Nale Electric is willing to work together with domestic and foreign merchants to create brilliance!
| Quantity: | |
The CHNAILE DZ47-63H 1P Miniature Circuit Breaker (MCB) is engineered to deliver stable and efficient protection for low-voltage electrical systems. Designed for international markets, this model is widely used in residential distribution boards, industrial control cabinets, building projects, PV systems, and commercial electrical installations. With a rated current up to 63A, a breaking capacity of 6000A, and full compliance with GB/T10963.1, it ensures reliable isolation and rapid short-circuit interruption to safeguard circuits effectively.
Built with premium flame-retardant materials and precision-manufactured internal mechanisms, the DZ47-63H offers outstanding mechanical endurance, fast trip action, and stable performance even under long-term electrical load. Its compact 1-pole design maximizes space efficiency in distribution panels while allowing simple wiring and modular expansion.
One of the competitive advantages of CHNAILE is our intelligent automated production line, which guarantees consistent quality, high-precision assembly, and 100% tested protection components for every MCB. Smart manufacturing ensures minimal error rates, stable product performance, and shorter delivery cycles—making our DZ47-63H the preferred choice for overseas project contractors, distributors, and importers.
We also provide comprehensive OEM and ODM services, including product labeling, packaging customization, technical parameter adjustment, and personalized mold design. Whether you are building your own brand or sourcing reliable circuit protection products for engineering projects, CHNAILE is fully equipped to support your business growth.
Designed for global markets, the DZ47-63H 1P MCB combines high safety, excellent durability, and international-grade reliability, making it ideal for electrical wholesalers, construction companies, and energy system integrators looking for high-quality circuit protection devices.
