Technical Specifications of Schneider GM2AD4N20H4BEE

• Rated Voltage: Designed for high-voltage applications, ensuring reliable operation in industrial settings.
• Rated Current: The breaker supports a higher current capacity, up to 20 amps, making it suitable for more powerful motor-driven systems.
• Breaking Capacity: High fault current handling capability, which ensures safe disconnection during electrical faults to protect equipment and personnel.

• Schneider GM2AD4N20H4BEE

  1. Thermal-Magnetic Protection

  The GM2AD4N20H4BEE features thermal-magnetic protection, a dual system that safeguards motors against two critical electrical faults. The thermal protection is designed to prevent motor damage due to overload by responding to sustained overcurrent. Meanwhile, the magnetic protection provides rapid action during short circuits, cutting off the electrical supply to prevent further damage.

  2. High Breaking Capacity

  Industrial motors often face harsh electrical conditions, and the GM2AD4N20H4BEE is equipped to handle these with its high breaking capacity. This capability allows the breaker to interrupt high fault currents safely, making it suitable for demanding industrial environments.

  3. Compact Design

  Despite its powerful protection capabilities, the GM2AD4N20H4BEE boasts a compact form factor. Its small size makes it ideal for installations in control panels where space is limited. Even with its reduced footprint, the breaker does not compromise on performance or durability.

• Applications of Schneider GM2AD4N20H4BEE

  This motor circuit breaker is designed for use in a wide range of industrial environments where motor protection is crucial. Some typical applications include:

  • Manufacturing: Motors in production lines and automated systems are protected from overloads and electrical surges.
  • Mining Operations: Equipment used in harsh mining environments, such as heavy-duty machinery, benefits from the breaker’s high breaking capacity.
  • Oil and Gas: Protects critical motors used in drilling, refining, and other energy processes where electrical faults can be costly.
  • Water Treatment Facilities: Safeguards pumps and other motor-driven equipment that are essential to the operation of treatment plants.