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Muller GS 30.10 knx Manual

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TECHNICAL MANUAL GS 3x.10 KNX – ENGLISH
1
Technical manual GS 3x.10 knx
Application description – air quality sensor & control
General Information
The device fits for the particular use of the following tasks: monitoring of the air quality in building systems technology (schools, offices, hotels, conference venue etc.), data
transfer and regulation via bus system. The device is intended for use in accordance with the defined technical data. Operate the device exclusively in a dry room! The device is
not qualified for security relevant tasks such as emergency doors, fire protection equipment, fermenting cellars etc.
The air quality sensor GS 3x.10 knx can provide the following data and control for the KNX bus:
Please consider that handling and installation of the device is explained in the instruction manual enclosed to the product!
Please take into account the resolution of the 2 Bytes data type (see KNX Specification)!
Relative humidity: Value output
Control (step and PI control)
Temperature: Value output
Control heating / cooling (2-point and PI control)
Alarms
Dew point: Value output
Alarm
Air pressure: Value output
GS 30.10 knx
GS 31.10 knx
TECHNICAL MANUAL GS 3x.10 KNX – ENGLISH
2
Table of contents
General Information ......................................................................................................................................................................................................................................................................................... 1
Application program ........................................................................................................................................................................................................................................................................................ 3
Technische Daten ..................................................................................................................................................................................................................................... Fehler! Textmarke nicht definiert.
Overview parameters ...................................................................................................................................................................................................................................................................................... 4
Communication objects ................................................................................................................................................................................................................................................................................... 5
Communication flags ..................................................................................................................................................................................................................................................................................... 17
1. Global Settings ................................................................................................................................................................................................................................................................................... 19
2. Relative humidity sensor ..................................................................................................................................................................................................................................................................... 20
3. Relative humidity control ..................................................................................................................................................................................................................................................................... 21
3.1 Switching commands and priority relative humidity control – Threshold 1 / 2 / 3 ................................................................................................................................................................................ 22
3.2 PI control for relative humidity ............................................................................................................................................................................................................................................................. 23
4. Temperature Sensor ........................................................................................................................................................................................................................................................................... 24
5. Temperature Alarme ........................................................................................................................................................................................................................................................................... 25
6. Temperature control ............................................................................................................................................................................................................................................................................ 26
6.1 Temperature control – heating and cooling ......................................................................................................................................................................................................................................... 26
6.2 Temperature control – General ........................................................................................................................................................................................................................................................... 27
6.3 Temperature control – Set points ........................................................................................................................................................................................................................................................ 28
6.4 Temperature control – Main level and extra level heating / cooling .................................................................................................................................................................................................... 29
7. Dew point Temperature ...................................................................................................................................................................................................................................................................... 30
8. Dew point Alarm ................................................................................................................................................................................................................................................................................. 31
9. Air pressure sensor ............................................................................................................................................................................................................................................................................. 32
10. VAV control ......................................................................................................................................................................................................................................................................................... 33
11. Inputs .................................................................................................................................................................................................................................................................................................. 34
11.1 General ........................................................................................................................................................................................................................................................................................... 34
11.2 E1 – E5 General ............................................................................................................................................................................................................................................................................. 35
11.2.1 E1 – E5 as binary inputs ................................................................................................................................................................................................................................................................. 36
11.2.1.1 Switching/Alarm function ............................................................................................................................................................................................................................................................ 36
11.2.1.2 Dimming ..................................................................................................................................................................................................................................................................................... 38
11.2.1.3 Blind sensor ............................................................................................................................................................................................................................................................................... 39
11.2.1.4 Value / forced operation ............................................................................................................................................................................................................................................................. 40
11.2.1.5 Scene ......................................................................................................................................................................................................................................................................................... 42
11.2.1.6 Switching sequences ................................................................................................................................................................................................................................................................. 43
11.2.1.7 Multiple operation ....................................................................................................................................................................................................................................................................... 44
11.2.1.8 Pulse counter ............................................................................................................................................................................................................................................................................. 45
11.2.1.8.1. Intermediate counter (with function pulse counter) ................................................................................................................................................................................................................ 46
11.2.2 Function analogue input (Only available at input E1) ..................................................................................................................................................................................................................... 47
11.2.2.1 E1 Voltage ................................................................................................................................................................................................................................................................................. 47
11.2.2.2 E1 Output ................................................................................................................................................................................................................................................................................... 48
11.2.2.3 E1 Threshold value .................................................................................................................................................................................................................................................................... 49
11.2.2.4 E1 Output threshold value .......................................................................................................................................................................................................................................................... 50
11.2.3 Function external Temperature sensor (input E4/5 only) ................................................................................................................................................................................................................ 51
11.2.3.1 E4 General ................................................................................................................................................................................................................................................................................. 51
11.2.3.2 E4/5 External temperature sensor / floor heating thermal limiter ............................................................................................................................................................................................... 52
11.2.3.3 E4/5 Output ................................................................................................................................................................................................................................................................................ 53
11.2.3.4 E4/5 Threshold value 1 / 2 (only if E4 General temperature function = Temperature) ........................................................................................................................................................... 54
11.2.3.5 E4/5 Output threshold value 1 / 2 (only if E4 general temperature function = Temperature) ................................................................................................................................................. 55
11.2.3.6 E4/5 Threshold values (only if E4 general temperature function = Floor heating thermal limiter) .......................................................................................................................................... 55
TECHNICAL MANUAL GS 3x.10 KNX – ENGLISH
3
Application program
Manufacturer: Hugo Müller GmbH & Co KG, Sturmbühlstraße 145-149, D-78054 VS-Schwenningen
Program name: GS 3x.10 knx
Installation: Add the device to your device list and open a new project. You can download the ETS database on our webpage:
http://www.hugo-mueller.de/de/downloads/knx-produktdatenbank/
Number of communication objects:
158
Number of group adresses:
Number of allocations:
255
Technical Data
Power supply:
via KNX bus voltage
Bus current:
< 10 mA
Bus system:
KNX
Sensors:
Relative humidity, temperature, dew point, VAV control
Measuring range rel. humidity:
0–100%
Measuring range temperature:
0–50°C
Measuring range atmospheric pressure:
300-1,100 hPa
Class of protection:
IP 20 to DIN EN 60529
Permitted ambient temperature:
0°C …+50°C
Test mark:
CE
Housing:
Self-extinguishing thermoplastic
Dimensions:
80,5 x 80,5 x 17 mm
Mounting:
Wall
Type of connection:
Push-in terminal
Rights to technical amendments reserved
TECHNICAL MANUAL GS 3x.10 KNX – ENGLISH
4
Overview parameters
Parameters
Subcategory parameters
Description
Global
settings
Global settings
Send „in operation “(incl. cycle time), request status (active/inactive, request with…), send delay after bus voltage recovers in seconds.
Relative
humidity
sensor
Relative humidity sensor
Settings humidity sensor: Enable – disable, send measured values, offset adjustment, notification of sensor error, external value
enabled/disabled.
Relative humidity control
Settings humidity control: Type (inactive, 1-/2-/3-step, PI), output format, send on change / send cyclically, hysteresis (symmetrical).
Threshold 1,2,3, switching command above / below threshold, control value, blocking object
Temperature
Temperature sensor
Settings temperature sensor: Enable – disable, send measured values, offset adjustment, notification of sensor error, external value
enabled/disabled.
Temperature alarms
Settings frost- and/or heat alarms: Enable – disable, send measured values.
Temperature control
Settings temperature control: Type (inactive, heating, cooling, heating & cooling), different control values (extra cooling level & guide).
Dew point
Dew point temperature
Settings dew point: Enable – disable, send measured values.
Dew point alarm
Settings dew point alarm: Enable – disable, send measured values., hysteresis (symmetrical), switching command on alarm.
Air pressure
Air pressure sensor
Settings Air pressure-Sensor: Enable – disable, send measured values, notification of sensor error, elevation.
VAV control
Settings
Settings VAV control: Enable – disable for different (already configured) PI controls, send control values according to defined parameters
and values.
Inputs
General
E1…E5 general
E1…E5 parameters
Limitation of number and interval of telegrams to be send
Labeling of inputs, selection of function as analogue-/binary-/temperature input (functions depending on input)
Binary input: switching/alarm, dimming, blinds/shutters, value, scene, switching sequences, multiple operation, pulse counter
Analogue input (E1 only): Voltage, upper/lower measuring limits, output value, threshhold, limits changeable via bus
Temperature sensor input (E4/5 only): Function temperature / temperature limiter floor heater, sensor type, offset, error compensation,
threshold 1, threshold 2
TECHNICAL MANUAL GS 3x.10 KNX – ENGLISH
5
Communication objects
Number
Name
Object function
C
R
W
T
U
Objekt size
Data type
1 Send ‘0’ in operation output C - - T - 1 Bit Boolean
1 Send ‘1’ in operation output C - - T - 1 Bit Boolean
2 Request status input C - W - - 1 Bit switching
16 rF: Humidity value [%] output C - - T - 2 Bytes humidity (%)
17 rF: Humidity value (1 Byte) [%] output C - - T - 1 Byte percent (0...100%)
18 rF: Humidity value external [%] input C - W - - 2 Bytes humidity (%)
19 rF: Request humidity value input C - W - - 1 Bit trigger
20 rF: Sensor error output C - - T - 1 Bit Boolean
21 RFR: Control value (0...255) output C - - T - 1 Byte counter pulses (0...255)
21 RFR: Control value (0...100%) output C - - T - 1 Byte percent (0...100%)
21
RFR: Scene (1…64)
output
C
-
-
T
-
1 Byte
Scenen Nummer
22 RFR: Control value level 1 (switching object) output C - - T - 1 Bit switching
22 RFR: Control value level 1 (priority) output C - - T - 2 Bit priority switching
23
RFR: Control value level 2 (switching object)
output
C
-
-
T
-
1 Bit
switching
23 RFR: Control value level 2 (priority) output C - - T - 2 Bit priority switching
24 RFR: Control value level 3 (switching object) output C - - T - 1 Bit switching
24 RFR: Control value level 3 (priority) output C - - T - 2 Bit priority switching
25 RFR: Base set point [%] input C - W - - 2 Bytes humidity (%)
26 RFR: Base set point (1 Byte) [%] input C - W - - 1 Byte percent (0...100%)
27 RFR: Blocking object threshold 1 input C - W - - 1 Bit enable
28 RFR: Blocking object threshold 2 input C - W - - 1 Bit enable
29 RFR: Blocking object threshold 3 input C - W - - 1 Bit enable
30 RFR: Blocking object input C - W - - 1 Bit enable
30 RFR: Blocking object input C - W - - 1 Bit enable
31 T: Temperature value [°C] output C - - T - 2 Bytes float value, Temperature (°C)
32 T: Temperature value external [°C] input C - W - - 2 Bytes float value, Temperature (°C)
33 T: Request temperature value input C - W - - 1 Bit trigger
34 T: Sensor error output C - - T - 1 Bit Boolean
35 T: Heat alarm output C - - T - 1 Bit Boolean
36 T: Frost alarm output C - - T - 1 Bit Boolean
37
RTR: Comfort temperature
input
C
-
W
-
-
2 Bytes
float value, Temperature (°C)
38 RTR: Standby setback when heating input C - W - - 2 Bytes float value, Temperature (°C)
39 RTR: Eco setback when heating input C - W - - 2 Bytes float value, Temperature (°C)
40
RTR: Standby increment when cooling
input
C
-
W
-
-
2 Bytes
float value, Temperature (°C)
TECHNICAL MANUAL GS 3x.10 KNX – ENGLISH
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Number Name Object function C R
W T U Objekt size Data type
41
RTR: Eco increment when cooling
input
C
-
W
-
-
2 Bytes
float value, Temperature (°C)
42 RTR: Current set point temperature output C - - T - 2 Bytes float value, Temperature (°C)
43 RTR: Comfort temperature +/- 0,1K input C - W - - 1 Bit up/down
44 RTR: Standby setback when heating +/- 0,1K input C - W - - 1 Bit up/down
45 RTR: Eco Setback when heating +/- 0,1K input C - W - - 1 Bit up/down
46 RTR: Standby increment when cooling +/- 0,1K input C - W - - 1 Bit up/down
47 RTR: Eco increment when cooling +/- 0,1K input C - W - - 1 Bit up/down
48 RTR: HVAC mode: 1=comf, 2=stdb, 3=eco output/input C - - - - 1 Byte HVAC mode
49 RTR: Comfort mode enabled input C - W - - 1 Bit trigger
50 RTR: Standby mode enabled input C - W - - 1 Bit trigger
51 RTR: Eco mode enabled input C - W - - 1 Bit trigger
52 RTR: Status heating output C - - T - 1 Bit switching
53 RTR: Status cooling output C - - T - 1 Bit switching
54 RTR: Control value main level heating output C - - T - 1 Byte counter pulses (0...255)
54 RTR: Control value main level heating output C - - T - 1 Byte percent (0...100%)
54 RTR: Control value main level heating output C - - T - 1 Bit switching
54 RTR: Control value main level heating output C - - T - 1 Bit switching
55 RTR: Control value extra level heating output C - - T - 1 Byte counter pulses (0...255)
55 RTR: Control value extra level heating output C - - T - 1 Byte percent (0...100%)
55 RTR: Control value extra level heating output C - - T - 1 Bit switching
55
RTR: Control value extra level heating
output
C
-
-
T
-
1 Bit
switching
56 RTR: Control value main level cooling output C - - T - 1 Byte counter pulses (0...255)
56 RTR: Control value main level cooling output C - - T - 1 Byte percent (0...100%)
56
RTR: Control value main level cooling
output
C
-
-
T
-
1 Bit
switching
56 RTR: Control value main level cooling output C - - T - 1 Bit switching
57 RTR: Control value extra level cooling output C - - T - 1 Byte counter pulses (0...255)
57 RTR: Control value extra level cooling output C - - T - 1 Byte percent (0...100%)
57 RTR: Control value extra level cooling output C - - T - 1 Bit switching
57 RTR: Control value extra level cooling output C - - T - 1 Bit switching
58 RTR: Guide value [°C] input C - W - - 2 Bytes float value, Temperature (°C)
59 RTR: Blocking object heating input C - W - - 1 Bit enable
60 RTR: Blocking object cooling input C - W - - 1 Bit enable
61 RTR: Blocking object extra level heating input C - W - - 1 Bit enable
62 RTR: Blocking object extra level cooling input C - W - - 1 Bit enable
63 DEWP: Dew point temperature [°C] output C - - T - 2 Bytes float value, Temperature (°C)
TECHNICAL MANUAL GS 3x.10 KNX – ENGLISH
7
Number Name Object function C R
W T U Objekt size Data type
64
DEWP: Dew point alarm enabled (switching object)
output
C
-
-
T
-
1 Bit
switching
64 DEWP: Dew point alarm enabled (priority) output C - - T - 2 Bit priority switching
64 DEWP: Dew point alarm enabled (0...100%) output C - - T - 1 Byte percent (0...100%)
64 DEWP: Dew point alarm enabled (0...255) output C - - T - 1 Byte counter pulses (0...255)
64 DEWP: Dew point alarm enabled Scene (1...64) output C - - T - 1 Byte Scenen Nummer
65 DEWP: Request dew point temperature input C - W - - 1 Bit trigger
66 P: Air pressure absolute [Pa] output C - - T - 2 Bytes 2-Byte float value, Druck (Pa)
67 P: Air pressure relative [Pa] output C - - T - 2 Bytes 2-Byte float value, Druck (Pa)
68 P: Air pressure sensor error output C - - T - 1 Bit Boolean
69 P: Request absolute air pressure input C - W - - 1 Bit trigger
70 P: Request relative air pressure input C - W - - 1 Bit trigger
71 VAVR: Control value (0...255) output C - - T - 1 Byte counter pulses (0...255)
71 VAVR: Control value (0...100%) output C - - T - 1 Byte percent (0...100%)
81 E1 switching sensor output C - - T - 1 Bit switching
81 E1 Alarm sensor output C - - T - 1 Bit 1-Bit, Alarm
81 E1 switching output C - - T - 1 Bit switching
81 E1 Blinds UP/DOWN output C - - T - 1 Bit up/down
81 E1 Switch (event 0) output C - - T - 1 Bit switching
81 E1 Priority (event 0) output C - - T - 2 Bit priority switching
81 E1 1-Byte value (-128...127) (Event 0) output C - - T - 1 Byte 8-Bit unsigned value, counter pulses (0...255)
81
E1 1-Byte value (0...255) (Event 0)
output
C
-
-
T
-
1 Byte
counter pulses (0...255)
81 E1 Scene (Event 0) output C - - T - 1 Byte scene control
81 E1 2-Byte value (-32.768...32.767) (Event 0) output C - - T - 2 Bytes 2-Byte signed value, pulses difference
81
E1 2-Byte value (0...65.535) (Event 0)
output
C
-
-
T
-
2 Bytes
2-Byte unsigned value, pulse
81 E1 4-Byte value (-2.147.483.648...2.147.483.647) (Event 0) output C - - T - 4 Bytes 4-Byte signed value, counter pulses
81 E1 4-Byte value (0...4.294.967.295) (Event 0) output C - - T - 4 Bytes 4-Byte unsigned value, counter pulses
81 E1 2-Byte Floating point (Event 0) output C - - T - 2 Bytes float value, Temperature (°C)
81 E1 Scene output C - - T - 1 Byte scene control
81 E1 switching level 1 output C - - T - 1 Bit switching
81 E1 switching 1 actuation output C - - T - 1 Bit switching
81 E1 HZ: Counter reading 1-Byte-value output C - - T - 1 Byte 8-Bit unsigned value, counter pulses (0...255)
81 E1 HZ: Counter reading 1-Byte-value output C - - T - 1 Byte counter pulses (0...255)
81 E1 HZ: Counter reading 2-Byte-value output C - - T - 2 Bytes 2-Byte signed value, pulses difference
81 E1 HZ: Counter reading 2-Byte-value output C - - T - 2 Bytes 2-Byte unsigned value, pulse
81 E1 HZ: Counter reading 4-Byte-value output C - - T - 4 Bytes 4-Byte signed value, counter pulses
TECHNICAL MANUAL GS 3x.10 KNX – ENGLISH
8
Number Name Object function C R
W T U Objekt size Data type
81
E1 1-Byte value (-128...127)
output
C
-
-
T
-
1 Byte
8-Bit unsigned value, counter pulses (0...255)
81 E1 1-Byte value (0...255) output C - - T - 1 Byte counter pulses (0...255)
81 E1 2-Byte value (-32.768...32.767) output C - - T - 2 Bytes 2-Byte signed value, pulses difference
81 E1 2-Byte value (0...65.535) output C - - T - 2 Bytes 2-Byte unsigned value, pulse
81 E1 2-Byte Floating point output C - - T - 2 Bytes float value, Temperature (°C)
81 E1 4-Byte Floating point output C - - T - 4 Bytes 4-Byte float value, Beschleunigung (m/s²)
82 E1 dimming output C - - T - 4 Bit 3-Bit controlled, Dimmer step
82 E1 STOP/slat adjustment output C - - T - 1 Bit step
82 E1 switch (Event 1) output C - - T - 1 Bit switching
82 E1 priority (Event 1) output C - - T - 2 Bit priority switching
82 E1 1-Byte value (-128...127) (Event 1) output C - - T - 1 Byte 8-Bit unsigned value, counter pulses (0...255)
82 E1 1-Byte value (0...255) (Event 1) output C - - T - 1 Byte counter pulses (0...255)
82 E1 Scene (Event 1) output C - - T - 1 Byte scene control
82 E1 2-Byte value (-32.768...32.767) (Event 1) output C - - T - 2 Bytes 2-Byte signed value, pulses difference
82 E1 2-Byte value (0...65.535) (Event 1) output C - - T - 2 Bytes 2-Byte unsigned value, pulse
82 E1 4-Byte value (-2.147.483.648...2.147.483.647) (Event 1) output C - - T - 4 Bytes 4-Byte signed value, counter pulses
82 E1 4-Byte value (0...4.294.967.295) (Event 1) output C - - T - 4 Bytes 4-Byte unsigned value, counter pulses
82 E1 2-Byte Floating point (Event 1) output C - - T - 2 Bytes float value, Temperature (°C)
82 E1 switching level 2 output C - - T - 1 Bit switching
82 E1 switching 2 actuation output C - - T - 1 Bit switching
82
E1 ZZ: Counter reading 1-Byte-value
output
C
-
-
T
-
1 Byte
8-Bit unsigned value, counter pulses (0...255)
82 E1 ZZ: Counter reading 1-Byte-value output C - - T - 1 Byte counter pulses (0...255)
82 E1 ZZ: Counter reading 2-Byte-value output C - - T - 2 Bytes 2-Byte signed value, pulses difference
82
E1 ZZ: Counter reading 2-Byte-value
output
C
-
-
T
-
2 Bytes
2-Byte unsigned value, pulse
82 E1 ZZ: Counter reading 4-Byte-value output C - - T - 4 Bytes 4-Byte signed value, counter pulses
82 E1 request input C - W - - 1 Bit switching
83 E1 start event 0/1 input C - W - - 1 Bit switching
83 E1 End position top input C - W - - 1 Bit Boolean
83 E1 Display storing scene output C - - T - 1 Bit enable
83 E1 switching level 3 output C - - T - 1 Bit switching
83 E1 switching 3 actuation output C - - T - 1 Bit switching
83 E1 HZ: Counter reading request input C - W - - 1 Bit switching
83 E1 out of range output C - - T - 1 Bit switching
84 E1 End position bottom input C - W - - 1 Bit Boolean
84 E1 switching level 4 output C - - T - 1 Bit switching
TECHNICAL MANUAL GS 3x.10 KNX – ENGLISH
9
Number Name Object function C R
W T U Objekt size Data type
84
E1 switching 4 actuation
output
C
-
-
T
-
1 Bit
switching
84 E1 HZ: Maximum level exceeded output C - - T - 1 Bit Boolean
84 E1 threshold output C - - T - 1 Bit switching
84 E1 threshold output C - - T - 1 Byte counter pulses (0...255)
84 E1 threshold output C - - T - 2 Bytes 2-Byte unsigned value, pulse
84 E1 threshold output C - - T - 2 Bytes float value, Temperature (°C)
85 E1 Store scene input C - W - - 1 Bit enable
85 E1 Enable save input C - W - - 1 Bit enable
85 E1 switching level 5 output C - - T - 1 Bit switching
85 E1 switching long actuation output C - - T - 1 Bit switching
86 E1 switching level up/down input C - W - - 1 Bit switching
86 E1 ZZ: Maximum level exceeded output C - - T - 1 Bit Boolean
86 E1 Change threshold lower minimum input C - W - - 1 Byte percent (0...100%)
87 E1 Number of actuations input C - W - - 1 Byte counter pulses (0...255)
87 E1 ZZ: Request counter reading input C - W - - 1 Bit switching
87 E1 Change threshold upper maximum input C - W - - 1 Byte percent (0...100%)
88 E1 ZZ: Reverse direction input C - W - - 1 Bit Boolean
88 E1 Send when below threshold input C - W - - 1 Byte counter pulses (0...255)
88 E1 Send when below threshold input C - W - - 2 Bytes 2-Byte unsigned value, pulse
88 E1 Send when below threshold input C - W - - 2 Bytes float value, Temperature (°C)
89
E1 ZZ: Reset
input
C
-
W
-
-
1 Bit
Boolean
89 E1 Send when above threshold input C - W - - 1 Byte counter pulses (0...255)
89 E1 Send when above threshold input C - W - - 2 Bytes 2-Byte unsigned value, pulse
89
E1 Send when above threshold
input
C
-
W
-
-
2 Bytes
float value, Temperature (°C)
90 E1 ZZ: Stop input C - W - - 1 Bit Boolean
99 E1 Block input C - W - - 1 Bit enable
101 E2 switching sensor output C - - T - 1 Bit switching
101 E2 Alarm sensor output C - - T - 1 Bit 1-Bit, Alarm
101 E2 switching output C - - T - 1 Bit switching
101 E2 Blinds UP/DOWN output C - - T - 1 Bit up/down
101 E2 Switch (event 0) output C - - T - 1 Bit switching
101 E2 Priority (event 0) output C - - T - 2 Bit priority switching
101 E2 1-Byte value (-128...127) (Event 0) output C - - T - 1 Byte 8-Bit unsigned value, counter pulses (0...255)
101 E2 1-Byte value (0...255) (Event 0) output C - - T - 1 Byte counter pulses (0...255)
101 E2 Scene (Event 0) output C - - T - 1 Byte scene control
TECHNICAL MANUAL GS 3x.10 KNX – ENGLISH
10
Number Name Object function C R
W T U Objekt size Data type
101
E2 2-Byte value (-32.768...32.767) (Event 0)
output
C
-
-
T
-
2 Bytes
2-Byte signed value, pulses difference
101 E2 2-Byte value (0...65.535) (Event 0) output C - - T - 2 Bytes 2-Byte unsigned value, pulse
101 E2 4-Byte value (-2.147.483.648...2.147.483.647) (Event 0) output C - - T - 4 Bytes 4-Byte signed value, counter pulses
101 E2 4-Byte value (0...4.294.967.295) (Event 0) output C - - T - 4 Bytes 4-Byte unsigned value, counter pulses
101 E2 2-Byte Floating point (Event 0) output C - - T - 2 Bytes float value, Temperature (°C)
101 E2 Scene output C - - T - 1 Byte scene control
101 E2 switching level 1 output C - - T - 1 Bit switching
101 E2 switching 1 actuation output C - - T - 1 Bit switching
101 E2 HZ: Counter reading 1-Byte-value output C - - T - 1 Byte 8-Bit unsigned value, counter pulses (0...255)
101 E2 HZ: Counter reading 1-Byte-value output C - - T - 1 Byte counter pulses (0...255)
101 E2 HZ: Counter reading 2-Byte-value output C - - T - 2 Bytes 2-Byte signed value, pulses difference
101 E2 HZ: Counter reading 2-Byte-value output C - - T - 2 Bytes 2-Byte unsigned value, pulse
101 E2 HZ: Counter reading 4-Byte-value output C - - T - 4 Bytes 4-Byte signed value, counter pulses
102 E2 dimming output C - - T - 4 Bit 3-Bit controlled, Dimmer step
102 E2 STOP/slat adjustment output C - - T - 1 Bit step
102 E2 switch (Event 1) output C - - T - 1 Bit switching
102 E2 priority (Event 1) output C - - T - 2 Bit priority switching
102 E2 1-Byte value (-128...127) (Event 1) output C - - T - 1 Byte 8-Bit unsigned value, counter pulses (0...255)
102 E2 1-Byte value (0...255) (Event 1) output C - - T - 1 Byte counter pulses (0...255)
102 E2 Scene (Event 1) output C - - T - 1 Byte scene control
102
E2 2-Byte value (-32.768...32.767) (Event 1)
output
C
-
-
T
-
2 Bytes
2-Byte signed value, pulses difference
102 E2 2-Byte value (0...65.535) (Event 1) output C - - T - 2 Bytes 2-Byte unsigned value, pulse
102 E2 4-Byte value (-2.147.483.648...2.147.483.647) (Event 1) output C - - T - 4 Bytes 4-Byte signed value, counter pulses
102
E2 4-Byte value (0...4.294.967.295) (Event 1)
output
C
-
-
T
-
4 Bytes
4-Byte unsigned value, counter pulses
102 E2 2-Byte Floating point (Event 1) output C - - T - 2 Bytes float value, Temperature (°C)
102 E2 switching level 2 output C - - T - 1 Bit switching
102 E2 switching 2 actuation output C - - T - 1 Bit switching
102 E2 ZZ: Counter reading 1-Byte-value output C - - T - 1 Byte 8-Bit unsigned value, counter pulses (0...255)
102 E2 ZZ: Counter reading 1-Byte-value output C - - T - 1 Byte counter pulses (0...255)
102 E2 ZZ: Counter reading 2-Byte-value output C - - T - 2 Bytes 2-Byte signed value, pulses difference
102 E2 ZZ: Counter reading 2-Byte-value output C - - T - 2 Bytes 2-Byte unsigned value, pulse
102 E2 ZZ: Counter reading 4-Byte-value output C - - T - 4 Bytes 4-Byte signed value, counter pulses
103 E2 Start event 0/1 input C - W - - 1 Bit switching
103 E2 End position top input C - W - - 1 Bit Boolean
103 E2 Scene storage display output C - - T - 1 Bit enable
TECHNICAL MANUAL GS 3x.10 KNX – ENGLISH
11
Number Name Object function C R
W T U Objekt size Data type
103
E2 Switching level 3
output
C
-
-
T
-
1 Bit
switching
103 E2 Switching 3 actuation output C - - T - 1 Bit switching
103 E2 HZ: Counter reading request input C - W - - 1 Bit switching
104 E2 End position bottom input C - W - - 1 Bit Boolean
104 E2 Switching level 4 output C - - T - 1 Bit switching
104 E2 Switching 4 actuation output C - - T - 1 Bit switching
104 E2 HZ: Limit value exceeded output C - - T - 1 Bit Boolean
105 E2 Store scene input C - W - - 1 Bit enable
105 E2 Enable save input C - W - - 1 Bit enable
105 E2 switching level 5 output C - - T - 1 Bit switching
105 E2 Switching long actuation output C - - T - 1 Bit switching
106 E2 Level up/down switching input C - W - - 1 Bit switching
106 E2 ZZ: Limit value exceeded output C - - T - 1 Bit Boolean
107 E2 Number actuations input C - W - - 1 Byte counter pulses (0...255)
107 E2 ZZ: Counter reading request input C - W - - 1 Bit switching
108 E2 ZZ: Reverse direction input C - W - - 1 Bit Boolean
109 E2 ZZ: reset input C - W - - 1 Bit Boolean
110 E2 ZZ: Stop input C - W - - 1 Bit Boolean
119 E2 Disable input C - W - - 1 Bit enable
121 E3 switching sensor output C - - T - 1 Bit switching
121
E3 Alarm sensor
output
C
-
-
T
-
1 Bit
1-Bit, Alarm
121 E3 switching output C - - T - 1 Bit switching
121 E3 Blinds UP/DOWN output C - - T - 1 Bit up/down
121
E3 Switch (event 0)
output
C
-
-
T
-
1 Bit
switching
121 E3 Priority (event 0) output C - - T - 2 Bit priority switching
121 E3 1-Byte value (-128...127) (Event 0) output C - - T - 1 Byte 8-Bit unsigned value, counter pulses (0...255)
121 E3 1-Byte value (0...255) (Event 0) output C - - T - 1 Byte counter pulses (0...255)
121 E3 Scene (Event 0) output C - - T - 1 Byte scene control
121 E3 2-Byte value (-32.768...32.767) (Event 0) output C - - T - 2 Bytes 2-Byte signed value, pulses difference
121 E3 2-Byte value (0...65.535) (Event 0) output C - - T - 2 Bytes 2-Byte unsigned value, pulse
121 E3 4-Byte value (-2.147.483.648...2.147.483.647) (Event 0) output C - - T - 4 Bytes 4-Byte signed value, counter pulses
121 E3 4-Byte value (0...4.294.967.295) (Event 0) output C - - T - 4 Bytes 4-Byte unsigned value, counter pulses
121 E3 2-Byte Floating point (Event 0) output C - - T - 2 Bytes float value, Temperature (°C)
121 E3 Scene output C - - T - 1 Byte scene control
121 E3 switching level 1 output C - - T - 1 Bit switching
TECHNICAL MANUAL GS 3x.10 KNX – ENGLISH
12
Number Name Object function C R
W T U Objekt size Data type
121
E3 switching 1 actuation
output
C
-
-
T
-
1 Bit
switching
121 E3 HZ: Counter reading 1-Byte-value output C - - T - 1 Byte 8-Bit unsigned value, counter pulses (0...255)
121 E3 HZ: Counter reading 1-Byte-value output C - - T - 1 Byte counter pulses (0...255)
121 E3 HZ: Counter reading 2-Byte-value output C - - T - 2 Bytes 2-Byte signed value, pulses difference
121 E3 HZ: Counter reading 2-Byte-value output C - - T - 2 Bytes 2-Byte unsigned value, pulse
121 E3 HZ: Counter reading 4-Byte-value output C - - T - 4 Bytes 4-Byte signed value, counter pulses
122 E3 dimming output C - - T - 4 Bit 3-Bit controlled, Dimmer step
122 E3 STOP/slat adjustment output C - - T - 1 Bit step
122 E3 switch (Event 1) output C - - T - 1 Bit switching
122 E3 priority (Event 1) output C - - T - 2 Bit priority switching
122 E3 1-Byte value (-128...127) (Event 1) output C - - T - 1 Byte 8-Bit unsigned value, counter pulses (0...255)
122 E3 1-Byte value (0...255) (Event 1) output C - - T - 1 Byte counter pulses (0...255)
122 E3 Scene (Event 1) output C - - T - 1 Byte scene control
122 E3 2-Byte value (-32.768...32.767) (Event 1) output C - - T - 2 Bytes 2-Byte signed value, pulses difference
122 E3 2-Byte value (0...65.535) (Event 1) output C - - T - 2 Bytes 2-Byte unsigned value, pulse
122 E3 4-Byte value (-2.147.483.648...2.147.483.647) (Event 1) output C - - T - 4 Bytes 4-Byte signed value, counter pulses
122 E3 4-Byte value (0...4.294.967.295) (Event 1) output C - - T - 4 Bytes 4-Byte unsigned value, counter pulses
122 E3 2-Byte Floating point (Event 1) output C - - T - 2 Bytes float value, Temperature (°C)
122 E3 switching level 2 output C - - T - 1 Bit switching
122 E3 switching 2 actuation output C - - T - 1 Bit switching
122
E3 ZZ: Counter reading 1-Byte-value
output
C
-
-
T
-
1 Byte
8-Bit unsigned value, counter pulses (0...255)
122 E3 ZZ: Counter reading 1-Byte-value output C - - T - 1 Byte counter pulses (0...255)
122 E3 ZZ: Counter reading 2-Byte-value output C - - T - 2 Bytes 2-Byte signed value, pulses difference
122
E3 ZZ: Counter reading 2-Byte-value
output
C
-
-
T
-
2 Bytes
2-Byte unsigned value, pulse
122 E3 ZZ: Counter reading 4-Byte-value output C - - T - 4 Bytes 4-Byte signed value, counter pulses
123 E3 Start event 0/1 input C - W - - 1 Bit switching
123 E3 End position top input C - W - - 1 Bit Boolean
123 E3 Scene storage display output C - - T - 1 Bit enable
123 E3 switching level 3 output C - - T - 1 Bit switching
123 E3 switching 3 actuation output C - - T - 1 Bit switching
123 E3 HZ: Counter reading request input C - W - - 1 Bit switching
124 E3 End position bottom input C - W - - 1 Bit Boolean
124 E3 switching level 4 output C - - T - 1 Bit switching
124 E3 switching 4 actuation output C - - T - 1 Bit switching
124 E3 HZ: Limit value exceeded output C - - T - 1 Bit Boolean
TECHNICAL MANUAL GS 3x.10 KNX – ENGLISH
13
Number Name Object function C R
W T U Objekt size Data type
125
E3 Store scene
input
C
-
W
-
-
1 Bit
enable
125 E3 Enable save input C - W - - 1 Bit enable
125 E3 switching level 5 output C - - T - 1 Bit switching
125 E3 Switching long actuation output C - - T - 1 Bit switching
126 E3 Level up/down switching input C - W - - 1 Bit switching
126 E3 ZZ: Limit value exceeded output C - - T - 1 Bit Boolean
127 E3 Number actuations input C - W - - 1 Byte counter pulses (0...255)
127 E3 ZZ: Counter reading request input C - W - - 1 Bit switching
128 E3 ZZ: Reverse direction input C - W - - 1 Bit Boolean
129 E3 ZZ: reset input C - W - - 1 Bit Boolean
130 E3 ZZ: Stop input C - W - - 1 Bit Boolean
139 E3 Disable input C - W - - 1 Bit enable
141 E4 switching sensor output C - - T - 1 Bit switching
141 E4 Alarm sensor output C - - T - 1 Bit 1-Bit, Alarm
141 E4 switching output C - - T - 1 Bit switching
141 E4 Blinds UP/DOWN output C - - T - 1 Bit up/down
141 E4 Switch (event 0) output C - - T - 1 Bit switching
141 E4 Priority (event 0) output C - - T - 2 Bit priority switching
141 E4 1-Byte value (-128...127) (Event 0) output C - - T - 1 Byte 8-Bit unsigned value, counter pulses (0...255)
141 E4 1-Byte value (0...255) (Event 0) output C - - T - 1 Byte counter pulses (0...255)
141
E4 Scene (Event 0)
output
C
-
-
T
-
1 Byte
scene control
141 E4 2-Byte value (-32.768...32.767) (Event 0) output C - - T - 2 Bytes 2-Byte signed value, pulses difference
141 E4 2-Byte value (0...65.535) (Event 0) output C - - T - 2 Bytes 2-Byte unsigned value, pulse
141
E4 4-Byte value (-2.147.483.648...2.147.483.647) (Event 0)
output
C
-
-
T
-
4 Bytes
4-Byte signed value, counter pulses
141 E4 4-Byte value (0...4.294.967.295) (Event 0) output C - - T - 4 Bytes 4-Byte unsigned value, counter pulses
141 E4 2-Byte Floating point (Event 0) output C - - T - 2 Bytes float value, Temperature (°C)
141 E4 Scene output C - - T - 1 Byte scene control
141 E4 switching level 1 output C - - T - 1 Bit switching
141 E4 switching 1 actuation output C - - T - 1 Bit switching
141 E4 HZ: Counter reading 1-Byte-value output C - - T - 1 Byte 8-Bit unsigned value, counter pulses (0...255)
141 E4 HZ: Counter reading 1-Byte-value output C - - T - 1 Byte counter pulses (0...255)
141 E4 HZ: Counter reading 2-Byte-value output C - - T - 2 Bytes 2-Byte signed value, pulses difference
141 E4 HZ: Counter reading 2-Byte-value output C - - T - 2 Bytes 2-Byte unsigned value, pulse
141 E4 HZ: Counter reading 4-Byte-value output C - - T - 4 Bytes 4-Byte signed value, counter pulses
141 E4 Output value output C - - T - 2 Bytes float value, Temperature (°C)
TECHNICAL MANUAL GS 3x.10 KNX – ENGLISH
14
Number Name Object function C R
W T U Objekt size Data type
141
E4 Output value
output
C
-
-
T
-
2 Bytes
float value, Temperature (°C)
142 E4 dimming output C - - T - 4 Bit 3-Bit controlled, Dimmer step
142 E4 STOP/slat adjustment output C - - T - 1 Bit step
142 E4 switch (Event 1) output C - - T - 1 Bit switching
142 E4 priority (Event 1) output C - - T - 2 Bit priority switching
142 E4 1-Byte value (-128...127) (Event 1) output C - - T - 1 Byte 8-Bit unsigned value, counter pulses (0...255)
142 E4 1-Byte value (0...255) (Event 1) output C - - T - 1 Byte counter pulses (0...255)
142 E4 Scene (Event 1) output C - - T - 1 Byte scene control
142 E4 2-Byte value (-32.768...32.767) (Event 1) output C - - T - 2 Bytes 2-Byte signed value, pulses difference
142 E4 2-Byte value (0...65.535) (Event 1) output C - - T - 2 Bytes 2-Byte unsigned value, pulse
142 E4 4-Byte value (-2.147.483.648...2.147.483.647) (Event 1) output C - - T - 4 Bytes 4-Byte signed value, counter pulses
142 E4 4-Byte value (0...4.294.967.295) (Event 1) output C - - T - 4 Bytes 4-Byte unsigned value, counter pulses
142 E4 2-Byte Floating point (Event 1) output C - - T - 2 Bytes float value, Temperature (°C)
142 E4 switching level 2 output C - - T - 1 Bit switching
142 E4 switching 2 actuation output C - - T - 1 Bit switching
142 E4 ZZ: Counter reading 1-Byte-value output C - - T - 1 Byte 8-Bit unsigned value, counter pulses (0...255)
142 E4 ZZ: Counter reading 1-Byte-value output C - - T - 1 Byte counter pulses (0...255)
142 E4 ZZ: Counter reading 2-Byte-value output C - - T - 2 Bytes 2-Byte signed value, pulses difference
142 E4 ZZ: Counter reading 2-Byte-value output C - - T - 2 Bytes 2-Byte unsigned value, pulse
142 E4 ZZ: Counter reading 4-Byte-value output C - - T - 4 Bytes 4-Byte signed value, counter pulses
142
E4 Output value request
input
C
-
W
-
-
1 Bit
switching
142 E4 Output value request input C - W - - 1 Bit switching
143 E4 Start event 0/1 input C - W - - 1 Bit switching
143
E4 End position top
input
C
-
W
-
-
1 Bit
Boolean
143 E4 Scene storage display output C - - T - 1 Bit enable
143 E4 switching level 3 output C - - T - 1 Bit switching
143 E4 switching 3 actuation output C - - T - 1 Bit switching
143 E4 HZ: Counter reading request input C - W - - 1 Bit switching
143 E4 Measured value out of range output C - - T - 1 Bit switching
143 E4 Measured value out of range output C - - T - 1 Bit switching
144 E4 End position bottom input C - W - - 1 Bit Boolean
144 E4 switching level 4 output C - - T - 1 Bit switching
144 E4 switching 4 actuation output C - - T - 1 Bit switching
144 E4 HZ: Limit value exceeded output C - - T - 1 Bit Boolean
144 E4 Heating temperature limit output C - - T - 1 Bit switching
TECHNICAL MANUAL GS 3x.10 KNX – ENGLISH
15
Number Name Object function C R
W T U Objekt size Data type
145
E4 Store scene
input
C
-
W
-
-
1 Bit
enable
145 E4 Enable save input C - W - - 1 Bit enable
145 E4 switching level 5 output C - - T - 1 Bit switching
145 E4 Switching long actuation output C - - T - 1 Bit switching
145 E4 Bit threshold 1 output C - - T - 1 Bit switching
145 E4 Byte threshold 1 output C - - T - 1 Byte counter pulses (0...255)
145 E4 2 Byte threshold 1 output C - - T - 2 Bytes 2-Byte unsigned value, pulse
145 E4 Temperature threshold 1 output C - - T - 2 Bytes float value, Temperature (°C)
146 E4 Level up/down switching input C - W - - 1 Bit switching
146 E4 ZZ: Limit value exceeded output C - - T - 1 Bit Boolean
146 E4 Send when below threshold 1 input C - W - - 1 Byte counter pulses (0...255)
146 E4 Send when below threshold 1 input C - W - - 2 Bytes 2-Byte unsigned value, pulse
146 E4 Send when below threshold 1 input C - W - - 2 Bytes float value, Temperature (°C)
147 E4 Number actuations input C - W - - 1 Byte counter pulses (0...255)
147 E4 ZZ: Counter reading request input C - W - - 1 Bit switching
147 E4 Send when above threshold 1 input C - W - - 1 Byte counter pulses (0...255)
147 E4 Send when above threshold 1 input C - W - - 2 Bytes 2-Byte unsigned value, pulse
147 E4 Send when above threshold 1 input C - W - - 2 Bytes float value, Temperature (°C)
148 E4 ZZ: Reverse direction input C - W - - 1 Bit Boolean
149 E4 ZZ: reset input C - W - - 1 Bit Boolean
149
E4 Change temperature, tolerance band 1 lower limit
input
C
-
W
-
-
2 Bytes
float value, Temperature (°C)
150 E4 ZZ: Stop input C - W - - 1 Bit Boolean
150 E4 Change temperature, tolerance band 1 upper limit input C - W - - 2 Bytes float value, Temperature (°C)
151
E4 Bit threshold 2
output
C
-
-
T
-
1 Bit
switching
151 E4 Byte threshold 2 output C - - T - 1 Byte counter pulses (0...255)
151 E4 2 Byte threshold 2 output C - - T - 2 Bytes 2-Byte unsigned value, pulse
151 E4 Temperature threshold 2 output C - - T - 2 Bytes float value, Temperature (°C)
152 E4 Send when below threshold 2 input C - W - - 1 Byte counter pulses (0...255)
152 E4 Send when below threshold 2 input C - W - - 2 Bytes 2-Byte unsigned value, pulse
152 E4 Send when below threshold 2 input C - W - - 2 Bytes float value, Temperature (°C)
153 E4 Send when above threshold 2 input C - W - - 1 Byte counter pulses (0...255)
153 E4 Send when above threshold 2 input C - W - - 2 Bytes 2-Byte unsigned value, pulse
153 E4 Send when above threshold 2 input C - W - - 2 Bytes float value, Temperature (°C)
155 E4 Change temperature, tolerance band 2 lower limit input C - W - - 2 Bytes float value, Temperature (°C)
156 E4 Change temperature, tolerance band 2 upper limit input C - W - - 2 Bytes float value, Temperature (°C)
TECHNICAL MANUAL GS 3x.10 KNX – ENGLISH
16
Number Name Object function C R
W T U Objekt size Data type
159
E4 Disable
input
C
-
W
-
-
1 Bit
enable
161 E5 switching sensor output C - - T - 1 Bit switching
161 E5 Alarm sensor output C - - T - 1 Bit 1-Bit, Alarm
161 E5 switching output C - - T - 1 Bit switching
161 E5 Blinds UP/DOWN output C - - T - 1 Bit up/down
161 E5 Switch (event 0) output C - - T - 1 Bit switching
161 E5 Priority (event 0) output C - - T - 2 Bit priority switching
161 E5 1-Byte value (-128...127) (Event 0) output C - - T - 1 Byte 8-Bit unsigned value, counter pulses (0...255)
161 E5 1-Byte value (0...255) (Event 0) output C - - T - 1 Byte counter pulses (0...255)
161 E5 Scene (Event 0) output C - - T - 1 Byte scene control
161 E5 2-Byte value (-32.768...32.767) (Event 0) output C - - T - 2 Bytes 2-Byte signed value, pulses difference
161 E5 2-Byte value (0...65.535) (Event 0) output C - - T - 2 Bytes 2-Byte unsigned value, pulse
161 E5 4-Byte value (-2.147.483.648...2.147.483.647) (Event 0) output C - - T - 4 Bytes 4-Byte signed value, counter pulses
161 E5 4-Byte value (0...4.294.967.295) (Event 0) output C - - T - 4 Bytes 4-Byte unsigned value, counter pulses
161 E5 2-Byte Floating point (Event 0) output C - - T - 2 Bytes float value, Temperature (°C)
161 E5 Scene output C - - T - 1 Byte scene control
161 E5 switching level 1 output C - - T - 1 Bit switching
161 E5 switching 1 actuation output C - - T - 1 Bit switching
161 E5 HZ: Counter reading 1-Byte-value output C - - T - 1 Byte 8-Bit unsigned value, counter pulses (0...255)
161 E5 HZ: Counter reading 1-Byte-value output C - - T - 1 Byte counter pulses (0...255)
161
E5 HZ: Counter reading 2-Byte-value
output
C
-
-
T
-
2 Bytes
2-Byte signed value, pulses difference
161 E5 HZ: Counter reading 2-Byte-value output C - - T - 2 Bytes 2-Byte unsigned value, pulse
161 E5 HZ: Counter reading 4-Byte-value output C - - T - 4 Bytes 4-Byte signed value, counter pulses
162
E5 dimming
output
C
-
-
T
-
4 Bit
3-Bit controlled, Dimmer step
162 E5 STOP/slat adjustment output C - - T - 1 Bit step
162 E5 switch (Event 1) output C - - T - 1 Bit switching
162 E5 priority (Event 1) output C - - T - 2 Bit priority switching
162 E5 1-Byte value (-128...127) (Event 1) output C - - T - 1 Byte 8-Bit unsigned value, counter pulses (0...255)
162 E5 1-Byte value (0...255) (Event 1) output C - - T - 1 Byte counter pulses (0...255)
162 E5 Scene (Event 1) output C - - T - 1 Byte scene control
162 E5 2-Byte value (-32.768...32.767) (Event 1) output C - - T - 2 Bytes 2-Byte signed value, pulses difference
162 E5 2-Byte value (0...65.535) (Event 1) output C - - T - 2 Bytes 2-Byte unsigned value, pulse
162 E5 4-Byte value (-2.147.483.648...2.147.483.647) (Event 1) output C - - T - 4 Bytes 4-Byte signed value, counter pulses
162 E5 4-Byte value (0...4.294.967.295) (Event 1) output C - - T - 4 Bytes 4-Byte unsigned value, counter pulses
162 E5 2-Byte Floating point (Event 1) output C - - T - 2 Bytes float value, Temperature (°C)
TECHNICAL MANUAL GS 3x.10 KNX – ENGLISH
17
Number Name Object function C R
W T U Objekt size Data type
162
E5 switching level 2
output
C
-
-
T
-
1 Bit
switching
162 E5 switching 2 actuation output C - - T - 1 Bit switching
162 E5 ZZ: Counter reading 1-Byte-value output C - - T - 1 Byte 8-Bit unsigned value, counter pulses (0...255)
162 E5 ZZ: Counter reading 1-Byte-value output C - - T - 1 Byte counter pulses (0...255)
162 E5 ZZ: Counter reading 2-Byte-value output C - - T - 2 Bytes 2-Byte signed value, pulses difference
162 E5 ZZ: Counter reading 2-Byte-value output C - - T - 2 Bytes 2-Byte unsigned value, pulse
162 E5 ZZ: Counter reading 4-Byte-value output C - - T - 4 Bytes 4-Byte signed value, counter pulses
163 E5 Start event 0/1 input C - W - - 1 Bit switching
163 E5 End position top input C - W - - 1 Bit Boolean
163 E5 Scene storage display output C - - T - 1 Bit enable
163 E5 switching level 3 output C - - T - 1 Bit switching
163 E5 switching 3 actuation output C - - T - 1 Bit switching
163 E5 HZ: Counter reading request input C - W - - 1 Bit switching
164 E5 End position bottom input C - W - - 1 Bit Boolean
164 E5 switching level 4 output C - - T - 1 Bit switching
164 E5 switching 4 actuation output C - - T - 1 Bit switching
164 E5 HZ: Limit value exceeded output C - - T - 1 Bit Boolean
165 E5 Store scene input C - W - - 1 Bit enable
165 E5 Enable save input C - W - - 1 Bit enable
165 E5 switching level 5 output C - - T - 1 Bit switching
165
E5 Switching long actuation
output
C
-
-
T
-
1 Bit
switching
166 E5 Level up/down switching input C - W - - 1 Bit switching
166 E5 ZZ: Limit value exceeded output C - - T - 1 Bit Boolean
167
E5 Number actuations
input
C
-
W
-
-
1 Byte
counter pulses (0...255)
167 E5 ZZ: Counter reading request input C - W - - 1 Bit switching
168 E5 ZZ: Reverse direction input C - W - - 1 Bit Boolean
169 E5 ZZ: reset input C - W - - 1 Bit Boolean
170 E5 ZZ: Stop input C - W - - 1 Bit Boolean
179 E5 Disable input C - W - - 1 Bit enable
Communication flags
Flag
Name
Meaning
C
Communication
Object can communicate
R
Read
Object status can be requested (ETS, display etc.)
TECHNICAL MANUAL GS 3x.10 KNX – ENGLISH
18
W
Write
Object can receive information
T
Transmit
Object can send information
U
Update
Object can request a value from another bus participant. The answer is interpreted as write command and updates the value of the communication object. This is typically
used to request external sensor data after a bus voltage recovery.
TECHNICAL MANUAL GS 3x.10 KNX – ENGLISH
19
1. Global Settings
(Picture shows modified parameters)
Designation
Options
Description
Send in operation
Inactive
No function.
Sends „0“
Sends „1“
„In operation“ (0 or 1) will be send in the configured cycle time (see next parameter).
Cycle time [s]
in operation
0 to 65535 seconds
Configuration of interval (in seconds) for transmitting the value „in operation“
Request status
Inactive
No function.
Active
Request status with „0“
Request status with „1“
Request status with „0“ and „1“
Status (in operation) can be requested via communication object “0”.
Status (in operation) can be requested via communication object “1”.
Status (in operation) can be requested via communication object “0” and “1”.
Send delay after bus
voltage recovery …s
2 to 255 seconds
Configuration of time delay (in seconds) before sending “in operation” after a bus voltage
recovery.
TECHNICAL MANUAL GS 3x.10 KNX – ENGLISH
20
2. Relative humidity sensor
Designation
Options
Description
Relative
Inactive
Relative humidity sensor disabled.
humidity
sensor
Active
Error humidity sensor
notify
don’t notify
If there are no new values provided from the sensor for more than 10 minutes, the sensor failure
will be reported.
No sensor errors will be reported.
Send relative humidity
when changing
Disabled
If change above 1% –
25%
No function.
The new value is sent if the difference between old and new value is above the defined sending
threshold.
Send relative humidity
Disabled
No function.
cyclically
Every minute – once a
day
Cyclic sending of the recent value.
Value
offset
-5% to +5% ppm
The value is adjusted by this offset. A correction might be necessary in different causes. (e.g.
sensor is placed at an unfavorable position, next to a window).
External value
Inactive
No function.
Active
Percentage:
With xx% proportion
Only use external value
The internal and an external value are taken pro rata to calculate an overall value. This value is
relevant for the control and the sending procedure is as defined above.
It only uses the value from the external sensor. The internal (integrated) sensor will not be used.
TECHNICAL MANUAL GS 3x.10 KNX – ENGLISH
21
3. Relative humidity control
Designation
Options
Description
Control type
Disabled
Relative humidity control disabled.
1-step
One threshold available – see description chapter 5.1.
2-step
3-step
PI
Two thresholds available – see description chapter 5.1.
Three thresholds available – see description chapter 5.1.
PI-Control – see description chapter 5.2.
Control value
output format
Switching command
Priority
Percent
Byte
Scene
A switching telegram is sent. There is one object available for every stage.
A priority telegram is sent. There is one object available for every stage.
A percentage value is sent. All steps are sending via one object.
A byte value is sent. All steps are sending via one object.
A scene value is sent. All steps are sending via one object.
Send control value
when change-over
Disabled
Enabled
No function.
When exceeding or falling below a threshold, a defined object is sent.
Send control value
when changing
(PI control only)
Disabled
If change above 1% … 25%
No function.
If there is a change, the recent control value is sent.
Send control value
cyclically
Disabled
Every two minutes up to 12 hours,
once a day
No function.
Cyclic sending of the recent control value.
Hysteresis
(symmetrical)
(single-stage, two-
stage, three-stage)
1% to 10%
The hysteresis can prevent a frequent switching for fast and small changing values.
Allow to change base
set point via bus
No
Yes
Does not allow changes of base set point via bus.
Allows changes of base set point via bus.
TECHNICAL MANUAL GS 3x.10 KNX – ENGLISH
22
3.1 Switching commands and priority relative humidity control – Threshold 1 / 2 / 3
Designation
Options
Description
rF threshold
1/2/3
20% to 50%
Definition of threshold 1, 2 or 3 for the relative humidity value.
Switching
command below
threshold 1/2/3
off
on
If measured value is below threshold 1/2/3, switching command will not be send.
If measured value is below threshold 1/2/3, switching command will be send.
Switching
command above
threshold 1/2/3
off
on
If measured value is above threshold 1/2/3, switching command will not be send.
If measured value is above threshold 1/2/3, switching command will be send.
Control value in
case of sensor
error
off
on
If sensor error, a switching command will not be send.
If sensor error, a switching command will be send.
Blocking object
Disabled
Enabled
No function.
Behavior when
unblocking
Don’t send
Send recent value
There is no control value sent when unblocking.
The recent value is sent when unblocking.
Behavior when
blocking
Don’t send
Send value
There is no control value sent when blocking.
A switching command is sent when blocking.
Switching command
when blocking
off
on
Definition of the switching command when blocking.
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3.2 PI control for relative humidity
Designation
Options
Description
Set point
10% to 95% relative humidity
Definition of the setpoint.
Proportional band
10% to 40% relative humidity
Definition of the proportional band.
Reset time
15 to 240 min.
Definition of the reset time.
Min. control value
0% to 95%
Definition of the minimal control value. The control value is limited to this minimum value.
Max. control value
5% to 100%
Definition of the maximum control value. The control value is limited to this maximum
value.
Control value in
case of sensor error
0% to 100%
Definition of the control value in case of sensor error.
Blocking object
Inactive
Active
No function.
If the blocking object is activated, the reception of an external object can prevent the
sending of the manipulated variable. Thereby an undesirable starting of actors can be
prevented.
Behavior when
unblocking
Don’t send
Send recent value
There is no control value sent when unblocking.
The recent value is sent when unblocking.
Behavior when
blocking
Don’t send
Send value
There is no control value sent when blocking.
The recent value is sent when blocking.
Percent when
blocking
Selection:
0% to 100%
Definition of the percentage value when blocking.
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4. Temperature Sensor
Designation
Options
Description
Temperature
Disabled
Temperature sensor disabled.
Sensor
Enabled
Error
Temperature sensor
Notify
Don’t notify
If there are no new values provided from the sensor for more than 10 minutes, a sensor failure will
be reported.
No report on sensor failure.
Send temperature
when changing
Disabled
Change from 0,1 K –
10,0 K
No function.
The new value is sent if the difference between old and new value is above the defined sending
threshold.
Send temperature
Disabled
No function.
cyclically
Every minute – once a
day
Cyclic sending of the recent value.
Value offset
-5 K to + 5 K
The value is adjusted by this offset. A correction might be necessary in different causes. (e.g.
sensor is placed at an unfavorable position, next to a window.
External value
Disabled
No function.
Enabled
Percentage:
With xx% proportion
Only use external value
The internal and an external value are taken pro rata to calculate an overall value. This value is
relevant for the control and the sending procedure is as defined above.
It only uses the value from the external sensor. The internal (integrated) sensor will not be used.
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5. Temperature Alarme
Designation
Options
Description
Frost alarm
Disabled
Enabled
No function.
If the alarm function is activated an alarm in the form of an object is sent when the temperature
falls below a defined temperature threshold for frost alarm.
Frost alarm
when temperature
< 1 °C to < 10 °C
When falling below the defined temperature the object frost alarm is sent.
Send frost alarm
when change of
status
Disabled
Enabled
No function.
If there is a change the recent control value is sent.
Send frost alarm
cyclically
Disabled
Every minute – once a
day
No function.
Cyclic sending of the recent control value.
Heat alarm
Disabled
Enabled
No function.
If the alarm function is activated an alarm in the form of an object is sent when the temperature
exceeds a defined temperature threshold for heat alarm.
Heat alarm when
temperature
> 20 °C to > 30 °C
When exceeding the defined temperature, the object heat alarm is sent.
Send heat alarm
when change of status
Disabled
Enabled
No function.
If there is a change the recent control value is sent.
Send heat alarm
cyclically
Disabled
Every minute – once a
day
No function.
Cyclic sending of the recent control value.
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6. Temperature control
6.1 Temperature control – heating and cooling
Designation
Options
Description
Select heating and/or
cooling
Disabled
Heating
Cooling
Heating and cooling
Temperature controller disabled.
Operating mode: Heating only.
Operating mode: Cooling only.
Operating mode: Heating and cooling.
Extra level heating /
Extra level cooling
Disabled
Enabled
Extra level heating / cooling disabled.
In addition to the main level (e.g. underfloor heating) an extra level (e.g. electric heating) can be helpful for lazy
systems. It can shorten the slow heat-up phase of an underfloor heating. You can choose between a PI or two-
stage controller for the additional object.
Guide heating /
Guide cooling
Disabled
Enabled
Guide heating / cooling disabled.
With the parameter guiding it is possible to adjust the set point linearly depending on any reference
variable which is captured through an external sensor. In general, an outdoor temperature reset control is
realized. With an appropriate parameterization, the constant raising or lowering of the set value is
possible. The parameterization is carried-out together with the definition of the set points.
PI control: A PI control is a constant control that comprises a
proportional part (P-part) and an integral share (I-share). The size of the
P-part is indicated in Kelvin, the I-share in minutes. At a constant PI
control, the manipulated variables are operated in proportional steps up
to a maximum value.
2-stage-control: A two-stage control only sends two conditions for the
manipulated variable, on and off. The control turns on when falling
below a desired temperature and turns off when exceeding it. Set point
and switching hysteresis are defined in advance.
Main level and Extra level: In addition to the main level (e.g.
underfloor heating) an extra level (e.g. electric heating) can be helpful
for slow systems controlled by main level. This can shorten in the
mentioned example the slow heat-up phase of an underfloor heating.
You can choose between a PI or two-stage controller for the additional
object.
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6.2 Temperature control – General
Designation
Options
Description
Blocking object
heating mode: enable
Disabled
Enabled
Blocking object disabled.
If the blocking object is activated, the reception of an external object can prevent the sending of the
manipulated variable. Thereby an undesirable starting of actors can be prevented (e.g. do not heat if a
window is open).
Blocking object
cooling mode: enable
Disabled
Enabled
Blocking object disabled.
If the blocking object is activated, the reception of an external object can prevent the sending of the
manipulated variable. Thereby an undesirable starting of actors can be prevented (e.g. do not heat if a
window is open).
Blocking object extra level
heating: enable
Disabled
Enabled
Blocking object disabled.
If the blocking object is activated, the reception of an external object can prevent the sending of the
manipulated variable. Thereby an undesirable starting of actors can be prevented (e.g. do not cool if a
window is open).
Blocking object extra level
cooling: enable
Disabled
Enabled
Blocking object disabled.
If the blocking object is activated, the reception of an external object can prevent the sending of the
manipulated variable. Thereby an undesirable starting of actors can be prevented (e.g. do not cool if a
window is open).
Heating demand
for display
Disabled
Enabled
Status object disabled.
This object is a status object to send the status of heating (active or not). It can be used to visualize the
status on a display.
Cooling demand
for display
Disabled
Enabled
Status object disabled.
This object is a status object to send the status of cooling (active or not). It can be used to visualize the
status on a display.
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6.3 Temperature control – Set points
Designation
Options
Description
Comfort temperature
18° to 30°C
In 0,1 °C Steps
Definition of the comfort temperature.
Setback of standby heating
and increment of standby
cooling
0 K to 10 K
In 0,1 K Steps
Definition of the difference to the comfort temperature in Kelvin.
Setback of eco heating and
increment of eco cooling
0 K to 10 K
In 0,1 K Steps
Definition of the difference to the comfort temperature in Kelvin.
Interval to main level
heating and cooling
0 K to -10 K
In 0,1 K Steps
To get a faster compensation for big differences between the recent value and setpoint, an extra
level for heating / cooling can be activated. The distance to the main level gives the difference of
recent value and setpoint at which the extra level should be activated.
Send setpoint temperature
when changing
Disabled
Enabled
No function.
If there is a change the recent control value is sent.
Send setpoint temperature
cyclically
Disabled
Every minute – once a day
No function.
Cyclic Sending of the recent control value.
Dead zone between heating
and cooling
0 to 10K
In 0,1 K Steps
Definition of the dead zone between heating and cooling.
Recent value < Set point = Heating
Recent value > Set point + dead zone = Cooling
Min. guide value heating
-50°C to +50°C
In 0,1 °C Steps
Lower guide value for outdoor temperature reset.
Max. guide value heating
-50°C to +50°C
In 0,1 °C Steps
Upper guide value for outdoor temperature reset.
Max. increment min. guide
value heating
0 to 10K
In 0,1 K Steps
Increment of the set temperature at minimum guide value.
Min. guide value cooling
-50°C to +50°C
In 0,1 °C Steps
Lower guide value for outdoor temperature reset.
Max. guide value cooling
-50°C to +50°C
In 0,1 °C Steps
Upper guide value for outdoor temperature reset.
Max. setback for max. guide
value cooling
0 to 10K
In 0,1 K Steps
Setback of the set temperature at maximum guide value.
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6.4 Temperature control – Main level and extra level heating / cooling
(Picture shows main level heating, PI control with output: PWM)
Designation
Options
Description
Control type
PI control
Selection of control type.
Proportional band
1 to 8 K
Reset time
15 to 240 Min.
Control value
output format
Percent
Byte
PWM
Definition of the control value output format.
PWM cycle
5 to 30 Min.
Depending on the output format the cycle is defined in percent, byte or
minutes.
Min. control value
0% to 95%
0 to 240 Byte
Depending on the output format the minimum control value is defined in
percent or byte here.
Max. control value
5% to 100%
0 to 255 Byte
Depending on the output format the maximum control value is defined in
percent or byte here.
Control value in case of
sensor error
0% to 100%
0 to 255 Byte
Depending on the output format the control value is defined in percent or byte
here.
Send control value
when changing
Disabled
Enabled
No function.
If there is a change the recent control value is sent.
2-point
Hysteresis (symmetrical)
0,5 K to 5 K
The hysteresis can prevent a frequent switching for fast and small changing
values.
Control value in case of
sensor error
Off
On
In case of sensor error, the value „off“ is sent.
In case of sensor error, the value „on“ is sent.
Send control value
when change-over
Disabled
Enabled
No function.
Bei einer Umschaltung (Änderung) wird die aktuelle Stellgröße gesendet.
Control direction
of control value
Normal
Inverted
Send control value
cyclically
Disabled
Every minute – once a day
No function.
Cyclic sending of the recent control value.
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7. Dew point Temperature
Designation
Options
Description
Dew point sensor
Disabled
No function.
Enabled
Sending of the recent condition.
Send dew point temperature
when changing
Disabled
If change above …
0,1 K bis 10 K
No function.
If there is a change the recent control value is sent.
Send dew point temperature
cyclically
Disabled
jede Minute - einmal am Tag
No function.
Cyclic sending of the recent control value.
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8. Dew point Alarm
Designation
Options
Description
Dew point alarm
Disabled
Enabled
No function.
If the alarm function is activated an alarm in form of an object is sent when the defined dew point is
exceeded or fallen below.
Dew point alarm
advance
Without
1K to 5K
The dew point alarm can be initiated in advance with a defined offset.
Dew point alarm
hysteresis
(symmetrical)
Without hysteresis
Hysteresis
1 K to 5 K
No function.
If there is a change, the recent control value is sent.
Send dew point alarm
when change of status
Disabled
Enabled
No function.
Upon change of status dew point alarm is sent.
Send dew point alarm
cyclically
Disabled
Every minute – once a day
No function.
Cyclic sending of the recent control value.
Type of telegram for dew
point alarm
Switching command
Priority
Percent
Byte
Scene
Definition of the type of telegram which is used.
value when
dew point alarm
Depending on the type of telegram
Definition of the value that is sent when the dew point alarm starts.
value at the end of dew
point alarm
Depending on the type of telegram
Definition of the value that is sent when the dew point alarm ended.
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9. Air pressure sensor
Designation
Options
Description
Air pressure
Disabled
Temperature sensor disabled.
sensor
Enabled
Error air pressure
Sensor
Notify
Don’t notify
If there are no new values provided from the sensor for more than 10 minutes, the sensor failure
will be reported.
No sensor failures are reported.
Send absolute air
pressure when
changing
Disabled
If change above
1 hPa – 50 hPa
No function.
The new value is sent if the difference between old and new value is above the defined sending
threshold.
Send absolute air
pressure cyclically
Disabled
No function.
Every minute – once a
day
Cyclic sending of the recent value.
Send relative air
pressure when changing
Disabled
If change above
1 hPa – 50 hPa
No function.
The new value is sent if the difference between old and new value is above the defined sending
threshold.
Send relative air
pressure cyclically
Disabled
Every minute – once a
day
No function.
Cyclic sending of the recent value.
Height
[m. a. s. l.]
0 m to 5000 m
Settings for the calculation of the relative air pressure.
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10. VAV control
Designation
Options
Description
Relative humidity
control include
Disabled
Enabled
No function.
Sending of the relative humidity PI controller values if they are valid.
Main level heating
include
Disabled
Enabled
No function.
Sending of the main level PI controller values if they are valid.
Extra level heating
include
Disabled
Enabled
No function.
Sending of the extra level PI controller values if they are valid.
Main level cooling
Include
Disabled
Enabled
No function.
Sending of the main level cooling PI controller values if they are valid.
Extra level cooling
Include
Disabled
Enabled
No function.
Sending of the extra level cooling PI controller values if they are valid.
Control value
output format
Percent
Byte
Definition des Ausgabeformates (percent oder Byte) für die Stellgröße.
Min. control value
Percent: 0% to 95%
Byte: 0 to 240
Definition of the output format (percent or byte) of the control value.
Max. control value
Percent: 5% to 100%
Byte: 10 to 255
The values of the PI controllers are limited to the minimum value.
Send VAVC control value
when changing
Disabled
If change above
Percent: 1% to 25%
Byte: 1 to 50
No function.
The values of the PI controllers are limited to the maximum value.
Send VAVC control value
cyclically
Disabled
Every minute – once per day
No function.
Cyclic sending of the recent value.
Function of the VAV control:
The highest value of all activated PI controls of the values from
relative humidity and temperature is sent in one object.
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11. Inputs
11.1 General
Designation
Options
Description
Limit number
of telegrams
Inactive
No function.
Active
Number of telegrams to be sent is limited to the configured maximum.
Maximum number of
sent telegrams
1 to 255
Maximum number of telegrams to be sent.
Maximum number of
sent telegrams per
50 milliseconds
to 60 seconds
Base for number of telegrams.
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11.2 E1 – E5 General
Designation
Options
Description
Designation
Possibility to name each input individually.
Function
Inactive
Input disabled.
Binary input
(available for E1-E5)
Switching / Alarm
Dimming
Blind
Value
Scene
Switching sequences
Multiple operation
Pulse counter
Available for inputs E1 to E5 (in total up to 5x).
Definition of the desired use each specific input.
Depending on the selected function, different parameters are available.
Details about the configuration of binary inputs see chapter 13.2.1.
Analogue input
(E1 only)
Function available for input E1 only (in total only 1x).
Details about the configuration of the analogue input see chapter 13.2.2.
External temperature
sensor (E4 only)
Function available for input E4 only (in total only 1x).
Important: By activating the external temperature sensor input on input E4, the inputs E4 and E5 will
be combined. E5 will not be available as binary input while E4 is set as temperature input.
Details about the configuration of the external temperature sensor input see chapter 13.2.3.
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11.2.1 E1 – E5 as binary inputs
11.2.1.1 Switching/Alarm function
(Picture shows input 1, with function as binary input. Configuration windows for inputs E2…E5 are similar).
Description of functions and parameters see next page.
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Designation
Options
Description
Switching /
alarm sensor
Switch
Alarm
Communication object type DPT 1.001
Communication object type DPT 1.005
Differentiation
between short
and long actuation
Inactive
Activate minimum
signal duration
Inactive
Active
Function inactive.
Definition of minimum signal duration (in 0,1s steps) for open / close.
Query input after download,
ETS reset and
bus voltage recovery
Inactive
Active
Function inactive.
Input status will be checked after a reboot of the device. A delay (in seconds) before the check can be
configured.
Active
Long actuation from
… s
0,3 to
10,0 sec.
If active, definition of when to count the actuation as a „long actuation“ can be done.
Input is being
actuated
Closed
Opened
Definition of function of input either as NO or NC contact.
Enable object
„start event 0/1“
Inactive
Active
No function.
If active, additional object (start event 0/1) is made available, which can emulate e.g. an actuation from
external and triggers event (0/1).
Reaction in case
of event 0
On / no alarm
Off / Alarm
Switchover
Inactive
Cycle off
Action on event 0 = ON
Action on event 0 = OFF
Action on event 0 = SWITCHOVER
Function disabled.
Action on event 0 = CYCLE OFF
Reaction in case
of event 1
On / no alarm
Off / Alarm
Switchover
Inactive
Cycle off
Action on event 0 = ON
Action on event 0 = OFF
Action on event 0 = SWITCHOVER
Function disabled.
Action on event 0 = CYCLE OFF
Cyclical
sending
Inactive
Active
Telegramm repeated
every … s.
1 to 65535
In seconds
No cyclical sending.
Cyclical sending according to the defined parameters (see left column).
At object value:
On
Off
On / Off
Setting, under what conditions a cyclical sending shall be performed.
Debouncing time…
in ms
10 to
150 ms
Definition of debouncing time for the input.
Enable object
„disable“
Inactive
Active
Communication object (blocking object) for input is disabled.
Communication object (blocking object) for input is enabled.
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11.2.1.2 Dimming
Designation
Options
Description
Switching/
Dimming sensor
Dimmer /
switch
Selection of operating mode as dimmer / switch.
Long actuation
from … in s
0,3 to 10,0 seconds
Configuration of time before input signal is registered as a “long actuation”.
At short actuation
(switching):
On
Off
Switchover
Inactive
Selection of value to be sent upon short actuation.
At long actuation
(dimming direction):
More brightness
Less brightness
Switchover
Switchover, after switching brighter
Switchover, after switching darker
Selection of value to be sent upon long actuation.
Dimmer
Selection of operating mode as dimmer only.
Input is being
actuated
Closed
Opened
Definition of function of input either as NO or NC contact.
At actuation:
dimming direction
More brightness
Less brightness
Switchover
Switchover, after switching brighter
Switchover, after switching darker
Selection of value to be sent upon actuation.
Dimming
procedure
Start / Stop
Steps
Brightness change per
sent telegram
1,56%, 3,13%, 6,25%, 12,5%,
25%, 50%, 100%
Selection of desired dimming procedure.
Possibility of choosing start/stop or steps.
Telegram repeated
every … s
0,3 to 10,0 seconds
By changing the telegram repetition time, the dimming speed can be varied.
Debouncing time
10 to 150 ms
Definition of debouncing time for the input.
Enable object
„disable“
Inactive
Active
Communication object (blocking object) for input is disabled.
Communication object (blocking object) for input is enabled.
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11.2.1.3 Blind sensor
Designation
Options
Description
Blind operating
function
2-push-button, standard
Reaction at shot
actuation
Stop / slat OPEN
Stop / slat CLOSED
Operating mode with two push buttons for blinds.
Blind stops / slat opens step-by-step.
Blind stops / slat closes step-by-step.
Reaktion at
long actuation
High
Down
Move blinds / shutters up.
Move blinds / shutters down.
Long actuation from
… s
0,3 to 10,0 seconds
If active, definition of when to count the actuation as a „long actuation“ can be done.
2-switch, only move
(roller blind)
Reaction at actuation
High
Down
Operating mode with two switches for blinds / shutters without slat function.
Move blinds / shutters up.
Move blinds / shutters down.
2-push-button, move
(roller blind)
Reaction at actuation
High
Down
Operating mode with two push buttons for blinds / shutters without slat function.
Move blinds / shutters up.
Move blinds / shutters down.
2-push-button, only slat
Reaction at actuation
Stop/ slat OPEN
Stop/ slat CLOSED
Operating mode with two push buttons for blinds / shutters (only slat function).
Blinds stop / open slat.
Blinds stop / close slat.
„Slat“ telegram
repeated every …s
0,3 to 10,0 seconds
Configuration of repetition time for telegram „slat“.
1-push-button,
short=slat, long=move
Long actuation from
… s
0,3 to 10,0 seconds
Short actuation: STOP / Schrittweise
Long actuation: Fahren AUF/AB
1-push-button,
short=move, long=slat
Long actuation from
… s
0,3 to 10,0 seconds
Kurze actuation: Move UP/DOWN
Lange actuation: STOP/ stepwise
1-push-button,only move
One after another at actuation: UP, STOP, DOWN, STOP.
1-switch, only move
At actuation: move UP/DOWN.
STOP at end of actuation.
Input is being
actuated
closed
opened
Definition of function of input either as NO or NC contact.
Debouncing time
10 to 150 ms
Definition of debouncing time for the input.
Enable object
„disable“
Inactive
Active
Communication object (blocking object) for input is disabled.
Communication object (blocking object) for input is enabled.
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11.2.1.4 Value / forced operation
Description of parameters see next page.
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Designation
Options
Description
Differentiation
between short and
long actuation
Inactive
No differentiation between short and long actuation of input. Thereby:
Opening the contact leads to event 0.
Closing the contact leads to
event 1.
Activate minimum signal
duration
Inactive
Active
Function disabled.
Minimum signal duration for open / close configurable (see the following parameter).
At contact opening
in value x 0,1s
1…65535
x 0,1 seconds
Parameter for minimum signal duration of „open contact“.
At contact closing
in value x 0,1s
1…65535
x 0,1 seconds
Parameter for minimum signal duration of „close contact“.
Query input after download,
ETS reset and bus voltage
recovery
Inactive
Active
Function disabled.
Configurable waiting time before transmission after a restart. (0…30000 seconds)
Active
Differentiation between short and long actuation of input active. Thereby:
Short actuation event 0;
Long actuation
event 1
Long actuation from …s
0,3 to 10,0 seconds
If active, definition of when to count the actuation as a „long actuation“ can be done.
Input is being actuated
Closed
Opened
Definition of function of input either as NO or NC contact.
Reaction in case of
event 0 / 1
Inactive
Switch
Priority
1-Byte value
Scene
2-Byte value
2-Byte floating point
4-Byte value
If inactive – function disabled.
Selection of the desired data / transmission type.
Sent value
Selection depending on
configuration of
parameter “reaction in
case of event 0/1”
Debouncing time
10 to 150 ms
Definition of debouncing time for the input.
Enable object
„disable“
Inactive
Active
Communication object (blocking object) for input is disabled.
Communication object (blocking object) for input is enabled.
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11.2.1.5 Scene
Designation
Options
Description
Input is being actuated
Closed
Opened
Definition of function of input either as NO or NC contact.
Scene number at
actuation
1…64
Selection of the scene number to be transmittet on actuation of input.
Save scene
No
At long actuation
With object value= 1
At long actuation and
object value= 1
Long actuation from
…s
Long actuation from
…s
Scenes cannot be saved.
Scene will be saved at long actuation (value configurable from 0,3 …10,0 seconds)
Scene will be saved, when object value = 1
Scene will be saved, when object value = 1 and long actuation (value configurable from 0,3 …10,0
seconds)
Debouncing time
10 to 150 ms
Definition of debouncing time for the input.
Enable object
„disable“
Inactive
Active
Communication object (blocking object) for input is disabled.
Communication object (blocking object) for input is enabled.
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11.2.1.6 Switching sequences
Designation
Options
Description
Input is being
actuated
Closed
Opened
Definition of function of input either as NO or NC contact.
Number of steps
2…5
Definition of number of total steps
Switching sequence
type
Activate/deactivate
(one button)
Activate/deactivate
(several buttons)*
All possibilities
(„Gray-Code“)
Direction
at actuation
Switch up
Switch down
Debouncing time
10 to 150 ms
Definition of debouncing time for the input.
Activate minimum
signal duration
Inactive
Active
At contact opening
in value x 0,1 s
At contact closing
in value x 0,1 s
1…65535 x 0,1 seconds
1…65535 x 0,1 seconds
Enable object
„disable“
Inactive
Active
Communication object (blocking object) for input is disabled.
Communication object (blocking object) for input is enabled.
* Information - switching sequence type = „activate/deactivate (several buttons)“:
When using above mentioned option, two binary inputs are to be configured as
“switching sequences”. One of these inputs has to be configured as „direction at
actuation“ = switch up, the other input has to be configured as “switch down”. In
order to assure synchronous function of these two inputs / sequences, the two
communication objects „actuating number“ of the two inputs have to be assigned to
the same group address.
Example:
Use of E1 for switching up, E2 for switching down
E1 actuating number group address 1/1/5
E2 actuating number group address 1/1/5
TECHNICAL MANUAL GS 3x.10 KNX – ENGLISH
44
11.2.1.7 Multiple operation
Designation
Options
Description
Input is being actuated
Closed
Opened
Definition of function of input either as NO or NC contact.
Max. number of actuations
1…4
Maximum number of actuations (each actuation will use a separate communication object)
Sent value
On
Off
Switchover
Selection of the value to be sent
when reaching the number of
actuations.
Update and send
at actuation
Inactive
Active
If inactive, the input accumulates the actuations within the maximum time (see below) and sends only
the corresponding object, e.g.4-times actuiation object.
If active, all actuations will be transmitted, e.g. 1-time, 2-times, 3-times and 4-times.
Maximum time between two
actuations … in s
0,3 … 10,0 seconds
Definition of time between two actuations, before they are distinguished as separate inputs. Especially
relevant when „Update and send at actuation = inactive”.
Additional object
for long actuation
Inactive
Active
Function disabled.
An additional object for long actuation is enabled.
Long actuation
from … in s
0,3 … 10,0
seconds
If active, definition of when to count the actuation as a „long actuation“ can be done.
Sent value at
long actuation
On
Off
Switchover
Value, which will be sent at long actuation.
Debouncing time
10 to 150 ms
Definition of debouncing time for the input.
Enable object
„disable“
Inactive
Active
Communication object (blocking object) for input is disabled.
Communication object (blocking object) for input is enabled.
TECHNICAL MANUAL GS 3x.10 KNX – ENGLISH
45
11.2.1.8 Pulse counter
Designation
Options
Description
Data type
(main counter)
1-Byte value
2-Byte value
4-Byte value
Selection of data type to be used.
Limit value 1
Range depending on selected data type.
Limit value 2
Range depending on selected data type.
Counting type
Only in case of rising edge
Only in case of falling edge
In case of both edges
Only count on rising edge.
Only count on falling edge.
Count on rising as well as on falling edge.
Number of input pulses for
a counting pulse
1…10000
Number of input pulses, before increasing the count. Example: If 4 is configured, only
after 4 impulses at input, the counter changes (increases).
Counter reading change per
counting pulse
-10000…10000
Amount to increase counter after receiving before configured number of impulses. E.g. if
5 is configured, counter will increase in steps of 5.
Send counter reading at download,
ETS reset and
bus voltage recovery
Inactive
Active
Function disabled.
If active, the last counter reading after restart of the device oder after ETS reset will be
send.
Send counter reading
at change
Inactive
Active
Function disabled.
Counter reading will be sent on change.
Send counter reading
cyclically
Inactive
Active
Function disabled.
Send counter reading every … seconds / …minutes / …hours.
Save counter reading
Inactive
Active
Reset counter reading at
download
Inactive
Active
Function disabled. Counter reading will be reset after a device restart.
Counter reading will be stored and stays available after restart.
Counter reading will be stored and stays available after ETS download.
Counter reading will be reset after ETS download.
Activate minimum
signal duration
Inactive
Active
At contact opening
At contact closing
Function disabled.
1…65535 x 0,1 seconds.
1…65535 x 0,1 seconds.
Debouncing time
10 to 150 ms
Definition of debouncing time for the input.
Enable object
„disable“
Inactive
Active
Communication object (blocking object) for input is disabled.
Communication object (blocking object) for input is enabled.
TECHNICAL MANUAL GS 3x.10 KNX – ENGLISH
46
11.2.1.8.1. Intermediate counter (with function pulse counter)
Designation
Options
Description
Data type
(intermediate counter)
1-Byte value
2-Byte value
4-Byte value
Selection of data type to be used.
Limit value 1
Range depending on selected data type.
Limit value 2
Range depending on selected data type.
Behaviour if a limit value is
exceeded / undershot
Continue counting along perimeter
Stop until ETS reset
Counter restarts / continues if limit value is reached.
Counter stops (value stays fix) until reset via ETS
Reverse counting
direction
Inactive
Active
Function disabled.
Counting direction will be reversed.
Send counter reading at download,
ETS reset and
bus voltage recovery
Inactive
Active
Function disabled.
If active, the last counter reading after restart of the device oder after ETS reset will be
send.
Send counter reading
at change
Inactive
Active
Function disabled.
Counter reading will be sent on change.
Send counter reading
cyclically
Inactive
Active
Function disabled.
Send counter reading every … seconds / …minutes / …hours.
TECHNICAL MANUAL GS 3x.10 KNX – ENGLISH
47
11.2.2 Function analogue input (Only available at input E1)
11.2.2.1 E1 Voltage
Designation
Options
Description
Sensor type
0-10 V
1-10 V
Selection of the connected input signal type (0-10V oder 1-10V). Also defines the
effective range.
Lower measuring limit in % of
effective range
0…100%
Lower measuring range limit.
If signal is below this value, output of „1” on object „E1 out of range”.
Upper measuring limit in % of
effective range
0…100%
Upper measuring range limit.
If signal is above this value, output of „1” on object „E1 out of range“.
Output value
1-Byte
2-Byte
4-Byte
Selection of output value type for lower / upper measuring limit.
Output value tob e sent at lower
measuring limit
Range depending on selected data type.
Definition of output value to be sent at lower measuring limit.
Output value tob e sent at upper
measuring limit
Range depending on selected data type.
Definition of output value to be sent at upper measuring limit.
TECHNICAL MANUAL GS 3x.10 KNX – ENGLISH
48
11.2.2.2 E1 Output
Designation
Options
Description
Filters
Inactive
Low
Medium
High
(mean of 4 measurements)
(mean of 16 measurements)
(mean of 64 measurements)
Filter disabled.
Filter active with minimum filter function.
Filter active with medium filter function.
Filter active with high filter function.
Send output value
Upon request
In case of change
Cyclically
In case of change and cyclic
Send value only upon request.
Send value upon change (see following parameters).
Send value cyclically (see following parameters).
Send value upon change and cyclically (see following two parameters).
Output value is sent from
x% change in output range
1…100%
Applies to send „In case of change“ and „Send value upon change and cyclically“:
Parameter for necessary change before sending the value.
Output value is sent every … s
5 seconds …
24 hours
Applies to send „cyclically“ and „Send value upon change and cyclically“: Configuration
of interval, when value is sent.
Enable object
„disable“
Inactive
Active
Communication object (blocking object) for input is disabled.
Communication object (blocking object) for input is enabled.
TECHNICAL MANUAL GS 3x.10 KNX – ENGLISH
49
11.2.2.3 E1 Threshold value
Designation
Options
Description
Use threshold
value
Inactive
Active
Function disabled.
Function enabled.
Tolerance band lower limit
in % of output range
0…100%
Configuration of lower band limit, e.g. 10% for 1 V.
Tolerance band upper limit
in % of output range
0…100%
Configuration of upper band limit, e.g. 80% for 8 V.
Limit value changeable via bus
Inactive
Active
Limit value fixed via ETS / stored in device.
Upper / lower tolerance band can be changed via separate communication objects via
bus.
Data type of threshold value object
1 Bit
1 Byte
2 Byte
Selection of desired data type for the thresholds.
Send if threshold value undershot
Depending on
selection of data
type
e.g. ON / OFF / no telegram (at 1-bit data type).
Send if threshold value exceeded
Depending on
selection of data
type
e.g. ON / OFF / no telegram (at 1-bit data type).
Minimum duration of overshoot
Inactive
5 seconds…
24 hours
Configurable minimum duration, before „threshold undershoot“ is sent.
Minimum duration of overshoot
Inactive
5 Sek…
24 Std.
Configurable minimum duration, before „threshold exceeded“ is sent.
TECHNICAL MANUAL GS 3x.10 KNX – ENGLISH
50
11.2.2.4 E1 Output threshold value
Designation
Options
Description
Send threshold
value
In case of change
In case of change
and cyclic
Send if threshold value
undershot, every…
Send if threshold value
exceeded, every…
5 seconds
…
24 hours
5 seconds
…
24 hours
Send threshold only in case of change.
Send threshold in case of change as well as cyclically (adjustable cycle).
TECHNICAL MANUAL GS 3x.10 KNX – ENGLISH
51
11.2.3 Function external Temperature sensor (input E4/5 only)
Please Note: When using input E4 as temperature sensor, E5 cannot be used as separate input.
11.2.3.1 E4 General
Designation
Options
Description
E4/5 Temperature function
Temperature
Floor heating thermal limiter
Connection of an external temperature sensor.
Connection of an external floor heating thermal limiter (sensor).
TECHNICAL MANUAL GS 3x.10 KNX – ENGLISH
52
11.2.3.2 E4/5 External temperature sensor / floor heating thermal limiter
Designation
Options
Description
Temperature sensor type
PT1000
TF06
Selection of the connected temperature sensor type.
Temperature offset in K
-5,0…+5,0 K
Adjustable offset for the temperature sensor value.
Line fault compensation
None
Length
Resistance
Line length, single
distance in meters
Cross-section of the
busbar
(value * 0,01 mm²)
Line resistance in
milliohms (sum of feed
and return conductors)
1…30
1…150
0…10000
Function disabled.
Line fault compensation based on length and the cross-section of the cable.
Value in Meters.
Value in 0,01 mm².
Line fault compensation based on line resistance of feed and return conductors (in
milliohms).
TECHNICAL MANUAL GS 3x.10 KNX – ENGLISH
53
11.2.3.3 E4/5 Output
Designation
Options
Description
Filters
Inactive
Low
Medium
High
(mean of 4 measurements)
(mean of 16 measurements)
(mean of 64 measurements)
Filter disabled.
Filter active with minimum filter function.
Filter active with medium filter function.
Filter active with high filter function.
Send output value
Upon request
In case of change
Cyclically
In case of change and cyclic
Send value only upon request.
Send value upon change (see following parameters).
Send value cyclically (see following parameters).
Send value upon change and cyclically (see following two parameters).
Output value sent from
a change of x 0,1°C
1…200
Applies to send „In case of change“ and „Send value upon change and cyclically“:
Parameter for necessary change before sending the value.
Output value is sent every
5 seconds…
24 hours
Applies to send „cyclically“ and „Send value upon change and cyclically“: Configuration
of interval, when value is sent.
Enable object
„disable“
Inactive
Active
Communication object (blocking object) for input is disabled.
Communication object (blocking object) for input is enabled.
TECHNICAL MANUAL GS 3x.10 KNX – ENGLISH
54
11.2.3.4 E4/5 Threshold value 1 / 2 (only if E4 General temperature function = Temperature)
Designation
Options
Description
Enable
threshold value 1/2
function
Inactive
Active
Threshold function 1/2 disabled.
Threshold function 1/2 enabled.
Tolerance band lower limit
in 0,1°C
-500…+1500
Definition of tolerance band lower limit, e.g. 100 for 10 °C.
Tolerance band upper limit
in 0,1°C
-500…+1500
Definition of tolerance band upper limit, e.g. 800 for 80 °C.
Data type of
threshold value object
1 Bit
1 Byte
2 Byte
Selection of desired data type for threshold value objects.
Send if threshold value
undershot
NO telegram
ON telegram
OFF telegram
e.g. ON / OFF / NO telegram for 1-bit data type.
Send if threshold value
exceeded
NO telegram
ON telegram
OFF telegram
e.g. ON / OFF / NO telegram for 1-bit data type.
Minimum duration of
undershoot
Inactive
5 seconds…
24 hours
Adjustable minimum duration, before selected telegram for „threshold undershoot“ is
sent.
Minimum duration of
overshoot
Inactive
5 seconds…
24 hours
Adjustable minimum duration, before selected telegram for „threshold exceeded“ is sent.
Limits changeable via bus
Inactive
Active
Limits (tolerance band) via bus not changeable (limits fixed in ETS / device).
Upper / lower limits (tolerance band) are changeable via separate communication
objects.
TECHNICAL MANUAL GS 3x.10 KNX – ENGLISH
55
11.2.3.5 E4/5 Output threshold value 1 / 2 (only if E4 general temperature function = Temperature)
Designation
Options
Description
Send threshold
value object
In case of change
In case of change
and cyclic
Send if threshold value
undershot, every
Send if threshold value
exceeded, every
5 seconds
…
24 hours
5 seconds
…
24 hours
Send threshold only in case of change.
Send threshold in case of change as well as cyclically (adjustable cycle time).
11.2.3.6 E4/5 Threshold values (only if E4 general temperature function = Floor heating thermal limiter)
Designation
Options
Description
Value [°C]
10…60
Adjustment of temperature value for the termal limiter.
Hysteresis [°C]
0,5…5,0
Configuration of hysteresis of temperature value for thermal limiter.
… 9 …


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