Product Description
Specification
| Model | DR-H203L3-50 | DR-H203L3-80 | DR-H203L3-100 | DR-H203L3-150 |
| Internal dimension | 350*350*400mm | 400*400*500mm | 500*400*500mm | 500*500*600mm |
| External dimension | 1350*1700*1780mm | 1400*1750*1880mm | 1500*1750*1880mm | 1500*1850*1980mm |
| Temperature range | -70~200
|
| Test Method | Pneumatic Operated Door Switch(two/three-zone) |
| High Temp Chamber Preheating Range | RT~200 |
| Heating Speed | 35min |
| Low Temp Chamber Precooling Range | -70~RT
|
| Cooling Speed | 50min |
| Temp Tolerance | 2 |
| Thermal Recovery Time | Three zone model5 minutes,recovery time is 5 minutes;Two zone model:7-35 second,recovery time is 5 minutes |
| Internal Material | Stainless Steel 304 |
| External Material | Stainless Steel/Spray Paint |
| Cooling Method | Mechanical Compression Binary Cascade Refrigeration |
| Refrigeration Compressor | Semi-closed Piston |
| Refrigerator | Hermertically Sealed France Tecumseh Compressor or Semi-hermetic BOCK Compressor |
| Operation Panel | Programmable LCD Touch Screen |
Advanced Testing CapabilitiesThe 50L Thermal Shock Chamber Three Box is engineered to test the durability and performance of materials when abruptly exposed to rapid temperature changes. Its three-box design ensures consistent and accurate simulation of real-world thermal shocks, supporting various industry standards. This advanced chamber allows users to evaluate multiple specimens simultaneously, improving testing efficiency without compromising on results.
Robust Construction for LongevityMade from premium stainless steel, this thermal shock chamber is resistant to corrosion and wear, even within demanding lab environments. Its sturdy build not only guarantees a prolonged lifespan but also ensures the safety of users and samples. Ideal for manufacturers and researchers, it provides reliable operation and easy maintenance over extended periods.
FAQ's of 50L Thermal Shock Chamber Three Box:
Q: How does the 50L Thermal Shock Chamber Three Box operate?
A: This chamber utilizes a semi-automatic system with manual control, allowing users to set and monitor temperature cycles for precise testing. The operator can manage transitions between cold, hot, and ambient zones to simulate thermal shock conditions accurately.
Q: What materials can be tested using this equipment?
A: The thermal shock chamber is suitable for testing a wide range of materials and components, including metals, plastics, electronics, and composites. It is designed to assess how these materials withstand rapid and extreme temperature changes.
Q: When is it appropriate to use a thermal shock chamber?
A: You should use this chamber when testing the resilience of products or materials that will encounter sudden temperature fluctuations in their intended applications, such as automotive, aerospace, and electronics industries.
Q: Where is the 50L Thermal Shock Chamber manufactured and supplied from?
A: This chamber is manufactured, supplied, and exported from China, making it accessible for customers worldwide seeking reliable material testing solutions.
Q: What is the process for testing specimens in the chamber?
A: Specimens are loaded into the chamber's testing area, and the desired temperature cycles are manually set via the control interface. The chamber automatically moves the specimens between different temperature zones according to the program.
Q: How many specimens can the chamber accommodate at once?
A: The chamber is designed to test multiple specimens simultaneously, facilitating batch testing and increasing laboratory throughput.
Q: What are the benefits of using a stainless steel thermal shock chamber?
A: Stainless steel construction offers enhanced durability, resistance to corrosion, and ease of cleaning. This ensures long-term reliability, provides a safe environment for specimens, and maintains chamber performance over time.