Rack elevation
Map panels, switches, PDUs, equipment depth, free U space, entry points, and front-to-rear pathways before choosing each manager position.
Focused product range
Every catalogue cable-manager structure, planned from the rack elevation outward.
Match the exact SP-CM model photograph to the real number and diameter of cords, panel and switch positions, fiber bend limits, entry direction, label access, airflow, and moves-and-changes plan. Rack units alone do not define the layout.
System role
Horizontal and pass-through management for 19-inch racks, telecom rooms, equipment cabinets, copper patching, and fiber pathways.
- Published models
- 23
- Buyer route
- Distributor / Project / OEM
- Next step
- Configuration review
Available directions
19-Inch Rack Cable Manager
Rack / Cable Management
1U Horizontal Cable Manager
RM-1U-DCT
Rack / Open-Ring Cable Management
1U Four-Ring Horizontal Cable Manager
RM-1U-4RConfiguration reference1U Brush Entry PanelRM-1U-BRS · 1U / Brush / Pass-through
Rack / Pass-Through Panel
1U Brush Entry Panel
RM-1U-BRSConfiguration reference42U Floor-Standing Network CabinetRK-42U-FS · 42U / 19-inch / Floor Standing
Rack / Network Cabinet
42U Floor-Standing Network Cabinet
RK-42U-FS
Rack / Horizontal Cable Management
19-inch 1U Metal Cable Manager - SP-CM-01
SP-CM-01
Rack / Horizontal Cable Management
19-inch 1U Metal Cable Manager - SP-CM-02
SP-CM-02
Rack / Horizontal Cable Management
19-inch 1U Metal Cable Manager - SP-CM-03
SP-CM-03
Rack / Horizontal Cable Management
19-inch 1U Metal Cable Manager - SP-CM-04
SP-CM-04
Rack / Horizontal Cable Management
19-inch 1U Metal Cable Manager - SP-CM-05
SP-CM-05
Rack / Horizontal Cable Management
19-inch 1U Metal Cable Manager - SP-CM-06
SP-CM-06
Rack / Horizontal Cable Management
19-inch 2U Plastic Cable Manager - SP-CM-07
SP-CM-07
Rack / Open-Ring Cable Management
19-inch 1U Plastic Cable Manager - SP-CM-08
SP-CM-08
Rack / Brush Panel
19-inch Brush Cable Management Panel - SP-CM-09
SP-CM-09
Rack / Horizontal Cable Management
19-inch 2U Plastic Cable Manager - SP-CM-10
SP-CM-10
Rack / Horizontal Cable Management
19-inch 1U Metal Cable Manager - SP-CM-11
SP-CM-11
Rack / Horizontal Cable Management
19-inch 1U Metal Cable Manager - SP-CM-12
SP-CM-12
Rack / Horizontal Cable Management
19-inch 1U Metal Cable Manager - SP-CM-13
SP-CM-13
Rack / Horizontal Cable Management
19-inch 1U Metal Cable Manager - SP-CM-14
SP-CM-14
Rack / Horizontal Cable Management
19-inch 2U Plastic Cable Manager - SP-CM-15
SP-CM-15
Rack / Horizontal Cable Management
19-inch 1U Metal Cable Manager - SP-CM-16
SP-CM-16
Rack / Open-Ring Cable Management
19-inch 1U Metal Cable Manager with 4 Metal Rings - SP-CM-20
SP-CM-20
Rack / Open-Ring Cable Management
19-inch 1U Metal Cable Manager with 5 Metal Rings - SP-CM-21
SP-CM-21
Rack / Open-Ring Cable Management
19-inch 1U Metal Cable Manager with 5 Plastic Rings - SP-CM-22
SP-CM-22Selection framework
Four decisions to settle before the quotation.
Cord volume
Count cords by diameter and route, then check ring or duct fill, cover access, exit spacing, bend radius, strain, and future additions.
Service access
Keep connector latches, labels, panel screws, airflow, equipment replacement, and moves-and-changes work accessible after the rack is dressed.
Cabinet fit
Confirm 19-inch mounting, rack units, width and depth, side or rear pathways, grounding, brush entries, door clearance, accessories, and packing.
Buyer questions
Resolve the details that change the order.
These answers help define the requirement. Final limits and evidence still depend on the exact quoted construction.
How many patch cords fit in a 1U cable manager?
There is no reliable answer from rack height alone. Use cord count, outside diameter, bend radius, routing direction, ring or duct dimensions, fill target, label access, and future additions.
When should a brush panel be used?
A brush panel supports front-to-rear or compartment pass-through while reducing the open gap. Confirm cable quantity, connector size, pull direction, bend protection, airflow, and whether sealing or fire requirements apply.
Should copper and fiber share the same pathway?
They can share parts of a rack plan only when separation, bend radius, strain, access, identification, and service practices remain controlled. Fiber should not be forced around copper bundle geometry.
Technical resources
Use the matching specification checklist.
01 / Copper guide
How to Choose a Patch Panel and Keystone Architecture
Compare loaded and unloaded copper patch panels, port density, termination style, shielding, labeling, rear support, and rack-management requirements.
7 min read · Read guide →02 / Fiber guideHow to Size a Fiber Enclosure, Adapter Panel, and Pigtail Set
Size rack and wall fiber enclosures from incoming cable, splice method, fiber count, adapter density, connector polish, slack storage, labeling, and future capacity.
7 min read · Read guide →03 / Procurement guideHow to Build a Better Structured Cabling BOQ
Turn a product list into a usable structured-cabling BOQ with exact models, configuration fields, quantities, relationships, documents, packaging, and revision control.
6 min read · Read guide →Quotation input
Send a configuration, not only a product name.
Attach a BOQ, drawing, schedule, reference datasheet, network diagram, or approval sample whenever available.
- 01Rack elevation and equipment positions
- 02Copper and fiber cord counts and diameters
- 03Ring, duct, brush, vertical, or cabinet pathway
- 04Bend radius, access, airflow, and grounding
- 05Quantity, accessories, finish, packaging, and destination