To Next PageTo Next PageWhat to do if Key Automation Gate Opener E02 error?
If you encounter an E02 error with your Key Automation Gate Opener, reduce the load current at the load output. You can manually switch on the load or wait 10 minutes for the controller to automatically switch it on.
What to do if Key Automation Gate Opener shows error E03?
If your Key Automation Gate Opener displays error E03, rectify any short circuits. Then, either manually switch on the load or wait 5 minutes for the controller to automatically switch it on.
Why is my Key Automation Gate Opener showing error E04?
If your Key Automation Gate Opener is showing error E04, ensure that the connection between the battery and the controller is secure and that the battery capacity is sufficient. Note that when the battery voltage is 0.5V lower than the defined overvoltage protection point, the load is switched on automatically by the controller.
What to do if my Key Automation Gate Opener is overheating (error E05)?
If your Key Automation Gate Opener displays error E05, allow the controller to cool down. After cooling, it should restart charging automatically.
How to fix Key Automation Gate Opener error E07?
To fix error E07 on your Key Automation Gate Opener, check the power of the solar panel and reduce the quantity of solar panels in parallel connection. After making adjustments, wait 2 minutes for the charging to restart.
What does error E06 mean on my Key Automation Gate Opener?
Error E06 on your Key Automation Gate Opener indicates that the voltage of the open circuit might be too high. Make sure the voltage of open circuit is not too high.
How to fix E01 error on Key Automation Gate Opener?
Manually recharge the battery.
General| Power supply | 230 Vac |
|---|---|
| Motor voltage | 24 Vdc |
| Operating temperature | -20°C to +60°C |
| Protection level | IP44 |
| IP Rating | IP44 |
| Safety Features | Obstacle detection |
Key safety instructions for installation and use. Save these important guidelines.
Essential checks before installation: device suitability, safety, and risk assessment.
General safety measures during installation: avoid modifications, water, and ensure proper grounding.
Safety during operation and maintenance: power disconnection, wear checks, and proper disposal.
Overview of the solar power kit for gate and barrier automation.
Details of the PF30W and SOLEAU model configurations.
Key technical data for the solar charge controller, including input/output and battery compatibility.
Explanation and illustration of solar charging modes: Bulk, Absorption, Float, and Equalized.
List of compatible gate motors and barrier series for the solar kit.
Guide to estimating system power consumption and maneuver capacity.
Example calculation for daily consumption based on an installation scenario.
Verify gate suitability, mechanical stops, mounting area, environmental conditions, and manual operation.
Instructions for assembling and attaching the solar panel mount bracket.
Guidelines for selecting the best sunny location and orienting the solar panel.
Instructions for connecting batteries, solar panel, and load to the charge controller.
Recommended cable types and sizes for electrical connections.
Critical warning against simultaneous use of solar panel and AC transformer.
Explanation of symbols displayed on the controller's LCD screen.
Description of key LCD interfaces: Startup, System Voltage, Current, and Software Version.
Guide to setting battery type (GEL, SLD, FLD, USr) and voltage identification.
Information on viewing internal temperature, solar panel voltage, and controller SN.
How to configure charging parameters such as float, absorption, and equalization voltages.
Setting up load control modes (L00, L01, L02) for connected devices.
Troubleshooting common error codes (E01-E07) with symptoms and corrective actions.
Guidance for resolving issues like no LCD display, no charging, or load malfunctions.
