The control unit switches and dims electrical devices that feature a 1–10 V interface.
Five device configurations can be selected. This leads to the assignment of four individually-controllable dimming channels to the switching outputs (e.g. four dimming channels are assigned to one switching relay to control a RGBW light).
Relay outputs that are not associated with a dimming channel can be used as freely-acting switching actuator channel.
Reactions in case of bus voltage failure and restoration can be set following an ETS programming process.
Manual actuation of the outputs independently of the bus with mechanical switching position indicator.
Delay for actively transmitted feedback messages following bus voltage recovery.
Logical linking function configurable per channel.
Up to three central switching functions for the joint control of all dimming and switching channels.
Switch-on times of the relay outputs can be recorded and evaluated by the elapsed-hours meter.
Group feedback of all switching conditions possible.
Dimming channels
Four individually-controllable dimming channels.
Feedback on switching condition and brightness value.
Dimmable brightness range can be set.
Dimming behaviour and dimming characteristics can be parameterised.
Soft switch-on and soft switch-off function
Block function or forced setting function can be parameterised.
Time functions (switch-on delay, switch-off delay, staircase light function). With the staircase light function, the reaction at the end of the switch-on time can be configured.
Inclusion of a dimming channel in up to ten scenes is possible.
The burning-in function allows for the commissioning of new fluorescent lamps prescribed by lighting manufacturers.
Switching actuator operation (optional)
Independent switching of switch outputs A2 to A4.
NO contact or NC contact operation.
Feedback from the switching condition.
Block function or forced setting function can be parameterised.
Time functions (switch-on, switch-off delay, staircase light function - also with advance warning function).
Can be integrated in the light scenes. Up to ten internal scenes per switching output are programmable.
Cyclical monitoring of incoming switching telegram is configurable.
Technical data
KNX medium
TP256
Relay
Quantity
4
Contact
1 x zero-voltage NO contact each, flip-flop
Control outputs
Control voltage
1 to 10 V
Control current per output
max. 100 mA
Cable length
max. 500 m with 0.5 mm²
Switch outputs
Switching voltage
AC 250/400 V
Switching current 230 V AC1
16 A
Switching current 230 V AC3
10 A
Switching current 400 V AC1
10 A
Switching current 400 V AC3
6 A
Fluorescent lamps
16 AX
Lamp loads
Light bulbs
3680 W
HV halogen lamps
3680 W
Wound electronic transformer
2000 VA
Tronic transformer
2500 W
Fluorescent lamps T5/T8
Uncompensated
3680 W
parallel compensated
2500 W/200 µF
Duo-circuit
3680 W/200 µF
Compact fluorescent lamps
Uncompensated
3680 W
parallel compensated
2500 W/200 µF
Mercury-vapour lamps
Uncompensated
3680 W
parallel compensated
3680 W/200 µF
Ambient temperature
-5 °C to +45 °C
Connections
KNX
Connection and junction terminal
1 – 10 V
Screw terminals
Load
Screw terminals
Connection cross section
Max. 4 mm²
Notes
Electronic ballasts generate very high current spikes. For this reason, use a switch-on current limiter or a separate load contact for with greater loads.
Scope of delivery
Connection and junction terminal for KNX included with delivery.