30 released Submitter: Perfactory graphics/D2-14-30.png 44 4 Smoke Alarm status SMA Smoke Alarm status 0 1 0 Smoke Alarm non-activated 1 Smoke Alarm activated Sensor fault mode status SMA Sensor fault mode status 1 1 0 Sensor Fault mode non-activated 1 Sensor Fault mode activated Smoke Alarm Condition analysis: Maintenance SMA Smoke Alarm Condition analysis: Maintenance 2 1 0 Maintenance OK 1 Maintenance not done Smoke Alarm Condition analysis: Humidity SMA Smoke Alarm Condition analysis: Humidity 3 1 0 Humidity range OK 1 Humidity range NOK Smoke Alarm Condition analysis: Temperature SMA Smoke Alarm Condition analysis: Temperature 4 1 0 Temperature range OK 1 Temperature range NOK Time since last maintenance SMA Time since last maintenance 5 8 0 250 0 250 Week 251 254 Reserved 255 Error Energy Storage ES Energy Storage Status 13 2 0 High 1 Medium 2 Low 3 Critical Remaining Product Life Time RPLT Countdown time until product end of life 15 8 0 120 0 120 Month 121 254 Reserved 255 Error Temperature TMP8 Temperature (linear)
-----------
Status of Temperature Sensor 23 8 0 250 0 50 °C 251 254 Reserved 255 Error Humidity HUM Rel. Humidity (linear)
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Status of Humidity Sensor 31 8 0 200 0 100 %RH 201 254 Reserved 255 Error Hygrothermal Comfort Index HCI Comfort Index based on temperature and humidity 39 2 0 Good 1 Medium 2 Bad 3 Error T/Hum. Indoor Air Analysis IAQTH Indoor Air quality analysis based on temperature and humidity 41 3 0 Optimal air range 1 Dry Air range 2 High humidity range 3 High temperature and humidity range 4 Temperature or Humidity out of analysis range 5 6 Reserved 7 Error 0x31 released Submitter: Perfactory graphics/D2-14-31.png 54 2 CO Alarm status COA CO Alarm status 0 1 0 CO Alarm non-activated 1 CO Alarm activated Sensor fault mode status COA Sensor fault mode status 1 1 0 Sensor Fault mode non-activated 1 Sensor Fault mode activated CO Alarm Condition analysis: Maintenance COA CO Alarm Condition analysis: Maintenance 2 1 0 Maintenance OK 1 Maintenance not done CO Alarm Condition analysis: Humidity COA CO Alarm Condition analysis: Humidity 3 1 0 Humidity range OK 1 Humidity range NOK CO Alarm Condition analysis: Temperature COA CO Alarm Condition analysis: Temperature 4 1 0 Temperature range OK 1 Temperature range NOK Time since last maintenance COA Time since last maintenance 5 8 0 250 0 250 Week 251 254 Reserved 255 Error Energy Storage ES Energy Storage Status 13 2 0 High 1 Medium 2 Low 3 Critical Remaining Product Life Time RPLT Countdown time in month until product end of life 15 8 0 120 0 120 Month 121 254 Reserved 255 Error CO CO CO (linear)
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Status of CO Sensor 23 8 0 200 0 1000 ppm 201 254 Reserved 255 Error Temperature TMP8 Temperature (linear)
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Status of Temperature Sensor 31 8 0 250 0 50 °C 251 254 Reserved 255 Error Humidity HUM Rel. Humidity (linear)
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Status of Humidity Sensor 39 8 0 200 0 100 %RH 201 254 Reserved 255 Error Hygrothermal Comfort Index HCI Comfort Index based on temperature and humidity 47 2 0 Good 1 Medium 2 Bad 3 Error T/Hum. Indoor Air Analysis IAQTH Indoor Air quality analysis based on temperature and humidity 49 3 0 Optimal air range 1 Dry Air range 2 High humidity range 3 High temperature and humidity range 4 Temperature or Humidity out of analysis range 5 6 Reserved 7 Error CO Indoor Air Analysis IAQCO Indoor Air quality analysis based on CO 52 2 0 Good 1 Medium 2 Bad 3 Error 0x40 proposed Submitter: EnOcean graphics/D2-14-zz.png Temperature TMP10 Temperature (linear)
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Status of Temperature Sensor 0 10 0 1000 -40 60 °C 1001 1020 Reserved 1021 Out of Range negative 1022 Out of Range positive 1023 Error Humidity HUM Rel. Humidity (linear)
-----------
Status of Humidity Sensor 10 8 0 200 0 100 % 201 254 Reserved 255 Error Illumination ILL Illumination (linear)
-----------
Status of Illumination Sensor 18 17 0 100000 0 100000 lx 100001 131070 Reserved 131071 Error Accleration Status ACC_S Status of the Sensor 35 2 0 Heartbeat 1 Threshold 1 exceeded 2 Threshold 2 exceeded 3 Reserved Acceleration X ACC_X Acceleration X (linear)
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Status of Acceleration Sensor 37 10 0 1000 -2.5 2.5 g 1000 1020 Reserved 1021 Out of range negative 1022 Out of range positive 1023 Error Acceleration Y ACC_Y Acceleration Y (linear)
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Status of Acceleration Sensor 47 10 0 1000 -2.5 2.5 g 1000 1020 Reserved 1021 Out of range negative 1022 Out of range positive 1023 Error Acceleration Z ACC_Z Acceleration Z (linear)
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Status of Acceleration Sensor 57 10 0 1000 -2.5 2.5 g 1000 1020 Reserved 1021 Out of range negative 1022 Out of range positive 1023 Error 67 5 0x41 proposed Submitter: EnOcean Temperature TMP10 Temperature (linear)
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Status of Temperature Sensor 0 10 0 1000 -40 60 °C 1001 1020 Reserved 1021 Out of Range negative 1022 Out of Range positive 1023 Error Humidity HUM Rel. Humidity (linear)
-----------
Status of Humidity Sensor 10 8 0 200 0 100 % 201 254 Reserved 255 Error Illumination ILL Illumination (linear)
-----------
Status of Illumination Sensor 18 17 0 100000 0 100000 lx 100001 131070 Reserved 131071 Error Accleration Status ACC_S Status of the Sensor 35 2 0 Heartbeat 1 Threshold 1 exceeded 2 Threshold 2 exceeded 3 Reserved Acceleration X ACC_X Acceleration X (linear)
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Status of Acceleration Sensor 37 10 0 1000 -2.5 2.5 g 1000 1020 Reserved 1021 Out of range negative 1022 Out of range positive 1023 Error Acceleration Y ACC_Y Acceleration Y (linear)
-----------
Status of Acceleration Sensor 47 10 0 1000 -2.5 2.5 g 1000 1020 Reserved 1021 Out of range negative 1022 Out of range positive 1023 Error Acceleration Z ACC_Z Acceleration Z (linear)
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Status of Acceleration Sensor 57 10 0 1000 -2.5 2.5 g 1000 1020 Reserved 1021 Out of range negative 1022 Out of range positive 1023 Error Contact CON Status of the Contact 67 1 0 Open 1 Closed 68 4 0x50 released Submitter:Echoflex Temperature TMP10 Temperature (linear)
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Status of Temperature Sensor 0 9 0 500 0 50 °C 501 510 Reserved 511 Error PH PH PH
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Status of PH Sensor 10 8 0 140 0 14 PH 141 254 Reserved 255 Error 0x51 released Submitter:Echoflex Temperature TMP9 Temperature (linear)
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Status of Temperature Sensor 0 9 0 500 0 50 °C 501 510 Reserved 511 Error Dissolved Oxygen DO11 PH
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Status of DH Sensor 10 11 0 2000 0 200 % 2001 2046 Reserved 2047 Error 0x52 released Submitter:Echoflex Temperature TMP9 Temperature (linear)
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Status of Temperature Sensor 0 9 0 500 0 50 °C 501 510 Reserved 511 Error Illumination Ill Illumination 9 17 0 100000 0 100000 lx 100001 131070 Reserved 131071 Error Presence Pres Presence Detector 26 2 0 Present 1 Not Present 2 Not detectable 3 Presence Detector error Sound Pressure SoundPressure Sound Pressure 28 11 0 2046 0 204.6 dbSPL 2047 Error 0x65 released Submitter:DEUTA Controls Temperature 0 10 0 1000 -20 80 °C Humidity Hum Hum Hum 10 8 0 200 0 100 % PM10 PM10 PM10 PM10 18 10 0 1000 0 1000 μg/m³ PM4 PM4 PM4 PM4 28 10 0 1000 0 1000 μg/m³ PM2.5 PM2.5 PM2.5 PM2.5 38 10 0 1000 0 1000 μg/m³ PM1 PM1 PM1 PM1 48 10 0 1000 0 1000 μg/m³ VOC unit VOC unit VOC unit VOC unit 58 2 0 TVOC µg/m³ 1 TVOC ppb 2 VOC Index 3 reserved VOC VOC VOC VOC 60 14 0 5000 0 5000 NOX unit NOX unit NOX unit NOX unit 74 2 0 NOX µg/m³ 1 NOX ppb 2 NOX Index 3 reserved NOX NOX NOX NOX 76 14 0 5000 0 5000 16383 Sensor not present 0x15 0x00 Released
Description
The EnOcean People Activity Counter (EPAC) modules is a variant of the EnOcean PIR sensor. It is intended to count and transmit the amount of movement detected at configured time intervals. These modules have applications in buildings where the usage/activity of each room is to be tracked. Additionally, the module transmits the voltage-supply in the module. The activity is deducted by comparing activity recorded at the past transmission and current value. Presence Pres Presence Detector 0 2 0 Present 1 Not Present 2 Not detectable 3 Presence Detector error Energy Storage Status ESS Energy Storage Status 2 2 0 High 1 Medium 2 Low 3 Critical Pir Update Rate PIR_U_R Discrete interval in which the activity is considered. 4 4 0 15 1 16 s Pir Counter PIR_Count Amount of times that PIR activity has been counted 8 16 0 65535 0 65535 number 0x20 The EEP family D2-20-xx provides different telegram types for fan control and fan supervision messages using various parameters and variables.
Devices using this EEP family may include a master-slave function (for further description see subheading ´Master-slave function´).

EEP Properties:

DATA EXCHANGE
Direction: bidirectional
Addressing: unicast (ADT) + broadcast
Communication trigger: event-triggered
Communication interval: N/A
Trigger event: query / polling
Tx delay: N/A
Rx timeout : N/A

TEACH-IN
Teach-in method: Universal teach-in (UTE)

SECURITY
Encryption supported: no
Security level: none


EEP Family Table:

Supported function	Type 00	Type 01	Type 02
Fan Speed	X	X	X
Fan Speed Status	X	X	X
Humidity	X	-	-
Humidity Control	X	-	-
Humidity Control Status	X	-	X
Humidity Threshold	X	-	-
Message Type	X	X	X
Operating Mode	X	-	-
Operating Mode Status	X	X	-
Room Size	X	X	X
Room Size Reference	X	X	X
Room Size Reference Status	X	X	X
Room Size Status	X	X	X
Service Information	X	-	-
Temperature Level	X	-	-

Each TYPE has to support every parameter that is marked in its column!

Master-slave function:
A device using this EEP may be able to work as a master or a slave fan. Master fans control slave fans. Slave fans are controlled by master fans. These roles are defined during the teach-in process. A slave fan will always be taught-in to a master. A master fan will accept teach-in requests from slave fans. A fan that is taught-in to another device will from now on work as a slave. A fan that accepted the teach-in of another device will go on working as a master. Combining master fans is not possible. Not every device is able to work as a master and a slave. Certain fans might only be able to be used as slaves.


0x00 released Submitter: Maico Elektroapparate-Fabrik GmbH * Devices with discrete fan speed levels instead of a continuous fan speed range should divide the full range linearly and match values beside those discrete levels to the next lower fan speed level. 4 1 Operating Mode OM Sets the operating mode 0 4 0 Disabled 1 Standard compliant 2...14 Reserved 15 No change Temperature Level TL Status of the temperature supervision 5 2 0 Too low 1 Normal 2 Too high 3 No change Message Type MT Defines the message type 7 1 0 Fan control Humidity Control HC Activates the humidity control 8 2 0 Disabled 1 Enabled 2 Default 3 No change Room Size Reference RSR Defines if the provided room size has to be considered 10 2 0 Used 1 Not used 2 Default 3 No change Room Size RS Defines the room size 12 4 0 < 25 m² 1 25...50 m² 2 50...75 m² 3 75...100 m² 4 100...125 m² 5 125...150 m² 6 150...175 m² 7 175...200 m² 8 200...225 m² 9 225...250 m² 10 250...275 m² 11 275...300 m² 12 300...325 m² 13 325...350 m² 14 > 350 m² 15 No change Humidity Threshold HT Sets the humidity threshold 16 8 0 100 0...100% 101 252 Reserved 253 Auto 254 Default 255 No change Fan Speed * FS Sets the fan speed 24 8 0 100 0...100% 101 252 Reserved 253 Auto 254 Default 255 No change Operating Mode Status OMS Provides the recent operating mode 0 4 0 Disabled 1 Standard compliant 2 14 Reserved 15 Not supported Service Information SI Service information 4 3 0 Nothing to report 1 Air filter error 2 Hardware error 3 6 Reserved 7 Not supported Message Type MT Defines the message type 7 1 1 Fan status Humidity Control Status HCS States if the humidity control is active 8 2 0 Disabled 1 Enabled 2 Reserved 3 Not supported Room Size Reference RSR States if the provided room size has to be considered 10 2 0 Used 1 Not used 2 Reserved 3 Not supported Room Size Status RSS Room size status 12 4 0 < 25 m² 1 25...50 m² 2 50...75 m² 3 75...100 m² 4 100...125 m² 5 125...150 m² 6 150...175 m² 7 175...200 m² 8 200...225 m² 9 225...250 m² 10 250...275 m² 11 275...300 m² 12 300...325 m² 13 325...350 m² 14 > 350 m² 15 Not supported Humidity HUM Humidity measurement 16 8 0 100 0...100% 101 254 Reserved 255 Not supported Fan Speed Status FSS Fan speed 24 8 0 100 0...100% 101 254 Reserved 255 Not supported 0x01 released Submitter: Maico Elektroapparate-Fabrik GmbH

* Devices with discrete fan speed levels instead of a continuous fan speed range should divide the full range linearly and match values beside those discrete levels to the next lower fan speed level. 0 7 8 2 16 8 Message Type MT Defines the message type 7 1 0 Fan control Room Size Reference RSR Defines if the provided room size has to be considered 10 2 0 Used 1 Not used 2 Default 3 No change Room Size RS Defines the room size 12 4 0 < 25 m² 1 25...50 m² 2 50...75 m² 3 75...100 m² 4 100...125 m² 5 125...150 m² 6 150...175 m² 7 175...200 m² 8 200...225 m² 9 225...250 m² 10 250...275 m² 11 275...300 m² 12 300...325 m² 13 325...350 m² 14 > 350 m² 15 No change Fan Speed * FS Sets the fan speed 24 8 0 100 0...100% 101 252 Reserved 253 Auto 254 Default 255 No change 4 3 8 2 16 8 Operating Mode Status OMS Provides the recent operating mode 0 4 0 Disabled 1 Standard compliant 2 14 Reserved 15 Not supported Message Type MT Defines the message type 7 1 1 Fan status Room Size Reference RSR States if the provided room size has to be considered 10 2 0 Used 1 Not used 2 Reserved 3 Not supported Room Size Status RSS Room size status 12 4 0 < 25 m² 1 25...50 m² 2 50...75 m² 3 75...100 m² 4 100...125 m² 5 125...150 m² 6 150...175 m² 7 175...200 m² 8 200...225 m² 9 225...250 m² 10 250...275 m² 11 275...300 m² 12 300...325 m² 13 325...350 m² 14 > 350 m² 15 Not supported Fan Speed Status FSS Fan speed 24 8 0 100 0...100% 101 254 Reserved 255 Not supported 0x02 released Submitter: Maico Elektroapparate-Fabrik GmbH * Devices with discrete fan speed levels instead of a continuous fan speed range should divide the full range linearly and match values beside those discrete levels to the next lower fan speed level. 0 7 8 2 16 8 Message Type MT Defines the message type 7 1 0 Fan control Room Size Reference RSR Defines if the provided room size has to be considered 10 2 0 Used 1 Not used 2 Default 3 No change Room Size RS Defines the room size 12 4 0 < 25 m² 1 25...50 m² 2 50...75 m² 3 75...100 m² 4 100...125 m² 5 125...150 m² 6 150...175 m² 7 175...200 m² 8 200...225 m² 9 225...250 m² 10 250...275 m² 11 275...300 m² 12 300...325 m² 13 325...350 m² 14 > 350 m² 15 No change Fan Speed * FS Sets the fan speed 24 8 0 100 0...100% 101 252 Reserved 253 Auto 254 Default 255 No change 0 7 16 8 Message Type MT Defines the message type 7 1 1 Fan status Humidity Control Status HCS States if the humidity control is active 8 2 0 Disabled 1 Enabled 2 Reserved 3 Not supported Room Size Reference RSR States if the provided room size has to be considered 10 2 0 Used 1 Not used 2 Reserved 3 Not supported Room Size Status RSS Room size status 12 4 0 < 25 m² 1 25...50 m² 2 50...75 m² 3 75...100 m² 4 100...125 m² 5 125...150 m² 6 150...175 m² 7 175...200 m² 8 200...225 m² 9 225...250 m² 10 250...275 m² 11 275...300 m² 12 300...325 m² 13 325...350 m² 14 > 350 m² 15 Not supported Fan Speed Status FSS Fan speed 24 8 0 100 0...100% 101 254 Reserved 255 Not supported 0x30 Floor heating controls and automated meter reading gateway may appear combined in one device, but the metering functionality can also be absent.

The floor heating control unit controls a number of valves for separate heating circuits (e.g. for separate heating of single rooms). It measures the common hot water supply temperature as well as the return water temperatures of each single circuit.

The automated meter reading gateway is a device that connects to various counters such as heating, water, gas or electrical energy meters. The meters may be connected to the gateway by one or several of these interface types: M-Bus, D0, S0 (see appendix). The gateway reports the continuous energy or flow volume meter reading of each of the connected metering devices. Typically the measured variables consist of a momentary value and an accumulated value. The transmission of separated consumption import and export values is supported, too.

Data exchange

Direction: bidirectional
Addressing: ADT inbound, broadcast outbound
Communication trigger: event- & time-triggered
Communication interval: minimum 1-1000 s, maximum 1000 s
Trigger event: heartbeat 1000 s, value change in “Position”, “Return Temperature”, “Status/Error”, “Supply Temperature”, “Meter Reading” while respecting the minimum reporting interval
Tx delay: 500 ms (maximum response time, first telegram)
Rx timeout: 0 ms (minimum time between two received messages)
Teach-in method: Universal teach-in (outbound)
Encryption required : no
Security level format : 0

EEP Family Table

Type	0x00	0x01	0x02	0x03	0x04	0x05	0x06
Number of heating channels/valves	4	8	8	8	8	6	12
Channel return temperature	X	X	X	X	X	-	-
Global return temperature	X	X	X	X	X	-	-
Global supply temperature	X	X	X	X	X	-	-
Number of supported MBUS meters	0	0	8	10	10	0	0
Number of supported S0 meters	0	0	0	0	1	0	0
Number of supported D0 meters	0	0	0	0	0	0	0

Description of the meter interfaces

S0-Interface:
The S0-Interface is a two-wire connection designed for the transmission of monotonously rising measurement data. The standard is defined in EN 62053-31. The meter device transmits a fixed number of pulses per physical meter unit. The number of pulses per unit is defined by the meter manufacturer and depends on the necessary precision of the meter system. The pulses are output as currency variations, where a value lower than 3 mA corresponds to a logical 0. The sender output is mostly realized by a transistor or an opto-coupler, which needs to be supplied by a voltage of 27-30 V. Polarity must be respected.

D0-Interface:
The D0-interface is an optical metering interface defined in EN62056-61. It allows the unidirectional readout of metering data at a rate of 9600 Baud, using telegrams with start bit, 7 data bits, parity and a stop bit. One of the protocols SML (Smart Message Language) or DLMS (Device Language Message Specification, EN62056‐21) can be used for coding the data. A D0-Meter can deliver consumption data as well as various system data. The source and type of a data point is indicated by the standardized OBIS-codes.

MBUS-Interface:
The M-Bus (Meter-Bus) is a bidirectional field bus for the communication with consumption meters. It is described in standard EN13757. Typically there can be connected up to 250 devices in one M-Bus network. There is a common master in the network, who periodically collects the meter data from its slaves. The network may be implemented either as two-wire cable network allowing remote powering of the slaves or as wireless network. The protocol operates at 300 to 9600 Baud and codes the data bytes with start bit, 8 data bits, parity and a stop bit. The data records sent by a metering slave deliver in their header field the coding information of the following data field (value size, measurement medium, unit, multiplier). The master can address a single slave by its primary address (1…250), which must be assigned during network configuration, or by its secondary address, which is a unique device identification number assigned by the device manufacturer.

Application example for floor heating controls
graphics/FloorHeating_MSR.png

References:
M-Bus documentation: www.m-bus.com
SML specification: www.vde.com/de/fnn/arbeitsgebiete/messwesen/Sym2/Seiten/default.aspx
DLMS User Association: www.dlms.com

0x00 released Submitter: MSR-Solutions This message is sent to a floor heating actuator. It controls the valve position of one channel or of all channels of the floor heating controls.

Sender: controller; send type: broadcast or addressed; expected response: CMD 0x3
Valve control period / PWM signal interval PERIOD Total on-off time for two-position valve controller
(T valve open + T valve closed) 0 4 0 Local default / no change 1 1 s 2 2 s 3 5 s 4 10 s 5 20 s 6 50 s 7 100 s 8 200 s 9 500 s 10 1000 s 11 15 Reserved Command ID CMD Command identifier 4 4 0x01 ID 01 8 2 Valve type VTYP Type of connected valve 10 1 0 Valve normally closed (N.C.) 1 Valve normally open (N.O.) Heating channel HCH The heating channel that should be set 11 5 0 15 A valid channel number 16 30 Reserved 31 All valid channels Run init sequence RIN Measure and store the valve zero point 16 1 0 No action 1 Run init sequence Valve position set point POS Valve set point 0…100% (0=closed, 100=open) 17 7 0 100 0 100 % This message is sent to a floor heating actuator. It requests the status of one channel or the status of the global control unit of an actuator.

Sender: controller; send type: broadcast or addressed; expected response: CMD 0x3
0 4 Command ID CMD Command identifier 4 4 0x02 ID 02 8 3 Heating channel HCH The heating channel that should be reported 11 5 0 15 A valid channel number 16 28 Reserved 29 All valid channels 30 All valid channels and global device status 31 Global device status only This message is sent by a floor heating controls if one of the following events occurs:
- Message 'status query' has been received (CMD 0x2).
- Status of one channel or temperature has changed.

Sender: actuator; send type: broadcast; maximum send delay 1 s.

If the response is for single channel data (CH = 0…15):
0 4 Command ID CMD Command identifier 4 4 0x03 ID 03 Status / Error STATUS Status / Error indication of given channel 8 3 0 No fault 1 General error 2 Init sequence running 3 Channel not available 4 Temperature sensor error 5 Valve error 6 Temperature sensor and valve error 7 Reserved Heating channel HCH The heating channel that is reported 11 5 0 15 A valid channel number 16 31 Reserved 16 1 Valve position POS Actual valve position 0…100% (0=closed, 100=open) 17 7 0 100 0 100 % Return temperature TEMPRET The current return temperature of the channel 24 8 0 180 0 90 °C If the response is for global floor heating controls unit data (CH = 31):
0 4 Command ID CMD Command identifier 4 4 0x03 ID 03 Status / Error STATUS Global unit status 8 3 0 No fault 1 General error 2 Supply temperature error 3 Return temperature error 4 Error on both sensors 5 7 Reserved Heating channel HCH The heating channel that is reported (=global unit) 11 5 31 Unit status only Supply temperature TSUP The current supply temperature of the unit 16 8 0 180 0 90 °C Return temperature TRET The current common return temperature 24 8 0 180 0 90 °C This message is sent to a metering device gateway to configure the meter settings for one channel.

Sender: controller; send type: broadcast or addressed.
Report measurement RM Minimum auto reporting interval 0 4 0 No auto reporting 1 Min. 1 s interval 2 Min. 3 s interval 3 Min. 10 s interval 4 Min. 30 s interval 5 Min. 100 s interval 6 Min. 300 s interval 7 Min. 1000 s interval 8 15 Reserved Command ID CMD Command identifier 4 4 0x06 ID 06 8 1 Meter bus type BUS The meter bus that should be configured 9 2 0 Reserved 1 MBUS 2 S0 3 D0 Meter channel index MCH The meter bus that should be configured 11 5 0 30 0 30 1 16 2 Meter 1 units UNIT1 Physical units of first measured quantity
(imported value) 18 3 0 No reading (unconfigured) 1 Current value W, accumulated value kWh 2 Current value W, accumulated value Wh 3 Accumulated value kWh only 4 Current value m3/h, accumulated value m3 5 Current value dm3/h, accumulated value dm3 6 Accumulated value m3 only 7 Digital counter Meter 2 units UNIT2 Physical units of second measured quantity
(exported value) 21 3 0 No reading (unconfigured) 1 Current value W, accumulated value kWh 2 Current value W, accumulated value Wh 3 Accumulated value kWh only 4 Current value m3/h, accumulated value m3 5 Current value dm3/h, accumulated value dm3 6 Accumulated value m3 only 7 Digital counter Primary Address ADDR The primary MBUS address of the meter 24 8 1 250 1 250 1 32 40 0 NDF Report measurement RM Minimum auto reporting interval 0 4 0 No auto reporting 1 Min. 1 s interval 2 Min. 3 s interval 3 Min. 10 s interval 4 Min. 30 s interval 5 Min. 100 s interval 6 Min. 300 s interval 7 Min. 1000 s interval 8 15 Reserved Command ID CMD Command identifier 4 4 0x06 ID 06 8 1 Meter bus type BUS The meter bus that should be configured 9 2 0 Reserved 1 MBUS 2 S0 3 D0 Meter channel index MCH The meter number of given bus that should be configured 11 5 0 30 0 30 1 16 2 Meter 1 units UNIT1 Physical units of first measured quantity
(imported value) 18 3 0 No reading (unconfigured) 1 Current value W, accumulated value kWh 2 Current value W, accumulated value Wh 3 Accumulated value kWh only 4 Current value m3/h, accumulated value m3 5 Current value dm3/h, accumulated value dm3 6 Accumulated value m3 only 7 Digital counter Meter 2 units UNIT2 Physical units of second measured quantity
(exported value) 21 3 0 No reading (unconfigured) 1 Current value W, accumulated value kWh 2 Current value W, accumulated value Wh 3 Accumulated value kWh only 4 Current value m3/h, accumulated value m3 5 Current value dm3/h, accumulated value dm3 6 Accumulated value m3 only 7 Digital counter Factor of number of pulses FACP The factor for the number of pulses
per value in UNIT1 24 2 0 1 1 0.1 2 0.01 3 0.001 Number of pulses NOP The number of pulses per value in UNIT1* FACP 26 14 0 Do not change the current setting of NOP 1 16383 Number of pulses per unit
(EEP 2.6.5: 1 … 16383 1 … 65535) Preset value RST Preset the accumulated value to this value 40 32 0 4294967294 New preset value 0xFFFFFFFF Do not change the current value Report measurement RM Minimum auto reporting interval 0 4 0 No auto reporting 1 Min. 1 s interval 2 Min. 3 s interval 3 Min. 10 s interval 4 Min. 30 s interval 5 Min. 100 s interval 6 Min. 300 s interval 7 Min. 1000 s interval 8 15 Reserved Command ID CMD Command identifier 4 4 0x06 ID 06 8 1 Meter bus type BUS The meter bus that should be configured 9 2 0 Reserved 1 MBUS 2 S0 3 D0 Meter channel index MCH The meter number of given bus that should be configured 11 5 0 30 0 30 1 16 2 Meter 1 units UNIT1 Physical units of first measured quantity
(imported value) 18 3 0 No reading (unconfigured) 1 Current value W, accumulated value kWh 2 Current value W, accumulated value Wh 3 Accumulated value kWh only 4 Current value m3/h, accumulated value m3 5 Current value dm3/h, accumulated value dm3 6 Accumulated value m3 only 7 Digital counter Meter 2 units UNIT2 Physical units of second measured quantity
(exported value) 21 3 0 No reading (unconfigured) 1 Current value W, accumulated value kWh 2 Current value W, accumulated value Wh 3 Accumulated value kWh only 4 Current value m3/h, accumulated value m3 5 Current value dm3/h, accumulated value dm3 6 Accumulated value m3 only 7 Digital counter D0 Protocol PROT The D0 protocol that should be used for that meter 24 8 0 Auto detect 1 SML (Smart Message Language) 2 DLMS (Device Language Message Specification) 3 255 Reserved 32 40 This message is sent to a metering device gateway to query the status of a meter.
Sender: controller; send type: broadcast or addressed; expected response: CMD 0x8.
0 4 Command ID CMD Command identifier 4 4 0x07 ID 07 8 1 Meter bus type BUS The meter bus type that is queried 9 2 0 Reserved 1 MBUS 2 S0 3 D0 Meter channel index MCH The meter channel of given bus that status is queried 11 5 0 30 Meter channel 31 All valid channels This message is sent by a metering device gateway to report the meter values for each configured channel. It is sent if one of the following events occurs:
- Message 'meter status query' has been received (CMD 0x7)
- Status or meter reading of one channel has changed and auto reporting was configured by signal RM.

Sender: sensor; send type: broadcast; maximum send delay 1 s.
0 1 Meter status / error MSTAT Meter channel status 1 3 0 No fault 1 General error 2 Bus unconfigured 3 Bus unconnected 4 Bus shortcut 5 Communication timeout 6 Unknown protocol or
configuration mismatch 7 Bus initialization running Command ID CMD Command identifier 4 4 0x08 ID 08 8 1 Meter bus type BUS The used bus of the meter status response 9 2 0 Reserved 1 MBUS 2 S0 3 D0 Meter channel index MCH The meter number of given bus that status is reported 11 5 0 30 0 30 1 16 3 Value selection VSEL The selection of the reported value 19 2 0 Meter 1 Current value 1 Meter 1 Accumulated value 2 Meter 2 Current value 3 Meter 2 Accumulated value Value unit VUNIT The unit of the reported value 21 3 0 W 1 Wh 2 kWh 3 m3/h 4 dm3/h 5 m3 6 dm3 7 1 (digital counter) Meter reading value VAL The reported value 24 32 0 4294967295 0 4294967295 According to VUNIT 0x01 released D2 30 00 0x02 released D2 30 00 0x03 released D2 30 00 0x04 released D2 30 00 0x05 released D2 30 00 0x06 released D2 30 00 0x31 The automated meter reading gateway is a device that connects to various counters such as heating, water, gas or electrical energy meters. The meters may be connected to the gateway by one or several of these interface types: M-Bus, D0, S0 (see appendix). The gateway reports the continuous energy or flow volume meter reading of each of the connected metering devices. Typically the measured variables consist of a momentary value and an accumulated value. The transmission of separated consumption import and export values is supported, too.

Data exchange

Direction: bidirectional
Addressing: ADT inbound, broadcast outbound
Communication trigger: event- & time-triggered
Communication interval: minimum 1-1000 s (configuration item), maximum 1000 s
Trigger event: heartbeat 1000 s, value change in “Status/Error”, “Meter Reading” while respecting the minimum reporting interval
Tx delay: 500 ms (maximum response time, first telegram)
Rx timeout: 0 ms (minimum time between two received messages)
Teach-in method: Universal teach-in (outbound)
Encryption required : no
Security level format : 0

Telegram Definition
The telegram definition is inherited from profile D2-30-xx and thus identical to the definition there.

EEP Family Table

Supported function	Type 0x00	Type 0x01
Number of supported MBUS meters	10	16
Number of supported S0 meters	2	0
Number of supported D0 meters	2	0

Description of the meter interfaces

S0-Interface:
The S0-Interface is a two-wire connection designed for the transmission of monotonously rising measurement data. The standard is defined in EN 62053-31. The meter device transmits a fixed number of pulses per physical meter unit. The number of pulses per unit is defined by the meter manufacturer and depends on the necessary precision of the meter system. The pulses are output as currency variations, where a value lower than 3 mA corresponds to a logical 0. The sender output is mostly realized by a transistor or an opto-coupler, which needs to be supplied by a voltage of 27-30 V. Polarity must be respected.

D0-Interface:
The D0-interface is an optical metering interface defined in EN62056-61. It allows the unidirectional readout of metering data at a rate of 9600 Baud, using telegrams with start bit, 7 data bits, parity and a stop bit. One of the protocols SML (Smart Message Language) or DLMS (Device Language Message Specification, EN62056‐21) can be used for coding the data. A D0-Meter can deliver consumption data as well as various system data. The source and type of a data point is indicated by the standardized OBIS-codes.

MBUS-Interface:
The M-Bus (Meter-Bus) is a bidirectional field bus for the communication with consumption meters. It is described in standard EN13757. Typically there can be connected up to 250 devices in one M-Bus network. There is a common master in the network, who periodically collects the meter data from its slaves. The network may be implemented either as two-wire cable network allowing remote powering of the slaves or as wireless network. The protocol operates at 300 to 9600 Baud and codes the data bytes with start bit, 8 data bits, parity and a stop bit. The data records sent by a metering slave deliver in their header field the coding information of the following data field (value size, measurement medium, unit, multiplier). The master can address a single slave by its primary address (1…250), which must be assigned during network configuration, or by its secondary address, which is a unique device identification number assigned by the device manufacturer.

References:
M-Bus documentation: www.m-bus.com
SML specification: www.vde.com/de/fnn/arbeitsgebiete/messwesen/Sym2/Seiten/default.aspx
DLMS User Association: www.dlms.com

0x00 released Submitter: MSR-Solutions This message is sent to a metering device gateway to configure the meter settings for one channel.

Sender: controller; send type: broadcast or addressed.
Report measurement RM Minimum auto reporting interval 0 4 0 No auto reporting 1 Min. 1 s interval 2 Min. 3 s interval 3 Min. 10 s interval 4 Min. 30 s interval 5 Min. 100 s interval 6 Min. 300 s interval 7 Min. 1000 s interval 8 15 Reserved Command ID CMD Command identifier 4 4 0x06 ID 06 8 1 Meter bus type BUS The meter bus that should be configured 9 2 0 Reserved 1 MBUS 2 S0 3 D0 Meter channel index MCH The meter number of given bus that should be configured 11 5 0 30 0 30 1 16 2 Meter 1 units UNIT1 Physical units of first measured quantity
(imported value) 18 3 0 No reading (unconfigured) 1 Current value W, accumulated value kWh 2 Current value W, accumulated value Wh 3 Accumulated value kWh only 4 Current value m3/h, accumulated value m3 5 Current value dm3/h, accumulated value dm3 6 Accumulated value m3 only 7 Digital counter Meter 2 units UNIT2 Physical units of second measured quantity
(exported value) 21 3 0 No reading (unconfigured) 1 Current value W, accumulated value kWh 2 Current value W, accumulated value Wh 3 Accumulated value kWh only 4 Current value m3/h, accumulated value m3 5 Current value dm3/h, accumulated value dm3 6 Accumulated value m3 only 7 Digital counter Primary Address ADDR The primary MBUS address of the meter 24 8 1 250 1 250 1 32 40 Report measurement RM Minimum auto reporting interval 0 4 0 No auto reporting 1 Min. 1 s interval 2 Min. 3 s interval 3 Min. 10 s interval 4 Min. 30 s interval 5 Min. 100 s interval 6 Min. 300 s interval 7 Min. 1000 s interval 8 15 Reserved Command ID CMD Command identifier 4 4 0x06 ID 06 8 1 Meter bus type BUS The meter bus that should be configured 9 2 0 Reserved 1 MBUS 2 S0 3 D0 Meter channel index MCH The meter number of given bus that should be configured 11 5 0 30 0 30 1 16 2 Meter 1 units UNIT1 Physical units of first measured quantity
(imported value) 18 3 0 No reading (unconfigured) 1 Current value W, accumulated value kWh 2 Current value W, accumulated value Wh 3 Accumulated value kWh only 4 Current value m3/h, accumulated value m3 5 Current value dm3/h, accumulated value dm3 6 Accumulated value m3 only 7 Digital counter Meter 2 units UNIT2 Physical units of second measured quantity
(exported value) 21 3 0 No reading (unconfigured) 1 Current value W, accumulated value kWh 2 Current value W, accumulated value Wh 3 Accumulated value kWh only 4 Current value m3/h, accumulated value m3 5 Current value dm3/h, accumulated value dm3 6 Accumulated value m3 only 7 Digital counter Factor of number of pulses FACP The factor for the number of pulses
per value in UNIT1 24 2 0 1 1 0.1 2 0.01 3 0.001 Number of pulses NOP The number of pulses per value in UNIT1* FACP 26 14 0 Do not change the current setting of NOP 1 16383 Number of pulses per unit
(EEP 2.6.5: 1 … 16383 1 … 65535) Preset value RST Preset the accumulated value to this value 40 32 0 4294967294 New preset value 0xFFFFFFFF Do not change the current value Report measurement RM Minimum auto reporting interval 0 4 0 No auto reporting 1 Min. 1 s interval 2 Min. 3 s interval 3 Min. 10 s interval 4 Min. 30 s interval 5 Min. 100 s interval 6 Min. 300 s interval 7 Min. 1000 s interval 8 15 Reserved Command ID CMD Command identifier 4 4 0x06 ID 06 8 1 Meter bus type BUS The meter bus that should be configured 9 2 0 Reserved 1 MBUS 2 S0 3 D0 Meter channel index MCH The meter number of given bus that should be configured 11 5 0 30 0 30 1 16 2 Meter 1 units UNIT1 Physical units of first measured quantity
(imported value) 18 3 0 No reading (unconfigured) 1 Current value W, accumulated value kWh 2 Current value W, accumulated value Wh 3 Accumulated value kWh only 4 Current value m3/h, accumulated value m3 5 Current value dm3/h, accumulated value dm3 6 Accumulated value m3 only 7 Digital counter Meter 2 units UNIT2 Physical units of second measured quantity
(exported value) 21 3 0 No reading (unconfigured) 1 Current value W, accumulated value kWh 2 Current value W, accumulated value Wh 3 Accumulated value kWh only 4 Current value m3/h, accumulated value m3 5 Current value dm3/h, accumulated value dm3 6 Accumulated value m3 only 7 Digital counter D0 Protocol PROT The D0 protocol that should be used for that meter 24 8 0 Auto detect 1 SML (Smart Message Language) 2 DLMS (Device Language Message Specification) 3 255 Reserved 32 40 This message is sent to a metering device gateway to query the status of a meter.
Sender: controller; send type: broadcast or addressed; expected response: CMD 0x8.
0 4 Command ID CMD Command identifier 4 4 0x07 ID 07 8 1 Meter bus type BUS The meter bus type that is queried 9 2 0 Reserved 1 MBUS 2 S0 3 D0 Meter channel index MCH The meter channel of given bus that status is queried 11 5 0 30 Meter channel 31 All valid channels This message is sent by a metering device gateway to report the meter values for each configured channel. It is sent if one of the following events occurs:
- Message 'meter status query' has been received (CMD 0x7)
- Status or meter reading of one channel has changed and auto reporting was configured by signal RM.

Sender: sensor; send type: broadcast; maximum send delay 1 s.
0 1 Meter status / error MSTAT Meter channel status 1 3 0 No fault 1 General error 2 Bus unconfigured 3 Bus unconnected 4 Bus shortcut 5 Communication timeout 6 Unknown protocol or
configuration mismatch 7 Bus initialization running Command ID CMD Command identifier 4 4 0x08 ID 08 8 1 Meter bus type BUS The used bus of the meter status response 9 2 0 Reserved 1 MBUS 2 S0 3 D0 Meter channel index MCH The meter number of given bus that status is reported 11 5 0 30 0 30 1 16 3 Value selection VSEL The selection of the reported value 19 2 0 Meter 1 Current value 1 Meter 1 Accumulated value 2 Meter 2 Current value 3 Meter 2 Accumulated value Value unit VUNIT The unit of the reported value 21 3 0 W 1 Wh 2 kWh 3 m3/h 4 dm3/h 5 m3 6 dm3 7 1 (digital counter) Meter reading value VAL The reported value 24 32 0 4294967295 0 4294967295 According to VUNIT 0x01 released D2 31 00 0x32 Description
A family of EEP’s based on a central unit where up to three a.c. Current Clamps can be connected. Each one capable of energy harvesting sufficiently to enable readings of current values to be taken in amps and transmitted every 30 seconds.

Data exchange
Direction: unidirectional
Addressing: broadcast
Communication trigger: time-triggered
Communication interval: 30 seconds
Trigger event: Threshold Voltage for Power Fail transmission bit
Tx delay: -
Rx timeout: -

Teach-in
Teach-in method: Universal teach-in (UTE)

Security
Encryption supported: no
Security level format: -

EEP Family Table:

Supported function	Type 00	Type 01	Type 02
Channel 1	X	X	X
Channel 2	-	X	X
Channel 3	-	-	X

Each TYPE has to support every parameter that is marked in its column!


The list of parameters could be structured following the features that always include a certain group of parameters.


0x00 released Submitter: Pressac Communications Ltd

graphics/D2-32-00.png
Notes
1) If Power Fail bit is set, all channel readings will be set to zero when this final telegram is sent.
2) Scale/divisor is set to 0 or 1 for all channels only, not individually. 2 6 20 4 Power Fail PF See Note 1 0 1 0 False 1 True Divisor DIV Divisor for all channels 1 1 0 x/1 1 x/10 Channel 1 CH1 Current value 8 12 0 0xFFF 0 4095 (409,5) A 0x01 released Submitter: Pressac Communications Ltd

graphics/D2-32-01.png
Notes
1) If Power Fail bit is set, all channel readings will be set to zero when this final telegram is sent.
2) Scale/divisor is set to 0 or 1 for all channels only, not individually. 2 6 Power Fail PF See Note 1 0 1 0 False 1 True Divisor DIV Divisor for all channels 1 1 0 x/1 1 x/10 Channel 1 CH1 Current value 8 12 0 0xFFF 0 4095 (409,5) A Channel 2 CH2 Current value 20 12 0 0xFFF 0 4095 (409,5) A 0x02 released Submitter: Pressac Communications Ltd

graphics/D2-32-02.png
Notes
1) If Power Fail bit is set, all channel readings will be set to zero when this final telegram is sent.
2) Scale/divisor is set to 0 or 1 for all channels only, not individually. 2 6 44 4 Power Fail PF See Note 1 0 1 0 False 1 True Divisor DIV Divisor for all channels 1 1 0 x/1 1 x/10 Channel 1 CH1 Current value 8 12 0 0xFFF 0 4095 (409,5) A Channel 2 CH2 Current value 20 12 0 0xFFF 0 4095 (409,5) A Channel 3 CH3 Current value 32 12 0 0xFFF 0 4095 (409,5) A 0x33 Submitter: WATTS Electronics

Description
This profile is used for all ADEO electric heaters (replacing pilot wire control) in scope of global comfort management in the home through a central processing unit. This includes temperature setpoint control based on a series of embedded sensors on the heater. Temperature management can also be tuned by an external temperature sensor input.

Data exchange
Direction: bidirectional
Addressing: addressed
Communication trigger: time-triggered (10 min +/- 3 min) and event based
Communication interval: 10 min +/- 5 min
Trigger event: defined in section 2. Typical emitter/receiver rules
Tx delay: 200 ms
Rx timeout: 1 s

Teach-in
UTE Bidirectional Teach-In / Teach-Out is used.
The device is set in pairing mode via manual on-screen set-up, then the gateway send unicast pairing message to the device with known unique ID of the heater.

Security
Encryption supported: yes
Security level format: RLC, CMAC, VAES


VLD Family Table:

Supported function	Type 00
Program (command: MID = 2)	X
Time and date (command: MID = 3)	X
Pilot wire flag	X
Window open detection	X
PIR detection	X
Reference temperature	X
Derogation	X
COV Sensor	-
CO sensor	-
CO2 sensor	-
Particles 1 sensor	-
Particles 2.5 sensor	-
Particles 10 sensor	-
Radio activity sensor	-
Sound sensor	-
Hydrometry sensor	-
Air moving sensor	-
Pressure sensor	-
Temperature scale status	X
Time notation status	X
Display content status	X

This shows the different commands and data fields which can be supported by different profiles of this VLD family. If a field is not supported, it’s value shall always be transmitted as 0.


Rules for the communications

1) ACKNOWLEDGE mechanism

The gateway can request information from the heater via the “Request” message (MID = 0) but it can also send pure information to the heater based on gateway/user events without any request for status (MID = 0 to 3). Conversely, the heater can request information from the gateway via the “request and status” message (MID = 8) but also send pure information based on heater/user events (MID = 8 to 12).

The below table describes the expected ACKNOWLEDGE frames for each type of initiated message:
graphics/D2-33-00_TABLE.png

2) Typical emitter/receiver rules
graphics/D2-33-00_TABLE2.png
Device send Heater message when:

• Heater has to respond to gateway
• Heater is entering Derogation Mode (manual entry on the device’s screen)
• All 30 min +/- 10% (random value)
• Key lock user (KLU) function is activated on the device
• Any sensor is triggered:
  - Windows detection triggered
  - PIR sensor triggered
  - CO2 limit reached => 1000ppm
  - CO limit reached
  ……… => 9 ppm (CO Max prolonged exposure – ASHRAE std)
  ……… =>< 1.0 ppm = Good, or "Green"
  ……… 1.0 to 10 ppm = Marginal, or "Yellow
  ……… 10 ppm and higher = Poor, or "Red"
  - Particles Limit reached:
  ……… P1V => 10μg/m3
  ……… P2V => 25μg/m3 (EU regulation)
  ……… P10V => 40μg/m3 (EU regulation)
  - Radioactivity Limit reached => 16 mSv
  - Hygrometry Limit reached => >75%
  - Temperature Variation: significant changes thresholds for slope detection with 10% random:
  ……… 0,5°C/3min +- 10%
  ……… 0,4°C/5min +- 10%
  ……… 0,3°C/8min +- 10%
  ……… 0,2°C/15min +- 10%
  ……… 0,1°C/30min +- 10%
  - Sound level Limit reached => 20 dB
  - Pressure level Limit reached =
  ……… >< 980hPa = cyclonic weather
  ……… 1030hPa = anticyclonic weather
  - Air moving Limit reached =>
  ……… > 0,15 m/s @ 19°C
  ……… > 0,16 m/s @ 20°C
  ……… > 0,17 m/s @ 21°C
  ……… > 0,18 m/s @ 22°C
  ……… > 0,21 m/s @ 24°C
  ……… > 0,25 m/s @ 26°C
  
• Error flag triggered
• Pilot wire change

Gateway sends message when:

• It’s needed regarding applications and functionalities. (e.g. gateway start-up)
• When Gateway receives Heater message from a device.
• In case of Program request, Gateway has to send all programs to heaters.

0x00 released Submitter: WATTS Electronics


1) Gateway messages
There are four different messages which can be used to transmit data to heaters:

1a) Gateway request message type
Used to send external temperatures to heaters and ask for special requests.
graphics/D2-33-00_MID00.png 0 4 0 17 7 Message Identifier MID Defines the type of message 0 4 0 Gateway request message type Request Frame REQ Request information to the heater 4 4 0 7 Reserved 8 Question: status and flags 9 Question: parameters heaters 10 Question: sensor CO/HYGRO/Sound 11 Question: sensor particle/radioactivity 12 Question: sensor air flow, hygrometry, pressure and temperature 13 Information to heater 14 Reserved 15 Acknowledge frame External Temperature EXT Recent external temperature:
Temp(°C) = value / 10 8 9 1 500 0.1 50.0 °C

1b) Sensor parameters
This command is transmitted by the gateway controller to enable/disable a sensor. If a sensor is disabled, no measurement will be taken and the corresponding data field will be set to 0 to indicate that the sensor is disabled.
For any fields that are not supported, as indicated in the VLD family table above, 0 shall be transmitted in the corresponding field of the sensor parameters message. Only the supported fields are valid for each EEP and the rest should be ignored on the heater side.
graphics/D2-33-00_MID01.png 0 4 1 26 6 Message Identifier MID Defines the type of message 0 4 1 Sensor parameters Window Open Detection Status WOS Indicates if the open window detection is active 4 1 0 Disabled 1 Enabled PIR Detection Status PIS Indicates if the PIR function is active 5 1 0 Disabled 1 Enabled Reference Temperature Status RTS Indicates which temperature has to be used 6 1 0 Disabled 1 Enabled COV Sensor CVS Indicate if COV sensor is active 7 1 0 Disabled 1 Enabled CO Sensor COS Indicate if CO sensor is active 8 1 0 Disabled 1 Enabled CO2 Sensor C2S Indicate if CO2 sensor is active 9 1 0 Disabled 1 Enabled Particles 1 Sensor P1S Indicate if particles 1 sensor is active 10 1 0 Disabled 1 Enabled Particles 2.5 Sensor P2S Indicate if particles 2.5 sensor is active 11 1 0 Disabled 1 Enabled Particles 10 Sensor P10S Indicate if particles 10 sensor is active 12 1 0 Disabled 1 Enabled Radio Activity Sensor RAS Indicate if radio activity sensor is active 13 1 0 Disabled 1 Enabled Sound Sensor SOS Indicate if sound sensor is active 14 1 0 Disabled 1 Enabled Hygrometry Sensor HYS Indicate if hygrometry sensor is active 15 1 0 Disabled 1 Enabled Air Moving Sensor AMS Indicate if air moving sensor is active 16 1 0 Disabled 1 Enabled Pressure Sensor PRS Indicate if pressure sensor is active 17 1 0 Disabled 1 Enabled Temperature Scale Status TSS Defines the used temperature scale for the room control panel display and menus 18 2 0 No change 1 Default 2 °Celsius 3 °Fahrenheit Time Notation Status TNS Defines the used time notation 20 2 0 No change 1 Default 2 24 h 3 12 h Display Content Status DCS Defines the main display content 22 3 0 No change 1 Default 2 Time 3 Room temperature (internal) 4 Room temperature (external) 5 Temperature setpoint 6 Display off 7 Reserved Derogation Status DGS Indicates if the derogation is allowed 25 1 0 Derogation is not allowed 1 Derogation is allowed

1c) Program
Use to define scheduling (timeslot + setpoint temperature) for all week.

To set a continuous loop over several weeks with the same setpoint temperature (Non timed mode), the gateway must send the following configuration: (as Comfort/Reduce)
- Send in One time mode
- Monday 00:00 to Monday 00:00 (Start = Stop)
- Set point: in Celcius

If start time = stop time, the stop time isn’t taken into account and in this case the One time timeslot is a “forever” loop.

To send a full new weekly schedule, the gateway must sequentially send all timeslots with the desired setpoint temperature.

Priority: On Time information has higher priority than weekly information. In case of non-information for one time and weekly, the heater is in stop mode.

Warning: When both the CSC and TPT fields are set to 1, all scheduling programs (one time and weekly) of the heater are cleared.

graphics/D2-33-00_MID02.png 0 4 2 43 5 Message Identifier MID Defines the type of message 0 4 2 Program Scheduled Order Type TPT Type of provided schedule order 4 1 0 One time 1 Weekly End Time Day ETD The end day to apply the provided scheduled order 5 3 0 Monday 1 Tuesday 2 Wednesday 3 Thursday 4 Friday 5 Saturday 6 Sunday 7 Reserved End Time Minute ETM The end time (minute) to apply the provided scheduled order 8 6 0 59 0 59 Min End Time Hour ETH The end time (hour) to apply the provided scheduled order 14 5 0 23 0 23 Hour Start Time Day STD The start day to apply the provided scheduled order 19 3 0 Monday 1 Tuesday 2 Wednesday 3 Thursday 4 Friday 5 Saturday 6 Sunday 7 Reserved Start Time Minute STM The start time (minute) to apply the provided scheduled order 22 6 0 59 0 59 Min Start Time Hour STH The start time (hour) to apply the provided scheduled order 28 5 0 23 0 23 Hour Temperature Setpoint TSP The temperature setpoint to apply
the provided scheduled order:
Setpoint(°C) = value / 10 33 9 1 500 0.1 50.0 °C Clear Schedule CSC Allow to clear Weekly or one time 42 1 0 Set 1 Clear

1d) Time and date
Use to define Time and date for heaters.
graphics/D2-33-00_MID03.png 0 4 3 39 1 Message Identifier MID Defines the type of message 0 4 3 Time and date Day DAY Date format: YYYY/MM/DD 4 5 1 31 1 31 Day Month MON Date format: YYYY/MM/DD 9 4 1 12 1 12 Mon Year YR Date format: YYYY/MM/DD 13 12 0 4095 0 4095 Year Minute MIN Time format: hh:mm 25 6 0 59 0 59 Min Hour HR Time format: hh:mm 31 5 0 23 0 23 Hour Day Week DAYW Day of week 36 3 0 Monday 1 Tuesday 2 Wednesday 3 Thursday 4 Friday 5 Saturday 6 Sunday 7 Reserved
2) Heater message
5 different messages to communicate data to Gateway:

2a) Request and status
Ask for special data from gateway and send actual status of product.
graphics/D2-33-00_MID08.png 0 4 8 43 5 Message Identifier MID Defines the type of message 0 4 8 Request and status Request Frame REQ Ask information from heater 4 4 0 Question External Temp. 1 Question Sensor parameters 2 Question Program 3 Question Time and date 4 Information to gateway 5 7 Reserved 8 14 Reserved for gateway frame 15 Acknowledge frame Error Flag ERF Indicates the errors occurred 8 16 0 Temperature sensor is open 1 Temperature sensor is Short circuit 2 Temperature measured is greater than 50°C 3 Error between internal temp and external temp is greater than 4°C 4 Reserved 5 Reserved 6 Reserved 7 Reserved 8 Reserved 9 Reserved 10 Reserved 11 Reserved 12 Reserved 13 Reserved 14 Reserved 15 Reserved Heating Flag HTF Indicates if the heater is heating the room 24 1 0 No heating up 1 Heating up Pilot Wire Flag PWF Indicates the status of the pilot wire 25 2 0 No pilot wire 1 Pilot wire active 2 Pilot wire -1 3 Pilot wire -2 Window Open Detection Flag WOF Indicates if an open window is detected 27 2 0 Disabled 1 Close 2 Open 3 Reserved PIR Flag PIF Indicates if the PIR detected a movement 29 2 0 Disabled 1 No movement detected 2 Movement detected 3 Reserved Key Lock User Status KLU Indicates if the children protection is active or not 31 1 0 Key Lock is disabled 1 Key Lock is enabled Reference Temperature Flag RTF Indicates which temperature is used 32 1 0 Internal 1 External Derogation Flag DGF Indicates the status of the derogation 33 1 0 No derogation 1 Derogation active Internal Temperature INT Recent internal temperature:
Temp(°C) = value / 10 34 9 1 500 +0.1 +50.0 °C
2b) Heater parameters
Use by gateway to know Energy, Setpoint in derogation mode and firmware version.
graphics/D2-33-00_MID09.png 0 4 9 47 1 Message Identifier MID Defines the type of message 0 4 9 Heater parameters Energy Measurement EM Total amount of energy consumed
Energy(KWh) = value / 10 4 24 0 16777215 0 1677721 kWh Derogation Temperature Setpoint DTS The temperature setpoint set with the derogation:
Setpoint(°C) = value / 10 28 9 1 500 +0.1 +50.0 °C Firmware Version FWV Give the version of the firmware 37 10 0 1024 0 1024 -
2c) Value of CO, COV, CO2 and sound level
Use by gateway to know value of CO, COV, CO2 and sound level.
graphics/D2-33-00_MID10.png 0 4 10 43 5 Message Identifier MID Defines the type of message 0 4 10 Value of CO, COV, CO2 and sound level COV Value CVV COV value in ppb 4 16 1 65535 1 65535 ppb CO Value VOCT CO value in ppm 20 8 1 255 1 255 ppm CO2 Value C2V CO2 value in ppm 28 8 1 255 10 2550 ppm Sound Value SOV Sound value in dB 36 7 1 127 1 127 dB
2d) Value of particles and radioactivity sensors
Use by gateway to know value of particle and radioactivity.
graphics/D2-33-00_MID11.png 0 4 11 45 3 Message Identifier MID Defines the type of message 0 4 11 Value of particles and radioactivity sensors Particle 1 Value PM1 Particle 1 value in μg/m3 4 9 1 511 1 511 μg/m3 Particle 2 Value PM2 Particle 2 value in μg/m3 13 9 1 511 1 511 μg/m3 Particle 10 Value PM10 Particle 10 value in μg/m3 22 9 1 511 1 511 μg/m3 Radioactivity Value RAV Radioactivity value In μSv/h 31 14 1 16383 0.01 163.83 μSv/h
2e) Value of air flow, hygrometry, pressure and temperature
Use by gateway to know value of air flow, hygrometry, pressure and temperature.
graphics/D2-33-00_MID12.png 0 4 12 8 7 44 4 Message Identifier MID Defines the type of message 0 4 12 Value of air, hygro., pressure and temp. Air Moving AMV Air moving value in m/s 4 4 1 15 1 15 m/s Pressure Value PRV Pressure value in hPa 15 10 1 1023 500 1150 hPa Hygrometry Value HYV Hygrometry value in % 25 8 1 200 1 100 % Internal Temperature INT Recent internal temperature:
Temp(°C) = value / 10 33 11 1 500 +0.1 +50.0 °C 0x34 Submitter: AWAG Elektrotechnik AG

Description
The profile is used to monitor and control a simple heating actuator. The actuator compares the current room temperature with a target temperature (set point) and accordingly switches on and off the heating.

The set point is either taken from a room operating panel (see A5-10-xx profiles) or can be configured by a radio command. A specific set point can be set as well as a relative shift to the panel value. The override can be temporary or permanent.

Data exchange

1. Status update on heartbeat or opmode change:
Direction: unidirectional
Addressing: broadcast
Communication trigger: heartbeat or operation mode change
Communication interval: heartbeat configurable: off / 30 sec / 3 min
Trigger event: opmode change or heartbeat
Tx delay: n/a
Rx timeout: n/a

2. Status response and set point response are replies to the corresponding requests. A request for all channels results in a separate reply for each channel:
Direction: bidirectional
Addressing: unicast (ADT)
Communication trigger: request
Communication interval: n/a
Trigger event: n/a
Tx delay: 500 ms
Rx timeout: 500 ms

3. Set point configuration is a unconfirmed request (per channel). Success can be determined by a set point query:
Direction: unidirectional
Addressing: unicast (ADT)
Communication trigger: request
Communication interval: n/a
Trigger event: n/a
Tx delay: n/a
Rx timeout: n/a

Teach-in
Teach-in method: Universal teach-in (UTE)

Security
Encryption supported: no
Security level format: -


VLD Family Table:
Each TYPE has to support every command / parameter that is marked in its column!

Supported command	Type 00	Type 01	Type 02
No. of output channels	1	2	8
Status broadcast	X	X	X
Query/Reply status	X	X	X
Configure set point	X	X	X
Query/Reply set point	X	X	X

Supported parameter	Type 00	Type 01	Type 02
Current room temperature	X	X	X
Currently active set point	X	X	X
Panel set point	X	X	X
Operation mode	X	X	X
Set point configuration	X	X	X
Set point override value	X	X	X
Set point shift value	X	X	X
Set point override duration	X	X	X

The list of parameters could be structured following the features that always include a certain group of parameters.


Appendix:
Depending on the value of CFG, the set point is evaluated differently:
0: Current set point = room panel value
... SHF, OVR and DUR are ignored
1: Current set point = OVR
... SHF is ignored, fallback to room panel value after DUR
2: Current set point = room panel value + SHF
... OVR is ignored, fallback to room panel value after DUR
3: Current set point = room panel value - SHF
... OVR is ignored, fallback to room panel value after DUR

0x00 released Submitter: AWAG Elektrotechnik AG
CMD 0x3 – Actuator Status Query
graphics/D2-34-00_CMD-0x3.png 12 4 3 5 7 Channel CHN Channel address 0 5 0x00 0x1D 1 30 CHN 0x1E All channels supported by the device 0x1F Not used Command ID CMD Command identifier 12 4 3 Status query command
CMD 0x4 – Actuator Status Response
graphics/D2-34-00_CMD-0x4.png 28 4 4 27 1 Temperature TMP Current room temperature 0 9 0 400 0 +40 °C 0x1FF Unknown Set point SP Currently active set point 9 9 0 400 0 +40 °C Operation Mode OPM Current mode valid for the channel 18 4 0x0 Off (deactivated) 0x1 Temperature unknown 0x2 No heating required 0x3 Heating required 0x4 0xF Not used Channel CHN Channel address 22 5 0x00 0x1D 1 30 CHN 0x1E All channels supported by the device 0x1F Not used Command ID CMD Command identifier 28 4 4 Status response command
CMD 0x5 – Actuator Set Point Configuration
graphics/D2-34-00_CMD-0x5.png 36 4 5 29 7 Configuration CFG How set point is evaluated
(see appendix) 0 2 0 Room panel value 1 Override with OVR 2 Add SHF to panel value 3 Subtract SHF from panel value Duration DUR Duration of the override until fallback to room panel value 2 6 0 Endless 1 63 1 63 h Set point SHF Set point shift value 8 7 0 100 0 10 K Set point OVR Set point override value 15 9 0 400 0 +40 °C Channel CHN Channel address 24 5 0x00 0x1D 1 30 CHN 0x1E All channels supported by the device 0x1F Not used Command ID CMD Command identifier 36 4 5 Set point configuration command
CMD 0x6 – Actuator Set Point Query
graphics/D2-34-00_CMD-0x6.png 12 4 6 5 7 Channel CHN Channel address 0 5 0x00 0x1D 1 30 CHN 0x1E All channels supported by the device 0x1F Not used Command ID CMD Command identifier 12 4 6 Set point query command
CMD 0x7 – Actuator Set Point Response
graphics/D2-34-00_CMD-0x7.png 44 4 7 38 6 Configuration CFG How set point is evaluated
(see appendix) 0 2 0 Room panel value 1 Override with OVR 2 Add SHF to panel value 3 Subtract SHF from panel value Duration DUR Remaining override time until fallback to room panel value 2 6 0 Expired (CFG = 0) 1 63 1 63 h Set point PNL Set point provided by room panel 8 9 0 400 0 +40 °C Set point SHF Set point shift value 17 7 0 100 0 10 K Set point OVR Set point override value 24 9 0 400 0 +40 °C Channel CHN Channel address 33 5 0x00 0x1D 1 30 CHN 0x1E All channels supported by the device 0x1F Not used Command ID CMD Command identifier 44 4 7 Set point response command 0x01 released Submitter: AWAG Elektrotechnik AG
D2 34 00 0x02 released Submitter: AWAG Elektrotechnik AG
D2 34 00 0x40 Description
This family of EEP’s is used for sending handling a LED controller device. The status is send periodically, or after product specific event occurred e.g. when one of the parameters from the status message has changed. It allows other devices to monitor LED controller and react to its actions.

Data exchange
Direction: unidirectional
Addressing: broadcast
Communication trigger: event- & time-triggered
Communication interval: configurable
Trigger event: heartbeat, change of one of the parameters from the status message
Tx delay: -
Rx timeout: -

Teach-in
Teach-in method: Universal teach-in (UTE)

Security
Encryption supported: no
Security level format: -

EEP Family Table:

Supported function	Type 00	Type 01
MsgId	X	X
LED output enabled	X	X
“Demand Response” mode Active	X	X
Daylight Harvesting	X	X
Occupancy state	X	X
Status Tx reason	X	X
Current Dim Level	X	-
Current Dim Level LED R	-	X
Current Dim Level LED G	-	X
Current Dim Level LED B	-	X

Each TYPE has to support every parameter that is marked in its column!


“LED output enabled” parameter is correlated with dimming level – it is set to ENABLE if dimming level is above 0%. 0% dimming level means that the light is completely OFF.

LED controller has a “Demand Response” feature. When DR mode is triggered by external device, “Demand Response” mode Active will be set to TRUE.

Daylight Harvesting feature of the LED controller is also triggered by the external sensor.

Occupancy state is change by occupancy sensor taught in to the LED controller.

DR, Daylight Harvesting, and Occupancy will influence dimming levels, with an algorithm specific to the device that sends the status message.


0x00 released Submitter: EnOcean GmbH

MsgId 0x00:Status of monocolor LED controller
graphics/D2-40-00.png LED output enabled OUTEN Driving LED enabled 0 1 0 Disabled 1 Enabled “Demand Response” mode Active DRA Controller is in the DR mode. It had received a DR command from DR controller, and it is executing it. 1 1 0 False 1 True Daylight Harvesting Active DHAR Daylight harvesting feature is turned on. Readings from photo sensor are influencing the dimming level. 2 1 0 False 1 True Occupancy State OCC Room which controller is in charge of is considered occupied. 3 2 0 Not occupied 1 Occupied 2 Unknown Status Tx reason SREAS Reason for sending this status message 5 1 0 Other 1 Heartbeat MsgId MI Message Id; 0x00 6 2 0 LED Status monocolor Current Dim Level DLVL Current dim level for the monocolor LED 8 8 0 200 0 100 % 0xFF If not used 0x01 released Submitter: EnOcean GmbH

MsgId 0x01:Status of RGB LED controller
graphics/D2-40-01.png LED output enabled OUTEN Driving LED enabled 0 1 0 Disabled 1 Enabled “Demand Response” mode Active DRA Controller is in the DR mode. It had received a DR command from DR controller, and it is executing it. 1 1 0 False 1 True Daylight Harvesting Active DHAR Daylight harvesting feature is turned on. Readings from photo sensor are influencing the dimming level. 2 1 0 False 1 True Occupancy State OCC Room which controller is in charge of is considered occupied. 3 2 0 Not occupied 1 Occupied 2 Unknown Status Tx reason SREAS Reason for sending this status message 5 1 0 Other 1 Heartbeat MsgId MI Message Id; 0x01 6 2 1 LED Status RGB Current Dim Level LED R DLVLR Current dim level for the red LED 8 8 0 200 0 100 % 0xFF If not used Current Dim Level LED G DLVLG Current dim level for the green LED 16 8 0 200 0 100 % 0xFF If not used Current Dim Level LED B DLVLB Current dim level for the blue LED 24 8 0 200 0 100 % 0xFF If not used 0x50 Submitter: Glen Dimplex

Description
The EEP family D2-50-XX provides different telegram types for heat-recovery ventilation control and status messages using various parameters and variables.

There are 4 types of messages:
- Ventilation Remote Transmission Request Message
- Ventilation Control Message
- Ventilation Basic Status Message
- Ventilation Extended Status Information Message

Data exchange
Direction: bidirectional
Addressing: unicast (ADT) + broadcast
Communication trigger: event- & time-triggered
Communication interval: min. 1s (not more than once per second on events), max. 5s (heartbeat)

Trigger event:
heartbeat 5s
on reception of ‘Ventilation Control Message’
query / polling by ‘Ventilation Remote Transmission Request Message’
on value change at ...
- “Operating Mode Status”
- “Digital Input 0...15 Status”
- “Digital Output 0...15 Status”
- “Info Message 0...15 Status”
- “Fault 0...31 Status”

Tx delay: -
Rx timeout: -

Teach-in
Teach-in method: Universal teach-in (UTE)

Security
Encryption supported: no
Security level format: -


EEP Family Table

TYPE 00: single room ventilation unit
TYPE 01: single room ventilation unit with pre-heater
TYPE 02...09: reserved for future single room variants
TYPE 10: multi room ventilation unit without bypass
TYPE 11: multi room ventilation unit with bypass
TYPE 12...xx: reserved for future multi room variants

Supported function	Type 00	Type 01	Type 10	Type 11
Message Type	X	X	X	X
Requested Message Type	X	X	X	X
Direct Operation Mode Control	X	X	X	X
Operation Mode Control	X	X	X	X
Timer Operation Mode Control	X	X	X	X
CO2 Threshold	X	X	X	X
Heat Exchanger Bypass Control	-	-	-	X
Humidity Threshold	X	X	X	X
Air Quality Threshold	X	X	X	X
Room Temperature Threshold	-	-	X	X
Operation Mode Status	X	X	X	X
Safety Mode Status	-	-	-	X
Heat Exchanger Bypass Status	-	-	-	X
Supply Air Flap Position	X	X	-	-
Exhaust Air Flap Position	X	X	-	-
Defrost Mode Status	X	X	X	X
Cooling Protection Status	X	X	X	X
Outdoor Air Heater Status	-	X	X	X
Supply Air Heater Status	-	-	X	X
Drain Heater Status	X	X	-	-
Timer Operation Mode Status	X	X	X	X
Filter Maintenance Status	X	X	X	X
Weekly Timer Program Status	-	-	X	X
Room Temperature Control Status	-	-	X	X
Air Quality Sensor 1	X	X	X	X
Master/Slave Status	X	X	-	-
Air Quality Sensor 2	-	-	X	X
Outdoor Air Temperature	X	X	X	X
Supply Air Temperature	X	X	X	X
Indoor Air Temperature	-	-	X	X
Exhaust Air Temperature	-	-	X	X
Supply Air Fan Air Flow Rate	X	X	X	X
Exhaust Air Fan Air Flow Rate	X	X	X	X
Supply Fan Speed	X	X	X	X
Exhaust Fan Speed	X	X	X	X
Software Version Info	X	X	X	X
Operation Hours Counter	X	X	X	X
Digital Input 0...15 Status	-	-	X	X
Digital Output 0...15 Status	-	-	X	X
Info Message 0...15 Status	X	X	X	X
Fault 0...31 Status	X	X	X	X

The list of parameters could be structured following the features that always include a certain group of parameters.

Each TYPE has to support every parameter that is marked in its column!


0x00 released Submitter: Glen Dimplex The ‘Ventilation Remote Transmission Request Message’ queries a particular status message from the heat-recovery ventilation unit. Thus status messages can be obtained at any time or at a higher update rate than the heartbeat rate, e.g. during commissioning.

Direction: Gateway --> Heat-recovery ventilation unit
graphics/D2-50-ZZ-No001.png
Message Type MT Defines the message type 0 3 0 Ventilation remote transmission request 1 Ventilation control 2 Ventilation basic status 3 Ventilation extended status 4 Reserved 5 Reserved 6 Reserved 7 Reserved Requested Message Type RMT Defines the message type, which is requested by the remote device 5 3 0 Ventilation basic status 1 Ventilation extended status 2 Reserved 3 Reserved 4 Reserved 5 Reserved 6 Reserved 7 Reserved 3 2 The ‘Ventilation Control Message’ changes the operating mode, the state of several actuators and a subset of control parameters.

Direction: Gateway --> Heat-recovery ventilation unit
graphics/D2-50-ZZ-No002.png
3 1 12 4 24 1 32 1 40 1 Message Type MT Defines the message type 0 3 0 Ventilation remote transmission request 1 Ventilation control 2 Ventilation basic status 3 Ventilation extended status 4 Reserved 5 Reserved 6 Reserved 7 Reserved Direct Operation Mode Control DOMC Selects ventilation mode/level 4 4 0 Off 1 Level 1 2 Level 2 3 Level 3 4 Level 4 5 Reserved 6 Reserved 7 Reserved 8 Reserved 9 Reserved 10 Reserved 11 Automatic 12 Automatic on demand 13 Supply air only 14 Exhaust air only 15 No action (keep current ventilation mode/level) Operation Mode Control OMC Selects the next resp. previous available ventilation mode/level 8 2 0 No action 1 Select next operation mode (edge-trigger) 2 Select previous operation mode (edge-trigger) 3 Reserved Heat Exchanger Bypass Control HBC Manual override of automatic heat exchanger bypass control 10 2 0 No action 1 Close bypass (edge-trigger) 2 Open bypass (edge-trigger) 3 Reserved Timer Operation Mode Control TOMC Enables Timer Operation Mode, i.e. a particular ventilation mode is activated for a defined time 16 1 0 No action 1 Start timer operation mode (edge-trigger) CO2 Threshold COT Overrides CO2 threshold for CO2 control in automatic mode 17 7 0 100 0...100 % 101 126 Reserved 127 Default (use threshold configured in device) Humidity Threshold HT Overrides humidity threshold for humidity control in automatic mode 25 7 0 100 0...100 % 101 126 Reserved 127 Default (use threshold configured in device) Air Quality Threshold AQT Overrides air quality threshold for air quality control in automatic mode 33 7 0 100 0...100 % 101 126 Reserved 127 Default (use threshold configured in device) Room temperature threshold RTT Overrides room temperature threshold for room temperature control mode 41 7 1 127 -63 +63 °C 0 Default - use threshold configured in device The ‘Ventilation Basic Status Message’ provides current sensor values and internal control status information. It is triggered once at power-on and on particular value changes.
Additionally this message is available on request.

Direction: Heat-recovery ventilation unit --> Gateway
graphics/D2-50-ZZ-No003.png
3 1 8 4 Message Type MT Defines the message type 0 3 0 Ventilation remote transmission request 1 Ventilation control 2 Ventilation basic status 3 Ventilation extended status 4 Reserved 5 Reserved 6 Reserved 7 Reserved Operation Mode Status OMS Shows current Operation Mode Status 4 4 0 Off 1 Level 1 2 Level 2 3 Level 3 4 Level 4 5 Reserved 6 Reserved 7 Reserved 8 Reserved 9 Reserved 10 Reserved 11 Automatic 12 Automatic on demand 13 Supply air only 14 Exhaust air only 15 Reserved Safety Mode Status SMS Indicates if device is running in fireplace safety mode 12 1 0 Fireplace safety mode disabled 1 Fireplace safety mode enabled Heat Exchanger Bypass Status HBS Indicates heat exchanger bypass status 13 1 0 Bypass closed (heat-recovery active) 1 Bypass opened (heat-recovery inactive) Supply Air Flap Position SFP Supply Air Flap Position 14 1 0 Supply air flap closed 1 Supply air flap opened Exhaust Air Flap Position EFP Exhaust Air Flap Position 15 1 0 Exhaust air flap closed 1 Exhaust air flap opened Defrost Mode Status DMS Indicates if device is running in defrost mode, i.e. automatic defrosting of heat exchanger is active 16 1 0 Defrost mode inactive 1 Defrost mode active Cooling Protection Status CPS Indicates if device is running in cooling protection 17 1 0 Cooling protection mode inactive 1 Cooling protection mode active Outdoor Air Heater Status OHS Outdoor Air Heater Status 18 1 0 Inactive 1 Active Supply Air Heater Status SHS Supply Air Heater Status 19 1 0 Inactive 1 Active Drain Heater Status DHS Drain Heater Status 20 1 0 Inactive 1 Active Timer Operation Mode Status TOMS Indicates timer operation mode status 21 1 0 timer operation mode inactive 1 timer operation mode active Filter Maintenance Status FMS Filter Maintenance Status 22 1 0 Maintenance not required 1 Maintenance required Weekly Timer Program Status WTPS Indicates if weekly timer program is active (i.e. if device is running according to configured program) 23 1 0 Weekly timer program disabled or not configured 1 Weekly timer program active Room Temperature Control Status RTCS Indicates room temperature control status 24 1 0 Room temperature control inactive 1 Room temperature control active Air Quality Sensor 1 AQS1 Current air quality sensor 1 measurement value 25 7 0 100 0...100 % 101 126 Reserved 127 Not available Master/Slave Configuration Status MSS Indicates whether device is configured as master or slave unit 32 1 0 Master 1 Slave Air Quality Sensor 2 AQS2 Current air quality sensor 2 measurement value 33 7 0 100 0...100 % 101 126 Reserved 127 Not available Outdoor Air Temperature OUTT Current outdoor air temperature 40 7 0 127 -64 +63 °C Supply Air Temperature SPLYT Current supply air temperature 47 7 0 127 -64 +63 °C Indoor Air Temperature INT Current indoor air temperature 54 7 0 127 -64 +63 °C Exhaust Air Temperature EXHT Current exhaust air temperature 61 7 0 127 -64 +63 °C Supply Air Fan Air Flow Rate SPLYFF Current supply air fan air flow rate setpoint 68 10 0 1023 0 1023 m3/h Exhaust Air Fan Air Flow Rate EXHFF Current exhaust air fan air flow rate setpoint 78 10 0 1023 0 1023 m3/h Supply Fan Speed SPLYFS Current supply air fan speed 88 12 0 4095 0 4095 1/min Exhaust Fan Speed EXHFS Current exhaust air fan speed 100 12 0 4095 0 4095 1/min The ‘Ventilation Extended Status Message’ provides additional information, e.g. active failure information. It is triggered once at power-on and on particular value changes.
Additionally, this message is available on request.

Direction: Heat-recovery ventilation unit --> Gateway
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3 1 Message Type MT Defines the message type 0 3 0 Ventilation remote transmission request 1 Ventilation control 2 Ventilation basic status 3 Ventilation extended status 4 Reserved 5 Reserved 6 Reserved 7 Reserved Software Version Info SVI Shows Software Version Information 4 12 0 4095 0 4095 - Operation Hours Counter OHC Indicates device operation hours 16 16 0 65535 0 196605 h Digital Input 0...15 Status DIS Indicates the current state of digital inputs 0...15 of the device

input assignment depends on device variant and configuration 32 16 0x0001 Input no. 00 active 0x0002 Input no. 01 active 0x0004 Input no. 02 active 0x0008 Input no. 03 active 0x0010 Input no. 04 active 0x0020 Input no. 05 active 0x0040 Input no. 06 active 0x0080 Input no. 07 active 0x0100 Input no. 08 active 0x0200 Input no. 09 active 0x0400 Input no. 10 active 0x0800 Input no. 11 active 0x1000 Input no. 12 active 0x2000 Input no. 13 active 0x4000 Input no. 14 active 0x8000 Input no. 15 active Digital Output 0...15 Status DOS Indicates the current state of digital outputs 0...15 of the device

output assignment depends on device variant and configuration 48 16 0x0001 Output no. 00 active 0x0002 Output no. 01 active 0x0004 Output no. 02 active 0x0008 Output no. 03 active 0x0010 Output no. 04 active 0x0020 Output no. 05 active 0x0040 Output no. 06 active 0x0080 Output no. 07 active 0x0100 Output no. 08 active 0x0200 Output no. 09 active 0x0400 Output no. 10 active 0x0800 Output no. 11 active 0x1000 Output no. 12 active 0x2000 Output no. 13 active 0x4000 Output no. 14 active 0x8000 Output no. 15 active Info Message 0...15 Status IMS Indicates the current state of info message no. 0...15 generated by the device 64 16 0x0001 Info no. 00 active 0x0002 Info no. 01 active 0x0004 Info no. 02 active 0x0008 Info no. 03 active 0x0010 Info no. 04 active 0x0020 Info no. 05 active 0x0040 Info no. 06 active 0x0080 Info no. 07 active 0x0100 Info no. 08 active 0x0200 Info no. 09 active 0x0400 Info no. 10 active 0x0800 Info no. 11 active 0x1000 Info no. 12 active 0x2000 Info no. 13 active 0x4000 Info no. 14 active 0x8000 Info no. 15 active Fault 0...31 Status FS Indicates the current state of fault no. 0...31 generated by the device 80 32 0x00000001 Fault no. 00 active 0x00000002 Fault no. 01 active 0x00000004 Fault no. 02 active 0x00000008 Fault no. 03 active 0x00000010 Fault no. 04 active 0x00000020 Fault no. 05 active 0x00000040 Fault no. 06 active 0x00000080 Fault no. 07 active 0x00000100 Fault no. 08 active 0x00000200 Fault no. 09 active 0x00000400 Fault no. 10 active 0x00000800 Fault no. 11 active 0x00001000 Fault no. 12 active 0x00002000 Fault no. 13 active 0x00004000 Fault no. 14 active 0x00008000 Fault no. 15 active 0x00010000 Fault no. 16 active 0x00020000 Fault no. 17 active 0x00040000 Fault no. 18 active 0x00080000 Fault no. 19 active 0x00100000 Fault no. 20 active 0x00200000 Fault no. 21 active 0x00400000 Fault no. 22 active 0x00800000 Fault no. 23 active 0x01000000 Fault no. 24 active 0x02000000 Fault no. 25 active 0x04000000 Fault no. 26 active 0x08000000 Fault no. 27 active 0x10000000 Fault no. 28 active 0x20000000 Fault no. 29 active 0x40000000 Fault no. 30 active 0x80000000 Fault no. 31 active 0x01 released D2 50 00 0x10 released D2 50 00 0x11 released D2 50 00 0xA0 0x01 released Submitter: Afriso / EnOcean

Description:
Radio operated valve control with feedback message. Valve is controlled through the air interface to be opened or closed. The valve reports the actual status after finishing the determined operation.

Data exchange
Direction: bidirectional
Addressing: addressed (inbound) and broadcast (outbound)
Communication trigger: event- & time-triggered
Trigger event: position of valve has changed
Teach-in method: UTE

DIRECTION-1 = Outbound (water valve to the controller)
Description: Valve reports its status. Report is sent after operation was executed or as a heartbeat.

DIRECTION-2 = Inbound (controller to the water valve)
Description: Operational command to the valve. After this request a feedback response will be transmitted, once the operation is finished.
A “no change”-command will also be followed by a feedback response. Therefore, it can be used as a status request. 1 1 Feedback FDB Return Feedback 6 2 0b00 Not defined 0b01 Closed 0b10 Opened 0b11 Not defined 0 6 2 2 Request REQ Request to operate the valve Request 6 2 0b00 No change (request of feedback) 0b01 Request to close valve 0b10 Request to open valve 0b11 Request to close valve 0 6 0xB0 0x51 released Submitter: Afriso / EnOcean

Description

This device is used to detect water. It is commonly placed on ground where a water leakage causes damage.
The principle is that “paper rings” swell in water and trigger an ECO 200 (generator) based transmitter.
This version is done for USA 902 MHz.

Data exchange
Direction: unidirectional
Addressing: broadcast
Communication trigger: event-triggered
Communication interval: N/A
Trigger event: (water detected)
Tx delay: -
Rx timeout: -

Teach-in
Teach-in method: UTE teach-in

Security
Encryption supported: no
Security level format: - Water sensor WA Alert signal that the sensor detected water leakage. Water sensor 0 8 0x00 No water detected / return position 0x11 Water detected 0xB1 0x00 released Submitter: Digital Concept

Description
A family of EEPs for various products, e.g. like dispenser products which could be applied for soap, bathroom
tissues or towel.

Data exchange
Direction: unidirectional
Addressing: broadcast
Communication trigger: event_trigger
Communication interval:
Event description:

Teach-in
Teach-in method: Universal teach-in (UTE)

Security
Encryption mandatory: No ChannelNumber Number ofthe channelof thedispenser.Each devicestarts withchannel ‡0 0 8 0 255 0 255 Level of Material Level of thematerial inthe channel 8 8 0 255 0 100 errorCode errorCode 16 7 0 No Error 1 Measurements not reliable 2 Device empty 3 Loop line at ground 4 malfunction of internal IR-sensor 5 Communication error with sensors 23 1 0xD0 Signal Telegram 0x00 0x00 Message Index MID Message Index 0 8 0 Reserved 1 Smart Ack Mailbox empty 2 Smart Ack Mailbox does not exist 3 Smart Ack Reset: Trigger LRN Request 4 Trigger status message of device 5 Last unicast-message acknowledge. 6 Energy status of device 7 Revision of device 8 Heartbeat 9 RX window open 10 RX channel quality 11 Duty cycle status 12 Configuration of device changed 13 Energy delivery of the harvester 14 TX Mode off 15 TX Mode on 0 8 4 Trigger Details TIG Trigger Details 8 8 0 EEP Status. (Response: Defined by device) 1 Energy status (Response: MID 0x06) 2 Revision of device (Response: MID 0x07) 3 RX Level of received request (this)telegram (Response: MID 0x0A) 4 Energy current harvested reporting (MID 0x0D) 0 8 6 Energy Status Energy status of the device 8 8 0 last message due to power loss. Gasp of death. 1 100 1 100 % 0 8 7 SW Revision ID 32 – bit SW Revision 8 32 0 4294967296 0 4294967296 HW Revision HWV 32 – bit HW Revision 40 32 0 4294967296 0 4294967296 0 8 10 ID ID 32 – bit communication EURID of the telegram the quality is reported 8 32 0 4294967296 0 4294967296 DBM worst ADI_W Worst DBM 40 8 0 254 127 -127 dBm 255 Value Unknown DBM best ADI_B BEST DBM 48 8 0 254 127 -127 dBm 255 Value Unknown Subtelegram count ST_C Subtelegram count 56 4 0 Value unknown 1 14 1 14 15 15 or more Max Repeater Level RL Max Repeater Level 60 4 0 Repeater level 0 1 Repeater level 1 2 Repeater level 2 3 14 VALUE error 15 VALUE UNKNOWN 0 8 11 Status flag Status of tx 8 4 0 Duty cycle limit exceeded.Further communication is notpossible. 1 TX Duty cycle is available. Communication can resume. 0 8 13 Charging capabilities CHC cj 8 4 0 Energy provided form harvester is very good for future operation 1 Energy provided form harvester is good for future operation 2 Energy provided form harvester is average for future operation 3 Energy provided form harvester is bad for future operation 3 Energy provided form harvester is very bad for future operation 0xD1 MSC Communication DEUTA Controls GmbH MSC-DC DEUTA Controls specific implementation of MSC telegram. 0x06 0x01 released Illumination ILL Illumination Lux (linear) Illumination 0…65.535 Lx 24 16 0 65535 0 65535 Lx Range ILL% Illumination % (linear) Illumination 0…100% 40 8 0 100 0 100 % Max. Illumination MIL Max Illumination (linear) Maximal Illumination 0…65.535 Lx 48 16 0 65535 0 65535 Lx 0x07 0x01 released Motion Motion Motion Motion 16 8 0 1 0 1 PIR PIR PIR PIR 24 8 0 10 0 10 Humidity - no Hum Hum Hum 32 8 0 200 0 100 Temperature - no Temp Temp Temp 40 8 0 250 0 50 CapVoltage Vo Voltage V (linear) Voltage 0…5.1 V 48 8 0 255 0 5.1 V SolarVoltage Vo Voltage V (linear) Voltage 0…5.1 V 56 8 0 255 0 5.1 V BatVoltage Vo Voltage V (linear) Voltage 0…5.1 V 64 8 0 255 0 5.1 V 0x10 released People Pe People People 40 8 0 255 0 255 Voltage Vo Voltage V (linear) Voltage 0…5.1 V 16 8 0 255 0 5.1 V Switch Sw Switch State Switch 24 8 0 255 0 255 Error Err Error Error 32 8 0 255 0 255 0x11 released SPL SPL SPL SPL 16 8 30 90 30 90 db CapVoltage Vo Voltage V (linear) Voltage 0…5.1 V 24 8 0 255 0 5.1 V SolarVoltage Vo Voltage V (linear) Voltage 0…5.1 V 32 8 0 255 0 5.1 V BatVoltage Vo Voltage V (linear) Voltage 0…5.1 V 40 8 0 255 0 5.1 V 0x08 0x01 released Voltage Vo Voltage V (linear) Voltage 0…5.1 V 16 8 0 255 0 5.1 V Motion Mo Voltage V (linear) Voltage 0…5.1 V 24 8 0 1 0 1 Lux Lux Lux l (linear) Lux 0…5.1 V 32 16 0 1000 0 1000 Temperature Temp Lux l (linear) Lux 0…5.1 V 48 8 0 250 10 35 Humidity Hum Lux l (linear) Lux 0…5.1 V 56 8 0 200 0 100 0x09 0x01 released CO2 CO2 CO2 CO2 16 16 0 5000 0 5000 Humidity Hum Hum Hum 32 8 0 200 0 100 Temperature Temp Temp Temp 40 8 0 250 0 50 CapVoltage Vo Voltage V (linear) Voltage 0…5.1 V 48 8 0 255 0 5.1 V SolarVoltage Vo Voltage V (linear) Voltage 0…5.1 V 56 8 0 255 0 5.1 V BatVoltage Vo Voltage V (linear) Voltage 0…5.1 V 64 8 0 255 0 5.1 V