
Machinery
Protection, starting and power-circuit control for motor feeders.
Schneider Electric · TeSys GV2 motor circuit breaker
GV2ME05C 3P 0.63A is a Schneider Electric TeSys GV2 motor circuit breaker for motor-branch isolation, short-circuit and overload protection. Its principal configuration is Poles: 3P; Rated Current: 0.63 A; Breaking Capacity: 100 kA at 400 V; Trip Type: Thermal-magnetic. Also review mounting, control requirements, accessories and site conditions during selection.
Confirm the configuration from the complete order reference, electrical ratings, control requirements and installation conditions.

PRODUCT OVERVIEW
GV2ME05C 3P 0.63A is a Schneider Electric TeSys GV2 motor circuit breaker for motor-branch isolation, short-circuit and overload protection. Its principal configuration is Poles: 3P; Rated Current: 0.63 A; Breaking Capacity: 100 kA at 400 V; Trip Type: Thermal-magnetic. Also review mounting, control requirements, accessories and site conditions during selection.
GV2ME05C 3P 0.63A is identified by the complete order reference GV2ME05C. This page organises its product role, principal electrical data and project review points for comparison with the BOM, drawings and installed equipment.
PRODUCT STRUCTURE AND REVIEW POINTS

Use the complete reference and power-circuit data to establish the exact rating; do not substitute by series name alone.
Match current, voltage, power or trip configuration to the load and protection-coordination requirements.
Check control voltage, communications, interlocking and auxiliary contacts against the control schematic.
Also review dimensions, wiring, environmental conditions and required accessories.
TECHNICAL SPECIFICATIONS
SELECTION AND INQUIRY CHECKLIST
TYPICAL APPLICATIONS

Protection, starting and power-circuit control for motor feeders.

Motor control and protection for utilities and HVAC loads.

Frequent switching in conveying, assembly and processing equipment.

Motor circuits and interlocking in continuous-production facilities.
RELATED MODELS IN THE SERIES
Confirm the final configuration against the complete order reference, nameplate, system data, mounting, control circuit and required accessories.