Overview of Group Objects

1

1th Logic

Input a

1 bit

C,W,T,U

visible if not disconnected

AND, OR, XOR

1.002 boolean

2

1th Logic

Input b

1 bit

C,W,T,U

AND, OR, XOR

3

1th Logic

Input c

1 bit

C,W,T,U

AND, OR, XOR

4

1th Logic

Input d

1 bit

C,W,T,U

AND, OR, XOR

5

1th Logic

Input e

1 bit

C,W,T,U

AND, OR, XOR

6

1th Logic

Input f

1 bit

C,W,T,U

AND, OR, XOR

7

1th Logic

Input g

1 bit

C,W,T,U

AND, OR, XOR

8

1th Logic

Input h

1 bit

C,W,T,U

AND, OR, XOR

9

1th Logic

Logic result

1 bit

C,T

AND, OR, XOR

1

1th Logic

Threshold value input

4 bit

1 byte

2 byte

4 byte

C,W,U

Length according to parameter select

Threshold comparator

3.007 dimming

5.010 counter pulses

7.001 pulses

12.001 counter pulses

9

1th Logic

Logic result

1 bit

C,T

Threshold comparator

1.002 boolean

1

1th Logic

Input 1bit-bit0

1 bit

C,W,U

2 x 1bit → 1 x 2bit

Format convert

1.002 boolean

2

1th Logic

Input 1bit-bit1

1 bit

C,W,U

Format convert

1.002 boolean

9

1th Logic

Output 2bit

2 bit

C,T

Format convert

2.001 switch control

1

1th Logic

Input 1bit-bit0

1 bit

C,W,U

8 x 1bit → 1 x 1byte

Format convert

1.002 boolean

2

1th Logic

Input 1bit-bit1

1 bit

C,W,U

Format convert

3

1th Logic

Input 1bit-bit2

1 bit

C,W,U

Format convert

4

1th Logic

Input 1bit-bit3

1 bit

C,W,U

Format convert

5

1th Logic

Input 1bit-bit4

1 bit

C,W,U

Format convert

6

1th Logic

Input 1bit-bit5

1 bit

C,W,U

Format convert

7

1th Logic

Input 1bit-bit6

1 bit

C,W,U

Format convert

8

1th Logic

Input 1bit-bit7

1 bit

C,W,U

Format convert

9

1th Logic

Output 1byte

1 byte

C,T

Format convert

5.010 counter pulses

1

1th Logic

Input 1byte

1 byte

C,W,U

1 x 1byte → 1 x 2byte

Format convert

5.010 counter pulses

9

1th Logic

Output 2byte

2 byte

C,T

Format convert

7.001 pulses

1

1th Logic

Input 1byte-low

1 byte

C,W,U

2 x1byte → 1 x 2byte

Format convert

5.010 counter pulses

2

1th Logic

Input 1byte-high

1 byte

C,W,U

Format convert

5.010 counter pulses

9

1th Logic

Output 2byte

2 byte

C,T

Format convert

7.001 pulses

1

1th Logic

Input 2byte-low

2 byte

C,W,U

2 x 2byte → 1 x 4byte

Format convert

7.001 pulses

2

1th Logic

Input 2byte-high

2 byte

C,W,U

Format convert

9

1th Logic

Output 4byte

4 byte

C,T

Format convert

12.001 counter pulses

1

1th Logic

Input 1byte

1 byte

C,W,U

1 x 1byte → 8 x 1bit

Format convert

5.010 counter pulses

2

1th Logic

Output 1bit-bit0

1 bit

C,T

Format convert

1.002 boolean

3

1th Logic

Output 1bit-bit1

1 bit

C,T

Format convert

4

1th Logic

Output 1bit-bit2

1 bit

C,T

Format convert

5

1th Logic

Output 1bit-bit3

1 bit

C,T

Format convert

6

1th Logic

Output 1bit-bit4

1 bit

C,T

Format convert

7

1th Logic

Output 1bit-bit5

1 bit

C,T

Format convert

8

1th Logic

Output 1bit-bit6

1 bit

C,T

Format convert

9

1th Logic

Output 1bit-bit7

1 bit

C,T

Format convert

1

1th Logic

Input 2byte

2 byte

C,W,U

1 x 2byte → 2 x 1byte

Format convert

7.001 pulses

8

1th Logic

Output 1byte-low

1 byte

C,T

Format convert

5.010 counter pulses

9

1th Logic

Output 1byte-high

1 byte

C,T

Format convert

1

1th Logic

Input 4byte

4 byte

C,W,U

1 x 4byte → 2 x 2byte

Format convert

12.001 counter pulses

8

1th Logic

Output 2byte-low

2 byte

C,T

Format convert

7.001 pulses

9

1th Logic

Output 2byte-high

2 byte

C,T

Format convert

1

1th Logic

Input 3byte

3 byte

C,W,U

1 x 3byte → 3 x 1byte

Format convert

232.600 RGB value 3 x (0..255)

7

1th Logic

Output 1byte-low

1 byte

C,T

Format convert

5.010 counter pulses

8

1th Logic

Output 1byte-middle

1 byte

C,T

Format convert

9

1th Logic

Output 1byte-high

1 byte

C,T

Format convert

1

1th Logic

Input 1byte-low

1 byte

C,W,U

3 x 1byte → 1 x 3byte

Format convert

5.010 counter pulses

2

1th Logic

Input 1byte-middle

1 byte

C,W,U

Format convert

3

1th Logic

Input 1byte-high

1 byte

C,W,U

Format convert

9

1th Logic

Output 3byte

3 byte

C,T

Format convert

232.600 RGB value 3 x (0..255)

10 – 18

2nd Logic

19 – 27

3rd Logic

28 – 36

4th Logic

37 – 45

5th Logic

46 – 54

6th Logic

55 – 63

7th Logic

64 – 72

8th Logic

73

Function 1

The name of the object refers to the parameter Name of the channel of the function.

The name of the function changes with the parameter description. If the parameter description is empty, Function 1 displays by default.

Switch object A

1 bit

C,T

Switch values are sent alternately during operation.

Toggle: Extended settings disable

1.001 switch

75

Switch status object A

1 bit

C,W

73

Switch object A, Value object A

1 bit/1 byte

C,T

visible according to object type

Toggle: Extended settings

1.001 switch, 5.001 percentage (0..100%), 5.010 counter pulses

74

Switch object B, Value object B

1 bit/1 byte

C,T

visible according to object type&2 objects

75

Switch status object A, Value status object A

1 bit/1 byte

C,W

visible according to object type

76

Switch status object B, Value status object B

1 bit/1 byte

C,W

visible according to object type&2 objects

73

Function 1

The name of the object refers to the parameter Name of the channel of the function.

The name of the function changes with the parameter description. If the parameter description is empty, Function 1 displays by default.

Switch object A

1 bit

C,T

Switching: Extended settings disable

1.001 switch

73

Switch object A, Value object A

1 bit, 1 byte

C,T

Visible according to object type

Switching: Extended settings

1.001 switch, 5.001 percentage(0..100%), 5.010 counter pulses

74

Switch object B, Value object B

1 bit, 1 byte

C,T

Visible according to object type and objects

73

Switch object

1 bit

C,T

Dimming

1.001 switch

74

Dimming object

4 bit

C,T

3.007 dimming

75

Switch status object

1 bit

C,W

Only visible if you select Dimming brighter/darker

1.001 switch

73

Movement object

1 bit

C,T

Moving blind up, Moving blind down, Moving blind up/down

Blind

1.008 up/down

74

Stop/step

1 bit

C,T

1.007 step

75

Last direction

1 bit

C,W

Only visible if you select Moving blind up/down

Blind Extended settings

1.008 up/down

73

Blind position

1 byte

C,T

Moving blind with positioning values

5.001 percentage (0..100%), 5.010 counter pulses

74

Slat position

1 byte

C,T

73

Switch object A, Priority control object A, Dimming object A, Value object A

1 bit

2 bit

4 bit

1 byte

C,T

Visible according to object type

Edges 1bit, 2bit (Priority), 4bit, 1byte values

1.001 switch, 2.001 switch control, 3.007 dimming, 5.010 counter pulses, 5.001 percentage (0..100%)

74

Switch object B, Priority control object B, Dimming object B, Value object B

C,T

visible according to object type and objects

75

Switch status object A, Priority control status object A, Dimming status object A, Value status object A

1 bit

2 bit

4 bit

1 byte

C,W

visible according to object type

1.001 switch, 2.001 switch control, 3.007 dimming, 5.010 counter pulses, 5.001 percentage (0..100%)

76

Switch status object B, Priority control status object B, Dimming status object B, Value status object B

C,W

visible according to object type&2 objects

73

Value object A

2 byte

C,T

visible according to object type

Edges with 2byte values

9.004 lux(Lux), 7.001 pulses, 8.001 pulses difference

75

Value status object A

C,W

73

Value object A

1 byte

C,T

8 bit slider

5.004 percentage (0..255%)

75

Set value object A

C,W

73

Scene object A

1 byte

C,T

Scene

18.001 scene control

74

Function 1

The name of the object refers to the parameter Name of the channel of the function.

The name of the function changes with the parameter description. If the parameter description is empty, Function 1 displays by default.

Scene object B

1 byte

C,T

Scene Extended settings

18.001 scene control

73

RGB dimming value

3 byte

C,T

RGB: 3byte option

RGB lighting

232.600 RGB value 3 x (0..255)

73

RGBW dimming value

6 byte

C,T

RGBW: 6byte option

251.600 DPT_Colour_RGBW

73

Red dimming value

1 byte

C,T

1byte option

5.001 percentage( 0..100%)

74

Green dimming value

1 byte

C,T

75

Blue dimming value

1 byte

C,T

76

White dimming value

1 byte

C,T

73

Brightness value

1 byte

C,T

Colour temperature control

5.001 percentage(0..100%)

74

Colour temperature value

2 byte

C,T

7.600 absolute colour temperature

73

Setpoint output

2 byte

C,T

When operating the button, the temperature setpoint is lowered.

Temperature decrease

9.001 temperature (°C)

74

Setpoint input

2 byte

C,W,T,U

The temperature setpoint is received from the bus and a read request is sent at power-up.

73

Setpoint output

2 byte

C,T

When operating the button, the reference temperature difference is lowered.

9.002 temperature difference (K)

74

Setpoint input

2 byte

C,W,T,U

The reference temperature difference value is received from the bus and a read request is sent at power-up

73

Setpoint output

1 byte

C,T

When the button is operated, the reference temperature difference is lowered.

6.010 counter pulse (-128..127)

74

Setpoint input

1 byte

C,W,T,U

The reference temperature value is received from the bus, and a read request is sent on power-up.

73

Function 1

The name of the object refers to the parameter Name of the channel of the function.

The name of the function changes with the parameter description. If the parameter description is empty, Function 1 displays by default.

Setpoint output

2 byte

C,T

When operating the button, the temperature setpoint is raised.

Temperature increase

9.001 temperature (°C)

74

Setpoint input

2 byte

C,W,T,U

The temperature setpoint is received from the bus and a read request is sent at power-up.

73

Setpoint output

2 byte

C,T

When operating the button, the reference temperature difference is adjusted upwards.

9.002 temperature difference (K)

74

Setpoint input

2 byte

C,W,T,U

The reference temperature difference value is received from the bus and a read request is sent at power-up.

Setpoint output

1 byte

C,T

When the button is operated, the reference temperature difference is adjusted upward.

6.010 counter pulse (-128..127)

Setpoint input

1 byte

C,W,T,U

The reference temperature difference value is received from the bus, and a read request is sent on power-up.

77

Button Locking object

1 bit

C,W

Visible when the locking function is enabled. When locked, the buttons are not operational and the specific value of the object is defined by the parameter

Locking

1.003 enable

78

Status feedback object, Status feedback object value

1 bit, 1 byte

C,W,T,U

1bit object type visible if the option is Status feedback object = On/Off.

1byte object type visible if the option is Status feedback object value = On/Off.

1.001 switch

5.004 percentage (0..255%)

79 – 84

Function 2

The same as function 1

85 – 90

Function 3

91 – 96

Function 4

97 – 102

Function 5

109 – 108

Function 6

109 – 114

Function 7

115 – 120

Function 8

121

Middle field display line 1

Brightness level status feedback object

1 byte

C,W

Visible if dimming level is enabled

5.001 percentage (0..100%)

122

Middle field display line 2

1 byte

C,W

123

Middle field display line 3

1 byte

C,W

124

Middle field display line 4

1 byte

C,W

125

Night mode

Night mode input

1 bit

C,W,T,U

Visible when parameter Night mode is enabled

1.024 day/night

126

Proximity function

Proximity input

1 bit

C,W

Visible when parameter option How the Proximity function is triggered including Proximity object

1.001 switch

127

Proximity output

1 bit, 1 byte

C,T

Visible according to the parameter option

1.001 switch, 5.010 counter pulses

128

Temperature measurement

Actual temperature 2Byte

2 byte

C,R,T

Displays according to parameter option.

9.001 temperature (°C), 9.027 temperature (°F)

129

Temperature measurement

Actual temperature 4Byte

4 byte

C,R,T

130

General

Live signal

1 bit

C,T

1.001 switch

131

Date

3 byte

C,W

11.001 date

132

Time

3 byte

C,W

10.001 time of day

138

External temperature sensor

2 byte

C,W,T,U

Receives external temperature sensor measurements, sends periodic read requests, and sends power-ups.

9.001 temperature

139

Middle field display line 1

External actual temperature

2 byte

C,W,T,U

Receives external temperature sensor measurements, sends periodic read requests, and sends power-ups.

9.001 temperature

140

Heating and Cooling mode

1 bit

C,W,T,U

The heating/cooling mode is received from the bus and a read request is sent at power-up.

1.100 cooling/heating

141

Setpoint input

2 byte

C,W

Receives the bus temperature setpoint. When there is data reception, the screen immediately switches to display the set temperature. After the delay it switches to the ambient temperature.

9.001 temperature

142

Middle field display line 2

External actual temperature

2 byte

C,W,T,U

The same as Middle field display line 1

9.001 temperature

143

Heating and Cooling mode

1 bit

C,W,T,U

1.100 cooling/heating

144

Setpoint input

2 byte

C,W

9.001 temperature

145

Middle field display line 3

External actual temperature

2 byte

C,W,T,U

9.001 temperature

146

Heating and Cooling mode

1 bit

C,W,T,U

1.100 cooling/heating

147

Setpoint input

2 byte

C,W

9.001 temperature

148

Middle field display line 4

External actual temperature

2 byte

C,W,T,U

9.001 temperature

149

Heating and Cooling mode

1 bit

C,W,T,U

1.100 cooling/heating

150

Setpoint input

2 byte

C,W

9.001 temperature

133

Auxiliary function

Switch object

1 bit

C,T

1.001 switch

134

Auxiliary function

Switch status object

1 bit

C,W

1.001 switch

133

Auxiliary function

Switch object

1 bit

C,T

1.001 switch

133

Auxiliary function

Dimming object

4 bit

C,T

3.007 dimming

133

Auxiliary function

Movement object

1 bit

C,T

1.008 up/down

134

Auxiliary function

Stop/step

1 bit

C,T

1.007 step

135

Auxiliary function

Last direction

1 bit

C,W

1.008 up/down

133

Auxiliary function

Blind position

1 byte

C,T

5.001 percentage (0..100%)

5.005 ratio (0..255)

134

Auxiliary function

Slat position

1 byte

C,T

133

Auxiliary function

Switch object

Priority control object

Dimming object

Value object

1 bit

2 bit

4 bit

1 byte

2 byte

C,T

1.001 switch

2.001 switch control

3.007 dimming

5.010 counter pulses

5.001 percentage (0..100%)

9.xx float value

8.001 pulse difference

7.001 pulse

134

Auxiliary function

Switch status object

Priority control status object

Dimming status object

Value status object

1 bit

2 bit

4 bit

1 byte

2 byte

C,W

133

Auxiliary function

Scene object

1 byte

C,T

17.001 scene number

133

Auxiliary function

RGB dimming value

3 byte

C,T

232.600 RGB value 3 x (0..255)

133

Auxiliary function

RGBW dimming value

6 byte

C,T

251.600 DPT Color RGBW

133

Auxiliary function

Red dimming value

1 byte

C,T

5.001 percentage (0..100%)

134

Auxiliary function

Green dimming value

1 byte

C,T

135

Auxiliary function

Blue dimming value

1 byte

C,T

136

Auxiliary function

White dimming value

1 byte

C,T

5.001 percentage (0..100%)

133

Auxiliary function

Brightness value

1 byte

C,T

5.001 percentage (0..100%)

134

Auxiliary function

Color temperature value

2 byte

C,T

7.600 absolute color temperature

137

Auxiliary function

Locking object

1 bit

C,W

1.003 enable