Manufacturer of Dropout fuse cutout, lightning surge Arrester, DISCONNECTING SWITCH, INSULATOR, WALL BUSING and INSLATING PROTECTION COVEr
email: info@abimat-electric.com        WeChat: 18368780285

PRODUCT LIST:

  • Standardized fuse cutout
  • ABFCO121 fuse cutout
  • ABFCO122 fuse cutout
  • ABFCO123 fuse cutout
  • ABFCO124 fuse cutout
  • ABFCO125 fuse cutout
  • 300A & 400A fuse cutout
  • Load break fuse cutout
  • Wind-resistant fuse cutout
  • Fuse Cutout Fittings – Brass Casting
  • Fuse Cutout Fittings – Stamped parts
  • Fuse Cutout Fittings – Fuse Links
  • Fuse Cutout Fittings – Other Accessories
  • Low voltage surge arrester
  • Distribution surge arrester
  • Polymer surge arrester
  • Anti pollution surge arrester
  • Pillar surge arrester
  • Station surge arrester
  • Capacitive surge arrester
  • Line type surge arrester
  • Dropout surge arrester
  • Arrester disconnection, time, online monitor
  • ABG1 disconnecting switch
  • ABG2 disconnecting switch
  • ABG3 disconnecting switch
  • ABG4 disconnecting switch
  • GW1 disconnecting switch
  • GW4 disconnecting switch
  • GW5 disconnecting switch
  • Low voltage disconnecting switch
  • Suspension insulator
  • Pin insulator
  • Post insulator
  • Cross arm insulator
  • Other insulator
  • Insulator hardware
  • Composite dry wall bushing
  • Porcelain wall bushing

Abimat Electric

  • ADDRESS: Deyu Road 5, Xiangyang Industry District, Yueqing City, Zhejiang Province, China
  • Email: info@abimat-electric.com
  • Wechat: 18368780285
WeChat Abimat Electric

Distribution Lightning Arresters: Essential Protection for Power Systems

  A distribution lightning arrester—people also call it a surge arrester—is an important protective device. It gets installed on electrical distribution networks. You usually find it on poles or substations. Its main job is to protect expensive equipment. Things like transformers, switchgear and insulators are the ones it safeguards. It does this by sending dangerous high-voltage transients to the ground. Most of these transients come from lightning strikes.
  If these transients aren’t stopped, they can cause big problems. They may make the insulation fail badly. That leads to equipment damage. It also causes power outages. And it makes the system less reliable. The arrester works like a highly nonlinear resistor. When the voltage is normal for operation, it has very high resistance. It acts like an open circuit then. It only draws a little leakage current. But when a lightning-induced or switching overvoltage goes over a certain threshold, things change. Its resistance drops a lot in just nanoseconds. That creates a low-impedance path to the earth. The surge current gets channeled away safely—far from the protected equipment. Once the transient is gone, the arrester resets itself. It goes back to its high-impedance state automatically. Then the system can work normally again.
  Modern distribution arresters mostly use metal oxide varistors (MOVs). These MOVs are their core part. A block of zinc oxide grains gives the arrester this great nonlinear voltage-current characteristic. It works better than the old gap-type technologies. There are main types of these arresters. They are station class, intermediate class and distribution class. The distribution class is the most common on overhead lines. It’s designed for the specific tasks and insulation levels of distribution systems.
  To sum up, the Abimat distribution lightning arrester is a device you can’t do without. It’s also very efficient. It makes sure the electrical distribution infrastructure is safe. It keeps the infrastructure working continuously. And it helps the infrastructure last longer. It can reduce overvoltages right away. That’s why it’s a key part of modern power system protection.