Equip 24-porttinen Keystone Cat.6A -patchpanel, suojaamaton, musta

The equip® Patch Panel is a 19" 1U network distribution unit designed for organized rack installations. It provides 24 keystone ports for Cat.6A unshielded connections and integrates a cable management system to improve routing and strain relief. Each port is numbered for easy identification. The panel is constructed from fiberglass and polycarbonate in black and is compatible with equip® unshielded keystone jacks and standard network cables.

Advantages

This 24-port patch panel supports Cat6A unshielded keystone modules and offers integrated cable management to reduce cable stress and simplify routing in a 1U 19" rack space. Numbered ports improve traceability during installation and maintenance, and the durable fiberglass and polycarbonate construction ensures a compact, rigid unit suitable for standard network racks.

Suitable for

• Structured cabling in small to medium data cabinets and racks
• Connecting patch cables to keystone jacks in office or server room environments
• Upgrading or expanding Cat6A unshielded network installations

Key specifications

• Ports quantity: 24
• Compatible cable standard: Cat6A (unshielded)
• Mounting size: 19" 1U
• Material: fiberglass and polycarbonate
• Colour: Black
• Dimensions (W x H x D): 44 mm x 483 mm x 159.5 mm
• Weight: 0.55 kg
• MPN: 769225
• EAN: 4015867164877

How to use

Install the patch panel in a standard 19" rack occupying 1U of vertical space. Snap or mount compatible equip® unshielded keystone jacks into the panel's 24 ports according to your wiring plan, then terminate the incoming Cat6A cables to the keystone modules using the appropriate LSA or 110 termination method. Route and secure cables using the integrated cable management features to maintain strain relief and orderly cable runs.

Recommendations

For best performance, use equip® unshielded keystone jacks and Cat6A-rated patch cables; follow TIA/EIA wiring standards when terminating and label both ends of each run to simplify future maintenance.