Thermal Shock Testing Machine Is Used In Industries Such As Electronics, Auto Parts, And Plastics To Test The Repeated Impact Of Various Materials On High And Low Temperatures, And Has Been Tested

It is used in industries such as electronics, auto parts, and plastics to test the repeated impact of various materials on high and low temperatures, and has been tested
Chemical changes or physical damage caused by thermal expansion and contraction of the product.
This equipment is divided into three parts: the high-temperature zone, the low-temperature zone, and the testing zone. It adopts a unique heat insulation structure and cold storage effect. It will be tested during the test
When the object is completely stationary, it should be introduced into the test sample by switching between cold and hot air paths for cold and hot shock testing.
It has the function of independently setting three different conditions: high temperature, low temperature and thermal shock, and when performing thermal shock conditions, it is equipped with
The functions of the high and low temperature testing machine. (See Figures 1 and 3

Low-temperature zone: -50℃ to RT Dimensions: 400×500×500mm
Test temperature: -40℃ to 200℃ Size: 400×500×500mm
High-temperature zone: RT~250 Dimensions: 400×500×500mm
Protection devices: Compressor overload protection, refrigerant high pressure protection, over-temperature protection
Compressor: French Tecumseh compressor
Internal and external materials: SUS304# stainless steel safety device, internal and external materials: electrostatically baked paint steel plate

Features
Electronic and electrical components, metals, chemical materials, automation parts, communication components, defense industry, aerospace industry
An ideal testing tool for physical changes of BGA, PCB substrates, electronic wafers IC, semiconductor ceramics and polymer materials.
It adopts a large-scale human-machine touch dialogue LCD human-machine interface controller, which is simple to operate, easy to learn, stable and reliable.
The impact mode adopts a style switching method, introducing cold and hot temperatures into the test area to achieve the purpose of cold and hot shock testing.
The impact time ranges from 0.1 to 999.9 hours, and the cycle time can be set from 1 to 9999 times.
The number of cycles and defrosting times can be set for automatic (manual) defrosting.
Operation status display and curves, abnormal and fault point display explanations and troubleshooting methods.
Original high-efficiency cascade compression refrigeration units from Europe and America, with low operating noise and energy-saving equipment.
It adopts PID automatic calculation control function, ensuring high temperature control accuracy.
It can perform automatic loop impact or manual selective impact, and can choose two-slot or three-slot type, as well as cold stamping and hot stamping for impact.
It can be used independently as a high-temperature chamber or a low-temperature chamber, serving three purposes in one machine.
It adopts imported DuPont refrigerants R404 and R23, which are environmentally friendly and green (HFC) with a zero ozone coefficient.
The real-time impact curve graph (see Figure 2).

Performance parameters
High-temperature bath temperature range: RT to 250℃
The humidity range of the low-temperature bath is -50℃ to RT
Impact temperature of the test chamber: High temperature 50-200
Low temperature: -10℃ to -40℃
Heating time: RT-250 ℃ for 60 minutes
Cooling time: It takes approximately 85 minutes to cool down to 70℃
Impact recovery time: 30 minutes of high-temperature impact at 150℃
Impact at low temperature of 40℃ for 30 minutes
The impact recovery time is within 5 minutes
Sample weight: 1.5kg
Laboratory dimensions (W×H×D) : 40×35×30cm
The external dimensions of the entire machine are 140×180×145cm
Structural materials: Inner box :SUS304 # steel plate, outer box: steel plate with plastic coating, insulation layer :PU foam, base: national standard Angle iron + channel steel
Refrigeration system: Cascade water-cooled, original imported fully hermetic or semi-hermetic compressor units from Europe and America.
Controller: Large LCD color touch human-machine interface controller or single-display LCD touch human-machine interface controller.
Safety protection devices: fuseless overload protector, compressor overheating, overcurrent, overpressure, dry burning during heating, and over-temperature alarm inside the box
System.
Standard configuration: Test holes (1 Φ50×, 2 sets of test material racks)
Power (approximately KW) : 24
Power supply: AC3 Φ5W 380V 50HZ