Signamax 12 Port Category 5E UTP Mini Patch Panel

Signamax 12 Port Category 5E UTP Mini Patch Panel

Category 5e Patch Panels are designed to exceed ANSI/TIA-568-C.2 component, permanent link and channel performance specifica-tions providing usable bandwidth beyond 155 MHz. These high-density panels are available in 12- through 48-port versions and fea-ture enhanced front and rear labeling features for easy circuit identification. Category 5e panels support both T568A and T568B wir-ing schemes using an easy-to-read color-coded wiring label.

Panels are constructed for maximum strength and durability and feature a fully enclosed, modular design, which provides flexibility and protection of printed circuitry during termination. Rear termination is made quick and easy using a 4-pair inline 110-type connec-tor compatible with standard multipair impact tool to reduce installation time or single-position 110 termination tool.

Panels include an integrated cable management feature for cable routing and strain relief requirements. An optional cable manage-ment bar, which mounts easily to the back of the panel, is available for improved cable routing and strain relief.

• Transmission performance exceeds ANSI/TIA-568-C.2 specifications
• Integrated cable management feature for cable routing and strain relief requirements
• Contact design provides enhanced plug-to-jack connection integrity and protects against damage caused by insertion of 4- or 6-position plugs
• Fully enclosed, 6-port modular design, which provides flexibility and protection of printed circuitry during termination
• Rear termination is made quick and easy using a 4-pair inline 110 type connector compatible with our multi-pair impact tool to re-duce nstallation time or an industry standard single position 110 termination tool
• A cable management bar, which mounts easily to the back of the panel, is available for improved cable routing and strain relief
• Rated for at least 750 plug insertions providing for the highest level of system reliability
• Maximum strength and durability construction