Written by : Nick 25-09-2024

Repairing the CAME BXV06 Sliding Gate Motor with ZN7 Controller

CAME is a renowned Italian brand in the gate automation industry. They offer a wide range of reliable and efficient products. CAME is known for its innovative technology and high-quality manufacturing standards. Their products cater to both residential and commercial applications. One of their newer offerings is the BXV06 sliding gate motor, which features the advanced ZN7 controller.

Understanding the BXV06 Motor and ZN7 Controller

The BXV06 motor is designed for smooth and efficient operation of sliding gates. It is relatively new compared to other models, incorporating modern technology for enhanced performance. The ZN7 controller is a critical component of the BXV06 motor, managing the gate’s movement and safety features. If you experience issues with your gate, it’s essential to diagnose the problem accurately.

Identifying the Problem

If your gate does not move or only moves slightly before stopping, check the error code displayed on the ZN7 controller. An error code can provide vital information about the issue at hand. If you see Error 3 or E3, there may be a problem with the controller itself.

Repairing the CAME BXV06 Sliding Gate Motor with ZN7 Controller

Step 1: Inspect the Controller

Begin by thoroughly inspecting the controller. Check both sides of the unit for any visible signs of damage. One common issue is the presence of dried slugs, which can affect the functionality of the board. 

Repairing the CAME BXV06 Sliding Gate Motor with ZN7 Controller

Step 2: Clean the Board

If you find dried slugs, you can attempt to clean them off. Use a cleaning solvent suitable for electronic components. Apply the solvent carefully to avoid damaging other parts of the controller. After cleaning, use a blower to dry the area thoroughly. Ensure no residue remains, as this could lead to further issues.

Repairing the CAME BXV06 Sliding Gate Motor with ZN7 Controller
Repairing the CAME BXV06 Sliding Gate Motor with ZN7 Controller

Step 3: Repair Damaged Paths

While inspecting the controller, look for any damaged paths on the circuit board. If you find any broken connections, you can repair them using conductive ink or solder. Make sure to be cautious during this process, as the board is sensitive.

Step 4: Replace Damaged Fuses

Check the fuses on the controller. If any are damaged, replace them with new ones of the same rating. This step is crucial, as blown fuses can prevent the motor from operating correctly.

Step 5: Apply Circuit Board Protection

After cleaning and repairing, consider applying circuit board protection lacquer. This lacquer can help shield the board from moisture and future slug damage. Ensure the board is completely dry before applying the lacquer.

Repairing the CAME BXV06 Sliding Gate Motor with ZN7 Controller

Professional Assistance

Sometimes, despite your best efforts, the damage may be too severe. If you cannot resolve the issue or if the problem persists, it may be time to consider professional help. The Sesame Gate Automation team specializes in gate repair and maintenance. Our skilled technicians can diagnose and fix issues with your CAME BXV06 sliding gate motor and ZN7 controller efficiently. 

Conclusion

Repairing a CAME BXV06 sliding gate motor with a ZN7 controller can be straightforward if you follow the right steps. Start by identifying error codes and inspecting the controller for damage. Cleaning, repairing, and protecting the circuit board can often resolve issues. However, don’t hesitate to reach out for professional assistance if needed. The Sesame Gate Automation team is here to help ensure your gate operates smoothly and reliably for years to come. With the right care, your CAME gate automation system can provide excellent performance and security.

Repairing the CAME BXV06 Sliding Gate Motor with ZN7 Controller

Diagnosing and fixing unique technical issues within the gate industry.

Contact us today for any consultation
regarding gates. We help you diagnose the problem
and figure out the best possible solution.