Machinery
Protection, starting and power-circuit control for motor feeders.
Schneider Electric · TeSys GV2 motor circuit breaker
GV2 Motor Circuit Breakers
GV2 Motor Circuit Breakers is intended for motor-branch isolation, short-circuit and overload protection. This page brings together the range position, configuration review logic and 14 browsable models. Current, voltage, power, trip or control configurations vary by reference, so selection must use the complete order number.
Open an exact-model page by complete order reference to review specifications, applications and inquiry requirements.
- 14
- Browsable models
- GV2 Motor Circuit Breakers
- Product range
- TeSys GV2 motor circuit breaker
- Product type
- GV2ME02C
- Representative reference
RANGE OVERVIEW
GV2 Motor Circuit Breakers
GV2 Motor Circuit Breakers is intended for motor-branch isolation, short-circuit and overload protection. This page brings together the range position, configuration review logic and 14 browsable models. Current, voltage, power, trip or control configurations vary by reference, so selection must use the complete order number.
Models in the range share a common platform role, but ratings and configuration codes must not be inferred across references. Filter by the power circuit and load first, then review control, mounting and accessories.
- Poles3P
- Rated Current0.16 A
- Breaking Capacity100 kA at 400 V
- Trip TypeThermal-magnetic
CONFIGURATION LOGIC AND REVIEW POINTS
- 01
Current setting range
Use the complete reference and power-circuit data to establish the exact rating; do not substitute by series name alone.
- 02
Thermal-magnetic trip
Match current, voltage, power or trip configuration to the load and protection-coordination requirements.
- 03
Three-pole power circuit
Check control voltage, communications, interlocking and auxiliary contacts against the control schematic.
- 04
Contactor and accessory coordination
Also review dimensions, wiring, environmental conditions and required accessories.
RANGE MODELS AND KEY DATA
Select a model to open its detail page. The table scrolls horizontally on small screens without widening the page.
| Model | Order reference / configuration | Poles | Rated Current | Breaking Capacity | Trip Type |
|---|---|---|---|---|---|
| GV2ME02C 3P 0.16A | GV2ME02C | 3P | 0.16 A | 100 kA at 400 V | Thermal-magnetic |
| GV2ME03C 3P 0.25A | GV2ME03C | 3P | 0.25 A | 100 kA at 400 V | Thermal-magnetic |
| GV2ME04C 3P 0.4A | GV2ME04C | 3P | 0.4 A | 100 kA at 400 V | Thermal-magnetic |
| GV2ME05C 3P 0.63A | GV2ME05C | 3P | 0.63 A | 100 kA at 400 V | Thermal-magnetic |
| GV2ME06C 3P 1A | GV2ME06C | 3P | 1 A | 100 kA at 400 V | Thermal-magnetic |
| GV2ME07C 3P 1.6A | GV2ME07C | 3P | 1.6 A | 100 kA at 400 V | Thermal-magnetic |
| GV2ME08C 3P 2.5A | GV2ME08C | 3P | 2.5 A | 100 kA at 400 V | Thermal-magnetic |
| GV2ME10C 3P 4A | GV2ME10C | 3P | 4 A | 100 kA at 400 V | Thermal-magnetic |
| GV2ME14C 3P 6.3A | GV2ME14C | 3P | 6.3 A | 100 kA at 400 V | Thermal-magnetic |
| GV2ME16C 3P 14A | GV2ME16C | 3P | 14 A | 15 kA at 400/415 V | Thermal-magnetic |
| GV2ME20C 3P 18A | GV2ME20C | 3P | 18 A | 15 kA at 400/415 V | Thermal-magnetic |
| GV2ME21C 3P 23A | GV2ME21C | 3P | 23 A | 15 kA at 400/415 V | Thermal-magnetic |
| GV2ME22C 3P 25A | GV2ME22C | 3P | 25 A | 15 kA at 400/415 V | Thermal-magnetic |
| GV2ME32C 3P 32A | GV2ME32C | 3P | 32 A | 10 kA at 400/415 V | Thermal-magnetic |
REPRESENTATIVE MODEL DATA
- Model
- GV2ME02C
- Series
- GV2ME
- Poles
- 3P
- Rated Current
- 0.16 A
- Breaking Capacity
- 100 kA at 400 V
- Trip Type
- Thermal-magnetic
SELECTION AND INQUIRY CHECKLIST
- Complete order reference and series
- Current setting range
- Thermal-magnetic trip
- Three-pole power circuit
- Contactor and accessory coordination
- Required quantity and destination
- BOM, drawing or nameplate photo
- Original equipment data for replacements
TYPICAL APPLICATIONS
Pumps and fans
Motor control and protection for utilities and HVAC loads.
Production lines
Frequent switching in conveying, assembly and processing equipment.
Process industries
Motor circuits and interlocking in continuous-production facilities.
RECOMMENDED MODELS
Use the model table for initial screening within the range; confirm final ordering configuration from the complete reference and project conditions.
