China Switchgear industry Manufacturer, Supplier, Factory

BWG Photovoltaic grid connected cabinet is an important component that undertakes centralized inverters and step-up transformers or AC combiner box step-up transformers. The incoming line of this photovoltaic grid connected cabinet uses a short-circuit breaker input or direct input, and the output uses a circuit breaker or load isolation switch. The busbar is connected with electroplated or purified wire, and provides secondary lightning protection. The maximum rated voltage of the system is AC690V, and the protection level is | P40 indoors and | P65 outdoors; The cables for secondary measurement and control include cables with a current greater than 2.5mm2, cables with a voltage of 1.5mm2, and cables with a control voltage greater than 1.0mm2. The measuring current transformer is a current transformer of level 0.5, and the measuring current transformer is a current transformer of level 0.25. Relevant functions can also be added according to customer requirements. This product adopts professional electrical design, is simple, beautiful, convenient for on-site wiring and maintenance, and ensures long-term stable operation of the equipment.

The 145KV 3150A Centre-break two post disconnector GW4 disconnector's conductive tube boasts a distinctive aluminum profile structure that enhances heat dissipation and fluid flow. This design minimizes the impact of the skin effect, allowing for. The tube's unique design makes it suitable for specific applications. Our product features state-of-the-art silver dedication to quality. This technology improves the adhesion of the silver plating layer, ensuring it meets standards. With appropriate contact pressure, the wear resistance of the contacts is improved, ensuring the silver plating layer remains intact even after extended use, providing long-term peace of mind. The soft connection, made of copper, features a silver-plated conductive contact surface, ensuring excellent conductivity and strong fluid capacity.

The ZW7-36 series 40.5KV 3150 amp Outdoor ceramic column HV Vacuum Circuit Breaker is engineered for out door in a three-phase alternating current 50Hz high-voltage switchgear arrangement. It is capable of handling a range of electrical currents, including load, overload, and short-circuit currents, in power distribution and transmission systems operating at 36KV

Embark on a journey of resilient power distribution with Kexunan's 12KV 1250A Ring Main Unit High Current Medium Voltage Switchgear. As a trusted manufacturer committed to durability, Kexunan stands at the forefront of delivering high-quality solutions for medium voltage applications. Our meticulously crafted RMU switchgear, designed to handle high currents, is a testament to our dedication to manufacturing excellence. Choose Kexunan as your preferred manufacturer, and experience the lasting durability of our switchgear solutions. Elevate your medium voltage infrastructure with Kexunan's reliable and efficient RMU switchgear, setting new standards for durability and performance in the industry.

12KV Outdoor VCB Vacuum Circuit Breaker, a versatile piece of outdoor power distribution equipment, is designed for systems with a rated voltage of 10-12kV. It is a reliable choice in transformer substations, industrial and mining facilities, and county electric networks, adapting to the specific needs of each application to protect and manage power distribution. This circuit breaker, functioning as a ring network power supply unit and terminal unit, distributes electricity and controls and safeguards electrical equipment. When paired with an isolated switch and intelligent controller, the breaker's adaptability is further enhanced, smartly monitoring and controlling load current, over-load current, and short-circuit current within power systems.

The SC(B) series epoxy resin dry-type transformer has been carefully designed,Due to the most important thing is safety,and the epoxy resin dry-type transformenr is flame-retardant, fire-proof, and explosion-proof to ensure the highest level of safety. The encapsulated winding allows for direct installation in the load center, providing a maintenance-free and pollution-free solution. The scientific and rational design, combined with the casting process, results in a product with lower partial discharge, reduced noise, and superior heat dissipation capacity. When equipped with forced air cooling, it can operate for extended periods under a 125% rated load.