Product Description

Eaton Cooper Power Systems' Three phase Tap Changer Switch model ******1C*6M is a key power system component used to adjust transformer taps for voltage control. The following is a detailed introduction to ******1C*6M, including its voltage, current, breaking capacity and other parameters:

1. Voltage and current parameters:
Rated voltage: ******1C*6M is suitable for power systems with a rated voltage of *5kV (kV), ensuring its suitability for medium voltage power distribution.

Rated current: The rated current of the tap changer is **0A, indicating that it can withstand a current load of **0A.

2. Tap control:
The main function of ******1C*6M is to adjust the tap of the transformer to change the output voltage to adapt to different loads and voltage requirements in the power system.

This type of tap changer has a highly reliable tap control mechanism, which can quickly and accurately adjust the tap position of the transformer when the load changes.

3. Breaking capacity:
The breaking capacity is the maximum current value that the switch can safely interrupt to ensure safe operation of the equipment during the tapping process.

The tap changer needs to have sufficient breaking capacity to cope with high current loads and changes in tap position.

4. High reliability:
Eaton Cooper Power Systems' products are precision manufactured using high-quality materials to ensure long-term reliability and performance stability.

This three-phase tap changer is designed for long-term use, reducing maintenance requirements and downtime.

5. Widely used：
******1C*6M is suitable for various power systems, especially for medium voltage power distribution and transformer applications.

It can be used in industrial, commercial, and public facilities to achieve voltage control and load adaptation.

In summary, Eaton Cooper Power Systems' Three phase Tap Changer Switch model ******1C*6M is a high-quality, reliable tap changer with a rated voltage of *5kV and a rated current of **0A, used for voltage control and load adaptation in medium voltage power systems. Its breaking capacity and high reliability make it an important component of the power system, ensuring its stability and reliability.