China High voltage motor controller Manufacturer, Supplier, Factory

ZCW10-40.5G /T1600-31.5 Outdoor high-voltage SF6 open type combination electrical appliances is a complete set of units using air as external insulation SF 6 gas as arc extinguishing medium Combined electrical appliances.The control and protection of the three-phase AC 40.5kV transmission anddistribution system can also be used to connect circuit breakers and open and close capacitor banks.Suitable for the land shortage of urban substation, enterprise substation, mountain substation.

Embark on a journey of cutting-edge power distribution with Kexunan's 12KV 2500A Switchgear Outgoing Cabinet Medium Voltage High Current Switchgear. As a distinguished manufacturer with a state-of-the-art factory, Kexunan is committed to delivering high-quality solutions for medium voltage applications. Our meticulously crafted switchgear, designed for high current scenarios, reflects the pinnacle of excellence in manufacturing. Trust Kexunan as your preferred manufacturer and harness the capabilities of our advanced factory, ensuring superior standards of durability and performance. Choose Kexunan for reliable and efficient switchgear solutions that redefine the landscape of medium voltage technology.

Kexun’an Electric has independently developed, designed, and manufactured the third-generation high-voltage inverter High voltage medium voltage frequency inverter, a frequency conversion speed control device. The system utilizes the latest power unit cascade technology for stable and reliable operation.

The GGD-type Low voltage AC distribution switchgear is a versatile and reliable solution for various power distribution needs. It is well-suited for AC 50Hz distribution systems with a rated working voltage of 380V and a maximum current rating of 6300A, making it a great choice for power plants, substations, mining operations, and other heavy-duty power users. This distribution cabinet is designed with a focus on safety, efficiency, and adaptability, offering a range of features such as high breaking capacity, strong stability, flexible electrical configurations, convenient combination options, and a practical and novel structure. Additionally, it offers a high level of protection, making it an ideal replacement for low-voltage switchgear sets.

This product 12KV vacuum circuit breaker with Isolation and Grounding offers numerous benefits, including simplicity of installation, reduced maintenance needs, a reassuringly extended lifespan, compact design, affordability, and reliability. The product complies with the technical standards of GB1984-89 and GB/T1984-2003 for AC high-voltage circuit breakers. Key specifications include a main circuit capacity of 630A-20KA and 25KA, with a mechanical lifespan of 10,000 operations. The grounding circuit can withstand 20KA, with a mechanical lifespan of 10,000 operations for the circuit breaker and 3,000 operations for isolation and grounding.

The CFB3 series miniature circuit breaker is suitable for overload and short circuit protection in AC 50/60Hz, rated voltage up to 230V/400V, and rated current up to 125A lines. It can also be used for infrequent on/off operations of the line under normal conditions. The CFB3-63 series circuit breaker is equipped with accessories such as CFB3-F auxiliary contacts, CFB3-FB auxiliary alarm contacts, CFB3-FL shunt release, CFB3-QY undervoltage release, CFB3-GY overvoltage release, CFB3-GQY overvoltage release, etc., providing convenience for the intelligent control of smart buildings. Overvoltage, undervoltage, and overvoltage/undervoltage are electronic release devices that are assembled and combined with circuit breakers or residual current circuit breakers. They are suitable for AC 50Hz/60Hz circuits with a rated voltage of 230V, and are used to protect against overvoltage, undervoltage, and overvoltage caused by line faults, avoiding damage to electrical equipment or inability to function properly due to fluctuations in grid voltage. The circuit breaker has an isolation function. Compliant with standards: GB/T10963.1, IEC60898-1, GB/T20645.