Schneider Electric GV2P03 Motor Circuit Breaker 0.40A 3 Pole

Product Description

The SCHNEIDER ELECTRIC GV2P03 is a 3-pole motor circuit breaker rated at 0.40 amps and 690 VAC at 50/60 Hz. It uses a thermal-magnetic tripping mechanism to protect motors from overload and short-circuit conditions in a single compact device. The bolt-on, clip-mount design allows for fast panel integration without additional tools. Measuring 1.8 inches deep, 4 inches high, and 3.7 inches wide, the GV2P03 fits into tight enclosures common in commercial and industrial control panels. Licensed electricians and industrial maintenance technicians are the primary installers for this type of device.

The GV2P03 is suited for motor branch-circuit protection in commercial and light industrial applications. It is designed for use in motor control centers, standalone enclosures, and combination starter assemblies where direct-on-line motor protection is required. The bolt-on clip mounting style supports quick assembly on standard DIN-rail or panel configurations. The 50/60 Hz dual-frequency rating makes it applicable across North American and international electrical systems operating at 690 VAC or below.

Key Features

• Thermal-magnetic trip mechanism provides both overload and short-circuit protection in one device
• Rated 0.40 amps at 690 VAC for compatibility with low-current motor loads
• 3-pole configuration for three-phase motor circuit protection
• Bolt-on, clip-mount terminal design for secure panel installation
• Screw terminal connections for reliable conductor termination
• Dual-frequency rated at 50/60 Hz for broad application compatibility

Compatibility

Designed as an OEM-style replacement motor circuit breaker for three-phase motor protection applications in commercial and industrial control panel assemblies.

Installation Notes

Installation should be performed by a licensed electrician in accordance with applicable NEC articles covering motor branch-circuit protection and motor controllers. Disconnect and lock out all power to the panel before removing or installing the breaker. Verify that conductor sizing and terminal torque requirements comply with local code and the panel manufacturer specifications. Do not exceed the rated ampere or voltage values marked on the device.