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Sergio ThompsonAug 20, 2025
Why doesn't my CAME Gate Opener automatically close?
- KKimberly BarnettAug 20, 2025
If the CAME Gate Opener does not carry out the automatic closing, it may be because the N.C. safety contacts are open.
Why doesn't my CAME Gate Opener automatically close?
If the CAME Gate Opener does not carry out the automatic closing, it may be because the N.C. safety contacts are open.
What to do if the CAME Automatic Barriers boom opens but does not close?
If the boom of your CAME Automatic Barrier opens but doesn't close, the first step is to check the power supply and fuses to ensure they are functioning correctly.
Why my CAME Automatic Barriers doesn't work with the transmitter?
If your CAME Automatic Barrier isn't responding to the transmitter, verify the boom's balancing.
How to fix a CAME Automatic Barriers boom that neither opens nor closes?
If the boom of your CAME Automatic Barrier neither opens nor closes, deactivate the MAINTAINED ACTION function.
What to do if CAME Automatic Barriers boom closes but does not open?
If the boom of your CAME Automatic Barrier closes but does not open, it may be due to open NC contacts. Check the NC contacts.
Why CAME Automatic Barriers does not automatically close?
If your CAME Automatic Barrier isn't automatically closing, try deactivating the MASTER-SLAVE function.
What to do if the CAME Automatic Barriers boom does not reach the limit-switch?
If the boom on your CAME Automatic Barrier isn't reaching the limit-switch, check the control devices.
Why is my CAME Automatic Barriers not slowing down?
If your CAME Automatic Barrier isn't slowing down, check the length ratio between the boom and any applied accessories.
What to do if the CAME Other boom opens but doesn't close?
If the boom opens but fails to close, check the power supply and fuses.
How to fix a CAME Other barrier that doesn't work with the transmitter?
If the barrier does not work with the transmitter, check the boom's balancing and spring tautness.
General| Protection Rating | IP54 |
|---|---|
| Input Voltage | 230 V AC |
| Power Supply | 230V AC |
| Motor Power | 300W |
| Output Voltage | 24V DC |
| Maximum Current | 5A |
| Operating Temperature | -20°C to +55°C |
Details on the G12000 barrier, including its construction, safety standards, and warranty.
Lists accessories included with the barrier and optional items for enhanced functionality.
Details on product version, voltage, current, power rating, duty cycle, torque, and weight.
Diagrams showing centre lines and external dimensions of the barrier system.
Detailed description of each main component, from reduction gear to control panel.
Steps for determining positions, marking axes, and preparing the mounting base.
Instructions for assembling the barrier bar, including tube cutting and joining.
Steps for mounting the housing, fixed support, and barrier bar onto the base.
Procedure for assembling counterweights and adjusting mechanical stops for balance.
Overview of the control panel, its main components, and operational logic.
Details on safety devices like photocells, amperometric safety, and important operational notes.
Information on connectable accessories, other functions, and their usage.
Diagrams and explanations for electrical connections, limit switches, and power inputs.
Explanation of how to select various functions using DIP switches on the control panel.
Guide to adjusting amperometric sensitivity (SENS) and automatic closing time (TCA).
Steps for inserting the AF radiofrequency board into the motherboard.
Detailed instructions for encoding various CAME transmitter models.
Procedure for storing transmitter codes onto the control panel's radiofrequency board.
Instructions for connecting two control panels to manage motors in combination (slave mode).
