What to do if the PowerTech PC170 Control Panel gate doesn’t move when pressing the transmitter button?
If your PowerTech Control Panel gate doesn’t move when you press the transmitter button, try the following: 1. Check if LED3 or 4 is on. 2. Verify the batteries' voltage is above 22V. 3. Check if LED1 is on. 4. Ensure all wiring connections are firmly connected to the terminals on the PCB. 5. Check the fuse to ensure it is working.
What to do if the leaves suddenly stop during moving on my PowerTech PC170?
If the leaves suddenly stop during moving when using your PowerTech Control Panel, consider the following: 1. Check if the “RESET” socket is activated. 2. Ensure the wiring connection of the gear motors is firm. 3. Ensure the hall sensor wiring connection is firm. 4. If no photocells are installed, the GND terminal of the photocells on the PCB must be short-circuited. 5. Make sure the fuse is workable.
What to do if the leaves does not move or only move toward one direction on my PowerTech PC170 Control Panel?
If the leaves on your PowerTech Control Panel either don't move or only move in one direction, here's what you should check: 1. See if the “RESET” socket is activated. 2. Make sure the wiring connection of the gear motors is firm. 3. Confirm the hall sensor wiring connection is secure. 4. If you haven't installed photocells, be sure the GND terminal of the photocells on the PCB is short-circuited.
What to do if the gear motors does not run and the relay is noisy on PowerTech PC170 Control Panel?
If the gear motors on your PowerTech Control Panel don't run and the relay is noisy when you try to open or close the gate, the first thing to check is whether the fuse is burned.
Why is the transmitting distance too short on my PowerTech Control Panel?
If the transmitting distance of your PowerTech Control Panel is too short, ensure the connecting terminals of the Antenna are firmly connected.
What to do if the gate only moves a little distance on PowerTech PC170?
If the gate only moves a little distance when you press the transmitter button on your PowerTech Control Panel, make sure the wiring connection of the hall sensor is firm.
How to fix overheated back-up batteries in PowerTech Control Panel?
If the back-up batteries are overheated in your PowerTech Control Panel, check the wiring connection of the batteries.
What to do if the flashing light does not work on PowerTech Control Panel?
If the flashing light on your PowerTech Control Panel isn't working, check if the wiring connection of the flashing light is correct.
Why do the gear motors run very slowly on my PowerTech Control Panel?
If the gear motors on your PowerTech Control Panel run very slowly, check the dip switch setting of the speed adjustment.
What to do if the leaves shall be closed instead of opening on PowerTech PC170 Control Panel?
If the leaves close instead of opening on your PowerTech Control Panel, change the polarity connection of the positive (+) with the negative (-) of the gear motors.
General| Resolution | 800 x 480 pixels |
|---|---|
| Mounting Type | Panel Mount |
| Storage Temperature | -20°C to 60°C |
| Display Type | LCD |
| Screen Size | 7 inches |
| Communication Ports | Ethernet |
Details the steps for installing the control box, including mounting and wiring connections for accessories and motors.
Configures SW3 settings for photocell connections, detailing options for one or two sets and no photocells.
Configures gate motor behavior like slowdown, over-current, and auto-close using SW1 DIP switches.
Adjusts safety features and gate operation modes using SW2 DIP switches.
Configures automatic gate closing delay times based on SW1 DIP switch combinations.
Configures pedestrian mode and flashing light behavior using SW1 DIP switches.
Configures photocell behavior for gate safety and operation based on SW2 DIP settings.
Explains how gates respond to transmitter, push button, or key selector commands and safety features.
Details advanced transmitter functions and button assignments based on SW3 DIP settings.
Addresses issues like gates not moving, short transmitting distance, or slow motor operation.
Diagnoses problems with sudden stops, one-directional movement, or noisy motors and relays.
Provides technical details for the safety photocells, including detection method, range, and voltage.
Details the wiring connections for the photocell transmitter (TX) and receiver (RX) to the control board.
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