Advanced Battery Low Pressure Test Chamber for Accurate Testing Solutions Industrial Applications
Product Description
Relevant standard test requirements
Meet the standards: IEC.62133-2012, UL.1642, United Nations38.3 and 31241-2014 standards
Low air pressure; put the battery according to 4.5.1. After the specified test method is fully charged. Place the battery in a vacuum chamber at 20ºC±5ºC, and pull it out. Empty general the pressure in the box is reduced to 11.6Kpa. (Simulated altitude 15240m). And keep it for 6h. The battery should not catch fire, do not explode, and do not leak.
Main features:
Adopt high-quality 5mm SUS.304 stainless steel inner pressure-bearing box. Its overall compressive strength. The design ability is greater than 10t/square. And it is resistant to high and low temperatures and not easy to oxidize.
The inner wall of the outer box is strengthened, enhance the force support of the outer box.
The insulation filling material is a vacuum-specific composite pressure-bearing insulation material. Strong pressure-bearing capacity does not break under high pressure.
Main parameters
| Model |
MBS-QY125 |
MBS-QY216 |
MBS-QY512 |
MBS-QY1000 |
| Temperature range |
Normal temperature |
| Display mode |
PLC. Touch screen display (7-inch touch screen) |
| Unit |
Kpa |
| Inner box size W*H*D mm |
500*500*500 |
600*600*600 |
800*800*800 |
1000*1000*1000 |
| Outer box size W*H*D mm |
850*1680*1300 |
950*1680*1400 |
1150*1780*1600 |
1350*1780*1800 |
| Inner wall materials |
Stainless steel plate SUS304 |
| Outer box material |
Double-sided galvanized steel plate, surface spraying treatment |
| Pressure-bearing type |
Internal pressure |
| Time keeping time |
Four digits display 0~9999 (H hours, M minutes, scan be switched in seconds) |
| Observation window |
The door of the box is equipped with a window. The window glass is made of multi-layer vacuum glass, with automatic defrosting function, the glass surface film electronic heating can ensure that the glass surface is free of frost and condensation during any test. |
| Atmospheric pressure |
5Kpa.-100Kpa. (Adjustable) |
| Air pressure fluctuations |
≤5% |
| Vacuum degree |
The standard requirement is 11.6Kpa, vacuum representation value-89.7Kpa. |
| Power supply |
AC220V 50Hz./380V 50Hz |
| USB interface |
Test data can be exported |
Note: Tailor the dimensions of the chamber to perfectly align with your specific operational needs, delivering unparalleled flexibility and precision within your testing configurations.
Structural Technology
1. The Company's Hardware Equipment:
Introducing our cutting-edge selection of imported precision machinery sourced from Germany and Taiwan, showcasing the premium AMADA AIRS.-255NT Punching system. From high-precision carbon oxide to versatile argon welding machines, each apparatus represents the pinnacle of precision and revolutionary design. Explore the flexibility of multiple AutoCAD Inventor 3D drawing software applications, masterfully employed for sheet metal design, disassembly, and virtual assembly, redefining the standard of modern manufacturing excellence.
2. Expertly crafted with premium galvanized steel, the shell's durability is significantly enhanced by a superior electrostatic powder spray baking paint finish, delivering both remarkable aesthetic appeal and long-lasting protection.
Three. Exquisitely crafted from imported SUS #304 stainless steel, the inner box undergoes a thorough full argon arc welding process, effectively minimizing high-temperature and high-humidity air leakage. Its intelligently designed rounded corners ensure efficient condensate drainage, optimizing the system's overall performance.
Revolutionary Refrigeration System Technology
Step into the future of thermal regulation with our 3D-optimized refrigeration system management. This advanced system employs pioneering frequency conversion control technology to deliver precise and adaptable thermal regulation, ensuring unmatched accuracy.
Ingeniously designed, our variable frequency refrigeration system adjusts compression speed using a frequency converter, maintaining consistent cooling output that mirrors real-time test chamber demands. As temperatures fluctuate, the compressor frequency automatically adapts, maximizing energy efficiency and accelerating cooling capabilities for superior performance.
Our test chamber's sophisticated variable frequency refrigeration system adeptly maintains a stable temperature environment with minimal fluctuation. This system ensures balanced suction and exhaust pressures, thereby optimizing consistency and reliability in operations.
Uncover unmatched energy efficiency with our advanced refrigeration system technology, featuring cutting-edge energy-saving innovations that set new standards for sustainability.
1. Experience the forefront of technology with our state-of-the-art PID and PWM-driven VRF technology. This system harnesses electronic expansion valves for exceptional thermal flow control, achieving remarkable low-temperature energy efficiency. The powerful PID + PWM systems work in tandem to enhance refrigerant flow regulation, operating seamlessly without auxiliary heating.
Achieve automatic temperature stability with our precise three-way flow adjustment across refrigeration, cold side, and heating side pipelines. This highly effective technique excels in low-temperature scenarios, reducing energy consumption by 30% and optimizing performance.
Harness our groundbreaking technology, pioneered by the distinguished Danish Company's ETS System electronic expansion valve. This dynamic system adeptly adjusts refrigeration capacity to accommodate diverse cooling rates, thereby optimizing compressor cooling capabilities.
2. Our groundbreaking dual compressor group design technology autonomously adjusts start-stop operations according to load conditions, ensuring peak efficiency within our advanced series design framework.
The refrigeration unit configuration features an ingenious binary compound of semi-closed compressors coupled with a fully dense single-stage system. This intelligent design adapts to varying load demands, ensuring optimal cooling capacity and prolonging compressor lifespan.
Innovative Cold Circuit Technology
Our meticulously designed power distribution layout, crafted in accordance with technical department blueprints, leverages components from globally acclaimed electrical brands to ensure unparalleled reliability.
At Guangdong MENTEK Testing Equipment Co., Ltd, we are proud to incorporate esteemed brands such as Omron and Germany Phoenix Terminal into our designs. Each line code is meticulously marked for ease of use and reliability. By selectively choosing only the most reputable brands in China, we ensure superior performance and longevity.
With our unwavering commitment to quality, Pearl River Cable stands as our brand of choice, ensuring exceptional wire performance and durability. Our control lines, designed with a minimum specification of 0.75 Square RV soft copper wire, boast superior conductivity and reliability. Major load components in our systems, such as motor compressors, strictly adhere to EC standards. We meticulously select trap diameters to align with cable groove wiring safety and current standards, ensuring optimal performance and safety. The meticulous sealing of the machine's cable port expertly prevents frost-induced short circuits, providing unparalleled protection for the terminal within the junction box.
Each terminal fixing screw is fastidiously secured with a standard fixed torque, guaranteeing a swift and dependable connection. This meticulous attention to detail effectively eliminates potential hazards like loose connections and fires, significantly bolstering both safety and reliability in every application.
Refrigeration Series Process: A Comprehensive Approach
1. Standardization: The First Step to Excellence
1.1 Our process of high-quality steel pipe installation and adherence to rigorous welding standards underscore our steadfast dedication to excellence, ensuring unmatched reliability in every product.
By strictly following expertly devised standard pipe layouts, we deliver exceptional stability and reliability across our model systems. This dedication highlights our unwavering pursuit of superior quality and performance in all our offerings.
1.2 Utilizing cutting-edge Italian imported pipe bending machinery, we achieve precise and seamless bends in steel pipes. This advanced technology significantly reduces welding points and minimizes oxide formation within the tubes during welding, substantially enhancing the system's overall reliability and longevity.
Ensuring System Reliability is Our Utmost Priority
Shockproof Design with Robust Pipeline Support for Unmatched Durability
2.1 At MENTEK, we adhere to stringent standards for shock prevention and support of refrigeration copper pipes. By meticulously assessing seismic protection scenarios, we incorporate precision-engineered arc bends and specialized nylon fixed clamps. This innovative methodology prevents deformation and leakage caused by circular vibrations and temperature fluctuations, thereby significantly boosting the entire refrigeration system's reliability and durability.
Elevating Reliability Across the Entire Refrigeration System
2.2 State-of-the-Art Oxidation-Free Welding Process
It is widely acknowledged that pipeline cleanliness is critical to the efficiency and longevity of refrigeration systems. MENTEK employs an advanced standardized charging welding process, meticulously preventing excessive oxide contamination during welding, ensuring peak system performance and reliability.
Through precise and meticulous practices, MENTEK significantly enhances the efficiency of the refrigeration system and extends its operational lifespan. By expertly minimizing oxide pollution during the welding process, we maximize system reliability and performance, setting new standards in excellence.
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