Why does Entrematic Other remote control have limited range?
If your Entrematic Other remote control has a limited range or doesn't work when the automation is moving, it could be due to radio transmission being impeded by metal structures or reinforced concrete walls. Try installing the antenna outside. Also, consider replacing the transmitter batteries.
How to fix Entrematic Ditec ION4 control panel that does not switch on?
If the Entrematic Other control panel doesn't switch on, the most likely cause is a lack of power supply. Check the power supply cable and the related wiring.
What to do if Entrematic Other remote control does not work?
If the Entrematic Other remote control isn't working, the issue might be due to a missing or incorrect storage module. Turn off the automation and plug in the correct storage module. Also, check the correct memorisation of the transmitters on the built-in radio. If there is a fault with the radio receiver that is built into the control panel, the remote control codes can be read by removing the storage module.
What to do if Entrematic Ditec ION4 flashing light is not working?
If the flashing light on your Entrematic Other is not working, check the connections to ensure the wires of the flashing light are not detached or short-circuited.
What to do if Entrematic Ditec ION4 Other automation opens/closes briefly and then stops?
If your Entrematic Other automation opens or closes briefly and then stops, it might be due to friction. Manually check that the automation moves freely and check the adjustment.
Why Entrematic Ditec ION4 Other external safety devices are not activated?
If the external safety devices on your Entrematic Other are not activating, it could be due to incorrect connections between the photocells and the control panel. Check that / is displayed. Connect NC safety contacts together in series and remove any jumpers on the control panel terminal board.
General| Motor voltage | 24 V DC |
|---|---|
| Max. leaf weight | 400 kg |
| Operating temperature | -20°C to +55°C |
| Protection class | IP54 |
| Protection Rating | IP54 |
Essential safety information for users regarding installation, use, and maintenance.
Installer obligations regarding the Machinery Directive (2006/42/EC) for door/gate motorisation.
Ensuring gate stability, guide alignment, and proper stop fitting before installation.
Instructions for preparing and positioning the concrete base and mounting plate.
Explanation of how the virtual encoder manages gate movement and end stops.
Guides for installing magnetic limit switches, battery kit, and remote release handle.
Procedure for switching the control panel display on and off.
Explanation of how to use the navigation keys for commands and parameter setting.
Visual overview of the menu hierarchy and available parameters for configuration.
Guided setup process for initial product configuration using the WZ wizard.
Description of the main menu categories for control panel adjustments.
Managing automatic configurations, predefined settings for residential and condominium use.
Setting basic automation parameters like automatic closure, status, and anti-freeze.
Advanced basic configuration options including operator presence and command types.
Adjusting automatic closing times, opening/closing speeds, and thrust settings.
Fine-tuning obstacle recognition, start times, and deceleration ramps.
Managing remote control storage, visualization, and maximum number of codes.
Configuring functions for stored remote control channels (CH1-CH4).
Managing firmware versions, saving/loading configurations, and setting passwords.
Setting and deleting passwords, managing alarm counters and logs.
Displaying total and partial operation counts, and power supply hours.
Configuring maintenance alarms and selecting display modes for alarm messages.
Managing solar panel power supply and energy-saving features.
Setting battery voltage thresholds and selecting battery operation modes.
Advanced settings for limit switches, device connections, and obstacle detection.
Interpreting display codes for automation status like closed, open, or stopped.
Understanding display codes for safety devices, commands, and radio reception.
Interpreting alarm codes for mechanical issues, motor faults, and safety device errors.
To Next Page