Why does my Schartec P190 Control Box Gate Opener gate reverse?
The gate may be reversing because the A & B installation dimensions are not aligned correctly. Ensure they are between 120-190 mm according to the installation instructions. Also, the gate size (W x H x weight) might be incorrect; check the technical specifications for your specific drive.
What to do if Schartec Gate Opener system learning will not start?
If the system learning process won't start, it might be due to an incorrectly connected or unrecognized photocell. Check the photocell connection. You may need to adjust the photocell alignment. If you don't want to use the photocell, you can disable this function in the menu, although it is not recommended.
Why does my Schartec P190 Control Box Gate Opener open and close by itself?
If your gate is opening and closing on its own, the controller may be mounted too close to a power line. The controller should not be in the immediate vicinity of a power line due to electrostatic charge.
Why can't I set the automatic timer on my Schartec Gate Opener?
You cannot set the automatic timer if the photocell is not found. Connect the photocell, as this function is only possible with a connected photocell.
What to do if 'N-L' appears on the display of Schartec P190 Control Box after teaching in the remote control?
If 'N-L' appears on the display after teaching in the remote control, it means the system is not programmed. Perform system learning.
Defines intended use, gate limits, and operational restrictions for the swing gate operator.
Outlines warranty coverage, duration, and conditions for the product, including exclusions.
Ensures the gate is operational and safe before proceeding with operator installation.
Emphasizes compliance with regulations, lock removal, and protection during drilling.
Provides critical safety advice regarding control devices, children, and warning signs.
Recommends expert inspection and user optical tests for safety and proper function.
Illustrates the internal components and connection points of the control box.
Details wiring for standard, mechanical limit switch, and hall sensor motor types.
Explains wiring for photocells, signal lights, and access control devices.
Describes the step-by-step process for pairing a remote control with the system.
Explains the process of teaching the system gate movements and parameters.
Illustrates the learning steps for dual-leaf and single-leaf gate systems.
Lists LED indicators and their meanings during system operation and learning.
Describes the function of specific LEDs like LED2, LED3, and LED4.
Outlines the steps to access and modify system settings via buttons and display.
Explains adjusting over-current force limits and the associated safety implications.
Stresses the critical importance of installing and activating photocells for safety.
Details how to set reversing limits and the associated safety risks.
Provides a comprehensive list of adjustable parameters, their settings, and descriptions.
Details functions and behaviors for different photocell modes (F9-1 to F9-4).
Lists technical specifications for the photocell transmitter and receiver.
Provides step-by-step instructions for wiring photocells to the control board.
Summarizes key technical specifications of the gate operator, including power and dimensions.
Lists common errors, their root causes, and recommended resolutions.
Formal declaration regarding compliance with EU directives and standards for the door operators.
General| Model | P190 |
|---|---|
| Category | Gate Opener Control Box |
| Power Supply | 230V AC |
| Motor Voltage | 24V DC |
| Max. Motor Power | 190W |
| Protection Class | IP54 |
| Weight | 1.5 kg |
| Safety Input | Yes |
| Operating Modes | pedestrian mode |
| Operating Temperature | -20°C to +50°C |
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