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A9N16246 | Acti 9 xID Residual Circuit Breaker
Product Overview
The Acti 9 xID Residual Circuit Breaker by Schneider Electric is a high-performance electrical protection device designed for residential, commercial, and industrial applications. It ensures safety by detecting and interrupting residual currents, preventing electrical hazards such as electric shocks and fire risks.
Key Features
- Rated Current: 63 A
- Number of Poles: 2P (2 Poles)
- Residual Current Sensitivity: 300 mA
- Class: SI (Selective with Immunity to Surge Currents)
- Type: Residual Current Circuit Breaker (RCCB)
- Breaking Capacity: High breaking capacity for reliable protection
- Selective Protection: Ensures coordination with downstream devices for selective tripping
- Immunity to Surge Currents: Class SI provides immunity to transient overvoltages, reducing nuisance tripping
- Compact Design: Space-saving and easy to install in distribution boards
- Compliance: Meets international standards for safety and performance
Applications
The Acti 9 xID Residual Circuit Breaker is ideal for:
- Protecting electrical circuits in residential buildings
- Ensuring safety in commercial and industrial installations
- Preventing electrical hazards in environments with sensitive equipment
Technical Specifications
Parameter | Value |
---|---|
Rated Current (In) | 63 A |
Number of Poles | 2P |
Residual Current Sensitivity (IΔn) | 300 mA |
Class | SI (Selective with Immunity to Surge Currents) |
Breaking Capacity | High |
Standards Compliance | IEC/EN 61008, IEC/EN 61009 |
Mounting | DIN Rail Mounting |
Operating Temperature | -25°C to +60°C |
Benefits
- Enhanced safety with reliable residual current detection
- Reduced risk of electrical fires and shocks
- Selective tripping for improved system coordination
- Durable and robust design for long-lasting performance
- Easy integration into existing electrical systems
Conclusion
The Acti 9 xID Residual Circuit Breaker (A9N16246) is a reliable and efficient solution for protecting electrical circuits against residual currents. Its selective protection, high breaking capacity, and immunity to surge currents make it a top choice for ensuring safety in various applications.
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