Entry-class 600 kW and 1.2 MW coolant distribution units for pod-scale AI deployments. The most cost-effective entry into DCX liquid cooling.
Capacity: 600 kW or 1.2 MW. Every unit is DCX-engineered in Europe, certified for 45°C warm-water operation, and delivered with Middle East-grade corrosion protection. Backed by our Dubai and Doha-based engineering teams for design, installation and 24/7 service.
| Parameter | Value |
|---|---|
| Cooling capacity | 600 / 1200 kW |
| Form factor | 19" rack, approx 42U |
| Primary water inlet | Up to 45°C |
| Secondary loop | Treated water / glycol |
| Redundancy | N+1 pumps |
| Connections | Flexible manifolds, quick-disconnect |
| Controls | Touch HMI + remote BMS |
| Protocols | SNMP, BACnet, Modbus TCP |
| Power | 400 V / 3-phase / 50 Hz |
| Operating ambient | +5 to +45°C |
| Certifications | CE, UL, seismic-rated |
Single-rack or pod-scale GPU deployments
Retrofit a single colocation hall to prove liquid cooling
University labs, oil-and-gas simulation departments
Entry point for mining operators moving off air
Lightweight edge or MEC deployments
Testbeds and lab environments
The Entry ECDU 1200 can support racks up to 50 kW comfortably. With Direct-to-Chip cold plates and proper secondary flow design we've deployed it on 80–100 kW pilot racks.
The Entry 600 chassis is different from the 1200 chassis, but we size the piping and pumps to allow simple chassis swap when your load grows — zero downtime if planned.
Both units fit in a standard 42U rack footprint. The 1200 is slightly taller (47U) and requires back-clearance for hot-swap access.
Yes. The Entry ECDU takes any primary water from 15°C to 45°C inlet. Most customers feed it from existing chiller returns or from dry-cooler loops.
8–10 weeks from order to site. Installation and commissioning takes 1–2 weeks on-site with our local engineers.
Step up to 1.38–2.6 MW for larger HPC and AI clusters.
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