Schneider Electric | GV2P03 | Circuit Breaker | 4A | 3-Pole | 600V

Schneider Electric GV2P03 is a 3-pole, 4A, 600V circuit breaker engineered for reliable protection in maintenance, retrofit, and replacement projects. This exact GV2P03 part number ensures you’re selecting the precise device your system requires, simplifying sourcing and reducing the risk of compatibility issues.

Key specifications

• Amperage: 4A
• Poles: 3-Pole
• Voltage rating: 600V
• Part reference: GV2P03

Why this GV2P03 stands out

• Exact compatibility: When you’re aligning panels and protection schemes, the GV2P03 part number is the clearest reference for fit and performance.
• Three-pole protection: Designed to interrupt all three conductors in a 3-phase circuit, ensuring synchronized disconnection and safeguarding equipment from imbalanced faults.
• Targeted for maintenance and retrofits: A practical choice for replacing worn or outdated breakers without overhauling your protection strategy.
• 600V application readiness: Suitable for electrical systems and equipment operating up to 600V, helping you maintain safe, compliant operation across industrial and commercial settings.

Ideal use cases

• Replacing worn or failed breakers in 3-phase power distribution panels.
• Retrofit projects where a 3-Pole, 4A, 600V device matches the existing protection scheme.
• Control circuits and light-to-medium load feeders within 600V systems that require reliable trip protection.

Compatibility and fit

Before ordering, confirm the device fit and ratings against your existing equipment. The GV2P03 part number is the best reference for compatibility, helping ensure a seamless swap without surprises in form or function.

Practical tips for deployment

• Use in applications that require synchronized shutoff of all three lines in a 3-phase system.
• Cross-check panel documentation to verify that a 600V rating aligns with your installation standards and safety requirements.
• Keep this exact part handy for future maintenance or warranty-supported replacements to preserve system integrity.