Define the condition
The owner, CxA and engineering team establish the operating condition, scenario and acceptance requirements.
Commissioning use | Functional performance
Functional Performance Testing Equipment & Support
Prove system performance under controlled load.Functional performance testing verifies how individual systems and subsystems respond under intended operating conditions and planned failure scenarios. Controllable load equipment creates repeatable demand without relying on production compute.
Functional performance
Individual systems need to perform under realistic, repeatable demand.
Many mission-critical projects refer to this stage as Level 4 or Functional Performance Testing. Exact terminology, responsibilities and procedures are defined by the project commissioning plan.
Controlled electrical and thermal load equipment can support testing of:
Why realistic load matters
Low-load operation may not reveal design-load behaviour.
Systems may respond differently as power demand, thermal output, flow or control interaction approaches intended operating conditions. Controlled load lets the project team progressively exercise infrastructure at defined operating points while production compute remains outside the test.
Load levels, duration, sequences and pass/fail thresholds are project-specific. AMOR configures and operates the equipment against the approved procedure rather than imposing universal criteria.
From procedure to test condition
Turn an approved test step into controlled infrastructure demand.
The CxA directs the test. AMOR supports the temporary load condition and equipment response required to execute it.
Configure the load
AMOR aligns equipment capacity, electrical and liquid interfaces, control grouping and deployment with the approved procedure.
Apply controlled demand
Loads are introduced and changed at the approved operating points while the project team witnesses system response.
Maintain repeatability
Predictable load conditions allow testing, issue resolution and repeat runs without production servers.
Support closeout
AMOR supports equipment operation, troubleshooting and equipment-side data capture where applicable.
Representative applications
Exercise power, cooling and control subsystems.
Test scenarios remain defined and witnessed under the project commissioning plan.
Critical power
UPS loading, generator response, transfer devices, distribution paths and redundancy.
Rack distribution
Busway, rack PDU and branch-path behaviour under controlled rack demand.
Cooling response
CDUs, pumps and controls responding to rack or zone thermal load.
Controls & alarms
BMS, EPMS and equipment alarms observed as approved operating conditions change.
Related commissioning equipment
Match electrical and thermal load to the subsystem.
Ratings, interfaces and protection details are published on the equipment pages and in the approved AMOR datasheets.
Rack level | Hybrid air + liquid
240 kW Hybrid Rack Emulator
- Total load
- 240 kW
- Liquid load
- 192 kW
- Air load
- 48 kW
300 kW Full-Liquid Rack Emulator
- Liquid load
- 300 kW
- Architecture
- Full liquid
- Voltage
- 380-480 V
300-600 kW Liquid Load Banks
- Standard range
- 300-600 kW
- Models
- 4
- Voltage
- 380-480 V
MW-Scale LV/MV Load Banks
- Power range
- 1-8 MW
- Voltage
- 400 V-10.5 kV
- Load types
- R / R-L / R-C
Technology & Manufacturing Partner: Fullde
Technical Library & equipment datasheets Why AMOR
Equipment + field support + project response.
AMOR combines specialized temporary load equipment with the coordination, electrical capability and technical response required to deploy it around real construction schedules.
Equipment availability and deployment capacity are confirmed against each project's schedule and requirements.
- Specialized high-density equipment
- Rack-scale through MW-scale load
- Air, liquid and hybrid simulation
- North American project coordination
- Electrical field capability
- Project-specific technical configuration
Technical discovery
Discuss your FPT requirements
Share what is currently known. These details guide the first technical review and do not all need to be complete before a discussion.
01Project location02Commissioning stage03Planned test date04Electrical load requirement05Rack density and voltage06Air / liquid / hybrid cooling07Anticipated equipment quantity08Test duration09Owner / CxA requirements, if available