Product Details:
The Havells MCB SPN C Curve is designed for protection in single-phase circuits, covering both live and neutral lines. With its C Curve tripping characteristic, it’s suitable for applications that experience moderate inrush currents, ensuring optimal performance in residential, commercial, and light industrial environments.
Key Features:
- Single Pole and Neutral Protection: Offers enhanced safety by protecting both the live and neutral lines, preventing overload and short circuits across both.
- C Curve Tripping Characteristic: Ideal for circuits with moderate inrush currents, balancing sensitivity and tolerance to initial surges.
- Robust Breaking Capacity: Built to handle significant fault currents, ensuring reliable circuit protection.
- Compact Design: Space-efficient, making it suitable for distribution boards with limited space.
- High Durability: Engineered with heat-resistant materials to withstand tough environments and extend product life.
Technical Specifications:
- Type: Single Pole and Neutral (SPN) Miniature Circuit Breaker
- Tripping Curve: C Curve, suitable for moderate inrush currents, commonly used for lighting and motor circuits
- Current Ratings: Available in a variety of current ratings to suit different protection needs
- Breaking Capacity: High, providing enhanced fault-handling capability
- Standards Compliance: IS/IEC 60898-1 for quality and reliability
Applications:
- Residential Lighting and Appliance Circuits: Ideal for protecting circuits with appliances that have moderate starting currents.
- Commercial Spaces: Suitable for office and retail lighting circuits that need reliable overcurrent protection.
- Light Industrial Equipment: Effective for protecting small motors and other equipment with moderate inrush currents.
Why Choose Havells MCB SPN C Curve?
The Havells MCB SPN C Curve provides comprehensive circuit protection by covering both live and neutral lines, making it a versatile solution for electrical distribution in diverse environments. Known for its quality and durability, it ensures peace of mind with efficient and dependable performance across essential circuits.
