Home > Networking > Network Accessories > Cables to Go Network Accessories > Cables to Go APW Modular Networking Frame

Cables to Go APW Modular Networking Frame

Mfg Part #: 09652


Cables to Go APW Modular Networking Frame

Ordering Information
MSRP$219.99
Our Price$160.12
ConditionNew and Factory Sealed
Out of Stock as of 2:47am 3/29/2014
Qty

Get a cost-efficient solution to your rackmount storage needs. Designed with APW's renown quality and stability, this relay rack is ideal for mounting electronic and test equipment, patch panels, datacom and telecom equipment, communications circuit accessories, and other cabling and rackmount peripherals. Its double-bolted design at front and rear, as well as top and bottom, ensures maximum rigidity.

Includes a lance mechanism for attaching cable ties inside the channel, and cable tie slots on the rear of the unit for additional cable management. This frame has a 19-inch EIA rackmount width, and an aluminum milled finish. Includes heavy-duty extruded aluminum uprights, channels, bases, and top angles. 12-24 mounting hole options.


Product Highlights
  • Mount patch panels, datacom/telecom equipment, and other rackmount peripherals


General Specifications

ManufacturerCables to Go
Manufacturer Part #09652
Manufacturer UPC #0757120096528
Cost Central Item #10180572
Product DescriptionAPW Modular Networking Frame - Rack - aluminum
Product TypeRack
Approximate Dimensions (WxDxH)19 in 78 in
Product MaterialAluminum
Package TypeRetail
Compliant StandardsUL 1863, ANSI/UL No. 1459
Manufacturer WarrantyLimited lifetime warranty

Extended Specifications

General
Product TypeRack
Product MaterialAluminum
Approximate Width19 in
Approximate Height78 in
Enclosure ColorAluminum
Miscellaneous
Rack Size19"
Compliant StandardsUL 1863, ANSI/UL No. 1459
Package TypeRetail
Manufacturer Warranty
Service & SupportLimited lifetime warranty
Service & Support DetailsLimited warranty - replacement - lifetime - carry-in

Customer Care
Help Desk
Web Site Features
Company Information

Total time: 0.0588 seconds