Product Description
Environment Thermal Shock Chamber
Product Introduction
Environment Thermal Shock Chamber is used to test the bearing extent of the material structures and composite material in an instant and continuous high temperature and extremely low temperature environment which is in the shortest time to test its thermal expansion and contraction caused by chemical change or physical harm
The Environment Thermal Shock Chamber is widely used in metal plastic rubber electronics and other materials and it can be used as an important reference for improving product quality It meets the standard of MTL IEC JIS GJB
Features
- Perfect appearance and easy to operate
- Japan LCD English microcomputer temperature controller with high memory capacity can save 100 programs max 9999 cycles each cycle max time 999hrs
- Three chamber structures high temperature chamber low temperature chamber and test chamber control Perfect protection alarm functions shortcircuits Leakage over temperature of work chamber compressor over pressure over load short water
- Control interface will display alarm reason and provide check methods machine has emergency stop button
- Cold and hot shock temperature recover within 5 minutes which complies with MTL IEC JIS GJB and other international standards
- With RS232C communication port for connecting PC to control record and save test report
Main parameters:
| Test method | Pneumatic operated door switch 3 chambers |
| Inner dimension (W*D*H) | 500*450*450mm |
| External dimension (W*D*H) | 1380*1370*1980mm |
| Temperature range | -40 +80C |
| High temperature chamber pre-heating range | 60 100C |
| Heating speed | +60+100C about 10 minutes |
| Low temperature chamber pre-cooling range | -65 0 |
| Cooling speed | Ambient -65Cabout 65 minutes |
| Temperature deviation | 3C |
| Thermal recovery time | Within 5 minutes |
| External material | Antirust processing cold-rolled steel sheet |
| Internal material | SUS 304 stainless steel |
| Thermal insulation material | Polyurethane foam and fiberglass |
| Coolant | R404A / R23 |
| Cooling method | Air cooling |
| Pressure | 0.2 - 0.5Mpa |
| Power supply | Three phase, 380V, 50Hz |
Reliable Thermal Shock TestingThis thermal shock chamber delivers fast and stable temperature transitionswithin 10 secondsacross a wide range from -70C to +150C. Engineered for research labs and electronics manufacturers, it ensures repeatable testing conditions and data accuracy. The robust stainless steel construction and forced convection air circulation guarantee uniform temperature distribution, helping users replicate even the most demanding environmental stress scenarios.
Advanced Control & Safety FeaturesEquipped with a programmable digital PLC controller, this chamber allows highly customizable test profiles and full automation. Safety measures such as over-temperature and compressor protection, along with a visual/audible alarm system, provide added peace of mind during operation. The observation window and double-sealed door offer real-time monitoring without compromising thermal stability or user safety.
Comprehensive Data ManagementThe built-in data logging system supports export via USB and RS232, making it easy to record, analyze, and share test results. The large digital LCD touchscreen display provides intuitive navigation and instant access to temperature, humidity, and cycle parameters. The chamber supports up to 24 specimens in customized sizes, making it ideal for high-throughput environments.
FAQs of Environment Thermal Shock Chamber:
Q: How does the environment thermal shock chamber rapidly change temperatures?
A: The chamber utilizes dual cooling methodsair and water cooled systemsalong with powerful heating elements, allowing rapid transitions between temperature zones within 10 seconds. Forced convection ensures uniform temperature distribution, providing effective thermal shocks for rapid cycling tests.
Q: What materials and specimens can be tested in this chamber?
A: The chamber is designed for electronics and material testing, accommodating up to 24 specimens with customizable sizes (up to 200mm x 200mm). It is suitable for plastics, metals, circuit boards, and various components requiring reliability assurance under thermal stress.
Q: When should I use the thermal shock chamber in my testing process?
A: You should use the thermal shock chamber during developmental, qualification, or quality control stages when you need to evaluate how materials or electronic assemblies withstand rapid temperature changes and extreme environmental conditions.
Q: Where can the thermal shock chamber be installed?
A: Designed as a floor-standing unit, the chamber can be installed in research laboratories, manufacturing plants, or quality assurance facilities. It requires a stable power supply (AC 220V, 50/60Hz) and sufficient space for its 1600 mm height and access to water or air cooling, depending on the chosen method.
Q: What process controls and safety features are provided?
A: The chamber is controlled via a programmable PLC with a digital touchscreen. Safety is enhanced with over-temperature and compressor protection, visual and audible alarms, and a double-sealed observation window door for safe monitoring during operation.
Q: How is test data captured and managed?
A: The system features built-in data logging, accessible via USB and RS232 ports, enabling test data export and analysis. This ensures proper documentation and traceability for research, compliance, or production environments.
Q: What are the key benefits of using this chamber for my applications?
A: Utilizing this chamber enables accurate simulation of extreme temperature shifts, improving product reliability and identifying potential failure modes early. Its robust construction, automatic control, and versatile specimen capacity make it ideal for research, development, and quality assurance.