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Schneider GV2ME01C TeSys GV2 series Motor Circuit Breakers

Schneider GV2ME01C TeSys GV2 series Motor Circuit Breakers

  • Product Item : GV2ME01C
  • Product Brand : Schneider
  • INQUIRY

The Schneider GV2ME01C is a specific model within the TeSys GV2 series of motor-circuit breakers. Here is an English - language introduction:

General Description

The GV2ME01C is designed to provide reliable protection and control for three - phase motors. It is an essential component in industrial electrical systems, safeguarding motors from various faults and ensuring their safe and efficient operation.

Protection Functions

  • Overload Protection: The GV2ME01C is equipped with thermal - magnetic protection, which can accurately detect and respond to motor overload conditions. It monitors the current flowing through the motor and trips the circuit when the current exceeds the set overload threshold for a certain period, preventing the motor from overheating and suffering damage due to prolonged overloading.

  • Short - Circuit Protection: It offers robust magnetic protection against short - circuit faults. In the event of a short circuit, where the current suddenly increases to a very high level, the GV2ME01C quickly interrupts the circuit to prevent damage to the motor, wiring, and other connected equipment.

  • Open - Phase and Three - Phase Unbalance Protection: This motor - circuit breaker can also detect open - phase conditions and three - phase unbalance. If one of the phases is lost or there is an imbalance in the current among the three phases, the GV2ME01C will take appropriate action to protect the motor from the adverse effects of such conditions, which could otherwise lead to motor overheating and reduced lifespan.

  • Specifications

  • Rated Current: The GV2ME01C is suitable for a current range of 0.1 - 0.16A, making it ideal for small - power three - phase motors. This specific current range allows for precise protection and control of motors within this power category.

  • Rated Voltage: It is designed to operate in circuits with an AC 50/60Hz, rated working voltage of 415V. This voltage rating ensures compatibility with a wide range of industrial power systems.

  • Breaking Capacity: The GV2ME01C has a high - breaking capacity, enabling it to safely interrupt the circuit under short - circuit conditions. This feature is crucial for protecting the electrical system from the potentially destructive effects of high - current short circuits.

  • Design and Construction

  • Compact Design: The GV2ME01C features a compact and modular design, which allows for easy installation in control panels and saves valuable space. Its small size does not compromise its performance but rather combines high functionality with space - saving benefits.

  • High - Quality Materials: Manufactured with top - quality materials, this motor - circuit breaker is built to withstand the harsh conditions of industrial environments. It is resistant to vibrations, electromagnetic interference, and temperature variations, ensuring reliable operation over an extended period.

  • Operation and Control

  • Control Modes: The GV2ME01C offers different control modes to meet various operational requirements. It can be equipped with a rotary handle, extended rotary handle, push - button, or toggle, providing flexibility in operation and allowing for easy manual control of the circuit breaker.

  • Adjustability: The thermal - protection setting of the GV2ME01C is adjustable, enabling users to fine - tune the protection according to the specific characteristics of the connected motor. This adjustability ensures that the motor is protected optimally under different operating conditions.


In summary, the Schneider GV2ME01C TeSys GV2 series motor - circuit breaker is a reliable, high - performance device that offers comprehensive protection for small - power three - phase motors in industrial applications. Its advanced features, compact design, and easy - to - use control options make it a popular choice for ensuring the safety and efficient operation of motor - driven systems.