DTK Quick connector 

1. Product Model Naming Method

Product name: Energy - saving Quick Connector
Model representation method and meaning:

Model Named Method

 

 

2. Application

The energy - saving quick connector series is mainly applicable to the connection between power cable conductors of 35kV and below, the connection between conductors and electrical equipment (copper, aluminum and copper - aluminum transition connections), and the connection between transformer bushing down - leads and outlet terminals of electrical equipment (such as transformers, circuit breakers, disconnectors, etc.).

 

3. Product Features

This series of products mainly replaces traditional equipment such as cable clamps, terminal blocks, and connecting pipes. Compared with the aforementioned products, this product has the following differences and features:

 

1. Reasonable structure: This series of products adopts screw connection and locking, and uses multi - stage step transition inside, which improves the operability and stability of the product.

2. Easy installation: No special tools (such as hydraulic equipment required by traditional products) are needed, and it can be easily tightened and loosened with just a wrench.

3. Cost saving: It saves operation man - hours, improves work efficiency, and reduces personnel operation intensity as well as the transportation and maintenance of equipment (such as hydraulic tools).

4. Excellent performance: This series of products is processed with high - quality copper materials, which has good electrical conductivity. The surface is tinned to enhance the product's resistance to electrical corrosion and aging. It has strong holding force, and anti - vibration and anti - loosening properties, ensuring the efficiency and stability of power transmission.

5. Energy conservation and environmental protection: Due to the adoption of screw connection and locking, this series of products can be reused, which greatly reduces product waste, effectively saves users' costs, and reduces energy waste.