lightning surge protection box

LS-PN Series Power & Network 2-in-1 Lightning Arrester is designed for LPZ 2-3 and subsequent lightning protection zones, suitable for CAT-5 class lines and power supply lines of video monitoring systems and BASE-T computer network information systems. Applications Video monitoring system power and network lines BASE-T computer network information systems CAT-5 class line protection for industrial and commercial networks Security camera power and signal lines Small

LPM H12.5M-280/3+NPE is a T1+T2 level power surge protector designed for three-phase power supply systems. It adopts a mixed-technology design (MOV for L-N, GDT for N-E) to provide comprehensive protection against direct and indirect lightning strikes. Benefits Minimize Downtime: Hot-swappable modules let you replace faulty units in minutes, no power shutdown required, even in high-vibration industrial environments. Operate Safely in Extreme Cold: The ultra-low temp release

LPM 25V-385/4 is a high-performance T1+T2 level power surge protector. It integrates primary and secondary protection, providing comprehensive shielding against direct and indirect lightning strikes. Product features Independent integrated module for each pole Built-in ultra-low temperature release mechanism Built-in high-energy composite zinc oxide chip Equipped with visual windows and remote communication dry contacts Applications Suitable for installation in LPZ 0A

LS-CS Series 2-Wire Control Signal Lightning Arrester (Full-Mode) is designed for communication equipment such as dedicated communication lines, telemetry signals, measurement and control signals, PLC analog control systems, and 4-20mA current loops. Suitable for installation in LPZ 2-3 and subsequent lightning protection zones, it provides full-mode fine protection for two signal lines.Featuring an integrated module structure, the product supports 35mm DIN Rail mounting with

The LPC Series is a purpose-built surge protector tailored for LED street lights and high-power outdoor electrical devices, optimized for installation in LPZ 2-3 and subsequent lightning protection zones. It employs a two-port full-mode protection architecture, delivering all-around surge defense for line-neutral, line-earth, and neutral-earth circuits. Boasting an ultra-compact footprint (42mm30mm23mm) and hassle-free installation, it is perfectly suited for space

LS-CH Series 4-Wire Control Signal Lightning Arrester is designed for communication equipment such as dedicated communication lines, telemetry signals, measurement and control signals, PLC analog control systems, and 4-20mA current loops. Suitable for installation in LPZ 2-3 and subsequent lightning protection zones, it provides comprehensive protection for four communication signal lines simultaneously. Featuring a hot-swappable module design, the product allows for module

Product Features Wide range of counting current, capable of monitoring various lightning strike waveforms Built in large capacity battery, no external power supply required High protection level, up to IP67 Patented technology with reliable performance Suitable for counting and monitoring the lightning current and surge current in power or grounding lines. Product Specification Standards IEC 62561-6 Models LSC-500 Pulse current collection method Built in driver

LS-W2 Series Ultra-Thin 2-Wire Control Signal Lightning Arrester (Full-Mode) is designed for communication equipment such as dedicated communication lines, telemetry signals, measurement and control signals, PLC analog control systems, and 4-20mA current loops. Suitable for installation in LPZ 2-3 and subsequent lightning protection zones, it provides full-mode fine protection for two signal lines.Featuring an ultra-thin design (7mm thickness), the product saves space in

LPM 40-760/4/LPM 50-760/4 is a T2 level power surge protector specifically designed for wind power generation systems. It is engineered to withstand the high-voltage requirements of wind power systems (690Vac nominal voltage), providing reliable protection against transient overvoltages caused by lightning strikes and power grid fluctuations. Product Features Independent integrated module for each pole Built-in ultra-low temperature release mechanism Equipped with