User manual EDA SX2000

[. . . ] The full protection against potential squeeze or entrappment must work direct when the drive arms are installed. INSTALLATION OF THE CONTROL BOX The control board was designed for installation in a special, waterproof box (041FA277BX). Before fitting, measure the required distances and determine the correct holes. Insert threaded cable connections with strain relief, hold the box against the surface on which it is to be mounted. [. . . ] FUNCTION Feeder cable Drive 1 (master) Drive 2 (second) no function no function Flashing lamp Connection for accessories 24V Impulse transmitter channel 1 Impulse transmitter channel 2 Emergency-stop push-button / must be bridged without switch connected photocell active OPEN photocell active CLOSED photocell active OPEN + CLOSED Contact strip 8. 2 kilo ohms Antenna Radio module sockets Learn/Delete radio channel 1 Learn/Delete radio channel 2 Learning the distance covered Programming the photocell Dip switch block Force setting drive 2 Force setting drive 1 Automatic closing Bipart delay POINT LED A LED B LED C LED D LED E LED F LED G LED H LED I LED J DESCRIPTION RED Learn/Delete radio channel 1 RED Start impulse channel 1 RED Learn/Delete radio channel 2 RED Start impulse channel 2 RED photocell active for OPEN RED photocell active for CLOSE RED photocell active for OPEN/CLOSE RED contact strip GREEN stop RED learn program (distance covered) RED LEDs should be switched off. Indication of faults to be rectified; this does not apply to failsafe photocells not connected. Preflash function of flashing light 2 seconds before the drive starts. Preflash function disabled Once the gate has fully opened, drive 1 moves the gate with maximum force for 1 second in "OPEN" direction. It is necessary that the bipart delay is always set so that nobody is caught between the wings when they close. Left stop: Bipart delay OFF PT2 (TRIMMING POTENTIOMETER 2): AUTOMATIC CLOSING (TIMER TO CLOSE) The waiting time for the gate for GATE OPEN can be defined. Left stop: Automatic closing OFF The control board complies with the latest EU guidelines. One of these guidelines specifies that the closing forces at the gate edge must not exceed 400 N (40 kg) for the last 500 mm before the door is CLOSED. Above 500 mm, the maximum force at the gate edge must not exceed 1400 N (140 kg). If this cannot be ensured, a contact strip must be mounted on the gate at a height up to 2. Do not lay any 230 volt cables in parallel and do not lay any 2 cables in the same cable trunking. PUSHBUTTON / KEY-OPERATED SWITCH (OPTIONAL) The control board / drive can be activated using various inputs. This can be done using a transmitter or keyswitch (terminals 17 and 20). Transmitter = see "Teaching the transmitter" Switch input 1 = input control 1 normal operation Switch input 2 = input control 2 active for special settings (see Dip switch description) EMERGENCY STOP (OPTIONAL) A switch can be connected to stop or disable the unit. Do not lay any 230 volt cables in parallel and do not lay any 2 cables in the same cable trunking. ANTENNA (OPTIONAL) ANT4X-1EML The control board is standard-equipped with a wire antenna. Do not lay any 230 volt cables in parallel and do not lay any 2 cables in the same cable trunking. RADIO MODULE (plugged) To operate the control board via radio remote control, a radio module must first be installed in slots CN1/CN2. However, now press one of the transmitter's buttons that has not yet been assigned. To delete the programmed transmitter setting, simply press button CH1 until the LED goes out. Check if the LEDs (lamps) are OK or whether they are blocking any functions. [. . . ] A stronger force is needed in the upwards direction of the slope and then, in the opposite direction, the gate opener's force is too strong. Disconnect the controller from the power supply for a few seconds in order to activate the control board's self-diagnosis functionality. The installation of an external aerial is recommended as the controller with the short cable aerial is located either behind the post or near ground level in most cases. the optimum location of the aerial is as high as possible in all cases. [. . . ]