CORE

CONTROL UNIT 230 VAC WITH INTEGRATED RECEIVER

Category: CORE
  • 230 Vac
  • This function automatically adjusts the operational parameters for simplifying the system’s installation and testing operations
  • 64 transmitters storable inside the receiver
  • Control unit that manages the encoder for maximum precision during the automation manoeuvring steps
  • Compatibility with Advantouch device. The system allows a simplified management of transmitters and receivers, with the possibility of managing lists by deleting or storing transmitters in an easy and quick manner

230 Vac

This function automatically adjusts the operational parameters for simplifying the system’s installation and testing operations

64 transmitters storable inside the receiver

Control unit that manages the encoder for maximum precision during the automation manoeuvring steps

Compatibility with Advantouch device. The system allows a simplified management of transmitters and receivers, with the possibility of managing lists by deleting or storing transmitters in an easy and quick manner

CORE

APPLICATION
1 actuator for sliding or 1 swing gate
CONTROL UNIT POWER SUPPLY
230 Vac – 50/60 Hz
MOTORS POWER SUPPLY
230 Vac
MAIN FUNCTIONS
Parameter and operation logic regulations through trimmers and dip-switches | Integrated 433.92 MHz 64-code radio receiver with 3 encoding systems (Advanced Rolling Code, Rolling Code, Fixed Code) | Removable terminal boards | Automatic, semi-automatic and deadman’s logic | Encoder (MAG.E) input for detecting obstacles | Motor limit switch inputs | Step by step, stop and photocell inputs | Step by step input configurable as open | Stop input configurable as close or pedestrian | Photocell input programmable as active in opening-closing and in closing phases | Output as gate open indicator | Autosetting of operation and slow-down parameters | Adjustable slow-downs | Electronic torque adjustment for motor on 5 levels | Possibility to manage radio transmitters memorised on integrated receiver with Advantouch system