GIDINGS&LEWIS 502-02121-00 selector control board

Brand:GIDDINGS & LEWIS
Model:502-02121-00
Product status: New/used
Shipping place: Xiamen, China
Warranty: 365 days
Structural form: Other (specific form may vary depending on application)
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Details

GIDINGS&LEWIS 502-02121-00 selector control board

Product manual:

GIDINGS&LEWIS 502-02121-00 selector control board
Product application areas

Numerical Control Machine Tool Control System
Used for selecting different working modes or operating channels in CNC machine tools,
Implement coordinated control of the main control board, servo drive, and I/O module.

Automatic production line
In automated assembly or processing production lines, it is used to switch equipment operating modes
Production process or testing program to improve production flexibility.

Robot control system
Support industrial robots or robotic arms to switch between different task modes, achieving multi task operation or multi workstation coordination.

Testing and Development Platform
In industrial experimental platforms or control testing systems,
As the core interface for mode selection and function switching, it improves experimental efficiency.

Process Control and Monitoring System
Used in control systems for the chemical, energy, or metallurgical industries,
Realize rapid switching between different control strategies or process parameter modes.

Conveyor and positioning equipment
In precision conveying, sorting, or positioning systems,
Used to select different operating paths or working modes to ensure material conveying and positioning accuracy.

Device operation panel integration
Integrated into the operation panel, providing intuitive mode selection and status display interfaces for operators to control the equipment.

Product Features

Multi mode selection: supports switching between multiple operating modes, such as automatic, manual, semi-automatic, etc., to meet different operational needs.

Quick response: The switching command has a fast response speed, ensuring smooth and reliable system mode switching.

Modular design: Standardized interfaces facilitate integration with controllers, I/O modules, and servo systems.

High reliability: Industrial grade component design, suitable for long-term high load working environments.

Signal protection function: It has overcurrent and short circuit protection to improve system safety.