China Switchgear Busbar Mounting Bracket Manufacturer, Supplier, Factory

FN18 load switches and load switch-fuse combinations are high-voltage, high-performance load switches combining compressed-air arc extinguishing and gas-produced arc extinguishing. The combination of load switch and fuse combines the advantages of the load switch with those of the fuse to switch any load current up to the rated breaking current of the load switch, and to switch any overcurrent up to the rated short-circuit breaking current of the combination by means of the operation of the fuse and its impinger. It is used in three-phase power distributions of AC 50Hz rated voltage 12kv and rated current 630A Esp For power ring network in city net work construction improvement high-rise buildings and public facilities as an ideal product to protect package substation and transformer It has the features of advanced design simple operation impact structure smart appearance light weight complete function fast on-and off speed and high reliability.

Our company offers premium Switchgear Panel Decoration Strips, designed to enhance the aesthetic appeal and functionality of switchgear panels. Made from high-quality materials, these strips provide a sleek, finished look while protecting panel edges from wear and damage. Engineered for easy installation, they seamlessly integrate into various panel designs, offering a refined appearance and durable protection. Our decoration strips meet rigorous industry standards, ensuring both style and durability in electrical environments. Trust us to elevate the visual appeal and longevity of your switchgear panels with our top-notch decorative solutions.

The switchgear spring component is a crucial part of electrical switchgear systems, designed to provide the necessary force and stability for the operation of various mechanisms within the switchgear. These springs are typically made from high-quality stainless steel or other durable, corrosion-resistant materials to ensure longevity and reliable performance under various electrical load conditions. The precision engineering of these springs allows them to withstand high-stress environments, making them suitable for both medium and high-voltage switchgear. Available in various sizes and tension ratings, the switchgear spring component is customizable to fit specific equipment requirements and operational demands.

Richge specializes in high-quality switchgear auxiliary contact connectors, designed to enhance the reliability and efficiency of electrical systems. Our connectors offer precise, secure connections for auxiliary contacts in switchgear applications, ensuring optimal performance and safety. Engineered with durable materials and advanced technology, our products support seamless integration, easy installation, and long-lasting reliability. Ideal for use in industrial and commercial environments, our switchgear auxiliary contact connectors meet stringent industry standards, delivering exceptional performance and peace of mind. Partner with us for innovative solutions that keep your electrical systems running smoothly.

Vertical Bus Switchgear Assembly The vertical busbar bracket is an important component in the switchgear assembly. It is made of epoxy resin, a common insulating material, which has excellent electrical insulation properties, durability and resistance to moisture and temperature changes. The vertical busbar bracket produced by Reziger can be flexibly configured according to different power requirements and application scenarios to meet the individual needs of users. The function is to fix the vertical busbar (a conductive metal rod carrying current) in the switchgear chassis to ensure that the busbar is correctly aligned and insulated from the surrounding environment to ensure that the current will not be damaged or overheated.

Richge is a manufacturer of Ground switch interlock devicein China, specializing in precision-engineered solutions designed to ensure safe and reliable operation of ground switches within switchgear systems. Our interlock mechanisms are essential for enhancing operational safety by preventing unauthorized or incorrect switching actions.