China 12kV NAL load break switch Manufacturer, Supplier, Factory

Switchgear insulating material is essential in electrical systems to provide safety, efficiency, and reliability. These materials are typically used in the construction of switchgear assemblies to prevent electrical currents from unintentionally passing through different components, reducing the risk of short circuits, electrical fires, and equipment damage. The most common insulating materials used in switchgear include epoxy resin, glass-reinforced polyester (GRP), and various types of thermoplastics, each selected for their unique properties, such as high dielectric strength, excellent thermal stability, and resistance to moisture and chemical corrosion.

Switchgear bi-directional connector Richge specializes in high-performance low-voltage switchgear, with the bi-directional connector as a key component. Designed with innovative high-strength materials, it ensures excellent stability and conductivity for bi-directional current transmission. The connector is highly reliable, especially in power systems requiring frequent switching and reverse currents. With strict quality control and precise manufacturing, Richge delivers dependable electrical connection solutions, focusing on efficiency and safety.

Their compact dimensions and limited weights make the Power Cube type PB/F fixed parts the ideal solution for replacing fixed circuit breakers with withdrawabie circuit breakers, for retrofitting activities and for upgrading obsolete switchgear to the new Standards. The Power Cube type PB/F fixed parts are factory-assembled and tested and, where applicable, comply with IEC 62271-200 and IEC 62271-1 Standards. The fixed parts allow construction of arc proof switchgear - classification LSC2B-PM IAC BFLR or LSC2B-PM AFLR according to IEC 62271-200 (in accordance with IEC 62271 Standards for general characteristics).

The indoor withdrawable vacuum circuit breakers are suitable for three-phase AC power systems with rated voltages up to 12~24kV and frequency 50/60Hz. They are widely used in power plants, substations, petrochemicals, metallurgy, manufacturing and other industries, airports, residential areas,... VSG-12 Indoor High Voltage Vacuum Circuit Breaker(abbr.: circuit breaker) is three-phrase A.C. 50Hz indoor of power supply distribution equipped with the rated voltage 12 KV. This product is in accordance with GB1984-2003( high voltage A.C. circuit breaker),JB3855-1996 (3.6-4.5KV indoor A.C. high voltage circuit breaker), DL403-2000(technical conditions for ordering of 12-40.5KV high voltage vacuum circuit breaker) and IEC standard 62271-100:2001( high volage A.C. Circuit breaker). It can be used for protecting and controlling equipment in the grid equipment and the dynamic design of industrial and mining enterprise .It is suitable for switching load and frequent operation with different property and with the capability of many times operations of breaking short-circuit current.

At Richge, we specialize in high-quality switchgear components, including our robust Switchgear Drawer Locks. Designed for reliability and security, our drawer locks ensure safe and efficient operation within switchgear systems. Engineered with precision, they offer exceptional durability and a secure locking mechanism to protect critical electrical components. Our commitment to innovation and quality means that each lock undergoes rigorous testing to meet industry standards. We cater to various industrial needs, providing tailored solutions that enhance safety and performance. Partner with us for dependable switchgear solutions that stand the test of time.

interlocking mechanism for switchgear Switchgear Interlocking Mechanism - Product Details and Applications The Switchgear Interlocking Mechanism is a critical safety and operational component designed to ensure the secure and coordinated operation of electrical switchgear. This mechanism prevents inadvertent or unauthorized operation of switches, breakers, and other electrical equipment by establishing a series of interlocking conditions. Typically installed within the switchgear panel, the interlocking mechanism is activated during specific operational sequences to prevent the opening or closing of certain parts unless predefined conditions are met.