Description ：

RLS an indoor high-voltage SF6 load switch, an switchgear with the rated voltage of 12kV/24kV/36kV, adopted with SF6 gas as an arc-extinguishing and insulation medium, including the three contactors for switching-on and switching-off and to-ground, and is characteristic in its small volume, its convenient installation and operation and its the great adaptability with surroundings. RLS of an indoor high-voltage SF6 load switch and RLS of SF6 load switch plus fuse combination can function to protect and control the electric equipments for power supply and transformer substations especially being suitable for ring net cabinet, cable branch cabinet and distribution switching substation. RLS of an indoor high-voltage SF6 load switch and RLS load switch plus fuse combination are complied with the standards of GB3804-1990, IEC60256-1,1997, GB16926, IEC60420 etc.

Main function introduction:

• Excellent Insulation Performance

• High-efficiency Arc-extinguishing Ability

• Compact Structural Design

• Reliable Operational Performance

• Low Maintenance Cost
  

Technology parameters:

Device structure:

200mm phase distance

210mm phase distance

350mm phase distance

Q:What is SF6 load break switch?

A:An SF6 load break switch is an electrical device crucial for power distribution systems. It uses sulfur hexafluoride (SF6) gas, known for its excellent insulating and arc - quenching properties. This switch can safely interrupt and close load currents under normal conditions. It's designed for applications like industrial plants and distribution networks, ensuring reliable power control and system protection.

Q:What is load break switch?

A:A load break switch is an electrical apparatus used in power systems. It is designed to safely open and close circuits under load conditions. Equipped with specific arc - quenching mechanisms, it can handle normal operating currents. Load break switches play a vital role in distribution networks, allowing for the isolation of sections for maintenance or to manage power flow, ensuring reliable electricity supply.