OverviewThe EXTRCOOL Rack Manifold (AICoolit series) connects the cooling distribution unit (CDU) to cold plates in rack liquid cooling systems. Constructed from SUS304 or SUS316L stainless steel with ultra-precision manufacturing, it supports single-pipe (quick-connect) and double-row (blind-connect, welded) configurations. Interface positional accuracy: ±0.15 mm. Production is controlled via MES in cleanroom conditions and validated by dual gas and liquid pressure tests to ensure leak-tightness and uniform flow distribution.
Key features- Manufacturing and quality control: MES-monitored production, cleanroom assembly and strict cleanliness standards to reduce contamination risk.
- Leak-tight performance and uniform flow: dual gas/liquid pressure testing ensures sealing and balanced branch distribution for efficient heat transfer.
- Connection and sizing options: quick-connect (self-locking), blind-connect (welded) and other locking types; connector diameters 30/40/50 mm; quick-connector orifices 2/4/6/8; various branch interfaces and valve options.
Typical applications- Military-grade liquid cooling for high-demand equipment.
- Rack and data-center liquid cooling solutions for industrial and commercial systems.
- Custom liquid-cooling configurations requiring quick-disconnect or welded manifolds.
Product specifications- Construction material: SUS304 or SUS316L stainless steel
- Operating temperature range: -180/-400°C
- Compatible media: deionized water, ethylene glycol, propylene glycol
- Connection types: quick-connect (single-pipe) and blind-connect (double-row, welded)
- Connector diameters (optional): 30 mm, 40 mm, 50 mm (other sizes on request)
- Positional accuracy: ±0.15 mm
- Quality assurance: MES monitoring, cleanroom production, dual gas/liquid pressure tests
Customization & installation notesLengths, branch count and connector types are customizable to project requirements. Options include automatic exhaust valve (SUS304), drain valve (ball valve or quick connector), square-tube header and various supervisor/branch interfaces. Provide system details for factory configuration and welding requirements for blind-connect variants.