30VDC Vmax Portable Peltier Liquid Cooler For Medical Equipment
Early 19th century scientists, Thomas Seebeck and Jean Peltier,
first discovered the phenomena that are the basis for today’s
thermoelectric industry. Seebeck found that if you placed a
temperature gradient across the junctions of two dissimilar
conductors, electrical current would flow. Peltier, on the other
hand, learned that passing current through two dissimilar
electrical conductors, caused heat to be either emitted or absorbed
at the junction of the materials. It was only after mid-20th
Century advancements in semiconductor technology, however, that
practical applications for thermoelectric devices became feasible.
With modern techniques, we can now produce thermoelectric “modules”
that deliver efficient solid state heat-pumping for both cooling
and heating; many of these units can also be used to generate DC
power in special circumstances (e.g., conversion of waste heat).
New and often elegant uses for thermoelectrics continue to be
developed each day.
| Model | ATL300-24VDC |
| Cooling Method | Liquid |
| Radiating method | Air Force |
| Ambient temperature/humidity | -10 to 50°C, 35 to 80% RH
(No condensation) |
| Cooling Capacity/Qmax | 300W |
| Input Power | 348W |
| Flow Rate | 5-10PLM |
| Pressure Arange | ≤100PSI |
| Port | Optional |
| Run Current | 14.0A |
| Peak Current | 15.8A |
| Voltage | 24VDC |
| Vmax | 30VDC |
| Operation Temp | -10~50℃ |
| Weight | 4.95 Kg |
| Life Time | 50000 Hour |
| Tolerance | 10% |
