Cold Hot Shock Testing Machine for Industrial Applications Temperature Test Equipment
Product Description
Product features:
1. Adopt the two-box method to shock, it can shorten the test temperature recovery time. Approve carry out the update strict test conditions;
2. Adopt the three-box method of impact. It can be increased in high and low temperature impact conditions. Exposure at room temperature;
3. The large two-box impact box can be designed as left and right translation as required.
Main Parameters
| Model |
MTS-050 |
MTS 100 |
MTS-150 |
MTS 200 |
MTS 300 |
| Machine size W*H*D (cm) |
35*40*36 |
50*50*40 |
60*50*50 |
65*50*62 |
90*50*67 |
| Box size W*H*D (cm) |
135*175*137 |
140*180*137 |
150*185*150 |
155*185*165 |
180*185*170 |
| Pre-heating temperature range |
+60ºC~+200ºC |
| Pre-cooling temperature range |
-0ºC~-78ºC |
| Property |
Test temperature range |
-60ºC~+150ºC |
| -10ºC~40ºC; 10ºC~65ºC |
| Temperature fluctuation |
±0.5ºC |
| Temperature conversion time |
5min |
| Preheating box heating time |
ºC |
150 |
150 |
150 |
150 |
150 |
| |
min |
30 |
40 |
40 |
40 |
40 |
| Cooling time of pre cooling box |
ºC |
-40,-55,-65 |
-40,-55,-65 |
-40,-55,-65 |
-40,-55,-65 |
-40,-55,-65 |
| |
min |
70,80,90 |
70,80,90 |
70,80,90 |
70,80,90 |
70,80,90 |
| Material |
Casing |
High strength cold-rolled steel plate double-sided fine powder baking paint |
| Inner wall |
SUS # 304 Stainless Steel 2B Panel |
| Thermal insulation material |
Glass fiber+polyurethane foam |
| System |
Fan |
Centrifugal fans with different power and speed are used for high temperature box, low temperature box, and test box respectively |
| Heater |
High quality nickel chromium alloy heater |
| Cooling system |
Fully enclosed compressors imported from France or semi enclosed compressors imported from Germany. Binary cascade refrigeration+finned evaporator+pure aluminum accumulator |
| Controller |
Original Japanese imported 7-inch TFT touch screen |
| Accessory |
2 compartments, 1 (optional lead hole), 1 recorder (optional) |
| Protector |
No fuse switch, compressor overpressure, overheating, overcurrent protection, fuse, water flow protection. Phase sequence protection, oil pressure protection, and pressure relief protection. Low pressure protection, pneumatic cylinder protection, temperature limit protection |
| Electric power(kW) |
AC3380V, 50Hz |
| 20,21,22 |
20,21,22 |
22,23,25 |
28,38,45 |
30,40,50 |
Note: Customization is available to precisely match the specific size requirements of the user.
Structural Technology
1. The Company's Hardware Equipment:
We proudly introduce our state-of-the-art assortment of imported precision machinery from Germany and Taiwan, showcasing the elite AMADA AIRS.-255NT Punching system. From carbon oxide to argon welding machines, every piece exemplifies cutting-edge precision and extraordinary innovation. Experience the versatility of multiple AutoCAD Inventor 3D drawing software applications, masterfully employed for sheet metal design, disassembly, and virtual assembly, setting a new standard in the realm of modern manufacturing excellence.
2. Crafted with exceptional expertise from premium galvanized steel, the shell's robustness is significantly enhanced through an advanced electrostatic powder spray baking paint finish, offering both aesthetic allure and enduring protection for long-lasting durability.
Three. Skillfully crafted with imported SUS #304 stainless steel, the inner box benefits from a comprehensive full argon arc welding process, minimizing high-temperature and high-humidity air leakage. Its thoughtfully designed rounded corners facilitate efficient condensate drainage, thereby optimizing the system's overall performance and reliability.
Revolutionary Refrigeration System Technology
Step into the future of thermal regulation with our 3D-optimized refrigeration system management, employing cutting-edge frequency conversion control technology to ensure precise and adaptable thermal regulation, tailored to your needs.
Our ingeniously designed variable frequency refrigeration system adjusts compression speed using a frequency converter, despite a fixed power supply frequency of 50HZ. This allows the cooling output to seamlessly align with real-time test chamber loads. As chamber temperatures fluctuate, the compressor frequency automatically adjusts to maximize energy efficiency and accelerate cooling capabilities, offering unmatched performance.
Our test chamber's variable frequency refrigeration system expertly maintains a stable temperature environment with minimal fluctuation. This innovative system ensures balanced suction and exhaust pressures, thereby optimizing operational consistency and reliability for superior results.
Discover unmatched energy efficiency with our advanced refrigeration system technology, brilliantly complemented by cutting-edge energy-saving innovations to provide sustainable and powerful performance.
1. Embrace pioneering PID and PWM-driven VRF technology, which utilizes electronic expansion valves for superior thermal flow control, achieving remarkable low-temperature energy efficiency. The synergistic function of PID + PWM systems enhances refrigerant flow regulation, effectively operating without the need for auxiliary heating.
Achieve automatic temperature stability through precise three-way flow adjustment across refrigeration, cold side, and heating side pipelines. This method proves highly effective in low-temperature scenarios, reducing energy consumption by 30% and optimizing performance for outstanding results.
Our groundbreaking technology, based on the reputable Danish Company's ETS System electronic expansion valve, dynamically adapts refrigeration capacity to accommodate diverse cooling rates, thereby optimizing compressor cooling capabilities for peak efficiency.
2. Our innovative dual compressor group design technology automatically adjusts start-stop operations according to load conditions, maximizing efficiency within our advanced series design framework for optimal performance.
The refrigeration unit configuration features a sophisticated binary compound of semi-closed compressors combined with a fully dense single-stage system. This intelligent design adapts to load requirements, ensuring optimal cooling capacity and extending compressor longevity for sustainable performance.
Innovative Cold Circuit Technology
Our meticulous power distribution layout, crafted according to technical department blueprints, leverages globally renowned electrical component brands to ensure unmatched reliability and superior performance.
At Guangdong MENTEK Testing Equipment Co., Ltd, we proudly utilize esteemed brands like Omron, and Germany Phoenix Terminal for our designs, ensuring each line code is clearly marked for ease of use and reliability. By carefully selecting only the most reputable brands in China, we guarantee superior performance, exceptional durability, and unmatched quality.
With Pearl River Cable as our esteemed brand of choice, we assure exceptional wire quality and performance that elevates every application. Our superior control lines, featuring a robust minimum specification of 0.75 Square RV soft copper wire, offer impeccable conductivity. Major load components, including motor compressors, meet the stringent EC standards, with precisely chosen trap diameters to conform to cable groove wiring safety current standards. The machine's cable port is expertly sealed, offering robust protection against frost-induced short circuits, thus safeguarding the terminal in the junction box and ensuring seamless performance.
All terminal fixing screws are meticulously interconnected using standard fixed torque to guarantee a fast and reliable connection, effectively mitigating potential hazards such as loose fires. This meticulous attention to detail not only enhances safety but also significantly boosts reliability, providing peace of mind for all users.
Refrigeration Series Process: A Comprehensive Approach
1. Standardization: The First Step to Excellence
1.1 Our high-quality steel pipe piping process, combined with our stringent welding standards, exemplifies our unwavering commitment to excellence and reliability. This dedication ensures every component is crafted to perfection, reinforcing our reputation for delivering superior quality.
By meticulously following expertly curated standard pipe layouts, we ensure unparalleled stability and reliability in our model systems. This steadfast commitment underscores our dedication to providing products of exceptional quality and performance that exceed expectations.
1.2 Harnessing the power of cutting-edge Italian imported pipe bending machinery, we effortlessly bend steel pipes with precision. This sophisticated process dramatically reduces welding points and minimizes the generation of oxides within the tubes during welding, significantly enhancing the overall reliability and longevity of the system, ensuring that our products stand the test of time.
Ensuring System Reliability is Our Utmost Priority
Shockproof Design with Robust Pipeline Support for Unmatched Durability
2.1 At MENTEK, we uphold rigorous standards for the support and shock prevention of refrigeration copper pipes. Through comprehensive evaluations of seismic protection scenarios, we incorporate precision-engineered arc bends and specialized nylon fixed clamps. This innovative approach effectively prevents deformation and leakage caused by circular vibrations and temperature fluctuations, thereby significantly enhancing the reliability and durability of the entire refrigeration system.
Elevating Reliability Across the Entire Refrigeration System
2.2 State-of-the-Art Oxidation-Free Welding Process
It is universally recognized that the purity within refrigeration systems' pipelines is crucial to their efficiency and operational lifespan. MENTEK employs an advanced standardized charging welding procedure, meticulously preventing excessive oxide contamination during the welding process, thus ensuring optimal system performance and extending longevity.
Through meticulous practices, MENTEK significantly enhances the refrigeration system's efficiency and extends its operational lifespan by expertly minimizing oxide pollution during welding. This careful attention maximizes system reliability and performance, paving the way for exceptional operational excellence.
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