Industrial Thermal Extreme Shock Chamber Equipment for Hot Cold Testing Device Tester
Product Description
Step into the future of environmental simulation with the exceptional Guangdong Humid Testing Chamber, a signature offering from Guangdong MENTEK Testing Equipment Co., Ltd., the pioneers in the industry. This chamber is a testament to engineering excellence, offering unparalleled versatility and precision for those seeking the frontier of high and low-temperature evaluations. Ideal for testing electrical components, products, parts, and materials, this next-generation chamber stands as the ultimate ally in managing constant, gradient, and rapid temperature fluctuations, alongside comprehensive wet heat analyses. Elevate your testing standards with MENTEK's advanced chambers, consistently surpassing the prestigious Chinese national benchmarks T10586-2006 and T10592-2008, and experiencing the pinnacle of reliability and performance.
| Model |
MTS-050 |
MTS 100 |
MTS-150 |
MTS 200 |
MTS 300 |
| Machine size Width*Height*Depth(CM) |
35×40×36 |
50×50×40 |
60×50×50 |
65×50×62 |
90×50×67 |
| Box size Width*Height*Depth(CM) |
135×175×137 |
140×180×137 |
150×185×150 |
155×185×165 |
180×185×170 |
| Preheating temperature range |
+60ºC~+200ºC |
| Pre-cooling temperature range |
-0ºC~-78ºC |
| |
Test temperature range |
-60ºC~+150ºC |
| |
|
-10ºC~40ºC; 10ºC~65ºC |
| Property |
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: Our bespoke customization service ensures each chamber perfectly aligns with the unique size requirements of our esteemed clientele.
The equipment meets the following testing standards
Our sophisticated testing apparatus embodies a rigorous adherence to a comprehensive suite of standards: Conforming to National Standard/T2423.1-2008 Test A for Low Temperature and National Standard/T4243.2-2008 Test B for Partial High Temperature, it also complies with Test Cab for Constant Humidity and Heat under National Standard/T2433.3-2006. The chamber further aligns with the reputable Chinese National Standard/T2423.4-2008 for Change, Damp Heat, and stands in accordance with China National Standard/T2423.34-2012 Test Z/AnnoDominique. Every aspect is meticulously designed to support an extensive range of temperature and humidity conditions, ensuring comprehensive and robust performance across all testing scenarios.
Structure of the testing chamber
Crafted with meticulous precision, the testing chamber's structure is fortified with an outer shell made from premium galvanized color steel plate, delivering unparalleled durability and protection.
Inside, these chambers are lined with SUS304 stainless steel plates, featuring adaptable hanging hole strips for versatile configuration. Each chamber is reinforced with a 10 cm thick insulating layer, combining rigid polyurethane foam with glass wool for superior thermal efficiency. The inner and outer doors are seamlessly bonded using top-tier electric wood chicken glass fiber board frames, ensuring exceptional insulation at low temperatures. Additionally, the dual-channel silicone foam door sealing strip is expertly crafted to withstand extreme temperature conditions.
Experimental space air circulation:
Our chamber incorporates a cutting-edge air supply system, utilizing high and low-temperature resistant, multi-blade aluminum wind turbines powered by advanced motors. These turbines ensure optimal air circulation through top louvers, returning from below to achieve extraordinary temperature uniformity, maintaining fluctuations within 2 ºC across a sprawling range of -70~100 ºC. This precision is maintained at an international benchmark standard of 10 points.
Controller operating system
The system features an ultra-efficient, low-power (8W) temperature and humidity control device, providing remarkable precision with a temperature control accuracy of ±3 ºC.
1. High resolution screen:
Witness the pinnacle of clarity with the 7-inch TET true-color LCD resistive touch screen, offering an astonishing resolution of 800 * 480 for superior visual excellence.
2. High program capacity:
Equipped with an expansive memory capacity, the system stores an impressive array of 1000 programs with 1000 segments, supports 999 total and partial loops, features 10 program linking functionalities, and delivers real-time temperature curve displays to streamline querying and analysis.
3. High data storage capacity:
Easily transfer historical data spanning up to 300 days, using direct uploads via hard disk or network cable to your computer, or seamlessly load into the controller for continuous accessibility.
4. Easy connection:
With LAN standard Ethernet communication, the controller effortlessly manages up to 16 device connections through a unified software platform. Its outflow interface simplifies integration into regional networks, enabling intuitive remote program control, real-time monitoring, and historical curve replay functionalities.
Heating and humidification system
Experience the zenith of technological advancement with our Industrial Thermal Shock Chamber Equipment, featuring a cutting-edge design that integrates advanced bare wire nickel-chromium alloy electric heating tubes. These tubes promise remarkably low thermal inertia and minimize heating overshoot, ensuring unparalleled temperature precision. Our sophisticated power controls meticulously maintain these temperature fluctuations, guaranteeing peak performance and reliability in every operation.
1. Humidifier:
Elevate your environmental testing precision with our state-of-the-art humidification solutions. Embrace the innovation of a humidification cylinder employing the tried-and-true boiler method for exceptional moisture uniformity. For those in pursuit of rapid and precise environmental control, our surface humidification technology, driven by the efficient water plate method, offers unparalleled speed and accuracy. It effortlessly purges impurities like scale within the chamber. Especially ideal for dyeing applications in low humidity conditions, our system promises straightforward maintenance. The sleek stainless steel exterior of our humidification tube boasts insulation resistance exceeding 50M Ω and features a dependable anti-dry burning controller that sets new safety standards.
2. Maximizing Water Efficiency and Energy Conservation:
Step into the future of water and energy management with our ingeniously designed 25L front-mounted water tank. This tank features a quick-connect system, delivering seamless convenience and enabling easy disassembly for hassle-free cleaning while maintaining high precision standards. Achieve precise dehumidification control across three distinct humidity zones, strictly adhering to national standards for high temperature and humidity at 85 º C and 85% RH. By deactivating the point cooling and dehumidification system, our pioneering sealed design dramatically reduces water consumption, leading the charge in sustainable operations.
Shield your investment with our robust equipment, meticulously engineered to withstand even the harshest testing environments. Providing unrivaled reliability and superior performance, it ensures your operations never falter.
1. Selecting the Circulating Air Mode: Choose between Courtyard Air Supply or a Variable Speed Motor
Addressing products with specific wind speed requirements, our custom solutions offer exceptional precision and adaptability, ensuring your equipment performs optimally, tailored to your exact needs.
2. Selecting the Ideal Water Supply System: RO Reverse Osmosis
When precision in humidification is non-negotiable, our system guarantees a continuous supply of pure water through an automated production process, delivering maximum convenience and efficiency for your operations.
3. Cutting-Edge Polymer Film/Rotor Dehumidification System
For critical long-term testing in low-temperature and low-humidity conditions, our advanced cellular chemical dehumidification system offers the ultimate solution. It supports an extensive humidity range down to 10 º C/10% RH or lower, effortlessly meeting the most demanding requirements.
4. LN.Two/ .LCO.2
Explore our range of top-tier professional products, offering a wide array of specifications. Sourced directly from leading manufacturers across Europe and the United States, we ensure the highest standards of quality and reliability. LN.Two/ .LCO.2
Harness the power of our high-performance solenoid valves and state-of-the-art control systems. Meet your urgent testing needs with rapid thermal acceleration and precise temperature regulation, ensuring unmatched efficiency and accuracy.
5. Revolutionary Ultrasonic Cooling and Humidification System
Overcome the challenges of dynamic testing under demanding heat loads with our revolutionary ultrasonic cooling and humidification system. Specifically designed to excel in high temperature and humidity environments, deploy it as an auxiliary component to achieve optimal testing performance.
6. Integrate a Glass Inner Door and Enable Manual Operation Access
Innovatively designed to reduce environmental impact during frequent testing or object movements, our glass inner door (∧ 125Mm * Ea.) allows for manual operations, significantly diminishing disruptions from frequent door openings, and enhancing testing accuracy and integrity.
7. Real-Time Test Data Collection Recorder
In scenarios demanding simultaneous multiple temperature measurements, rely on our recorder that strictly complies with specification standards. A tape recorder stands as your most reliable option to meet these stringent needs.
8. Computer Connection Operation Recording Software
Engineered with precision for Mattel's advanced environmental measuring machine suite, our avant-garde connection software offers a transformative user experience with its sophisticated functionalities. Effortlessly oversee a multitude of machines, swiftly access operational data, and indulge in unparalleled electronic features that redefine user-friendliness.
Structural Technology
1. The Company's Hardware Equipment:
Introducing a distinguished collection of imported precision machinery from Germany and Taiwan, featuring the elite AMADA AIRS-255NT Punching system. Each apparatus, from carbon oxide to argon welding machines, exemplifies precision and pioneering innovation. Elevate your manufacturing prowess with AutoCAD Inventor 3D software, enabling sheet metal design, disassembly, and virtual assembly, setting an unprecedented benchmark in manufacturing excellence.
2. Crafted with unparalleled expertise using premium galvanized steel, the shell's resilience is further augmented through an advanced electrostatic powder spray baking paint finish, ensuring aesthetic refinement and enduring protection.
Three. Meticulously engineered with imported SUS #304 stainless steel, the inner box undergoes a thorough full argon arc welding process, significantly reducing air leakage in high-temperature, high-humidity environments. Its smartly designed rounded corners facilitate efficient condensate drainage, enhancing system performance.
Revolutionary Refrigeration System Technology
Experience the future of thermal control with our 3D-optimized refrigeration system management, which employs cutting-edge frequency conversion control technology for precise and adaptable thermal regulation, delivering exceptional performance.
Our ingenious variable frequency refrigeration system skillfully adjusts compression speed using a frequency converter, accommodating a fixed power supply frequency of 50HZ. This breakthrough allows cooling output to align seamlessly with real-time test chamber loads. As temperatures vary, the compressor frequency dynamically adjusts to boost energy efficiency and accelerate cooling prowess, ensuring unrivaled performance.
The variable frequency refrigeration system of our test chamber guarantees a stable temperature environment with minimal fluctuation. This cutting-edge technology maintains balanced suction and exhaust pressures, optimizing operational consistency and reliability.
Uncover extraordinary energy efficiency with our cutting-edge refrigeration system technology, enriched by groundbreaking energy-saving innovations.
1. Harness state-of-the-art PID and PWM-driven VRF technology, utilizing electronic expansion valves for extraordinary thermal flow control, achieving remarkable low-temperature energy efficiency. The harmonious operation of PID + PWM systems enhances refrigerant flow regulation, effectively functioning without auxiliary heating.
Attain automatic temperature stability through precise three-way flow adjustment across refrigeration, cold side, and heating side pipelines. This method excels in low-temperature scenarios, cutting energy consumption by 30% and optimizing overall performance.
Our pioneering technology, inspired by the esteemed Danish Company's ETS System electronic expansion valve, dynamically adjusts refrigeration capacity to meet varying cooling rates, thereby optimizing compressor cooling potential.
2. Our innovative dual compressor group design technology automatically adjusts start-stop operations based on load conditions, maximizing efficiency within our advanced series design framework.
The refrigeration unit configuration features a binary compound of semi-closed compressors, paired with a fully dense single-stage system. This intelligent design adapts to load requirements, ensuring optimal cooling capacity and prolonging compressor lifespan.
Innovative Cold Circuit Technology
Our meticulously designed power distribution layout, developed according to technical department blueprints, utilizes world-renowned electrical component brands to ensure unparalleled reliability and performance.
At Guangdong MENTEK Testing Equipment Co., Ltd, we are proud to integrate prestigious brands like Omron and GermanyPhoenixTerminal into our designs, with clearly marked line codes for ease of use and reliability. By selecting only the most reputable brands in China, we deliver superior performance and durability.
With Pearl River Cable as our flagship brand, we guarantee unmatched wire quality and superior performance. Our control lines, with a minimum specification of 0.75 Square RV soft copper wire, promise exceptional conductivity. Major load components, such as motor compressors, strictly comply with EC standards. Our precise selection of trap diameters ensures cable groove wiring meets safety current standards. The machine's cable port is expertly sealed to prevent frost-induced short circuits, keeping the terminal in the junction box secure and protected.
Each terminal fixing screw is carefully connected using industry-standard fixed torque, ensuring a quick and reliable connection that eliminates potential risks like loose connections or fires. This meticulous attention to detail greatly enhances the safety and reliability of our systems.
Refrigeration Series Process: A Thorough and Comprehensive Strategy
1. Standardization: The First Step Towards Unwavering Excellence
1.1 Our premium-grade steel pipe piping process, combined with stringent welding standards, showcases our enduring commitment to excellence and reliability in every product.
By strictly adhering to carefully curated standard pipe layouts, we ensure unmatched stability and reliability in our model systems, emphasizing our dedication to delivering superior quality and high-performance products.
1.2 Utilizing the advanced capabilities of Italian imported pipe bending machinery, we achieve seamless steel pipe bending. This innovative process reduces welding points and minimizes oxide formation within the tubes during welding, significantly enhancing the system's overall reliability and longevity.
Ensuring System Reliability: Our Paramount Objective and Commitment
Shockproof Design with Reinforced Pipeline Support for Superior Durability
2.1 At Meitec, we uphold high standards for the support and shock prevention of refrigeration copper pipes. Through comprehensive seismic protection evaluations, we incorporate precision-engineered arc bends and specialized nylon fixed clamps. This innovative strategy prevents deformation and leakage from circular vibrations and temperature fluctuations, significantly enhancing the reliability and durability of the entire refrigeration system.
Elevating Reliability Throughout the Entire Refrigeration System
2.2 Cutting-Edge Oxidation-Free Welding Process
It is widely acknowledged that cleanliness within refrigeration systems' pipelines is crucial to their efficiency and operational lifespan. Metco utilizes a pioneering standardized charging welding procedure to prevent excessive oxide contamination during welding, ensuring peak system performance.
Through precise and meticulous practices, Metco significantly enhances the efficiency of refrigeration systems and extends their operational lifespan by expertly minimizing oxide pollution during welding, thus maximizing system reliability and peak performance.
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