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AAP B-TRUST24

AAP B-TRUST24 24VDC Controller with integrated receiver and battery charger (64 Remote Slots) – Used For Swing Gate Automation

AAP B-TRUST24 24VDC Controller with integrated receiver and battery charger (64 Remote Slots) – Used For Swing Gate Automation

Key Features :-

  • Integrated LCD display
  • Integrated radio receiver 433.92 MHz
  • 512 codes with ARC coding
  • Removable terminal boards
  • Separate limit switch inputs for each motor
  • Automatic, semiautomatic and Deadman logic
  • Separate encoder inputs for each motor
  • Open, close, step-by-step and pedestrian inputs
  • Input for programmable photocell active in opening-closing and photocell active only in closing
  • Input for N.C. or 8k2 sensitive edge
  • Output for electric lock 12/24 Vdc
  • Two outputs configurable as open gate signal light, courtesy light, zone light, second radio channel, photocell testing, flashing light, alarm contact
  • Autoset operating parameters
  • Separate electronic torque adjustment for each motor
  • Anti-crushing safety through amperometry detection and encoder management
  • Electronic torque adjustment with automatic calculation for each point of the stroke (STC SYSTEM)
  • Separate adjustable slowdowns for each motor
  • Possibility of encoder- or time-based operation (managed through virtual encoder) even independently between the two motors
  • Built-in energy saving system ESA+
  • Set up for connection to KNX systems via X.BE card (optional)
  • Designed for managing, configuring, diagnosing and updating firmware through the BeUP app, using the PRO.UP accessory
  • Advantouch system to configure parameters and manage radio transmitters
  • Number of maneuvers
  • Programming access password
  • Maintenance warning
  • Built-in battery charger

 

Screenshot 2024-07-29 102755

  • Motor supply: 24VDC
  • Number of memoizable codes: 64
  • Integrated LCD display
  • Integrated 433.92Mhz receiver
  • Autosetting of operating parameters
  • Automatic, semi-automatic and Deadman’s logic
  • Separate limit switch inputs for each motor
  • Open, close, step by step, pedestrian and stop inputs
  • Separate photocell inputs in opening-closing and in closing phases

 

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