surge protection device spd

LS-W2E Series Ultra-Thin 2-Wire Control Signal Lightning Arrester (Line-Ground 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 line-ground mode fine protection for two signal lines.Featuring an ultra-thin design (7mm thickness), the product

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

LS-CH Series 2-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 full-mode fine protection for two signal lines. Featuring a plug-in module design, the product allows for easy replacement without interrupting

Product description Suitable for installation in LPZ 2-3 and subsequent lightning protection zones, used for lightning protection of final level equipment in AC and DC power systems, and a fine lightning arrester installed in series at the front level of the equipment. Product features ●Two ports, full mode protection ●Small size and easy installation Product Specification Standards IEC 61643-11 SPD type T2,T3 Models LS-P24 Nominal operating voltage Un 24Vdc Maximum

Description Suitable for installation in LPZ 1-2 and subsequent lightning protection zones, suitable for fine lightning protection in single-phase power supply systems. Features 1.Full mode protection 2. Large flow capacity and super low residual pressure 3.No leakage current, no afterflow Parameter Standard IEC 61643.11 SPD type T2,T3 Models SLV-40S SLV-80S Parameter Nominal operating voltage Un 220Vac(50Hz) Maximum continuous operating voltage Uc 320Vac(50Hz) Nominal

LTS-40A/LTS-63A Decoupling Device is designed for scenarios where the decoupling distance between two levels of surge protectors (T1-T2, T2-T2, T2-T3) is insufficient. It plays a key role in energy coordination between SPDs, preventing subsequent SPDs from damage caused by lightning current and reducing residual voltage. Crafted with high-quality QA copper wire winding and a broadband magnetic core, the product synchronizes with lightning frequency to avoid magnetic

LPX-40C is a three-phase AC power lightning protection box, specifically designed for three-phase power supply systems to provide comprehensive surge protection against transient overvoltages caused by lightning strikes and power grid fluctuations. Benefits Industrial-Grade Stability: Features optional mode protection and a reliable PCB design for stable, interference-resistant performance in harsh industrial environments. Precise Surge Counting: Built-in lightning stroke

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

LTS-40A/LTS-63A Decoupling Coil Crafted with high-purity oxygen-free copper wire winding and a broadband magnetic core, this decoupling device is purpose-built for scenarios where the cable decoupling distance between two tiers of surge protection devices (SPDs, e.g., T1-T2, T2-T3, T2-T1) is inadequate. It serves as a critical component in energy coordination between SPDs, safeguarding downstream SPDs from lightning-induced current damage and minimizing residual voltage