FLC61NP-230V, radio-actor light controller, 1 close 10A

Radio actuator light controller, 1 close 10A

1 close not potential-free 10A / 250V AC, 230V LED lamps up to 400W, light bulbs 2000 Watt. 5 types of operation can be selected. Encrypted radio, bidirectional radio and repeater function can be switched on. Stand-by loss only 0.8 watts. For installation. 45mm long, 45mm wide, 33mm deep. Supply, switching and control voltage local 230V. In the event of a failure of the supply voltage, the switching state is maintained. In the case of a recurring supply voltage, it is defined to be off. After installation, wait for the automatic short synchronization before the switched consumer is placed on the net. In addition to the radio control input via an internal antenna, this radio actuator can also be controlled locally with a conventional 230V control button that may be installed before. A mica flow is not permitted. A mode of operation can be learned. Encrypted sensors can be learned. It can be switched on bidirectional radio and / or a repeater function. Each state change as well as received central control telegrams are then confirmed with a radio telegram. This radio telegram can be learned into other actuators, controllers and universal displays. With the upper turn switch, in the position LRN up to 35 radio planets are assigned, one or more central control buttons. In addition, radio motion and brightness sensors. The desired operating mode is then chosen: ES (V) + TLZ: In this mode of operation, the normal current shock switch function with buttons is active. A return delay for the ESV function can be set with the lower RV switch between 0 and 60 minutes. With universal keys and direction keys is switched on and off. With buttons Central One and a set back delay at the RV turn switch, the TLZ step light switch function results. AUTO1: In the mode of operation AUTO1 (semi-automatic movement: only switching off motion-controlled), universal, directional or central control buttons are switched on and off. With one or more radio motion sensors, when not moving, the RV is switched off between 0 and 60 minutes after the return delay set at the lower switch. AUTO2: In the AUTO2 mode of operation (semi-automatic movement and brightness: only switching off motion and brightness controlled), universal, directional or central control buttons are switched on and off. With one or more radio-motion brightness sensors, if not moving or sufficient brightness is switched off after the RV is set at the lower turn switch between 0 and 60 minutes. AUTO3: In the mode of operation AUTO3 (fully automatic movement: on and off motion controlled), when the brightness threshold is undercut, it is switched on with one or more radio-motion-brightness sensors and, when the non-movement is switched off after the return delay set at the lower turn switch RV between 0 and 60 minutes. In addition, universal, directional or central control buttons can be switched on and off. AUTO4: In the mode of operation AUTO4 (fully automatic movement and brightness: on and off-turn motion and brightness controlled), at the undercut brightness threshold, it is switched on with one or more radio motion brightness sensors and, in the case of non-movement or sufficient brightness, it is switched off after the return delay set at the lower switch RV between 0 and 60 minutes. In addition, universal, directional or central control buttons can be switched on and off. If a mode of operation is learned, the 4 keys are fixed with the following functions: left above AUTO, function according to the turning position. Top right, one with priority. To the left and to the right below with priority. The choice of the mode of operation AUTO is signaled with a short turn on and off of the lamp. For lighting with LED lamps, energy-saving lamps and fluorescent lamps, an FBH in the room is sufficient to measure brightness. In the case of lighting with light and halogen lamps, an external brightness sensor must be learned as a master for the operating types AUTO2 and AUTO4. If several sensors have been learned, they will not be switched off until all sensors report non-movement or sufficient brightness. The LED accompanies the learning process according to the operating instructions and displays radio control commands in operation by a short flash.