Brief: Join a quick walkthrough that focuses on what matters to users and operators. This video provides an in-depth look at the G22901-D0132-L-A4 KONE Escalator Energy Conversion Board, demonstrating its role as a centralized processing unit in elevator and escalator systems. You'll see how it manages drive operations, safety functions, and integrates various communication protocols for building management.
Related Product Features:
Features an ARM-based multicore controller with real-time co-processing capabilities for efficient system management.
Operates with a 24VDC ±20% power input and includes integrated voltage stabilization for reliable performance.
Equipped with dual CAN 2.0B channels for seamless integration with drive and safety networks.
Includes RS-485 connectivity for interfacing with building management systems.
Provides an Ethernet port for diagnostic tools, specifically compatible with the KONE ETA interface.
Utilizes a memory configuration of 512KB FRAM and 4MB Flash for robust data logging and parameter storage.
Serves as a centralized processing unit to manage drive operations and safety functions in elevator/escalator systems.
Faqs:
What is the primary function of the G22901-D0132-L-A4 board?
The G22901-D0132-L-A4 serves as an advanced centralized processing unit for KONE elevator and escalator systems, managing drive operations, safety functions, and communication protocols.
What communication interfaces does this energy conversion board support?
It supports dual CAN 2.0B channels for drive and safety network integration, RS-485 for building management system connectivity, and an Ethernet port for diagnostic tools using the KONE ETA interface.
What are the power requirements for this control board?
The board requires a 24VDC power input with a tolerance of ±20% and features integrated voltage stabilization to ensure consistent and reliable operation.
What memory configuration is available for data storage?
It includes 512KB of FRAM and 4MB of Flash memory, which is used for data logging and storing system parameters.