• Hunan Heou Engineering Consulting Co., Ltd
    Marshall Law
    Thank you for helping us to complete our lightning protection grounding work, our wind power project found several lightning protection companies can not complete, your flexible grounding body is really amazing, thanks again!" .
  • Hunan Heou Engineering Consulting Co., Ltd
    john wick
    Thank you for your assistance in completing the tower lightning protection project. Your company's service is very considerate and technologically advanced, especially the flexible grounding body earthing project, which greatly reduces our cost and time, and I hope to have the opportunity to cooperate again.
Contact Person : cody
Phone Number : 86-17349642793
Whatsapp : +8617349642793

HAMMOND SS304 Active Lightning Rod System For House

Place of Origin China
Brand Name HAMMOND
Certification ISO9001
Model Number HDB-3
Minimum Order Quantity Negotiable
Price Negotiable
Delivery Time 8 days
Payment Terms L/C, T/T
Supply Ability 1000

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Product Details
Brand Name HAMMOND Product Name Lightning Rod
Model HDB-3 Colour Silver
Weight ISO9001 Material Stainless Steel 304
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HAMMOND Lightning Rod System

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SS304 Lightning Rod System

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SS304 Active Lightning Rod

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Product Description

ISO9001 380V Surge Protection Metal Box Type With Warning Indicator

 

 

 

 

 

 

 

 

 

 

 

I. Overview

 

 

 

 

 

 

 

EPP series AC power supply lightning protector consists of several monolithic lightning protection chips, which can be freely combined into single-phase or three-phase protection for different power distribution systems to prevent damage to low-voltage power equipment from inductive overvoltage or operational overvoltage. epp80t is usually used for secondary protection.

 

 

 

 

 

 

 

Features

 

 

 

visual warning indicator, aging thermal decoupling and short circuit overcurrent decoupling, thermal backup, aging prediction, 35mm standard rail mounting, etc.

 

 

 

 

 

 

 

site conditions before installation

 

 

 

1,There is a reliable grounding system, and the grounding resistance is measured on the grounding stake (strip) of the distribution cabinet (SPD installation), and the resistance should meet the national standard.

 

 

 

2,Space should be left in the distribution cabinet for the installation of SPD.

 

 

 

Note: L is the fire wire, N is the zero wire, E is the ground wire.

 

 

 

 

 

 

 

Voltage spikes[edit]

 

In an AC circuit a voltage spike is a transient event, typically lasting 1 to 30 microseconds, that may reach over 1,000 volts. Lightning that hits a power line can give many thousands, sometimes 100,000 or more volts. A motor when switched off can generate a spike of 1,000 or more volts. Spikes can degrade wiring insulation and destroy electronic devices like light bulbs, battery chargers, modems and TVs etc.

 

 

 

Spikes can also occur on telephone and data lines when AC main lines accidentally connect to them or lightning hits them, or if the telephone and data lines travel near lines with a spike and the voltage is induced.

 

 

 

A long term surge, lasting seconds, minutes, or hours, caused by power transformer failures such as a lost neutral or other power company error, are not protected by transient protectors. Long term surges can destroy the protectors in an entire building or area. Even tens of milliseconds can be longer than a protector can handle. Long term surges may or may not be handled by fuses and overvoltage relays.

 

 

 

Surge currents[edit]

 

Surge Currents are much lower in Category A locations than at Category B and C locations.

 

 

 

Category A loads are more than 60 feet of wire length from the service entrance to the load. Category A loads can be exposed to 6kV, 0.5kA surge currents.

 

 

 

Category B loads are more than 30 feet from the service entrance and less than 60 feet of wire length from the service entrance to the load. Category B loads can be exposed to 6kV, 3kA surge currents.

 

 

 

Category C loads are less than 30 feet from the service entrance to the load. Category C loads can be exposed to 20kV, 10kA surge currents.[2]

 

 

 

A building's wiring adds impedance limits the surge current that reaches the loads. There is less surge current at longer wire distances and where more impedance is present between the service entrance and the load.[3]

 

 

 

A coiled extension cord can be used to increase the wire length to more than 60 feet and to increase the impedance between the service entrance and the load.[4]