Why is my Alutech Garage Door Opener remote control not working or has a short range?
The remote control might not be working or have a short range because of a low battery. Check the remote-control battery and replace it if necessary.
What to do if my Alutech Garage Door Opener stops while opening and reverses when closing (error E1)?
This issue occurs when an obstacle is detected, causing excess force. Ensure there are no obstructions and verify the door operates smoothly without jamming. Also, check the balance of the door. If needed, increase the permissible force values using the ‘P5’–F1 and ‘P5’–F2 functions.
How to fix an Alutech Garage Door Opener that doesn't work at all?
If the Alutech logo on the drive isn't lit and the display doesn't respond when pressing buttons, the issue is likely due to no supply voltage or a blown fuse. Check the supply voltage and inspect the fuse. If necessary, replace the fuse, ensuring the replacement matches the specified parameters.
What does error E2 mean on my Alutech LG-800?
Error ‘E2’ indicates that the photocells are activated. Check the performance of photocells, replace, if necessary; check the selected photocells mode in the menu.
Why Alutech LG-800 doesn't start and shows error E5?
Error ‘E5’ indicates tripping based on the signal on input STOP. Check the working condition of the safety elements, connected to the STOP input (or crossover presence), replace them, if necessary.
Why does my Alutech LG-800 Garage Door Opener reverse when closing and shows error E1?
The error ‘E1’ during closing, causing a reverse movement, indicates that the optical sensors of the safety margin are activated. You should check the performance of the safety margin, and replace the failing components if needed. Also, check the selected safety margin mode in the menu.
Why doesn't my Alutech Garage Door Opener react to photocells?
If the drive isn't reacting to obstacles on the optical axis of the photocells, it means that the photocells are malfunctioning or the incorrect operating mode of the photocells is selected. Check the performance of photocells, replace them if necessary, and check the selected photocells mode in the menu.
What does error E4 mean on my Alutech Garage Door Opener?
Error ‘E4’ indicates that an error occurred during the phototest. Check the performance of photocells, replace them if necessary, and check the selected photocells mode in the menu.
What to do if my Alutech LG-800 Garage Door Opener shows error E6?
Error ‘E6’ indicates that the drive overheats due to excessive heating or excessively intensive operation. Take a break in drive operation for 10 to 15 minutes to allow the internal elements to cool down. Avoid operating the drive with intensity exceeding the stated limits.
What does Alutech LG-800 Garage Door Opener error E8 mean?
Error ‘E8’ during the setting of final positions indicates that either the support is not installed on the rail, or the support is installed at a larger distance from the OPEN position than required. Set the support at a distance of approximately 20 mm from the OPEN position and repeat the final positions adjustment procedure.
General| Max. force | 800 N |
|---|---|
| Warranty | 2 years |
| Supply voltage | 230 V |
| Motor Type | DC |
| Power Supply | 230 V, 50 Hz |
| Control | Remote control |
| Installation Type | Ceiling mount |
Lists all components included in the drive set and drive rail kit for garage doors.
Details technical parameters for LG series drives and rails, including forces, speed, power, and operating conditions.
Provides step-by-step instructions for installing the drive rail and mounting the drive unit onto the rail.
Explains how to release the drive carriage for manual door operation, with safety precautions.
Details manual and automatic methods for setting the open and closed end positions for the garage door.
Guides through recording, configuring, and deleting remote controls for the drive system.
Explains how to delete specific remote controls or define their record numbers in the drive memory.
Provides steps to erase all previously programmed remote controls from the drive's memory.
Covers various operational settings like force, speed, acceleration, deceleration, and sensor modes.
Describes how to restore the drive's settings to their default factory values.
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