Thermal Shock Chamber is used to test the capability of material structure or composite materials to withstand the continuous environmental changes between extremely high temperature and low temperatures during a short period
Thermal Shock Chamber is used to test the capability of material structure or composite materials to withstand the continuous environmental changes between extremely high temperature and low temperatures during a short period, and therefore understand the chemical changes or physical damages caused by expansion from heat and contraction from cold in the shortest possible time. It is applicable to Lithium-ion battery, metals, plastic, rubber, electronics amongst other, Lithium-ion battery. The test result can be used as a reference or basis for product improvement.
Divided into three areas: high temperature, low temperature, the three-part test area, testing products placed on the test, when the impact of high temperature or cold temperatures into the area of impact testing area.
Using touch-control graph control as operation interface, easy to operate
Applying wind route conversion to the shock method to distribute temperature to the testing zone for cold and thermal shock measurement.
For high temperature shock or low temperature shock, ma x imum time is up to 999H, and maximum circulation cycles are 9999 times.
The system can be used fo r automatic Circulation Shock or manual selective shock, capable of setting two zones or three zones shocks as well as cold and thermal shock start-up.
Binary cooling system is adopted for cooling, with quick cooling effect. The method is water cooling.
Normal temperature shocd test is allowed.
|Thermal Shock Chamber(Three Chambers)CZ-I-2340A|
|Inner Dimension WxHxD(mm)||1300x1800x1000|
|Outer Dimension WxHxD(mm)||14650x2380x2800|
|Temperature Range||High Temperature Zone Temperature Range: 60℃～180℃ |
Low Temperature Zone Temperature Range: -10℃～-70℃ Test Area Zone Temperature Range: －60 －－＋150℃
|Temperatur Shock Range||High Temperature: 60℃～150℃|
Low Temperature: -10℃～-60℃
|Heating Time(Heat Storage Zone)||RT→180℃≤30min|
|Cooling Time(Cold Storage Zone)||RT→-60℃≤70min|
|Temperature Reach Time/ Transfer Time||Within ≤5min/≤10sec|
|Temperature Control Accuracy/ Temperature Uniformity||Resolution: 0.01℃|
Temperature Fluctuation: ±0.5℃, Test at constant temperature
Uniformity: 2℃, Test at constant temperature
Deviation: ±2℃, Test at constant temperature
|Inner and Outer Material||Inner material is SUS 304# stainless steel, outer material is cold-rolled with painting treatment|
|Insulation Material||High temperature resistant high-density silicate fiber cotton or PU foaming adhesive insulator material|
|System||P.I.D+ S.S.R + microcomputer balance temperature control system|
|Cooling System||Water cooling method|
|Safety Protection Device||No fuse switch, compressor high and low voltage protection switch, refrigerant high pressure protection switch, fault warning system, electronic alarm|
|Spare Parts||Shelf, Cable hole|
|Power||AC380V 50Hz/60Hz 3Φ|
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