33kv Gang Isolator Silicon

33kv Gang Isolator Silicon

33kv Isolator Switch, Gang Insulator, Disconnect Switch, Silicon Switch

Outdoor Gang Isolator Switch Model RH-B-11/33kV
Outdoor AC Gang isolator switch 11kv/400A-33kv/600A used in 3phase AC 50/60Hz power circuit, it is used as switching on and switching off at the voltage with no load. It apply to IEC standard. IEC60964: 1996, IEC62271-102: 2002

33kV Gang Isolator Silicon is a high-voltage electrical switching device primarily used in power grids and substations. It’s designed to isolate electrical circuits at 33 kilovolts (kV) by providing a visible break in the electrical path.

Key Components and Functions:

• Silicon Insulators: These are the primary components that provide electrical insulation between the live parts of the switch. Silicon is a popular choice due to its excellent dielectric properties, high mechanical strength, and resistance to environmental factors.
• Gang Operation: This refers to the ability of the switch to operate multiple poles simultaneously.

  This is often achieved through a mechanical linkage or a common operating mechanism.  

• High-Voltage Protective Equipment – Fundamentals of Electricity – Apogee Interactive
• Isolation Function: The primary purpose of the isolator is to isolate a section of the electrical circuit from the live power supply. This is essential for maintenance, repairs, or testing.
• Safety: Gang isolators are designed to ensure safety during maintenance or other operations. They provide a clear and visible break in the circuit, preventing accidental contact with live parts.
• 1. 33kv Gang Isolator Switch 

Applications:

• Power Grids: For isolating sections of the grid for maintenance or troubleshooting.
  1. 33kv Gang Isolator Switch
• Substations: For isolating transformers, switchgear, and other high-voltage equipment.  
  1. 33kv Gang Isolator Switch
• Industrial Facilities: For isolating specific areas or equipment within industrial plants.

Note: While gang isolators are primarily used for isolation, they are not suitable for interrupting load currents. This task is typically handled by circuit breakers.