Tripp Lite NCM-JHW20-25 cable organizer Wall Cable holder Silver 25 pc(s)
Tripp Lite NCM-JHW20-25. Type: Cable holder, Purpose: Wall, Product color: Silver. Width: 1.38" (35 mm), Depth: 2" (50.8 mm), Height: 4.77" (121.2 mm). Package width: 7" (177.8 mm), Package depth: 7.2" (182.9 mm), Package height: 3.5" (88.9 mm). Quantity per pack: 25 pc(s)
Availability: Out of Stock - on backorder and will be dispatched once in stock.
SKU: 5588159
Manufacturer part number: NCM-JHW20-25
UPC: 0037332236104
MSRP: $73.00
$52.83
J-Hooks: An Inexpensive Alternative to Cable Trays These two-inch wall-mount J-hooks are recommended for setting up network or digital signage installations that require cabling to be run along walls, ceilings and raised floors for long distances. Tripp Lite’s NCM-JHW20-25 comes with 25 wall-mount J-hooks.
Designed to Accommodate a Wide Assortment of Cable Types Less expensive and more flexible than cable trays or ladder rack runways, these J-hooks accommodate Cat5e/6/6a, fiber optic, audio/video, coaxial and other cable types. They comply with TIA-56B-C, TIA-569-C and ISO/IEC 14763-2 requirements for structured cabling systems, making them a perfect accessory for contractors, IT staff and cable installers.
Made from Galvanized Steel to Provide Proper Long-Term Support These easy-to-install J-hooks are made from 18-gauge galvanized steel with a zinc-plated finish. To give you an idea of their strength, they offer stress-free support for up to 90 Cat5e cables, 60 Cat6 cables or 35 Cat6a cables. Maximum weight capacity is 60 pounds. Built-in anchor points allow you to use cable ties (sold separately) to secure cabling in place.
- Recommended for network and digital signage cabling along walls and ceilings
- Made from galvanized steel designed to hold long lengths of cabling up to 60 lb.
- Offers stress-free support for wide range of cables, including fiber, A/V and Cat5e/6
- Built-in anchor points allow use of cable ties to hold cables in place
- Package includes 25 wall-mount J-hooks that comply with TIA/EIA requirements