surge protective device

Product features ● 4-channel switch acquisition ports: Supports dry contact/normal open input, with independent visual and buzzer alarms for each channel when triggered. ● Ultra-high precision measurement:Delivers 0.1kA resolution for accurate lightning current peak detection. ● Built for smart lightning protection monitoring systems: Optimized for intelligent grid, outdoor lightning monitoring, and industrial lightning protection scenarios. ● Diverse communication options:

SX-10G/SX-10G/POE is a high-performance RJ45 network signal surge protector designed for 1000/1000 BASE-T 802.3 computer network systems, suitable for LPZ 2-3 and subsequent lightning protection zones. It combines robust surge protection with ultra-high-speed data transmission, making it ideal for modern high-bandwidth networks.Featuring an independent metal body, the product offers strong anti-interference ability, reducing signal attenuation and electromagnetic interference

Product features ● 4 switch acquisition ports. ●High accuracy. ●Designed for intelligent lightning protection monitoring system. ●Support Ethernet, Lora, 4G and other communication modes ●DC 12V and AC 220V power supply optional. ●Up to 10 Switch alarm records (channel number, alarm date and time) . ●Support for standard 35mm DIN-RAIL and wall mounting, 1 inch OLED display, Standard MODBUS-RTU protocol. ●1 RS485 communication serial port for branch computer communication

LS-1000M/LS-1000M/POE is a robust RJ45 network signal surge protector designed for 1000/1000 BASE-T 802.3 computer network systems, suitable for installation in LPZ 2-3 and subsequent lightning protection zones. It combines high-performance surge protection with stable 1Gbit/s data transmission, making it ideal for industrial and commercial networks. Featuring a metal body with strong anti-interference ability, the product minimizes signal loss and electromagnetic interferenc

LS-1000M Series Rack-Mount Network Signal Surge Protectors are designed for 1000 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 network environments such as data centers and server rooms. Integrated with multi-channel independent protection circuits, the products minimize mutual interference between ports. The unique anti

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

About this item 2-pole single-phase Type2 surge protector integrated with NO/NC dual remote signalling contacts, solving maintenance challenges of unattended small single-phase cabinets where module degradation cannot be alerted timely without frequent manual inspection. Passive dry contacts switch alarm signals automatically when thermal disconnection occurs due to overheating aging; signals transmit to PLC, SCADA and building BA systems without auxiliary power supply. Front

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 (42mm×30mm×23mm) and hassle-free installation, it is perfectly suited for space

LTS-40A/LTS-63A Decoupling Coil Crafted with high-quality copper wire winding and a broadband magnetic core, this decoupling device is engineered for scenarios where the cable decoupling distance between two levels of surge protection devices (SPDs, e.g., T1-T2, T2-T3, T2-T1) is insufficient. It acts as a key component in energy coordination between SPDs, preventing subsequent SPDs from damage caused by lightning current and reducing residual voltage. Product features ●Made