Component Details

The Schneider Three Pole Breaker (GV2ME10) is an electrical equipment used for protecting electrical circuits in industrial applications. It has a rated current range of 4-6.3A, and it ensures the safety and reliability of equipment by interrupting the circuit in case of overcurrent conditions. The breaker is designed to provide reliable protection against short circuits, interrupting circuits, and other abnormalities.

Application

The Schneider Three Pole Breaker (GV2ME10) is suitable for use in various industrial applications that require reliable and efficient protection against overcurrent conditions. Some of the applications where this breaker can be used include power generation, transportation, building automation, and manufacturing industries. It is also commonly used in electrical substations to protect high-voltage equipment.

Uses

The Schneider Three Pole Breaker (GV2ME10) provides various benefits and uses. Some of these include:

• Overcurrent Protection: The breaker provides overcurrent protection by interrupting the circuit when the current exceeds the rated value. This protection ensures that the equipment remains safe and prevents damages due to overheating.
• Short Circuit Protection: The breaker also offers short circuit protection by interrupting the circuit when a short circuit occurs. This protection ensures that the equipment does not get damaged due to high current flow during a short circuit.
• Interrupting Capacity: The breaker has a high interrupting capacity that enables it to extinguish the arc generated during circuit breaking. This capability ensures reliable performance and long life.
• Reliability: The Schneider Three Pole Breaker (GV2ME10) is known for its high reliability and low maintenance requirements, which makes it an ideal choice for industrial applications.

Maintainance

The Schneider Three Pole Breaker (GV2ME10) requires regular maintenance to ensure its reliable performance. Some of the maintenance activities include:

• Cleaning of Contacts: The contacts of the breaker should be cleaned regularly to remove any dirt, dust, or oxide that may accumulate over time. This cleaning can be done with specialized contact cleaners.
• Periodic Inspection: The breaker should be periodically inspected to ensure that it is in good working condition. The inspection should include checks for any signs of wear, damage, or degradation.
• Testing: The breaker should be tested regularly to ensure that it operates correctly during emergency situations. This testing can be done using specialized test equipment and procedures.

At Techno Control Corporation, we provide reliable and efficient solutions for protecting electrical circuits in industrial applications. Our expertise in the field of electrical equipment enables us to provide comprehensive solutions that meet the specific needs of our clients. Contact us to know more about our product range and services.