Precision Battery Thermal Shock Heat Abuse Testing Chamber for Product Reliability Tester
Product Description
Relevant standard test requirements
Meet the standards: IEC.62133-2012,UL.1642, United Nations 38.3 and 31241-2014 Standard heat abuse: Put the battery according to 4.5.1 Prescribed tests
After the method is fully charged, put the battery into the test chamber. Test chamber with (5±2)ºC/min. The heating rate is heated up, when the temperature in the box reaches 130ºC constant temperature after ±2ºC, and continue for 30min. The battery does not catch fire or explode.
| Model |
MBS-RC125 |
MBS-RC216 |
MBS-RC512 |
MBS-RC1000 |
| 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 |
700*1250*600 |
820*1380*800 |
1020*1580*1000. |
1250*1800*1150 |
| Condition |
It refers to the ambient temperature +25ºC, no load (some parameters according to the notes) when there is no sample |
| Temperature range |
RtºC to 150ºC |
| Temperature fluctuation |
±0.5ºC |
| Temperature deviation |
≤±2ºC |
| Temperature uniformity |
≤1ºC |
| Warm-up time |
+RTºC rises to +150ºC about (5ºC/min±2ºC) |
| Inner box material |
SUS304 mirror 3 decent stainless steel |
| Outer box material |
SECC.Steel plate, fine powder baked paint (thickness 1.5mm) |
| Bottom |
Universal wheel |
| Observation window |
350*350mm (20mm Explosion-proof glass) |
| Power supply voltage |
220V 50Hz |
| Heating power |
About 3kW |
| Power |
2.0kW |
| USB interface |
Test data can be exported |
| Auxiliary functions |
Explosion-proof pressure relief device, smoke exhaust device |
Note: Custom tailor the dimensions of the chamber to seamlessly align with your operational needs, offering unparalleled flexibility and precision to optimize your testing parameters.
Main features
1. Explosion-proof and pressure relief port. When the battery explodes, the pressure is released to prevent the deformation of the box or the door of the box from falling off.
2. Box door plus explosion-proof chain, glass window plus explosion-proof grille. Prevent the box door from falling off or the glass splashing when the battery explodes.
3. Tef-lon treatment and insulation of the inner box and test rack. High temperature resistance, withstand friction, prevent the battery electrode and the polar ear from short-circuiting the box.
Structural Technology
1. The Company's Hardware Equipment:
Discover our top-tier selection of imported precision machinery from Germany and Taiwan, featuring the prestigious AMADA AIRS.-255NT Punching system. From carbon oxide to argon welding machines, each device exemplifies cutting-edge precision and groundbreaking innovation. Unleash the potential of multiple AutoCAD Inventor 3D drawing software applications, expertly applied in sheet metal design, disassembly, and virtual assembly, setting a revolutionary benchmark in modern manufacturing excellence.
2. Crafted with unparalleled expertise, the shell is made from premium galvanized steel and enhanced with an advanced electrostatic powder spray baking paint finish. This finishing touch not only offers aesthetic appeal but also provides enduring protection, ensuring robustness and longevity.
Three. Expertly crafted using imported SUS #304 stainless steel, the inner box benefits from an exhaustive full argon arc welding process, which minimizes high-temperature and high-humidity air leakage. Its meticulously designed rounded corners facilitate efficient condensate drainage, enhancing the system's overall performance.
Revolutionary Refrigeration System Technology
Step into the future of thermal regulation with our 3D-optimized refrigeration system management. Utilizing pioneering frequency conversion control technology, it ensures precise and adaptable thermal regulation-an embodiment of precision engineering.
Our ingeniously designed variable frequency refrigeration system adjusts compression speed using a frequency converter while maintaining a fixed power supply frequency of 50HZ. This innovation allows cooling output to perfectly align with real-time test chamber loads. As chamber temperatures fluctuate, the compressor frequency automatically adapts to optimize energy efficiency and enhance cooling capabilities, providing unrivaled performance.
Our test chamber's variable frequency refrigeration system is a marvel of engineering, maintaining a stable temperature environment with minimal fluctuation. This ensures balanced suction and exhaust pressures, optimizing operational consistency and reliability.
Experience extraordinary energy efficiency with our advanced refrigeration system technology, bolstered by cutting-edge energy-saving innovations.
1. Harness the power of advanced PID and PWM-driven VRF technology with electronic expansion valves for exceptional thermal flow control and outstanding low-temperature energy efficiency. The harmonious operation of PID + PWM systems optimizes refrigerant flow regulation, effectively eliminating the need for auxiliary heating.
Achieve automatic temperature stability with precise three-way flow adjustment across refrigeration, cold side, and heating side pipelines. This innovative approach proves highly effective in low-temperature scenarios, reducing energy consumption by 30% while optimizing performance.
Our revolutionary technology, based on the acclaimed Danish Company's ETS System electronic expansion valve, dynamically adjusts refrigeration capacity to accommodate varying cooling rates, thereby enhancing compressor cooling capabilities.
2. Our innovative dual compressor group design technology intelligently adjusts start-stop operations based on load conditions, maximizing efficiency within our advanced series design framework.
The refrigeration unit configuration features a sophisticated binary compound of semi-closed compressors paired with a fully dense single-stage system. This intelligent design adapts seamlessly to load requirements, ensuring optimal cooling capacity and extending the lifespan of compressors.
Innovative Cold Circuit Technology
Our meticulously crafted power distribution layout, designed according to technical department blueprints, employs globally renowned electrical component brands to deliver unparalleled reliability.
At Guangdong MENTEK Testing Equipment Co., Ltd, we proudly incorporate esteemed brands like Omron and GermanyPhoenixTerminal into our designs. Each line code is clearly marked for ease of use and reliability. By selecting only the most reputable brands in China, we guarantee superior performance and durability.
With the prestigious Pearl River Cable as our esteemed brand of choice, we promise nothing less than extraordinary wire quality and unparalleled performance. Our sophisticated control lines, equipped with a superior minimum specification of 0.75 Square RV soft copper wire, offer exceptional conductivity and strength. The major load components, notably motor compressors, not only meet but exceed EC standards. We meticulously select trap diameters to strictly adhere to cable groove wiring safety current standards, ensuring the utmost in safety. The machine's cable port is expertly sealed with precision to prevent frost-induced short circuits, thereby safeguarding the terminal within the junction box, assuring unmatched reliability and protection.
All terminal fixing screws are precisely and meticulously connected using a standardized fixed torque. This meticulous attention to detail ensures a swift, secure, and reliable connection, effectively eradicating potential hazards such as loose fires. This meticulous approach significantly bolsters the safety and reliability of our systems, ensuring peace of mind and long-term durability.
Refrigeration Series Process: A Comprehensive and Holistic Approach
1. Standardization: The Essential First Step Towards Unmatched Excellence
1.1 Our impeccable high-quality steel pipe piping process, alongside our stringent and precise welding standards, exemplify our unwavering and relentless commitment to excellence, reliability, and superior performance.
By meticulously adhering to expertly curated and standardized pipe layouts, we guarantee unrivaled stability and reliability within our model systems. This unwavering commitment highlights our dedication to delivering products of exceptional quality, unmatched performance, and enduring value.
1.2 By harnessing the advanced technology of cutting-edge Italian imported pipe bending machinery, we effortlessly and seamlessly bend steel pipes. This sophisticated process dramatically reduces the number of welding points and minimizes the generation of oxides within the tubes during welding. This significantly enhances the overall reliability and longevity of the system, ensuring long-term performance and dependability.
Ensuring System Reliability is Our Utmost and Paramount Priority
Shockproof Design with Robust Pipeline Support for Unmatched and Unparalleled Durability
2.1 At MENTEK, we steadfastly uphold rigorous standards for the support and shock prevention of refrigeration copper pipes. Through thorough and meticulous evaluation of seismic protection scenarios, we incorporate precision-engineered arc bends and specialized nylon fixed clamps. This innovative and forward-thinking approach prevents deformation and leakage due to circular vibrations and temperature fluctuations. In doing so, we significantly enhance the reliability and durability of the entire refrigeration system, ensuring long-lasting effectiveness and efficiency.
Elevating Reliability Across the Entire and Comprehensive Refrigeration System
2.2 State-of-the-Art, Cutting-Edge Oxidation-Free Welding Process
It is universally recognized that maintaining cleanliness within refrigeration systems' pipelines is crucial for their efficiency and operational lifespan. MENTEK employs an advanced, standardized charging welding procedure, meticulously designed to prevent excessive oxide contamination during the welding process. This ensures optimal system performance and longevity, maximizing the efficiency and reliability of the entire system.
Through meticulous and expert practices, MENTEK significantly enhances the refrigeration system's efficiency and extends its operational lifespan. By expertly minimizing oxide pollution during welding, we maximize system reliability and performance, ensuring exceptional results and long-term success.
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