Main Functions:

1. Rapid Temperature Change: Enables significant temperature rises and falls within a short time.
2. Precise Control: Equipped with a precise temperature control system to ensure stability and uniformity during temperature changes.
3. Programmable Function: Allows for pre-setting various temperature change curves and loop programs to meet diverse testing needs.
4. Data Recording and Monitoring: Features an advanced data recording and monitoring system that records temperature change data in real time, facilitating subsequent analysis and troubleshooting.

Product Features:

1. Industry-first rapid temperature change test chamber with temperature change rates of 3-30℃/min and 10-40℃/min.
2. Rapid temperature change test chamber rate adjustable linearly and non-linearly from 5℃/min to 20℃/min.
3. Color screen, 32-bit control system with Ethernet e-management, USB data access, and APP mobile platform management.
4. Programmable load power supply with 4-channel ON/OFF output control to protect the test sample and equipment.
5. Specially designed dry air purging to prevent condensation on the surface of the test sample during rapid temperature changes.
6. Patented unique air circulation design. The ring system provides accuracy for the test sample.
7. Independent anti-condensation function for the test sample, and protection against overheating, lack of airflow, and smoke.
8. Unique operating mode design; after the test, the chamber returns to room temperature to protect the test sample.
9. The most environmentally friendly cooling flow control, energy-saving, and with fast heating and cooling rates.
10. Automatic reminders for equipment maintenance time and fault record software design functions for the control system.

Applications & Scenarios

1. Electronics and Semiconductor Industry:

Electronic Component Testing: Evaluates the reliability and durability of electronic components (such as chips, capacitors, resistors, sensors, etc.) under rapid temperature change conditions.

Circuit Board Testing: Tests the performance and solder joint reliability of printed circuit boards (PCBs) under rapid temperature change conditions, ensuring their stability in actual use.

2. Automotive Industry:

Automotive Component Testing: Evaluates the durability and stability of automotive components (such as engine parts, electronic control units, lighting, etc.) under rapid temperature change conditions.

Whole Vehicle Testing: Tests the performance of the whole vehicle under extreme temperature change conditions, evaluating the vehicle’s adaptability and reliability under different climatic conditions.

Aerospace:

Aircraft Component Testing: Evaluates the performance of aircraft components (such as airborne electronics, sensors, structural materials, etc.) under rapid temperature changes, ensuring their reliability in high-altitude and extreme climate environments.

Spacecraft Materials Testing: Tests the stability and durability of spacecraft materials under rapid temperature changes in the space environment.

3. Telecommunications Industry:

Telecommunications Equipment Testing: Evaluates the performance and reliability of communication equipment (such as routers, base stations, fiber optic equipment, etc.) under rapid temperature changes, ensuring their stable operation under various environmental conditions.

Fiber Optic and Connector Testing: Tests the durability and connection performance of fiber optics and connectors under rapid temperature changes.

4. Home Appliances and Consumer Electronics:

Home Appliance Testing: Evaluates the performance and durability of home appliances (such as refrigerators, washing machines, air conditioners, etc.) under rapid temperature changes, ensuring their stability under different climatic conditions.

Consumer Electronics Testing: Tests the reliability and durability of consumer electronics (such as smartphones, tablets, wearable devices, etc.) under rapid temperature changes.

5. Pharmaceuticals and Biotechnology:

Pharmaceutical Stability Testing: Assessing the stability and efficacy of pharmaceuticals under rapid temperature changes to ensure their quality during storage and transportation.

Biopharmaceutical Testing: Testing the stability and activity of biological products (such as vaccines and diagnostic reagents) under rapid temperature changes.

6. Materials Science:

New Materials Research: Evaluating the physical and chemical properties of novel materials under rapid temperature changes to ensure their stability in practical applications.

Composite Material Testing: Testing the strength and durability of composite materials under rapid temperature changes to assess their reliability in various engineering applications.