Description
PW-CTS3-80-55A Three-zone Thermal Shock Test Chamber
Self-developed temperature balance technology, different from the traditional technology that uses high-power refrigeration to counteract high-power heating in the freezing balance technology, adopts on-off refrigeration energy regulation technology – the central controller controls the amount of cold energy according to different temperature points to achieve temperature static balance, while keeping the equipment running in a relatively low power consumption state. No defrosting is needed for 500-1000 cycles, high efficiency, and low energy consumption.
I. Machine Specifications:
| Specifications: | |
| Temperature Shock Range | -55℃～150℃（Customizable Temperature Range） |
| High-Temperature Tank | High-Temperature Range +60℃ ～ +180℃ |
| Low-Temperature Tank | High-Temperature Range -10℃ ～ -65℃ |
| Transition Time | Less than 30S |
| Temperature Uniformity | ±2.0℃ |
| Temperature Stabilization Time | Within 5min |
| Basket Size | W500 × H400 × D400 mm（Customizable Inner Chamber Size） |
| Outer Dimensions | W1200×H1875×D1840mm |
| Inner Chamber Material | Mirror Stainless Steel Plate（SUS#304） |
| Outer Chamber Material | First-Class Steel Plate Electrostatic Spraying |
| Controller | 7-inch resolution: 800*480, 65535 true colors, LED backlight display screen, Chinese/English language switch display |
| Display Functions | Each chamber temperature setting (SV), actual (PV) value direct display; can display the execution program number, current segment function, remaining time and cycle number, running time display; program editing and graphical curve display; automatic defrosting prompt; real-time graphical curve display during program execution, segment jumping, and hold function; automatic fault prompt with corresponding solution prompts. |
| Compressor | French Taikang full-sealed compressor |
| Refrigerant | Non-fluorinated environmental refrigerant R404A R23, compliant with environmental regulations, safe and non-toxic |
| Cooling Method | Air-cooled |
| Safety Protection | Leakage switch, empty burn protection, water shortage protection, over-temperature protection |
| Total Power | About 8KW 380V 50/60HZ |
Company Introduction:
Since 2007, PW Instruments has been empowering customers worldwide to achieve higher quality and lower total cost of ownership through precision testing solutions that strictly follow international standards-GB, ASTM, EN and more.
Our DNA is innovation. Founded by senior R&D expert Mr. Peiwu Liu and headquartered in Dongguan’s technology center, PW integrates in-house industrial design, proprietary measurement-and control systems, and a global supply network trusted by industry leaders, research scientists and laboratory managers on five continents.
Today, PW delivers three world-class product lines:
• Material Testing Machines
• Reliability Test Chambers
• Precision Measurement Instruments
Every solution is engineered for accuracy, durability and seamless integration-so you can test with confidence and compete with certainty.
Corporate Culture:
Vision: Become a world-renowned instrument manufacturer
Mission: Provide customers with high-quality testing equipment
Values: Customer satisfaction is our aim.
Use Scenarios
Thermal Shock Testing in Automotive Component Reliability Validation
In the automotive manufacturing sector, components undergo rapid temperature fluctuations that can compromise functionality and safety. Integrating this thermal shock chamber into the testing protocol allows engineers to reproduce those conditions under controlled settings, verifying the durability of materials and electronic systems. The rapid temperature cycling between distinct zones, with customizable temperature ranges, simulates operational extremes effectively. This ensures compliance with industry-specific standards and minimizes product failure risks. Moreover, the chamber’s data logging capabilities streamline quality control documentation and support continuous improvement within automotive supply chains.
Aerospace Material Durability Assessment under Thermal Stress
Within aerospace research and production environments, materials are subjected to significant thermal stress during flight and ground operations. Employing the thermal shock test chamber enables precise simulation of rapid temperature transitions critical to evaluating thermal fatigue resistance. The stable temperature uniformity and swift cycle times ensure reproducible test conditions aligned with ASTM and EN standards. This facilitates accurate prediction of material lifespan and performance. The chamber integrates efficiently with laboratory management systems, supporting high-throughput testing required in aerospace R&D and certification processes, thus enhancing overall safety and reliability of aerospace components.
FAQ
What customization options are available for the PW-CTS3-80-55A thermal shock test chamber?
We offer customizable temperature shock ranges and inner basket sizes to fit your specific testing needs. Our thermal shock test chamber can be tailored in dimensions and temperature settings to meet diverse industrial requirements, ensuring you get precise and reliable results.
How do you ensure energy efficiency in your three-zone thermal shock chambers?
Our self-developed temperature balance technology regulates cold and hot energy via on-off refrigeration control, reducing power consumption compared to traditional high-power refrigeration methods. This innovation makes our three zone thermal shock chamber energy-efficient without compromising performance.
What safety features are integrated into your thermal shock chamber?
We equip the chamber with multiple protections including leakage detection, dry burn prevention, water shortage alarms, and over-temperature controls. These safety mechanisms safeguard both equipment integrity and operator safety throughout testing procedures.
How is installation and maintenance handled for your thermal shock chambers?
We provide technical support for installation to ensure proper setup aligned with your facility’s requirements. Our advanced design allows 500-1000 test cycles without defrosting, minimizing downtime and maintenance needs—ideal for a reliable thermal shock chamber supplier.
