12 Port Gigabit NON PoE Inline Protector

12 Port Gigabit NON PoE Inline Protector

R7 193,25

Safeguard your valuable network infrastructure from devastating power surges and electrostatic discharges with the 12 Port Gigabit NON PoE Inline Protector. Engineered for seamless high-speed data transmission without signal degradation, this robust surge suppressor is essential enterprise-grade insurance for your mission-critical equipment.

Out of stock

SKU: CL-LAN-12

Description

Ensure uninterrupted network uptime and protect your sensitive switching gear with the 12 Port Gigabit NON PoE Inline Protector. Designed specifically for non-PoE environments, this heavy-duty inline protector absorbs and safely dissipates transient voltage spikes caused by lightning, electrical interference, and ground loops, keeping your network running smoothly and securely.

  • Supports full 10/100/1000 Mbps Gigabit Ethernet speeds without latency or throughput loss
  • Comprehensive 12-port high-density configuration ideal for rack-mounted network closets
  • Includes high-quality Cat 5e patch leads for immediate, hassle-free deployment
  • Ruggedized metallic chassis designed for superior electromagnetic shielding and thermal dissipation

Is this protector difficult to install between my existing switches and patch panels?
Not at all. It features a straightforward inline plug-and-play design. Simply connect your incoming lines to the protect side and patch out to your equipment using the included Cat 5e leads, ensuring a secure connection to earth ground.

Will this inline protector slow down my Gigabit network speeds?
No. The unit is fully engineered to handle high-frequency data rates up to 1 Gbps, ensuring zero packet loss, minimal insertion loss, and maximum bandwidth performance for your LAN.

Does this unit supply Power over Ethernet (PoE)?
No, this specific model is explicitly designed for NON-PoE applications. It protects standard data lines where power injection is either not used or handled separately, preventing accidental over-voltage issues on non-powered network segments.