Elevator Control Board DOC-132 AEG16C025A with Safety Interlocking and Multi-Mode Operation for Precise Elevator Control

Elevator control board LG PCB board elevator mainboard  Sig*a elevator mainboard high-quality parts  DOC-132 AEG16C025A 

Overall Operational Logic Scheduling: Receives and parses all input signals, including those from inside the car, outside hall calls, floor sensors, and door operator status. After processing according to a preset program, it issues commands to the inverter drive board (e.g., DPP-131/200), door operator controller, and other execution components. This precisely controls the elevator's entire set of actions, including starting, accelerating, maintaining constant speed, decelerating, leveling, and door opening/closing, ensuring the elevator responds to passenger demands along the optimal path.

Multi-Component Collaborative Communication: Acting as the "communication hub" for various elevator systems, it communicates bidirectionally in real-time with the inverter drive board, door operator board, safety circuit module, weighing device, and display panel. It provides feedback on the elevator's operating status (e.g., speed, position, load) and receives operating status signals from each component, ensuring consistent system operation and preventing command conflicts or operational malfunctions.

Safety Interlocking and Protection: Real-time monitoring of key safety parameters such as elevator safety circuit continuity, car door lock status, traction machine load, operating speed, and leveling accuracy. Upon detecting any anomalies (e.g., safety circuit disconnection, unlocked door, overspeed, overload), the protection mechanism is immediately triggered, cutting off power output and stopping the elevator to prevent accidents such as overshooting, bottoming out, or passenger entrapment, complying with elevator safety standards such as EN81.

Multi-Mode Operation Adaptation: Supports switching and control of multiple elevator operating modes, including normal passenger mode, fire emergency landing mode (automatically returns to the base station after receiving a fire signal), maintenance mode (for low-speed debugging by maintenance personnel), and energy-saving mode (automatically sleeps and reduces power consumption during low-passenger-flow periods), adapting to the usage needs of different scenarios such as residential and commercial buildings.