200a Circuit Breaker Dc Mccb

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China Suppliers ICHYTI Customized 200a circuit breaker dc mccb In Stock is a new upgraded circuit breaker that combines the advantages of similar international products and the needs of domestic and foreign markets for research and development. 200a circuit breaker dc mccb has an insulation voltage of up to 1000V and is suitable for distribution systems with a rated working voltage of 690V and a rated working current of 10A to 630A. It can be used for energy distribution, circuit protection, overload, short circuit, and undervoltage protection of power equipment, as well as infrequent starting and overload protection of motors, as well as short circuit or undervoltage protection. This product meets the requirements of ISO and TS quality management systems.

ICHYTI 200a circuit breaker dc mccb Parameter (Specification)

ICHYTI 200a circuit breaker dc mccb Feature

◉ It can achieve overload protection and short circuit protection functions.

◉ It has the characteristics of small size, high fracture capacity, and fast response.

◉ It can operate normally within the range of ambient temperature from -25℃to+70℃, and the average temperature within 24 hours does not exceed+35℃.

◉ The applicable humidity range is that the relative humidity of the air at the highest temperature shall not exceed 50%, and the relative humidity at the lowest temperature shall be relatively high. The monthly average minimum temperature for humidity testing shall not exceed+25℃, and the average relative humidity shall not exceed 90%.

ICHYTI 200a circuit breaker dc mccb Details

ICHYTI 200a circuit breaker dc mccb Dimensions and wiring

ICHYTI 200a circuit breaker dc mccb FAQ

Q: Would you accept to use our logo?

A: As long as you have a sufficient quantity, there is absolutely no issue with pursuing OEM.

Q: What are surge protection devices for PV?

A: In order to ensure the safety and protection of both household and large-scale PV installations, it is important to adhere to specific design protocols. Key measures such as the installation of lightning arresters and surge protection devices (SPDs) should be implemented to proactively safeguard the system and prepare for potential power surges.