Switching and dimming of light bulbs, HV halogen lamps, dimmable HV-LED lamps, dimmable compact fluorescent lamps, dimmable inductive transformers with LV halogen or NV-LED lamps, dimmable electronic transformers with LV halogen or NV-LED lamps.
Automatic or manual selection of dimming principle according to load.
Idle-state, short-circuit, and excess temperature-proof.
Manual operation of the outputs independent of the bus (building site operation also possible).
Building site operation: Outputs can be operated manually without bus voltage with operating voltage only.
Functions
Independent control of the dimming channels.
Central switching function for control of all dimming channels.
Delay for actively transmitted feedback messages following bus voltage recovery.
The load type can be specified and the dimming principle defined: Universal (with automatic calibration procedure), electronic transformer/LV LED (capacitive/phase cut), conventional transformer/LV LED (inductive/phase cut), HV LED (phase cut) or HV LED (phase cut).
Feedback for "switching" and "brightness value".
Dimmable brightness range can be set.
Dimming behaviour and dimming characteristics can be parameterised.
Switch-on behaviour for a relative dimming command can be parameterised.
Bulb-saving switch-on and switch-off
Automatic setting and scaling of the dimmable brightness range when using universal power boosters.
The performance of a dimming channel in the "OFF" state during reception of a relative dimming command can be parameterised (switching and dimming or no response).
Alarm telegrams for short circuit, overload, and load failure.
Feedback of connected load type.
Block function or forced setting function can be parameterised for each output.
Time functions (switch-on or switch-off delay, staircase light function).
Staircase light function with advance warning function via time-controlled reduction of lighting or activation of permanent lighting.
Linking function and up to eight scenes per dimming channel possible.
Elapsed-hours meter for recording switch-on time.
Reactions after bus voltage failure and recovery can be set.
Technical data
KNX medium
TP256
Rated voltage
AC 110 to 230 V, 50/60 Hz
Max. connected load (AC 230 V) per channel
Light bulbs
20 to 300 W
HV halogen lamps
20 to 300 W
Wound electronic transformer
20 to 300 VA
Tronic transformer
20 to 300 W
Wound transformer with NV-LED
20 to 100 VA
electronic transformer with NV-LED
typically 20 to 100 W
HV LED lamps
typically 3 to 60 W
Compact fluorescent lamp
typically 3 to 60 W
Connected load (AC 110 V) per channel
Light bulbs
20 to 150 W
HV halogen lamps
20 to 150 W
Wound electronic transformer
20 to 150 VA
Tronic transformer
20 to 150 W
Wound transformer with NV-LED
20 to 50 VA
electronic transformer with NV-LED
typically 20 to 50 W
HV LED lamps
typically 3 to 30 W
Compact fluorescent lamp
typically 3 to 30 W
Connections
KNX
Connection and junction terminal
Load
Screw terminals
Connection cross section
Max. 4 mm²
Notes
Power expansion using Gira power boosts.
Installation on DIN top-hat rail.
VDE approval in accordance with EN 60669-1, EN 60669-2-1.
Scope of delivery
Connection and junction terminal for KNX included with delivery.