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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.

FN7 series Load break switch, generally comes with the spring mechanism for switching oN & oFF the supply, however, option with vacuum circuit breaker is also available. Of course, option with Vacuum circuit breaker is costlier. Choice between these two totally depends on the customer. Load break switch with vacuum circuit breaker is more reliable option.FN7 36kv load break switch with fuse combination AC high voltage 。 The FN7-12DR type indoor AC high voltage load switch is is suitable for AC 50Hz, rated voltage 12kv three-phase AC power system as breaking any load current and short circuit current use, breaking up can be a combination of electrical short-circuit current , can be used as protection purposes.Richge is a leading manufacturer specializing in electrical switchgear components, with a focus on providing high-quality Switchgear Lower Hinges. Our products are crafted using premium materials and advanced manufacturing processes, ensuring exceptional durability and reliability in various industrial environments. With years of experience and technological innovation, our Switchgear Lower Hinges meet international standards, offering safe and stable support for customers worldwide. We are committed to continuously enhancing product performance, meeting diverse customer needs, and delivering exceptional service and solutions.

FLN36-24D load break switch use SF6 gas as arc extinguishing and insulating medium. There are three work stations: opening, closing and grounding in the switch. It has small volume, installing easy-to -use, strong environmental adaptabiliy and other characterist. FLN36-12(24)D/630-20 Indoor AC High Voltage SF6 Load Break Switch and FLRN36-12(24)D/100-31.5 Indoor AC High Voltage SF6 Load Break Switch-Fuse Combination are used for the three-phase AC 50/60Hz RMU and terminal power station. The switches are suitable for protecting the 10kV, 24kV and 35kV power systems in load situations. The switch can switch off the on-load current, closed loop current, no-load transformer capacity and cable charging current. The switch with fuse combination can cut off any current when the current is in the range of the rated short-circuit breaking current. They are suitable for the RMU, combined transformer, etc.

Switchgear low current outgoing contact box Switchgear Incoming Contact Box - Product Details and Applications The Switchgear Incoming Contact Box is a critical component designed for medium and low-voltage switchgear systems. It serves as the entry point where electrical power is delivered to the switchgear assembly. Constructed from high-quality insulating materials, the contact box ensures safety by providing electrical insulation and protecting the conductive elements from external factors like moisture, dust, or accidental contact. It is also designed to withstand high temperatures and mechanical stress, making it suitable for harsh industrial environments. This contact box typically houses incoming busbar connections and terminal blocks, ensuring that the incoming electrical power is safely distributed to the switchgear's various circuits. The design often features reinforced mounting points, making it easy to install and maintain. Moreover, it includes provisions for thermal management, reducing heat buildup, and ensuring optimal performance under continuous load.

SOLH IS10 non-contact reed tube pneumatic pressure switch is fully interchangeable with matching SMC air service unit accessories. It operates via air pressure driving a magnet-equipped piston to trigger the reed tube magnetically, featuring zero mechanical contact abrasion and no electric sparks, with far longer service life than IS3000 piston micro-contact switches. The adjustable pressure range covers 0.1~0.6 MPa and hysteresis is controlled under 0.08 MPa. A side graduated viewing window allows offline pressure calibration with a screwdriver without power supply. Two mounting types are available: IS10-01S with R1/8 inline thread, and clip-on IS10M which fastens directly onto AC FRL manifolds to save cabinet space. Rated contact load reaches 1A for AC/DC 100V, capable of directly driving miniature solenoid valves or connecting to PLC digital inputs. Miniature and lightweight, it serves as a cost-standard pressure monitor for main air low-pressure alarm, cylinder full-stroke confirmation and safety interlock of vibrator pneumatic circuits.

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.