Wireless Actuator Light Controller, 1 N/O Contact 10A – 30100040

Wireless Actuator Light Controller 230V. 1 NO contact, not potential-free, 10A/250V AC, incandescent lamps 2000 Watts, 5 operating modes selectable. Encrypted wireless, bidirectional wireless and repeater function can be switched on. Stand-by loss only 0.8 Watt. For flush mounting. 45mm long, 45mm wide, 33mm deep. Supply, switching and control voltage locally 230V. In the event of a power failure, the switching state is maintained. When the power supply returns, it switches off in a defined manner. After installation, wait for the automatic short synchronization before connecting the switched consumer to the mains. In addition to the wireless control input via an internal antenna, this wireless actuator can also be controlled locally with a conventional 230V control button possibly mounted in front of it. A glow lamp current is not permitted. From production week 11/14, encrypted sensors can be taught in. Bidirectional wireless and/or a repeater function can be switched on. Every change of state as well as received central control telegrams are confirmed with a wireless telegram. This wireless telegram can be taught into other actuators, the GFVS software and universal displays. With the upper rotary switch, up to 35 wireless pushbuttons are assigned in the LRN position, including one or more central control pushbuttons. Also wireless motion and brightness sensors. Then the desired operating mode is selected: ES(V)+TLZ: In this operating mode, the normal impulse switch function with pushbuttons is active. A fallback delay for the ESV function can be set with the lower rotary switch RV between 0 and 60 minutes. Universal pushbuttons are used to switch on and off. With central ON pushbuttons and a set fallback delay on the RV rotary switch, the staircase light timer function TLZ results. AUTO1: In AUTO1 mode (semi-automatic motion: only switching off motion-controlled), universal pushbuttons or central control pushbuttons are used to switch on and off. With one or more wireless motion sensors, the device switches off after the fallback delay set on the lower rotary switch RV between 0 and 60 minutes has expired if there is no motion. AUTO2: In AUTO2 mode (semi-automatic motion and brightness: only switching off motion- and brightness-controlled), universal pushbuttons or central control pushbuttons are used to switch on and off. With one or more wireless motion and brightness sensors, the device switches off after the fallback delay set on the lower rotary switch RV between 0 and 60 minutes has expired if there is no motion or sufficient brightness. AUTO3: In AUTO3 mode (fully automatic motion: switching on and off motion-controlled), when the brightness threshold is undershot, one or more wireless motion and brightness sensors switch on, and switch off after the fallback delay set on the lower rotary switch RV between 0 and 60 minutes has expired if there is no motion. In addition, universal pushbuttons or central control pushbuttons can be used to switch on and off. AUTO4: In AUTO4 mode (fully automatic motion and brightness: switching on and off motion- and brightness-controlled), when the brightness threshold is undershot, one or more wireless motion and brightness sensors switch on, and switch off after the fallback delay set on the lower rotary switch RV between 0 and 60 minutes has expired if there is no motion or sufficient brightness. In addition, universal pushbuttons or central control pushbuttons can be used to switch on and off. For lighting with fluorescent lamps, energy-saving lamps and LED lamps, one FBH in the room is sufficient for brightness measurement. For lighting with incandescent and halogen lamps, an external brightness sensor must be taught in as a master for AUTO2 and AUTO4 operating modes. If several sensors have been taught in, switching off only occurs when all sensors report no motion or sufficient brightness. The LED accompanies the teaching-in process according to the operating instructions and indicates wireless control commands by briefly flashing during operation.