E8 Swing Opener Accessory Wiring & More

Push Button Wiring

Key Push Button Wiring

key push button

Keypad Wiring

Please use telecom cable for wiring and it’s recommended to silicone between the back plate and the post to stop water and insects entering the rear of the keypad.
4 cables from the keypad to the gate opener:

Swing gate opener

  • Keypad COM: direct to gate opener control board terminal (P.SW) COM
  • Keypad NO: direct to gate opener control board (P.SW) side 1 if single or side 2 if double
  • Keypad +12v: D1 control board IR Beam Block +PWR
  • Keypad –GND: D1 control board IR Beam Block COM.

Please contact the office if you require help with resetting pin codes or deleting.

keypad keypad keypad

Wireless Keypad Wiring

Swing gate opener - E8 wiring

  • Receiver NO: direct to gate opener board (P.SW) 1side for a single opener 2side for a double
  • Receiver CM: direct to gate opener board (P.SW) COM
  • Receiver VDD: D1 control board IR Beam Block +PWR
  • Receiver GND: D1 control board IR Beam Block COM.

Please contact the office if you require help with resetting pin codes or deleting.

Tuning Standard Remotes

Remove the back panel of the remote that is already working to activate your gate. Match the new remote DIP setting to the current remote DIP switch setting. Each DIP switch has 3 positions (top, middle and bottom) care must be taken when setting each DIP switch.

Tuning & Wiring Long Range Remotes

Swing gate opener -E8

  • Receiver NO: direct to gate opener board (P.SW) side1 if single or side 2 if double
  • Receiver COM: direct to gate opener board (P.SW) COM
  • Receiver +12v: D1 control board IR Beam Block +PWR
  • Receiver – GND: D1 control board IR Beam Block COM.

TO PROGRAM REMOTES TO THE RECEIVER

  • Step 1: press and hold remote button that is to trigger the opener. It is important that this button is continuously held from step 1 through to step 3.
  • Step 2: place the jumper over the two LEARN pins on the PC Board for 2 seconds.
  • Step 3: remove the jumper from the two pins.
  • Step 4: release the button on the remote.
    That particular button on the remote is now programmed to the receiver.

TO ERASE ALL REMOTES

  • Step1: Place the jumper across the two ERASE pins
  • Step2: The LED will flash 4 times to warn you that the remotes will be erased after which the LED will stay solid red
  • Step 3: When the LED remains on solid, all the remotes have been erased
    Remove the jumper

    Wired Eyebeams

    Electric Gate Lock - Single Wiring

    Electric Gate Lock - Double Wiring

    Light Relay

    GUIDE TO LIGHT RELAY CONNECTION

    D1 Arm gate Board has a 12VDC output on the Lamp Relay Terminal. Left terminal is negative and right is positive. This output is to energise an EXTERNAL 12VDC relay which in turn can be used to turn on /off a higher rating electrical item such as a Pillar Light. Warning: All 240v wiring MUST be done by a qualified electrical person.

    1. Set Dip Switch [3] and [4] to OFF Position. Active for 1min.
    2. Connect a 12VDC relay as is shown in Figure 1.
    light relay
    Figure 1: Connection of 12VDC Relay

    Note:
    D1 board is designed with a Lamp Photocell (bottom right side of D1 board), so that Lamp Relay can be activated only in a dark ambient environment.
    Figure 2 below shows that the Lamp Relay is not activated in the Opening Cycle of the ARM (Green LED). This is due to the fact that the Lamp Photocell is exposed to significant lighting.
    When connected to Pillar Lights, this design prevents the Pillar Light from turning ON during the Day.
    If USER requires that the Pillar Lights be turned on, irrespective of the ambient lighting, use a Dark Tape to cover the Lamp Photocell or turn the Photocell inwards when mounted in the Control Box.

    light relay
    Figure 2: Lamp Relay is Not Activated when Lamp Photocell is exposed to Light.
    light relay

    Figure 3: Lamp Relay Activated when Lamp Photocell is covered.
    Typical placement of the Lamp Photocell is shown in Figure 4. Please note however, that due to the different lighting intensity, direction of lights, reflection etc in the Control Panel Box, it is possible that that Lamp Relay is activated even if the external ambient is significantly bright.

    light relay

    Figure 4: Point Lamp Photocell to the Side Gills of the Supplied Box for Ambient Light Detection.

    DIP 3 [ON], 4 [ON] == Lamp Deactivated (for solar setup power saving).
    DIP 3 [ON], 4 [OFF] == Lamp Permanently ON. You can have your gate-pillar lights stay ON at night then turn OFF when sun comes up.
    One method to verify of the LAMP output is ok, is to Set DIP #3 to [ON] and DIP #4 to [OFF] position. Power up the D1 board with the Backup Battery / Transformer Then cover the Lamp Photocell with a BLACK cover ensuring complete darkness at the photocell. (a marker pen cover closing the sensor is a suggestion)
    The LED at the Lamp Relay should then Light Up.
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