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-interference wiring design meets 1G network communication requirements, while the single-stage high-energy device parallel protection circuit delivers low residual voltage. This ensures effective surge protection without compromising network performance.

Product Specification

Notices

●Ensure the rack mounting space meets 1U (44mm) height requirement.

●For POE models, avoid exceeding the maximum continuous operating voltage (60Vdc) to prevent damage.

●Use Cat-5e or higher grade cables to ensure 1Gbit/s transmission speed.

●Properly ground the SPD to guarantee surge diversion; ground resistance ≤4Ω is recommended.

●Regularly inspect the ports for loose connections or physical damage.

●Failure is indicated by signal interruption; troubleshoot or replace the product if multiple ports fail simultaneously.

FAQ

Q1: How many ports do these rack-mount SPDs have?

A1: They are available in 16-port and 24-port options, meeting different density requirements.

Q2: Are POE and non-POE models interchangeable?

A2: No, POE models are specifically designed to handle 48Vdc POE power supply, while non-POE models are for standard network lines.

Q3: What is the housing material of the product?

A3: The housing is made of cold-rolled steel sheet with black painting, enhancing durability and heat dissipation.

Q4: Can multiple units be installed in a single rack?

A4: Yes, the 1U design allows for stacked installation in standard 19” racks, saving space.

Q5: Is the product compatible with industrial Ethernet protocols?

A5: Yes, it is compatible with most industrial Ethernet protocols, providing surge protection without affecting protocol communication.