FSR14M-2x Eltako RS485 Bus switch actuator Rack
Surge current switch relay with 2 channels and measurement of effective power. 1+1 closer not floating 16A/250V AC, 230V-LED lamps up to 600W, bulbs 2000W. Bidirectional. Standby loss of only 0.1 watt. DIN-EN 60715 TH35 DIN rail mounting device. 2 divisions = 36mm wide, 58mm deep. Connection to the Eltako RS485 bus. Cross-wiring bus and power supply with jumper. The instantaneous power is measured separately for each channel and transmitted to the bus - e.g. for transmission to an external computer - and also sent to the radio network via the FAM14. The maximum current as total of both contacts is 16A. Therefore, a fuse at L with a maximum of 16A is required. Contact switching in zero crossing to protect the contacts and the lamps. The switching status is maintained with supply voltage failure. A defined cut-off is performed when the supply voltage is restored. The channels can be taught in independently as ES and/or ER channels. Scene control: With one of the four control signals of a button with dual rocker programmed as scene button several channels of one or more FSR14M-2x can be switched on or off at one scene. Central commands on the PC are sent using the GFVS building radio visualization and control software. To do this, program one or more FSR14M-2x on the PC. The buttons are taught in with the rotary switches and, if necessary, the 2 channels can be tested. For normal operation, the middle and lower rotary switches are then set to AUTO. With the upper rotary switch the EW time (0-120 seconds) for the relay and the RV time (0-120 minutes) for surge current switch are set for all channels. If wireless motion brightness sensors FBH (Master) and / or FBH (slave) are programmed, the upper rotary switch is used to separate each channel for which the switching threshold for the light switches on and off. Settings of the upper rotary switch in accordance with the operating instructions. If wireless brightness sensors are taught in, the upper rotary switch is used to separate the switching threshold for each channel, and it is used to determine whether the light switches on or off depending on the brightness (from approx. 0lux in position 0 to approx. 50lux in position 120). A hysteresis of approx. 300lux between the switching on and off is fixed. An additional set RV-time is not taken into account. Only one FBH (Master) or FAH can be taught in for each channel. However, an FBH (Master) or FAH can be taught in several channels. If the FTK radio-window door contacts or the FFFG7B window handle sensor are taught, the center rotary switch can be used to set different functions in THE AUTO 1 to AUTO 4 positions and link a maximum of 116 FTK: AUTO 1 = window to, then output active. AUTO 2 = Window open, then output active. In the AUTO 3 and AUTO 4 positions, the FTK programmed to a channel are automatically linked. With AUTO 3, all FTK must be closed so that the NO contact closes (e.g. for climate control). With AUTO 4, an open FTK is sufficient to close the NO contact (e.g. for alarm signal or switching on the power supply of an extractor). One or more FTK can be taught in several channels so that different functions are possible simultaneously for each FTK. After a power failure, the link is re-established by a new signal from the FTK or after 15 minutes on the next status message. An additional set RV-time is not taken into account. Function with FRW wireless smoke detector or water sensors according to the operating manual. The LED under the upper rotary switch accompanies the programming process according to operating instructions and indicates control commands during operation by a short blinking.This text is machine translated.