Product Details:
The Havells MCB SP D Curve (Single Pole) is designed to offer precise protection for single-phase circuits with high inrush currents, typically found in industrial and commercial settings. The D Curve characteristic provides a delayed response, allowing safe handling of temporary surges without unnecessary tripping, while still offering reliable fault protection.
Key Features:
- Single Pole Design: Provides protection for single-phase circuits, ideal for both residential and light commercial applications.
- D Curve Tripping: Suitable for high inrush currents; designed to prevent tripping during equipment startup or motor operation.
- High Breaking Capacity: Built to handle significant fault currents effectively.
- Quick Response Time: Protects circuits from overloads and short circuits, reducing potential hazards.
- Compact and Durable: Constructed with heat-resistant materials for longevity, fitting seamlessly into standard electrical panels.
Technical Specifications:
- Type: Single Pole (SP) Miniature Circuit Breaker
- Tripping Curve: D Curve for high inrush current tolerance
- Current Ratings: Available in various current ratings to match specific circuit needs
- Breaking Capacity: High breaking capacity suitable for demanding environments
- Compliance: Adheres to IS/IEC 60898-1 standards for electrical safety and reliability
Applications:
- Industrial Machinery: Ideal for circuits powering machinery with high inrush currents, such as motors and transformers.
- Commercial Lighting and HVAC: Suitable for lighting circuits, HVAC units, and other equipment prone to temporary surges.
- Residential and Office Equipment: Provides reliable protection for sensitive single-phase circuits.
Why Choose Havells MCB SP D Curve?
Havells MCB SP D Curve is specifically designed for applications with high starting currents, ensuring reliable protection without unnecessary tripping. It’s an excellent choice for safeguarding single-phase circuits in both commercial and industrial settings, combining efficiency, reliability, and high performance.
