Guardamotor Schneider Electric TeSys GV2 GV2ME20 IP20 78,2 mm de profundidad 89 mm de altura 260 g

Schneider Electric TeSys GV2 GV2ME20 is a motor protection circuit breaker designed for thermal-magnetic protection of three-phase and single-phase motors in industrial and commercial installations. The device features IP20 protection and a compact form factor with a depth of 78.2 mm and height of 89 mm, making it suitable for installation in control cabinets and motor control panels where space efficiency is important. The product provides adjustable overload protection and integrated short-circuit interruption to reduce the risk of motor damage and downtime.

Advantages

The TeSys GV2GV2ME20 motor protection circuit breaker combines a compact housing and IP20 protection to enable straightforward mounting in confined cabinet spaces. Its thermal-magnetic tripping characteristic offers dependable overload and short-circuit protection for a wide range of motor ratings, while the lightweight design (approximately 260 g) simplifies handling during installation and maintenance. The unit’s proven Schneider Electric build quality supports consistent performance and predictable trip behavior under varying load conditions.

Suitable for

• Protection of motors in industrial control panels and machine starters
• Commercial HVAC and pump motor protection
• Retrofit and replacement in existing motor control systems with limited panel depth
• Applications requiring compact thermal-magnetic motor protection with IP20 enclosure

Key specifications

• Protection type: thermal-magnetic motor protection
• Degree of protection: IP20
• Depth: 78.2 mm
• Height: 89 mm
• Weight: 260 g (approx.)

How to use

Mount the motor protection circuit breaker on a compatible DIN rail or panel according to the electrical cabinet layout and local wiring standards. Connect the motor supply conductors and load terminals as indicated by the manufacturer’s wiring diagram, set the appropriate overload range for the motor current, and verify correct operation by performing functional tests before commissioning. Ensure the device is installed in an enclosure that provides adequate ventilation and protection against foreign objects in accordance with the IP20 rating.

Recommendations

For reliable motor protection, select the correct overload setting based on the motor nameplate current and verify coordination with upstream fuses or circuit breakers. Periodically inspect connections for tightness, check trip performance during maintenance intervals, and replace the device if mechanical damage or unreliable tripping is observed.