lightning protection box

LPM PD Series is a T2 level power DC surge protector designed for low to medium-voltage photovoltaic (PV) power generation systems. Product FeaturesFault resistant Y-type circuit design Integrated with an arc extinguishing baffle, it prevents fire hazards caused by internal arcs, improving system safety.Double pluggable and anti-vibration designThe hot-swappable module can be replaced without power interruption, with anti-vibration structure ensuring stable operation in

LS-100M Series Rack-Mount Network Signal Surge Protectors are designed for 100 BASE-T 802.3 computer network systems, suitable for installation in LPZ 2-3 and subsequent lightning protection zones. They feature a standard 19” 1U rack design, making them ideal for high-density low-speed network environments such as security monitoring rooms and small data centers. Integrated with multi-channel independent protection circuits, the products minimize mutual interference between

LS-100M-8/LS-100M/POE-8 is an 8-port 100M network signal surge protector designed for 100 BASE-T 802.3 computer network systems, suitable for installation in LPZ 2-3 and subsequent lightning protection zones. It features a compact flat/wall mounting design, making it ideal for small businesses, retail stores, and home offices. Integrated with 8-channel independent protection circuits, the product minimizes mutual interference between ports. The unique anti-interference wiring

Product Features ● Single-port full-mode surge protection: Safeguards all line paths (L-N, L-E, N-E) against transient overvoltages. ● Ultra-compact & tool-free installation: Miniature dimensions (42mm×30mm×23mm) enable quick parallel mounting at equipment front ends. ● IP67 environmental protection: Dust-tight and waterproof enclosure ensures stable performance in harsh outdoor conditions. ● LPZ 2-3 zone compatibility: Designed for installation in LPZ 2-3 and subsequent

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 ● Using high-quality mechanical meter heads with strong anti-interference ability ● Simultaneously meet the T1 and T2 waveform counting requirements ● Suitable for counting and monitoring the lightning current and surge

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

Product Features ● Integrated multi-channel independent protection circuit, small mutual interference. ● Unique anti-interference wiring design, meet 1G network communication. ● Single-stage high-energy device parallel protection circuit design, low residual voltage. ● Cat-6 type line lightning protectors installed in LPZ 2-3 and subsequent surge protection zones and applied to 1000/1000 BASE-T 802.3 computer network information systems. Product Specification Standards IEC

Product description ● Support for standard 35mm rail mounting and flat panel mounting, 1 inch OLED display, Standard MODBUS-RTU protocol. ● 1 group E/P/C test terminal for connecting grounding electrode, voltage test electrode and current test electrode respectively. ● Two-pole method, three-pole method, volt-ampere method test principle. ● Maximum/minimum/average grounding resistance can be measured. Resistance Test Range 0 ~ 200 Ω,resolution 0.01 Ω ● Can Choose 1 DC 12V

Product description ● Flexible mounting & standard protocol: Supports 35mm DIN rail mounting and flat panel mounting, equipped with a 1-inch OLED display and compliant with MODBUS-RTU communication protocol. ● 1-group EPIC test terminal: Designed for connecting grounding electrodes, voltage test electrodes, and current test electrodes respectively. ● Multiple measurement principles: Adopts three-pole method, two-pole method, and voltage-current method for comprehensive