FSB14/12-24V DC Eltako RS485 Bus switch actuator Shading element Rack Switching capacity (max.) 4 W

Switch actuator shading elements and shutters for a 12-24V DC-motor. 1+1 closer 4A/12-24V DC, isolated from the supply voltage 12V. Bidirectional. Standby loss of only 0.1 watt. DIN-EN 60715 TH35 DIN rail mounting device. 1 division unit = 18 mm wide, 58 mm deep. Connection to the Eltako RS485 bus. Cross-wiring bus and power supply with jumper. The DC voltage for the motor is connected to terminals - and +, the DC motor to terminals 1 and 2. If relays of the FSB14 are switched on, 0.4 watts are required. When the supply voltage fails, a defined shutdown is performed. The buttons can be taught in either as direction switches or as universal buttons: Local control with universal button: With each touch pulse the switch position changes in the sequence up, down, down, and hold. Local control with direction switch: A touch button on the top activates the switching position on a targeted basis. The switch position from selectively is activated with a button pulse on the bottom. Another pulse in the same direction interrupts the process immediately. However, with one touch pulse in the other direction, it stops and switches over to the opposite direction after a break of 500ms. Central control system dynamically without priority: With a control signal of a button programmed as central control button without priority, the switch position Up or Down is specifically activated. Without priority because this function can be overdriven by other control signals. Central control system dynamically with priority: With a control signal of at least 2 seconds of a button programmed as central control button with priority, the up and down switching position is specifically activated. Priority because these control signals cannot be overdriven by other control signals until the central command is canceled by a up or down key pulse from the central control button. With a control signal, e.g. a FSM61 programmed as central control button with priority, the up or down switching position and the priority are specifically activated. Priority because these control signals cannot be overdriven by other control signals until the central command is canceled by the end of the control signal. Shading scene control: With a control signal of a button with dual rocker which has been programmed as the scene button, or automatically with an additional remote/external brightness sensor that has been programmed in, up to 4 previously stored down times can be accessed. For control via the GFVS software, drive commands for up and down can be started with the exact travel time information. Since the actuator reports back exactly the time traveled after each activity, even when driving triggered by a button, the position of the shading is always displayed correctly in the GFVS software. When the end positions at the top and bottom are reached, the position is automatically synchronized. Function rotary switch below: AUTO 1 = In this position of the rotary switch the comfort switching function for blinds is activated. When controlled with a universal button or a direction button, a double pulse causes slow turning in the opposite direction, which is stopped with another pulse. AUTO 2 = In this position the rotary switch is the comfort-changing function for shutters completely switched off. AUTO 3 = In this position of the rotary switch, the local buttons initially have a static effect and thus permit the turning of blinds by tipping. Only after 0.7 seconds of constant activation do they switch to dynamic. AUTO 4 = In this position of the rotary switch, the local buttons only have a static effect (ER function). The drop-off delay RV (wiping time) of the upper rotary switch is active. A central control is not possible. Arrow up/down = Manual control is performed in the up/down arrow positions and down arrow positions of the lower rotary switch. The manual control has priority over all other control commands. WA = The automatic reversing switch for shutters and marquees is set with the middle rotary switch. 0 = switched off, otherwise between 0.3 and 5 seconds switched on with the set turning time. Here, only a reversal of the direction of rotation is carried out when the delay time set with the upper rotary switch has expired, e.g. To stretch awnings or place blinds in a certain position. The turning time LED is located under the RV rotary switch. RV = The delay time (fall-back delay RV) is set using the upper rotary switch. If the FSB14 is in the up or down position, the set delay time runs, at the end of which the device automatically switches to stop. The delay time must therefore be selected for at least as long as the shading element or the roller shutter requires in order to move from one end position to the other. Under the RV rotary switch is the LED display for the delay time RV. If one or more radio window door contacts FTK or window handle sensor FFG7B-RW are programmed, an interlock protection is set when the door is open, which blocks a central OFF command. 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.