Technical selection
Specifications and configuration
Reference — Xinda four-copper-plate cooling circuit example
| Parameter | Documented value / configuration |
|---|---|
| Assembly composition | Four copper CPU cold plates connected by copper tubingConditions: scope: Manufacturer-described pictured example; plate positions and branch routing are drawing-specific |
| Listed copper materials | Copper C1100/C1220 listed as materialsConditions: scope: Supplier page; exact grade of each plate and tube requires a controlled bill of materials |
| Supplier joining description | Vacuum brazing process listed for plate/tube circuitConditions: scope: Supplier claim only; no joint drawing, leak test method or reliability condition published |
| Dimension control | Dimensions customized to server configurationConditions: scope: No fixed footprint, tubing OD or interface standard published for pictured assembly |
Manufacturer reference configuration. Values and conditions apply to the named reference; the supplied configuration requires separate confirmation.
Overview
This pictured copper circuit links four server CPU cold plates, making it a different purchasing object from an individual plate or the three-plate mixed-metal example. The illustrated route is a reference, not this site's validated design.
Construction and interfaces
The supplier describes four copper plates and copper tubing connected by a vacuum-brazing process, with C1100/C1220 listed across the material choices. Plate-specific grade, joint filler and wetted surfaces require a revision-controlled BOM.
Selection
Verify the four heat-source locations, contact area, clamping datum, copper tube geometry, branch balance and supply/return ends against the actual server mechanical and thermal design.
Configuration options
The page treats dimensions as customizable. Plate size, tube diameter, route, mounting, port style and inspection package are controlled drawing choices, not a published set of stock variants.
Application limits
No fixed outside envelope, tube OD, pressure rating, pressure-drop curve or condition-complete heat-load result is tied to the photographed assembly. Supplier certification statements do not certify this site's future supply.
