The document discusses EnOcean Equipment Profiles (EEP), which define standardized radio telegrams for wireless sensor networks. It outlines the EEP framework, including the organization (ORG) field that identifies the sensor type, function, and profile. Numerous specific EEPs are then defined for different sensor and control applications, such as temperature sensors, light sensors, switches, and room operating panels.

1. EnOcean Equipment Profiles No Wires. No Batteries. No Limits 06 Enero 2010

3. EnOcean Protocol. Application Layer

4. EnOcean Telegrams types – ORG EEP and Data payload Definition The EEP is defined as following: ORG – FUNC (profile) – TYPE Ranges: ORG 0x00 … 0xFF FUNC 0x00 … 0x3F TYPE 0x00 … 0x7F

6. EnOcean Equipment Profiles – ORG 5 – ORG 6 i.e STM250-Wireless window contact 06-00-01 01-Single Input Contact 00-Contacts & Switches ORG 6 1BS Telegram 05-10-00 00-Window Handle 10-Mechanical Handle tbd 05-Position Switch, Industrial Application Insertion of Key Card generates an N-Message, take-out a U-Message 05-04-01 01-Key Card Activated Switch 04-Position Switch, Home and Office application 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. 05-03-02 02-Light and Blind Control-Application Style 2 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. 05-03-01 01-Light and Blind Control-Application Style 1 03-Rocker Switch 4 rocker 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. 05-02-02 02-Light and Blind Control-Application Style 2 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. 05-02-01 01-Light and Blind Control-Application Style 1 02-Rocker Switch 2 rocker Comments EEP TYPE FUNCTION -PROFILE ORG 5 RPS Telegram

7. EEP – ORG 7 – 4BS – Function 2 DB_1: Temperature, linear n=255…0 07-02-1B 1B-Range +50ºC to +130ºC DB_1: Temperature, linear n=255…0 07-02-1A 1A-Range +40ºC to +120ºC DB_1: Temperature, linear n=255…0 07-02-19 19-Range +30ºC to +110ºC DB_1: Temperature, linear n=255…0 07-02-18 18-Range +20ºC to +100ºC DB_1: Temperature, linear n=255…0 07-02-17 17-Range +10ºC to +90ºC DB_1: Temperature, linear n=255…0 07-02-16 16-Range 0ºC to +80ºC DB_1: Temperature, linear n=255…0 07-02-15 15-Range -10ºC to +70ºC DB_1: Temperature, linear n=255…0 07-02-14 14-Range -20ºC to +60ºC DB_1: Temperature, linear n=255…0 07-02-13 13-Range -30ºC to +50ºC DB_1: Temperature, linear n=255…0 07-02-12 12-Range -40ºC to +40ºC DB_1: Temperature, linear n=255…0 07-02-11 11-Range -50ºC to +30ºC DB_1: Temperature, linear n=255…0 07-02-10 10-Range -60ºC to +20ºC DB_1: Temperature, linear n=255…0 07-02-0B 0B-Range +60ºC to +100ºC DB_1: Temperature, linear n=255…0 07-02-0A 0A-Range +50ºC to +90ºC DB_1: Temperature, linear n=255…0 07-02-09 09-Range +40ºC to +80ºC DB_1: Temperature, linear n=255…0 07-02-08 08-Range +30ºC to +70ºC DB_1: Temperature, linear n=255…0 07-02-07 07-Range +20ºC to +60ºC DB_1: Temperature, linear n=255…0 07-02-06 06-Range +10ºC to +50ºC DB_1: Temperature, linear n=255…0 07-02-05 05-Range 0ºC to +40ºC DB_1: Temperature, linear n=255…0 07-02-04 04-Range -10ºC to +30ºC DB_1: Temperature, linear n=255…0 07-02-03 03-Range -20ºC to +20ºC DB_1: Temperature, linear n=255…0 07-02-02 02-Range -30ºC to +10ºC DB_1: Temperature, linear n=255…0 07-02-01 01-Range -40ºC to 0ºC 02-Temperature Sensor Comments EEP TYPE FUNCTION -PROFILE ORG 7 4BS Telegram

8. EEP – ORG 7 – 4BS – Functions 4…9 tbd 07-09-0C 0C-Propane Sensor tbd 07-09-08 08-O2 Sensor tbd 07-09-04 04-CO2 Sensor 07-09-01 01-CO Sensor 09-Gas Sensor DB_3: Supply voltage 0…5,1V, linear n=0…255 DB_2: Illuminance 0…1530lx, linear n=255…0 DB_1: Temperature -30…50ºC, linear n=255…0 07-08-02 02-Range 0lx to 1530lx -30ºC to +50ºC and Occupancy DB_3: Supply voltage 0…5,1V, linear n=0…255 DB_2: Illuminance 0…1020lx, linear n=255…0 DB_1: Temperature 0…51ºC, linear n=255…0 07-08-02 02-Range 0lx to 1020lx 0ºC to +51ºC and Occupancy DB_3: Supply voltage 0…5,1V, linear n=0…255 DB_2: Illuminance 0…510lx, linear n=255…0 DB_1: Temperature 0…51ºC, linear n=255…0 07-08-01 01-Range 0lx to 510lx 0ºC to +51ºC and Occupancy 08-Light, Temperature&Occupancy Sensor DB_1: PIR Status 0…127 PIR off, 127…255 PIR on The transmission of "PIR off" telegrams is optional 07-07-01 01-Occupancy 07-Occupancy Sensor DB_3: Supply voltage 0…5,1V, linear n=0…255 DB_2: Illuminance 0…510lx, linear n=255…0 DB_1: Illuminance 0…1.024lx, linear n=255…0 07-06-02 02-Range 0lx to 1.024lx DB_3: Supply voltage 0…5,1V, linear n=0…255 DB_2: Illuminance 300…30.000lx, linear n=255…0 DB_1: Illuminance 600…60.000lx, linear n=255…0 07-06-01 01-Range 300lx to 60.000lx 06-Light Sensor tbd 05-Pressure Sensor DB_2: Rel. Humidity 0…100%, linear n=255…0 DB_1: Temperature, 0…40ºC, linear n=255…0 07-04-01 01-Range 0ºC to +40ºC and 0% to 100% 04-Temperature & Humidity Sensor Comments EEP TYPE FUNCTION -PROFILE ORG 7 4BS Telegram

9. EEP – ORG 7 – 4BS – Function 10 DB_3: Turn-switch for fan speed DB_1: Temperature, 0…40ºC, linear n=255…0 DB_0.bit_0: Slide switch O/I, Day/Night 07-10-09 09-Temperature Sensor, Fan Speed and Day/Night Control DB_3: Turn-switch for fan speed DB_1: Temperature, 0…40ºC, linear n=255…0 DB_0.bit_0: Occupancy button 07-10-08 08-Temperature Sensor, Fan Speed and Ocuppancy Control DB_3: Turn-switch for fan speed DB_1: Temperature, 0…40ºC, linear n=255…0 07-10-07 07-Temperature Sensor, Fan Speed Control DB_2: Set point, min…max +, linear n=0…255 DB_1: Temperature, 0…40ºC, linear n=255…0 DB_0.bit_0: Slide switch O/I, Day/Night 07-10-06 06-Temperature Sensor, set point and Day/Night Control DB_2: Set point, min…max +, linear n=0…255 DB_1: Temperature, 0…40ºC, linear n=255…0 DB_0.bit_0: Slide switch O/I, Day/Night 07-10-05 05-Temperature Sensor, set point and Occupancy Control DB_3: Turn-switch for fan speed DB_2: Set point, min…max +, linear n=0…255 DB_1: Temperature, 0…40ºC, linear n=255…0 07-10-04 04-Temperature Sensor, set point and Fan Speed Control DB_2: Set point, min…max +, linear n=0…255 DB_1: Temperature, 0…40ºC, linear n=255…0 07-10-03 03-Temperature Sensor, set point control DB_3: Turn-switch for fan speed DB_2: Set point, min…max +, linear n=0…255 DB_1: Temperature, 0…40ºC, linear n=255…0 DB_0.bit_0: Slide switch O/I, Day/Night 07-10-02 02-Temperature Sensor, set point, Fan Speed and Day/Night Control DB_3: Turn-switch for fan speed DB_2: Set point, min…max +, linear n=0…255 DB_1: Temperature, 0…40ºC, linear n=255…0 DB_0.bit_0: Occupancy button 07-10-01 01-Temperature Sensor, set point, Fan Speed and Ocuppancy Control 10-Room Operating Panel Comments EEP TYPE FUNCTION -PROFILE ORG 7 4BS Telegram

10. EEP – ORG 7 – 4BS – Function 10 DB_2: Rel. Humidity 0…100%, linear n=0…250 DB_1: Temperature, 0…40ºC, linear n=0…250 DB_0.bit_0: Slide Switch 0/I or Slide switch Day/Night 07-10-14 14-Temperature and Humidity Sensor, Day/Night Control DB_2: Rel. Humidity 0…100%, linea nr=0…250 DB_1: Temperature, 0…40ºC, linear n=0…250 DB_0.bit_0: Occupancy button 07-10-13 13-Temperature and Humidity Sensor, Occupancy Control DB_3: Set point, min…max +, linear n=0…255 DB_2: Rel. Humidity 0…100%, linear n=0…250 DB_1: Temperature, 0…40ºC, linear n=0…250 07-10-12 12-Temperature and Humidity Sensor, set point Control DB_3: Set point, min…max +, linear n=0…255 DB_2: Rel. Humidity 0…100%, linear n=0…250 DB_1: Temperature, 0…40ºC, linear n=0…250 DB_0.bit_0: Slide Switch 0/I or Slide switch Day/Night 07-10-11 11-Temperature and Humidity Sensor, set point and Day/Night Control DB_3: Set point, min…max +, linear n=0…255 DB_2: Rel. Humidity 0…100%, linear n=0…250 DB_1: Temperature, 0…40ºC, linear n=0…250 DB_0.bit_0: Ocuupancy button 07-10-10 10-Temperature and Humidity Sensor, set point and Occupancy Control DB_1: Temperature, 0…40ºC, linear n=255…0 DB_0.bit_0: Slide switch 07-10-0D 0D-Temperature Sensor and Day/Night Control DB_1: Temperature, 0…40ºC, linear n=255…0 DB_0.bit_0: Occupancy 07-10-0C 0C-Temperature Sensor and Occupancy Control DB_1: Temperature, 0…40ºC, linear n=255…0 DB_0.bit_0: Input State 07-10-0B 0B-Temperature Sensor and Single Input Contact DB_2: Set point, min…max +, linear n=0…255 DB_1: Temperature, 0…40ºC, linear n=255…0 DB_0.bit_0: Contact State 07-10-0A 0A-Temperature Sensor, Set Point Adjust and Single Input Contact 10-Room Operating Panel Comments EEP TYPE FUNCTION -PROFILE ORG 7 4BS Telegram

11. EEP – ORG 7 – 4BS – Functions 11, 30, 38, 3F This profile is intended for manufacturer specific applications. Every manufacturer may independently define the types within this profile. 07-3F-7F 7F-Universal 3F-Universal Commands 0x8x to 0xFE are not used 07-38-08 08-PHC Gateway DB_3: Command 0h02 dimming value, ramping time, dimming range, store final value… Dimming DB_3: Command 0h01 time, delay… Switching 38-Central Command (0h01…0h7F) DB_0.bit0: Input State 07-30-02 02-Single Input Contact DB_2: Supply voltage 0…120 battery LOW, 121…255 battery OK DB_1: Input State, 0…195 contact closed, 196…255 Contact open 07-30-01 01-Single Input, Battery Monitor 30-Digital Input DB_3: Illuminance 0...510lx, linear n=0…255 DB_2: Illuminance set point, min...max, linear n=0…255 DB_1: Dimming output level, min...max, linear n=0…255 DB_0.bit_7: Repeater DB_0.bit_6: Power Relay Timer DB_0.bit_5: Daylight Harvesting DB_0.bit_4: Dimming DB_0.bit_2: Magnet Contact DB_0.bit_1: Occupancy DB_0.bit_0: Power Relay 07-11-01 01-Lighting Controller 11-Controller Status Comments EEP TYPE FUNCTION -PROFILE ORG 7 4BS Telegram