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Panels, Enclosures & Racks · CMV-SFD42U9W
Vertical Single Sided Cable Manager, 42RU, Bend Radius Finger, 3.5 in. Wide
Vertical Single Sided Cable Manager, 42RU, Bend Radius Finger, 3.5 in. Wide, Product Specification:Number of Rack Spaces - 42U, Style - Finger Duct, Orientation - Vertical, Product Type - Single Sided, Body Material - SPCC, Environment - Indoor
Net price · DE
€208,00
ex. VAT
In stock
1-year warranty · Netcore-backed
42U 3.5" Wide Plastic Single Sided Vertical Cable Management
Vertical cable managers are designed to manage networking equipment in half the area required by traditional cable management systems. Molded cable management fingers, with integral bend radius control, combine with angled patch panels to eliminate the need for horizontal cable managers. This frees up rack space for additional patch panels, active equipment, or cable pathways, reducing the number of racks that may be required for the network layout.
Highlights
- 01Improve Wiring Density, Free up Valuable Floor Space and Maximize Space Utilization
- 02Two Different Mounting Methods Make Installation Easy and Convenient
- 03Front-rear and Left-right Management for Copper, Fiber Optic, and Coax Cables
- 04Cable Management Fingers Simplify Cable Routing During Maintenance
- 05The Bend Radius Control Helps Protect Cables from Kinks and Snags
- 06Required Mounting Hardware is Included
- 07Mount to Any EIA Rack in Data Centers and Telecom Room
Specifications
10 fields| Number of Rack Spaces | 42U |
| Style | Finger Duct |
| Orientation | Vertical |
| Product Type | Single Sided |
| Body Material | SPCC |
| Environment | Indoor |
| Dimensions (HxWxD) | 73.5''x3.5''x6.0'' (1866.9x88.9x152.6mm) |
| Weight | 22.05lbs (10kg) |
| Installation | Matching for 42U/45U Open Rack |
| Included Accessories | Quick Release Brackets x4, Brackets x4, M4 Countersunk Head Screws x32, Clip Screws and Nuts x8 |
Features
Meets the Various Cable Management Needs
- Separates and routes cables easily, using a series of slotted fingers of the duct and pass-through holes on the back to satisfy functional and aesthetic requirements.