Rack level | Full liquid
Rack-scale liquid thermal emulation for next-generation high-density AI infrastructure.
Controlled commissioning load
Introduce a controlled 300 kW rack-scale liquid thermal load without relying on production servers. The platform supports direct-to-chip cooling validation, CDU capacity testing, secondary-loop commissioning and repeatable redundancy and recovery scenarios.
Published equipment data
Commissioning applications
Final test responsibilities and procedures remain governed by the approved project commissioning plan and the CxA.
Technical context
As rack density rises, liquid cooling becomes a critical part of the production infrastructure. A full-liquid emulator lets the commissioning team apply the required thermal demand before compute is available or exposed to project risk.
The platform converts a controlled electrical input into up to 300 kW of liquid-side thermal load, adjustable in 1 kW increments for staged demand, extended loading and repeatable test conditions.
Exercise CDU capacity, branch flow, pressure and temperature response across the secondary loop. The load can support stability checks, staged demand conditions and redundancy or recovery procedures.
The 1.0 power-factor resistive load is available for AC 380, 400, 415 and 480 V systems. The final connector, hose, control and interface arrangement is confirmed against the project requirements.
Local touchscreen control is standard, with optional remote control. Monitoring covers core electrical parameters and liquid-side temperature, flow and pressure functions, supported by electrical, temperature, flow and leak protections.
Use the emulator for direct-to-chip cooling validation, CDU and secondary-loop testing, AI rack heat-load testing, redundancy and recovery scenarios, and equipment support for L4/FPT and L5/IST under the project's approved commissioning plan.
Amor can coordinate equipment selection, mobilization, site readiness, temporary electrical and liquid interfaces, setup, operating support, troubleshooting and data-capture support with the owner, CxA and construction teams.
How this equipment is used
Controlled demand for power, cooling, controls and subsystem response.
Review applicationThermal load for rack, CDU, liquid-loop and cooling-system validation.
Review applicationPredictable electrical and thermal conditions while facility systems change state.
Review applicationAMOR deployment & field support
Equipment and field support for L4 functional performance testing, heat-load testing and L5 integrated systems testing under the approved project commissioning plan.
Project requirements
Tell us enough about the power, cooling architecture and commissioning stage to begin the correct equipment review.
Discuss your liquid-cooling requirements