Explosion proof temperature shock test chamber

AsliExplosion proof temperature shock test chamberThe control system adopts imported micro color computer LCD display touch sensitivescreenDirect button typeA large LCD display dedicated controller with a wide viewing angle of 7.5 'in both Chinese and English, high contrast and adjustable backlight function, 96 test specifications that can be independently set and stored for memory control, and multiple sets of PID control functions. It has a single operation tube, powerful functions, and easy program editing

Temperature shock test chamberTechnical parameters:

1. Specification and model: TS-49

2. Inner box size: 40 * 35 * 35cm

3. Inner box material: SUS304 # 8K mirror stainless steel plate

4. Outer box material: steel plate with special rust prevention treatment sprayed or stainless steel with SUS304 # pattern treatment

5. Temperature range of high temperature tank:+60~200 ℃

6. Temperature range of low-temperature tank: A: (-55~-10 ℃) B:（-65~-10℃）. D:（-80~-10℃）.

7. Impact temperature of the experimental chamber: high temperature of 60~150 ℃

8. Low temperature A: (-10~-40 ℃) B: (-10~-55 ℃) D: (-10~-65 ℃)

9. Heating time: 60-200 ℃, less than 35 minutes

10. Cooling time: A:+20~-55 ℃ less than 75 minutes B:+20~-65 ℃ less than 80 minutes D:+20~-75 ℃ less than 90 minutes

Temperature shock test chamberTechnical Indicators:

1.Freezing system: cascade water-cooled imported semi closed or air-cooled fully enclosed compressor unit.

2. Safety protection device: no fuse overload detection protection, compressor overheating, overcurrent, overpressure, heating dry burning, box over temperature alarm system

3.Standard configuration: Test hole (￠)50x1 pieces), sample rack (2 sets)

4.power supplyAC3￠5 W380V50HZ.

5.Meet the standard: National standardGJB150.3-86； National standard GJB150.4-86; National standard GJB150.5-86

6.The refrigeration system adopts a cascade low-temperature loop system design, and the refrigeration unit uses imported compressors and adopts a green and environmentally friendly approach with zero ozone coefficient（HFC refrigerant R507, R23

7. With 96 independent test specifications, the impact time is 999 hours and 59 minutes, and the cycle period can be set from 1 to 999 times. It can achieve automatic operation of the refrigeration machine, greatly realizing automation and reducing the workload of operators. It can automatically start and stop working at any time;

8.There is a diameter on the left side of the boxA 50mm test hole is available for testing components with external power load wiring.

9.Safety protection functions: power overload protection, leakage protection, control circuit overload, short circuit protection, compressor protection, grounding protection, over temperature protection, alarm sound prompt, etc.

10.The material inside and outside the box is made of stainless steel plate（SUS#304）, There are different materials available for the outer box:

11.ScalabilityExpandable liquid nitrogen (LN2) rapid low-temperature shock control device.

12.Impact recovery time: high temperature（Impact at 150 ℃ for 30 minutes

13.Low temperature:（-Impact at 40 ℃ or -55 ℃ or -65 ℃ for 30 minutes

14.Impact recovery time:Within 5 minutes

15.Air door opening time:Within 3 seconds.

16.Insulation layer:PU foam

17.baseNational standard angle iron+national standard channel steel

18.The detailed specifications shall be subject to the corresponding specification sheet.

Temperature shock test chamberFeatures:

1. Equipped with fully automatic, high-density system circuits, any component action, P.L.C locking processing, all using P.I.D automatic calculation control, high temperature control degree

2. Advanced scientific air circulation design ensures uniform indoor temperature and avoids any dead corners; Complete safety protection devices prevent any potential safety hazards and ensure the long-term reliability of the equipment.

3. The number of cycles and defrosting times can be set for automatic (manual) defrosting

4. The air outlet is detected and controlled by the return air outlet sensor. The switching time of the air door mechanism is completed within 10 seconds, and the recovery time of the cold and hot shock temperature is completed within 5 minutes.

5. In operation status display and curve display, in case of abnormal conditions, the screen will automatically display the fault point and cause, and provide troubleshooting methods. It also has an emergency stop device when unstable input power is detected.

6. The product has a beautiful appearance, reasonable structure, advanced technology, exquisite material selection, simple and convenient operation performance, and reliable equipment performance.

7. The equipment is divided into three parts: a high temperature box, a low temperature box, and a testing box. It adopts a thermal insulation structure and thermal storage effect. During the test, the test object is stationary, and the cold and hot air paths are switched to introduce the cold and hot temperatures into the testing area to achieve the purpose of cold and hot shock testing

8. Adopting advanced measuring devices, the controller adopts a large color LCD human-machine touch dialogue LCD human-machine interface controller, which is easy to operate, easy to learn, stable and reliable. It displays the complete system operation status, execution and program setting curves in both Chinese and English.

9. It can independently set three different conditions of high temperature, low temperature, and cold and hot shock, and can choose two slot or three slot and cold and hot shock functions when performing cold and hot shock conditions, with the function of a high and low temperature testing machine.

10. Texture treatment on stainless steel surface, if frequently wiped along the texture, can keep the machine in a brand new appearance for a long time (recommended choice)

11. Special rust prevention treatment steel plate electrostatic spraying surface, textureExcellent(According to customer requirements)

12. Each product is customized according to customer requirements to ensure energy efficiency of the equipment, and is tested and accepted on site to ensure user performance.

Explosion proof temperature shock test chamberPurpose:

Used in industries such as electronic and electrical components, automation parts, communication components, automotive parts, metals, chemical materials, plastics, etc., as well as in the defense industry, aerospace, and military industryThe physical changes of BGA, PCB substrates, electronic chip ICs, semiconductor ceramic magnets, and polymer materials, as well as the repeated tensile strength of their materials at high and low temperatures and the chemical changes or physical damage caused by thermal expansion and contraction of the products, can confirm the quality of the products. From dense ICs to heavy mechanical components, it is an ideal testing tool