Product Details:
The Havells Higher Rating MCB DP (Double Pole) is a premium miniature circuit breaker designed for high-performance electrical protection in both residential and industrial applications. This MCB is ideal for handling higher current loads, ensuring reliable and safe power distribution. The double-pole (DP) configuration offers advanced protection by interrupting both live and neutral connections, making it an essential component for comprehensive circuit safety.
Key Features:
- High Current Capacity: Supports higher current ratings, perfect for applications requiring robust power handling.
- Double-Pole Protection: Provides simultaneous disconnection of both live and neutral poles, ensuring full circuit isolation and safety.
- Quick Response: Advanced tripping mechanism provides fast interruption during overloads or short circuits, reducing risks of electrical damage.
- Durable Construction: Built with high-quality materials to withstand high currents and harsh operating conditions.
Technical Specifications:
- Type: Double Pole (DP) Miniature Circuit Breaker
- Current Ratings: Available in higher ampere ratings for specialized applications
- Breaking Capacity: High breaking capacity to handle significant fault currents
- Standards Compliance: IS/IEC 60898-1 standards for quality and safety assurance
Applications:
- Industrial Power Systems: Ideal for heavy-duty equipment and machinery that require a higher current rating.
- Residential and Commercial: Suitable for high-power appliances and circuits where additional protection is necessary.
- Critical Infrastructure: Provides reliable circuit protection for critical systems, minimizing downtime and enhancing safety.
Why Choose Havells Higher Rating MCB DP?
Havells Higher Rating MCB DP combines advanced protection technology with durable construction, making it an excellent choice for those who need reliable circuit protection for high-power applications. The DP configuration provides added peace of mind with full circuit isolation, ensuring both safety and efficiency.
