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30094-502
MCS Master Cabling Section; 6.6'H (2 m) x 4.4"W (112 mm) x 16.15"D (410.2 mm); Double-Sided; Clear
| Use With | 41U Rack |
| Width | 4.4" (112 mm) |
| Height | 6.5' (2 m) |
| Color | Clear |
Product Description
The MCS Master Cabling Section virtually eliminates the need for horizontal cable managers by providing frequent 1U spacing of the cable guides that aligns precisely with the rack spacing. Double-Sided MCS Master Cabling Sections have edge-protected pass through ports and vertical slots for optional Saf-T-Grip® straps.
Key Features and Benefits
- Patented cable guide fingers at 1U intervals for easy management of patch cords
- UL 94V-0 fire-rated composite materials for use in plenum areas
- Sturdy, reversible aluminum SwitchGate Door/Cover with handle included
- Four widths (4.4”, 6”, 10” or 12”), a variety of heights (5’6” through 9’), and single-sided (8.08”D or 10.62"D) or double-sided (16.15”D or 21.23”D) to suit your needs
- 288 to 1,052 Cat 5e cable capacity (with 40% fill) per side
- Edge-protected pass-through ports and vertical slots to secure cable with optional Saf-T-Grip® straps on double-sided versions
- Preassembled for easy installation and a more cohesive appearance
- Also available in larger, higher capacity version called MCS-EFX Master Cabling Section with Extended Fingers
Product Information
Design Tools
Key Features of the MCS Double‑Sided Cabling Section
The MCS Master Cabling Section Double‑Sided (part number 30094‑502) delivers a streamlined solution for vertical cable management in modern data centers and enterprise networking environments. Its 6.5‑foot (2 m) height and 4.4‑inch (112 mm) width provide a compact footprint while accommodating extensive cabling needs without sacrificing rack space. Engineered for the 41U rack format, this section integrates seamlessly into standard enclosures and benefits from CPI's three decades of expertise in ICT infrastructure. Patented 1U‑spaced cable guide fingers are positioned at every rack unit, ensuring orderly routing of patch cords and minimizing cross‑talk between adjacent pathways. The vertical orientation aligns precisely with equipment spacing, reducing clutter, improving airflow, and supporting the high‑density demands of AI and HPC workloads. This vertical cable management approach also accelerates installation and simplifies future upgrades, delivering measurable time‑to‑deployment savings. The double‑sided configuration features edge‑protected pass‑through ports and vertical slots compatible with optional Saf‑T‑Grip® straps, offering secure cable retention on both sides of the rack and eliminating the need for separate horizontal managers. With a total depth of 16.15 in (410 mm), the section maintains a low profile while delivering up to 1,052 Cat 5e cable capacity per side at 40 percent fill, supporting both uplink and downlink connections. The reversible aluminum SwitchGate Door/Cover provides easy access, a clean aesthetic, and rapid serviceability for busy data‑center technicians. Constructed from UL® 94V‑0 fire‑rated composite material, the MCS Master Cabling Section meets strict plenum standards for safety, ensuring compliance with NFPA 262 and local building codes across global installations. Its clear finish allows visual inspection of cable organization, while the robust aluminum hardware guarantees long‑term durability under heavy‑use conditions. This combination of fire‑rating, durability, and visual transparency makes the product suitable for a wide range of enterprise, hyperscale, and multi‑tenant data center applications. CPI provides downloadable CAD and Visio assets, along with the CPI Product Designer, to streamline integration of the MCS Master Cabling Section into custom enclosure designs and reduce engineering cycles. Global distribution through authorized partners guarantees rapid availability, localized technical support, and flexible purchasing options for organizations worldwide. By choosing this double‑sided cable management solution, enterprises enhance rack density, maintain orderly cabling, and protect critical network infrastructure while supporting future growth.