Motor starter TeSys GV2P rotary drive 1.6-2.5A screw terminals GV2P07

Motor starter for reliable motor protection

The TeSys GV2P motor starter is a reliable solution for protecting three-phase motors up to 0.75 kW at 400V. Designed by Schneider Electric, this 3-pole starter combines thermal and magnetic protection, providing comprehensive protection against overload, short circuit and phase failure. This ensures that the installation is safe and ready to operate in demanding conditions.

Design and application

The GV2P07 starter with rotary actuator and screw terminals is ideal for both professional installers and end users. The use of a thermomagnetic trip unit with adjustment in the range of 1.6-2.5A allows for precise adaptation to the load characteristics. High short-circuit breaking capacity (Icu 100kA at 400V AC) guarantees effective protection even in the event of sudden current surges. Mounting on a DIN rail is quick and easy.

• Versatile application: ideal for motors with a power of 0.75 kW at a voltage of 400V.
• Three functions in one: protection against overload, short circuit and phase failure – minimizes the risk of failure and downtime.
• Adjustment range: the ability to precisely set the overload trip unit setting range (1.6-2.5A) ensures optimal protection for a specific motor.
• High reliability: construction based on proven Schneider Electric technologies guarantees long-lasting and trouble-free operation.
• Easy installation: DIN rail mounting simplifies installation and saves time.
• Screw terminals: provide a secure and durable connection of wires.
• Protection degree IP20: provides basic protection against contact and ingress of solid objects.

Key parameters for professionals

The GV2P07 starter is characterized by high technical parameters that translate into safety and efficiency of the installation: the rated continuous current (Iu) is 2.5A, and the rated operating power for AC-3 at 400V is 0.75kW. The rated operating voltage is 690V AC. It is worth paying attention to the sensitivity to phase failure – this function further increases the safety of the motor operation. Power losses are only 2.5W, which translates into energy efficiency of the system. The complete device in the housing ensures immediate readiness for mounting and use.