NH DIN Type HRC

NH Fuse Links and Base are commonly used in industrial motor protection, photovoltaic systems, low-voltage power distribution, etc., and can quickly cut off abnormal current through the fuse mechanism to protect equipment safety. There are many types of NH DIN Type HRC on the market. If you choose a product that suits you, it is important. Zhejiang Zhenghao Fuse will recommend you why the NH Fuse Links and Base we designed is more suitable for most customers. There are several points.

1. Our products pass the standard specifications

The corresponding products of Zhenghao Fuse have passed the national CCC and International Electrotechnical Commission IEC and other standards.

2. Performance characteristics

The traditional NH Fuse Links and Base models have low breaking capacity and are mostly used in home or ordinary commercial circuits.

When designing this product, considering the fire scene, Zhenghao uses refractory materials (such as high-quality ceramic bodies) and fast breaking technology to ensure that the circuit can be reliably disconnected at high temperatures to reduce risks.

The NH series designed at this stage has a stronger breaking current capacity and can be used for high loads or prone to short-circuit faults, such as industrial power systems, etc.

3. Differentiated scenarios

NH Fuse Links and Base can be used in high-risk environments such as power stations, chemical plants, and high-rise buildings, and can adapt to extreme temperatures and complex working conditions.

Traditionally, it can only be used in residential, office, and ordinary commercial circuits, with low cost and low safety factor.

4. Cost and maintenance

From a long-term perspective, although the initial cost of the NH series launched by Zhenghao Fuse is slightly higher, it has higher quality, low maintenance cost in the later stage, and longer service life. It can solve more problems for customers, greatly save time, and improve work efficiency.

Traditional, low cost, relatively ordinary quality, frequent replacement in the later stage, especially in high temperature or high load environment, the performance is unsatisfactory.