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Essential checks before installation and identifying the correct gate automation device model.
Contact information and operating hours for V2 customer support for installation queries.
Manufacturer's statement confirming compliance with EU directives for semi-finished machinery.
Guidelines for correctly positioning the motor unit relative to the gate and foundation.
Procedure for attaching the gear rack to the sliding gate for motor engagement.
Steps for securely anchoring the motor unit to the base plate using bolts.
How to install magnetic sensors for precise end-of-travel detection of the gate.
Using manual keys to release the motor mechanism in case of power failure.
Diagram illustrating the placement of various components in the installation.
Description of the function to reduce energy consumption when the unit is in standby mode.
Wiring guide for connecting the motor, limit sensors, and encoder to the control unit.
Instructions for wiring safety photocells to the control unit's input terminals.
Guide for connecting safety ribbons (edges) to the control unit's input terminals.
Configuration of the gate's start and pedestrian inputs for various operation modes.
How to connect and configure a safety stop switch for immediate gate halting.
Using the 24VDC output for connecting warning lights or flashing lights.
Connecting courtesy lights or 230V flashing lights to the control unit.
Connecting an external aerial to the control unit for improved radio signal range.
Installing the MR1 radio receiver module into the control unit.
Connecting additional V2 optional modules via the ADI interface.
Details on connecting the control unit to the mains power supply, including safety measures.
Information on using an optional battery pack for continuous operation during power outages.
Overview table of all electrical connections for the PD13 control unit.
Explanation of the control unit's display segments, indicators, and status messages.
How to use the control unit's three keys (OK, ↑, ↓) for navigating and programming functions.
Setting the gate's opening direction (rightwards or leftwards) without rewiring.
Activating the energy saving mode to reduce power consumption when idle.
Setting the duration for the indicator light to warn of impending gate movement.
Configuring the percentage of gate travel for partial opening via pedestrian start.
Adjusting the motor's power output as a percentage of maximum.
Regulating motor power during the gate's deceleration phase for smoother operation.
Enabling maximum motor power output when operating on battery backup.
Setting an initial power boost to overcome gate inertia at the start of motion.
Configuring the gradual increase of motor power at motion start for smooth acceleration.
Calibrating the sensitivity of the obstacle detection system based on motor current.
Setting the percentage of gate travel at reduced speed during the final opening stretch.
Setting the percentage of gate travel at reduced speed during the final closing stretch.
Defining control unit behavior when a start command is received during gate opening.
Defining control unit behavior when a start command is received during gate closing.
Defining control unit behavior when a start command is received while the gate is paused.
Defining behavior for pedestrian start command during partial gate opening.
Setting the timer for automatic gate reclosure after opening.
Configuring the gate's closure speed after transit detection by safety devices.
Setting the pause duration after transit detection by safety devices.
Configuring the automatic operation of courtesy lights during the gate's opening cycle.
Setting operations for the auxiliary channel using a remote control.
Configuring the flashing function for low voltage exit lights.
Enabling the indicator blinker function to remain active during the gate's pause time.
Selecting operating modes for the start and pedestrian inputs.
Configuring the functions associated with the STOP command input.
Enabling and configuring the input for type 1 safety photocells (gate internal).
Enabling and configuring the input for type 2 safety photocells (gate external).
Performing a safety test of the photocell operational circuit before normal cycling.
Enabling and configuring the input for type 1 safety ribbons (fixed).
Enabling and configuring the input for type 2 safety ribbons (mobile).
Setting the method for controlling the working of the safety edges.
Adjusting the encoder sensitivity for accurate obstacle detection.
Activating the ADI device to enable extended functionality and connectivity.
Finalizing the programming process and saving all modified data into memory.
General| Motor voltage | 24V DC |
|---|---|
| Max. power | 200 W |
| Protection level | IP44 |
| Power supply | 230V AC |
| Operating temperature | -20°C to +55°C |
