Eaton PFGM Series RCCB, 63A Current Rating, 30mA Trip Sensitivity - 267461 PFGM-63/4/003-A This residual current circuit breaker (RCCB) is designed for both residential and commercial applications. The 4 pole configuration provides reliable earth leakage protection with a current rating of 63A and a tripping sensitivity of 30mA. Ideal for DIN rail mounting, this device measures 80 x 70 x 80 mm, ensuring efficient space utilisation in control panels. It complies with IEC 61008 standards, guaranteeing safety and performance. Features & Benefits • Provides dependable earth leakage protection to prevent electric shock
• 30mA trip sensitivity enhances safety for users and installations
• 4 pole configuration supports three-phase systems
• Designed for quick attachment to DIN rails, simplifying installation
• Pulse-current sensitivity offers reliable operation against transient faults
• Meets IEC/EN 61008 standards for assured product quality Applications • Used for protecting electrical circuits in commercial settings
• Ideal for residential where high safety levels are critical
• Suitable for installations requiring reliable earth leakage protection
• Utilised in system designs demanding compliance with IEC standards What is the maximum voltage this device can handle? It can operate at rated voltages of 230V AC and 400V AC, making it versatile for various installations. How many electrical operations can it withstand? The RCCB is rated for over 4000 electrical operations, ensuring long-lasting performance in everyday use. What type of terminals does it feature for connections? It includes open-mouthed/lift terminals that facilitate easy wiring and ensure robust connections. Can it be used in adverse environmental conditions? Yes, it is designed to operate within a temperature range of -25°C to 60°C, accommodating various installation environments. What are the implications of its construction regarding humidity? It is rated for operation in up to 95% relative humidity, which helps in maintaining functionality in damp conditions.