High-Density Wiring Optimization Tips for ZCEBOX Plastic Distribution Box Junction Boxes in Data Center Scenarios

1. 1.Layered Zoning + High-Density Terminal Adaptation
2. Use ZCEBOX data center dedicated layered cable management kits (including 3-layer adjustable cable managers and cable separation combs) to implement vertical zoning: "upper layer = fiber/network cables (weak current), middle layer = server power cables (strong current), lower layer = grounding/spare cables" with a layer spacing of ≥8cm to ensure air circulation; select ZCEBOX high-density terminal modules (supporting 16-way wiring in a single row, only 12mm thick), which save 50% installation space compared to traditional terminals. The terminals have built-in wire number slots, matched with pluggable nameplates (marking cable numbers and corresponding server ports) for quick line positioning.
3. 2.Heat Dissipation Optimization + Redundant Wiring Design
4. All cables adopt low-smoke halogen-free flame-retardant wires (temperature resistance ≥90℃) to avoid insulation aging in high-temperature environments; strong power supply cables are routed along the heat dissipation channels on both sides of the box, away from terminal-dense areas. Each cable reserves 5cm redundant length (fixed in a "U-shape"), which not only does not affect heat dissipation but also facilitates adjustment during server migration; install ZCEBOX micro heat dissipation grilles (ventilation rate ≥60%) on the top of the box, forming convection with the cabinet air duct to reduce the internal temperature of the box by 3-5℃, avoiding local overheating caused by high-density wiring.

E-mail: sales@zcebox.com