Product Details:
The Havells MCB SP C Curve (Single Pole) is engineered to protect single-phase circuits with moderate inrush currents, commonly used in residential and commercial applications. The C Curve characteristic ensures that the MCB can handle higher start-up surges typical of household appliances and lighting, while still providing reliable fault protection.
Key Features:
- Single Pole Design: Protects individual circuits in single-phase setups, perfect for residential and light commercial usage.
- C Curve Tripping: Ideal for circuits with moderate inrush currents, providing efficient protection without unnecessary trips.
- High Breaking Capacity: Robust enough to handle significant fault currents, enhancing circuit safety.
- Compact Construction: Space-saving design fits easily into electrical distribution panels.
- Durable Materials: Made with heat-resistant materials for extended reliability and safety.
Technical Specifications:
- Type: Single Pole (SP) Miniature Circuit Breaker
- Tripping Curve: C Curve, suitable for moderate inrush currents like lighting circuits and small motor loads
- Current Ratings: Available in various ratings to match specific circuit requirements
- Breaking Capacity: High breaking capacity for added safety in diverse environments
- Compliance: Meets IS/IEC 60898-1 standards for quality and performance
Applications:
- Home Appliances: Ideal for protecting circuits powering appliances with moderate starting currents, such as washing machines, ovens, and refrigerators.
- Lighting Circuits: Reliable protection for household and commercial lighting circuits.
- General Circuits: Suitable for safeguarding everyday electrical circuits against overloads and short circuits.
Why Choose Havells MCB SP C Curve?
Havells MCB SP C Curve combines precision protection with moderate tolerance for inrush currents, making it an ideal choice for safeguarding essential circuits in homes and commercial spaces. Known for durability and efficiency, it provides consistent performance, protecting your electrical system effectively.
