high voltage porcelain housing lightning arrester factory surge arrester manufacturer

High voltage lightning arrester are also called high voltage surge arrester. lightning arrester types have polymer housing types and porcelain housing types. The surge arrester is the main equipment in the power station and power transmission lines.

Surge arrester prevents continued flow to follow current to ground and it is capable of repeating these functions as specified per ANSI standard C62.11. An arrester does not absorb lightning or stop lightning. It diverts the lightning, limits the voltage and protects the equipment installed in parallel.

Rich Power Company offers a complete range of surge arresters for high and medium voltage applications. The range comprises of AC and DC solutions up to 1,100kV and arresters for special applications like railways, DC-voltage limiting devices and many other purposes. The designs comply with the IEC 60099-4 and ANSI/IEEEC62.11.

We are a porcelain surge arrester manufacturer in China.

Specifications and Types:

Products features:

• Easy installation and maintenance.
• Good sealing capability to ensure reliable operation.
• The protection and reliability of the surge arrester have been greatly enhanced.
• Available in normal duty, heavy-duty and heavy-duty riser pole classifications
• Superior performance with porcelain housing
• The Evolution surge arrester offers significant improvements in protective characteristics and 60 Hz temporary over voltage (TOV) capability for all common over-head and riser-pole applications
• Meet or exceed the requirements of IEEE Std C62.11 standard or IEC 60099-4
  The hollow core design offers improved cantilever strength and directional venting
• Moisture-impervious wrap
• Optionally available with extra creepage for use in areas with extreme conditions of natural and man-made atmospheric pollution

Surge Arrester Applications:

1. Protection of AIS and GIS substation equipment
2. Protection of AC and DC traction systems
3. HVDC protection
4. Protection of series capacitor banks
5. Protection of cables
6. Protection of transmission lines
7. Installation in polluted areas and areas with high seismic activities