Brief: We show the practical steps and results so you can judge suitability quickly. This video demonstrates the KONE Elevator Brake Module KM50022850G02 Upgrade, showcasing its brake drive and timing control functions, real-time status monitoring capabilities, and safety redundancy features. You'll see how it integrates with KONE elevator systems and learn about its energy optimization technology and modular design for easy maintenance.
Related Product Features:
Receives commands from the main control board and outputs DC voltage to drive the brake coil with precise timing control.
Controls the brake's release-hold-lock timing according to operating logic for smooth elevator start and stop operations.
Supports zero-speed brake control to prevent car slippage and improve stopping accuracy.
Monitors brake coil current and feedback contact status in real time with immediate fault reporting capabilities.
Integrates comprehensive protection including overcurrent, overvoltage, and undervoltage protection to prevent component damage.
Features safety circuit design independent of the main control unit for enhanced system reliability.
Utilizes PWM modulation technology to reduce coil power consumption and extend component lifespan.
Modular design facilitates quick replacement and reduces elevator downtime during maintenance.
FAQs:
What elevator systems is this brake module compatible with?
This brake module is compatible with KONE EcoDisc machine-room-less and machine-room-based elevators, and can adapt to mainstream drive systems.
What safety standards does this brake module comply with?
The module complies with EN 81-20 and GB 7588 safety standards, supporting forced braking in special modes like fire protection and maintenance.
How does this module help reduce maintenance downtime?
The modular design allows for quick replacement, and the PWM modulation technology reduces coil power consumption while extending component lifespan, minimizing maintenance needs.
What protection features does the brake module include?
It includes overcurrent, overvoltage, and undervoltage protection to prevent coil burnout or malfunction, along with real-time status monitoring and fault reporting.