Capabilities

Five fields, one modular system.

The same plant underneath, a different requirement on top. What changes is the medium, the temperature and the test item — not the way it is built.

What are you testing?

The five fields in detail

The figures state the range we have built in or are designed for — not a commitment for a particular project.

01 Fluids Heat pumps and refrigeration Performance maps over source and sink temperature, defrost cycles, unattended night operation, end-of-line testing in series production. Including R290 and CO₂, with the extraction and gas detection that go with them. 4,21Coefficient of performance COP · B0/W35 To this field 02 Fluids · Electrical Data centre cooling and chip emulator Cold plate, manifold, quick coupling and CDU. The emulator stands in for the processor: an electrically heated surface that applies the same heat flux density over the same area — with load steps in tenths of a second instead of an averaged continuous load. 184Heat flux density · W/cm² To this field 03 Electrical Power electronics Power cycling to AQG 324, Zth measurement to JESD51-14, double-pulse testing. Deionised water circuits with monitored conductivity, because a coolant carrying ions has no business inside a converter. 0,213Thermal resistance Rth · K/W To this field 04 Fluids Media conditioning Temperature, pressure, flow rate and humidity as the boundary condition of a test — from a mobile unit up to a containerised plant. Eight media, adaptive control, a record for every test run. ±0,04Control deviation, flow · K To this field 05 Nuclear · Environment Environmental Solutions Gamma spectrometry and continuous monitoring of radioactive aerosols and gases. Fixed in a cabin, mobile in the field, high resolution in the laboratory — with the evaluation and the record from the same house. 661,7Photopeak Cs-137 · keV To this area

Figures shown as an example, simulated display. The symbols follow ISO 10628.

Comparison

What sets them apart

Five rows that show why there are five fields and not one.

Field	Medium	Test item	Typical test
Heat pumps and refrigeration	Air, brine, water-glycol, refrigerants — including R290 and CO₂	Heat pump, chiller, compressor	Performance map over source and sink, defrost cycles, end-of-line
Data centre cooling	Water, water-glycol	Cold plate, manifold, coupling, CDU	Heat flux density up to 200 W/cm², load steps, mating cycles with leak rate
Power electronics	Water-glycol, deionised water with monitored conductivity	Power module, converter, heat sink	Power cycling, Zth measurement, double pulse
Media conditioning	Water-glycol, oil, fuel, brine, air and gases	whatever has to be supplied — the plant is the boundary condition	holding and recording temperature, pressure, flow rate and humidity
Environmental Solutions	Air, aerosols, noble gases, water samples	Measuring station, detector, sampling	Gamma spectrometry, continuous monitoring, detection limit

The fields overlap. A test bench for power modules needs the same conditioning as one for cold plates — which is why media conditioning stands beside the others as a field of its own, not beneath them.

Tell us what is to be measured.

Five details are enough for a first solid conversation: the test item, the medium, the ranges for pressure, flow rate and temperature, where the plant will stand and when it has to be there.

Send an enquiry To the projects