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Economic constant temperature humidity simulate climatic condition thermal shock test chamber
Thermal shock test chamber Briefly introduction:
High and low temperature (two cases) thermal shock test chamber
system structure can be divided into two parts. Namely, high
temperature tank (preheating zone), cryogenic tank (pre-cooling
zone).
Thermal shock test chamber Testing principle
Testing principle mainly through controlling the portable basket
(test samples District) to quickly move between cryogenic tank and
high temperature tank to achieve rapid thermal shock test. The
whole testing process test samples along with mobile gondola to
move together. The test chaber is suitable for the examination of
the whole set of products, components, parts and materials
subjected to rapid changes in temperature. The temperature impact
test chamber are used in a shortest time to evaluate the test
samples due to thermal expansion and contraction caused by the
changes of chemical or physical damage.
The advantages of SANWOOD thermal shock test chamber
1.Temperature and humidity setting protection
2.Two zone thermal shock test chamber. Air pressure driven test
area(sample)
3.Error failure medical record table cartilage device
4.HFC environmentally friendly refrigerant, SWEP plate heat
exchanger, two type refrigeration system
5.Optimal structure and high efficiency refrigeration machinery
design
6.Air intakes and returns with sensor control
7.Sever Valve, Kinetic energy automatic load control
8.Testing range: 150(60)℃~ (-10)-65℃
9.50% power saving efficiency and automatic servo control
10.Compatible with BUS CM remote monitoring management system
11.Can expanded: LN2V liquid nitrogen rapid cooling control device
12.Thermal shock test chamber movement time is 10 seconds.Can meet
MIL, IEC and JIS standard.
13.Wind valve switching time is 10 seconds
14. Thermal shock test chamber temperature recovery time is 5
minutes, can meet the test specification
15.The end of the experiment, the product automatically return to
the normal temperature to avoid frost dew
16.The world's first built-in USB2.0 interface digital recorder
(recording can be plugged in at any time)
17.Industrial grade upright full-color touch multilingual
programmable control system
18.The world's first standard shipping included USB2.0 and disk
storage machine dual interface
19.The protective mechanism of return to normal temperature after
the test is finished.
20.The world's first complete test curve analysis shows that there
is no time limit.
Thermal shock test chamber Specification:
Model | SM-150-2P-A | SM-200-2P-A | SM-300-2P-A | SM-500-2P-A | |
Temperature | Temperature impact range | -65℃~150℃ (A:-45℃~150℃;B:-65℃~150℃;) | |||
Temperature fluctuation | ±1.0℃ | ||||
Low temperature precooling time | 25.0℃~-75.0℃ Within 60 mins 1.0~3.0℃/min | ||||
High temperature preheating time | 25.0℃~150.0℃ Within 45 mins 3.0~7.0℃/min | ||||
Temperature conversion time | 3s | ||||
Temperature recovery time | Within 5 mins | ||||
Material / components | Internal material | Stainless steel(SUS304) | |||
External material | Cold rolled steel sheet / powder spraying | ||||
Heat insulating material | 100mm thickness polyurethane plate+10mm thickness mineral wool | ||||
Fan | Centrifugal blower | ||||
Compressor | semi-closed | ||||
Condenser | Air cooling, water cooling | ||||
Refrigerant | R404A,R23,R508 | ||||
Evaporator | Fin - and - Tube Heat Exchanger | ||||
Heater | Nickel chromium alloy heating wire | ||||
Size | Interior size(mm) W*H*D | 500*600*500 | 650*460*670 | 960*460*670 | 960*650*800 |
Outer size(mm) W*H*D | 1250*2530*1650 | 1400*2250*1850 | 1750*2250*1850 | 1750*2630*1980 | |
Volume(L) | 150L | 200L | 300L | 500L | |
Operating ambient temperature | +5 ~ 35℃ | ||||
Power supply | 380V AC 50/60Hz | ||||
Controller | SANWOOD SH5600:Equipped with RS232, RS485 port;(7.0 inch controller) USB data export |