Hikvision DS-1CP6U24-1U Cat6 Unshielded 24-Port Patch Panel

Description

Hikvision DS-1CP6U24-1U Cat6 Unshielded 24-Port Patch Panel Best Price in Bangladesh | Computer Vision BD

The Hikvision DS-1CP6U24-1U Cat6 Unshielded 24-Port Patch Panel provides high-performance cabling. This patch panel, designed to meet ISO/IEC 11801 Class E and ANSI/TIA-568.2-D Category 6 requirements, provides constant and reliable electrical performance and supports data transmission rates of up to 250MHz. Its conventional 1U rack height and EIA 19-inch compatibility allow it to fit neatly into most network cabinets and server racks. The Hikvision DS-1CP6U24-1U Cat6 Unshielded 24-Port Patch Panel has 24 keystone ports and supports both TIA 568A and TIA 568B wiring schemes. It features clear labeling and a white silk-screened surface for easy port identification and cabling. This Hikvision DS-1CP6U24-1U 24-Port Patch Panel allows cable termination with a 110 Block termination tool and is compatible with 22-24 AWG solid or stranded wires, giving you more options during installation. Its press-fit design eliminates the need for soldering, resulting in an environmentally and maintenance-friendly configuration. The Hikvision DS-1CP6U24-1U Cat6 Unshielded 24-Port Patch Panel's forward extraction design provides simple access from the cabinet, while a folding mount assures quick, compact installation with minimal package space. Built-built wire peaks aid in cable separation, and a unique protective structure avoids PCB damage during handling or operation. The Hikvision DS-1CP6U24-1U Cat6 Unshielded 24-Port Patch Panel's IDC termination offers a strong, long-lasting connection with a minimum contact resistance of 20 milliohms and insulation resistance of at least 500 megaohms. The panel is rated for 1.5 amps at 20°C and satisfies UL 94 V-0 fire resistance standards for increased safety. The Hikvision DS-1CP6U24-1U Cat6 Unshielded 24-Port Patch Panel is built for long-term durability, with up to 750 plug-to-jack mating cycles that ensure constant performance over time.