AC Lightning Surge Arrester

CNKA ac lightning surge arrester Introduction

China Suppliers CNKA offers low-priced AC lightning surge arresters in stock, available in Types 1+2, T1+T2, B+C, I+II, with Iimp of 12.5kA. These surge protectors are specifically designed to safeguard industrial site entrances. They provide the ideal solution for industrial applications where lightning protection systems or mesh enclosures are already in place. These arresters discharge the current generated by lightning strikes, preventing it from damaging equipment and ensuring full protection of all electrical systems. The available types, including 1+2/B+C, I+II, feature a current waveform of 10/350 μS.

CNKA ac lightning surge arrester Parameter (Specification)

CNKA ac lightning surge arrester Feature

1. It meets the requirements of the EN 61643-11/IEC 61643-11 standard.

2. The SPD features a plug-in module design, making replacements quick and easy.

3. It has a clear visual indication system, with green signaling normal operation and red indicating the need for replacement.

4. Remote alarm contacts enable easy monitoring of the device's status.

5. Additionally, this SPD offers fast thermal response and self-protection capabilities.

6. This surge protector is a T1+T2 type with an Iimp of 12.5 kA, suitable for AC power supplies.

7. Its voltage protection level is below 1.5kV.

CNKA ac lightning surge arrester Details

CNKA ac lightning surge arrester Dimensions and wiring

CNKA ac lightning surge arrester FAQ

Q: Is a surge protector the same as a voltage protector?
A: The CNKA AC surge suppressor works by blocking or diverting high-voltage surges to protect sensitive electronic components from damage. In contrast, a voltage regulator stabilizes incoming AC voltage, ensuring a consistent and reliable power supply.

Q: Why use a residual current circuit breaker?
A: RCCBs (Residual Current Circuit Breakers) are highly effective devices designed to detect and stop electrical leakage currents. They provide essential protection against electric shock, particularly from indirect contact with electrical systems.