Motor starter GV2ME push-in actuator 2.5-4A spring terminals GV2ME083

Motor starter – reliable protection for your drive

This three-pole motor starter from the TeSys Deca series is key to the safe and efficient operation of your motors. It provides comprehensive protection against overloads, short circuits and phase failure, minimizing the risk of failure and costly downtime. A design adapted for mounting with a push button drive facilitates operation and integration with existing control systems.

Functionality and application

The GV2ME083 starter is designed to protect motors with a power of up to 1.5 kW (AC-3, 400V) and a rated current of up to 4A. The use of spring-loaded terminals significantly speeds up and simplifies the process of connecting wires, saving valuable time during installation. The built-in thermal release protects the motor from the effects of prolonged overload, and the short-circuit release reacts immediately to sudden current surges, disconnecting the circuit. Additional sensitivity to phase failure increases the safety of the device. Overload, short-circuit and phase failure protection are standard in such devices, and GV2ME083 provides reliable operation in these key areas. Spring-loaded terminals facilitate installation, and the adjustable overload release setting range (2.5-4A) allows for precise adaptation to specific application needs.

Technical specifications and construction

The GV2ME083 starter is made of high-quality materials, which guarantees its durability and reliability in demanding working conditions. Its compact dimensions (44.5 x 101 x 78.2 mm) allow for easy integration with existing electrical panels. The degree of protection IP20 provides protection against accidental contact and against the ingress of solid objects larger than 12.5 mm. The rated short-circuit switching capacity at 400V AC is as high as 100 kA, which ensures effective protection even in the event of serious disturbances in the power supply network. The device is complete – ready for mounting in an enclosure.