FSR14-4x, RS485- Bus-Actor 4-channel current shock-rate

Additionally available packaging sizes: 1 / 10 / 100

Power shock control relays with 4 channels, 1 closing 4A / 250V AC, 230V LED lamps up to 200W, light bulbs 1000W, potential separate from the supply voltage, with DX technology. Bidirectional. Stand-by loss only 0.1 watts. Line installation device for assembly on DIN-EN 60715 TH35. 1 unit of division = 18mm wide, 58mm deep. Connection to the ELTAKO- RS485- bus. Cross-wiring bus and power supply with plug-in bridge. With the patented ELTAKO- Duplex technology, the normally potential-free contacts can still switch 50Hz in the zero pass when switching 230V AC voltage and thus drastically reduce wear. For this purpose, simply connect the N- conductor to the terminal (N) and L to K (L). This results in an additional standby loss of only 0.1 watts. If all 4 relays of the FSR14-4x are switched on, 0.7 watts are required. In case of failure of the supply voltage is defined off. The channels can be learned independently as an ES- and / or an-channel. Scene control: With one of the four control signals of a double-tailed button, several channels of one or more FSR14 -4x can be switched on or off to one scene. Central commands can be sent with radio keys and / or with a controller. With the rotary switches the buttons are learned and if necessary the 4 channels are tested. For normal operation, the middle and lower switches are then set to AUTO. With the upper turn switch, the EW time (0- 120 seconds) for relays or RV time (0- 120 minutes) for current shock switches is adjusted for all channels. If radio motion brightness sensors FBH (Master) and / or FBH (Slave) are learned, the switching shaft is set with the upper switch, for each channel, at which the lighting switches on or off. The upper switch settings according to the operating instructions. If radio brightness sensors are learned, the switching shaft is defined with the upper switch, for each channel, in which the lighting switches on or off depending on the brightness (from about 0lux in position 0 to about 50lux in position 120). A hysteresis of about 300lux between the on and off is fixed. An additional set of RV time is not observed. Only one FBH (Master) or FAH can be learned per channel. However, an FBH (Master) or FAH can be learned into several channels. If radio window door contacts FTK or window access sensor FFG7B are learned, different functions can be set with the average switch in positions AUTO 1 to AUTO 4 and can be connected to a maximum of 116 FTK: AUTO 1 = window to, then output is active. AUTO 2 = open window, then output active. In the positions AUTO 3 and AUTO 4, the FTK, which is used on a channel, are automatically linked. In the case of AUTO 3, all FTC must be closed to close the working contact (e.g. for climate control). In the case of AUTO 4, an open FTC is sufficient to close the working contact (e.g. for alarm or switch on the power supply of a wind outlet). One or more FTK can be learned into several channels so that different functions are possible at the same time per FTK. After a power failure, the connection is made by a new signal from the FTC or restored after 15 minutes at the next status message. An additional set of RV time is not observed. Function with radio smoke warning sensors FRW or water sensors according to the instructions. The LED under the upper switch accompanies the learning process according to the operating instructions and displays control commands in operation by a short flash.