Quick Temperature Climate Change Testing Chamber for Accurate Thermal Environment Analysis
Product Description
Introducing the unparalleled Guangdong Humid Testing Chamber, an extraordinary marvel in environmental simulation, crafted with both versatility and precision at its core. This state-of-the-art chamber is meticulously engineered to conduct comprehensive high and low-temperature tests on a diverse range of electrical components, various products, parts, and materials. Whether your testing requirements involve constant temperatures, gradual gradients, rapid thermal fluctuations, or wet heat assessments, MENTEK's advanced chambers are designed with meticulous attention to detail to not only meet but exceed the stringent Chinese national standards T10586-2006 and T10592-2008. This ensures unmatched reliability and performance, providing you with a testing solution that stands as a benchmark of excellence.
| Model |
|
MESS-280 |
MESS-500 |
MESS-1000 |
MESS-1500 |
| Parameter |
Temperature range |
-40~+150ºC(-20+80ºC):- 70+150ºC(-55+80ºC) |
| |
Temperature fluctuation |
±0.3ºC±0.5ºC |
| |
Temperature deviation |
± |
| |
Humidity deviation |
±3%RH(<75%RH)±5%RH (<=75%RH) |
| |
Heating and cooling rate |
5/10/15/20ºC/min |
| |
Standard load(aluminum ingot) |
5kg |
12kg |
25kg |
30kg |
| Structure |
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 |
| Cooling system |
Cooling method |
Single stage mechanical refrigeration/cascade two-stage compressor refrigeration method |
| |
refrigeration machine |
Imported compressor |
| Heater |
Strip heater |
| Observation window( mm) |
300*400/400*600 |
| Test hole( mm) |
50 at left side |
100 at right side |
| Temperature sensor |
Platinum resistance pt100 |
| Controller |
Original Japanese imported 7-inch TFT touch screen |
| Recording device |
Built in paperless recorder function (can be externally printed) |
| Interface |
UCB interface connection operation |
| Inner size(cm) |
Width |
70 |
80 |
100 |
130 |
| |
Height |
80 |
90 |
100 |
115 |
| |
Depth |
50 |
70 |
100 |
100 |
| Height of motor cover |
19 |
21 |
22 |
21 |
| Power |
AC380V50Hz Three-phase four-wire |
| Standard configuration |
1 product user manual. 1 experimental report, 1 certificate of conformity and quality assurance certificate, 2 partitions, and 1 set of silicone rubber soft plugs |
| Meet the configuration requirements |
GB11158\GBT2423\GC/T2423.1/T2423.2/GBT24423.2GJB1500.3\GJB15.0 |
Note:
1. The external dimensions are precisely determined based on the heating and cooling rate to ensure optimal functionality.
2. Water cooling type (water temperature precisely maintained between 10~28 ºC, with water pressure stabilized at 0.1~0.3Mpa) to guarantee exceptional cooling performance.
3. The chamber can be enhanced with the additional function of dampness and heat control for more versatile applications.
4. An optional dry air blowing system is available to further customize your testing environment.
5. Optional liquid nitrogen function is available, ensuring rapid cooling capabilities at an impressive rate of 30 ºC/min.
6. The above loads are standard configurations, which can be custom-tailored to meet specific customer requirements.
The equipment meets the following testing standards
Our cutting-edge testing equipment rigorously adheres to a comprehensive array of industry standards: National Standard/T2423.1-2008 Test A for Low Temperature, National Standard/T4243.2-2008 Test B for Partial High Temperature, National Standard/T2433.3-2006 Test Cab for Constant Humidity and Heat, and Chinese National Standard/T2423.4-2008 for Change, Damp Heat. Additionally, it complies with the prestigious China National Standard/T2423.34-2012 Test Z/AnnoDominique, supporting a vast array of temperature and humidity scenarios with its expansive performance capabilities.
Structure of the testing chamber
The formidable structure of the testing chamber features an outer shell crafted from premium galvanized color steel plate, ensuring enduring durability and superior protection against environmental factors.
Internally, the chambers are adorned with SUS304 stainless steel plates, featuring adaptable hanging hole strips for dynamic configurations. Each chamber is equipped with a test track frame, insulated by an impressive 10 cm thick layer of rigid polyurethane foam and glass wool. The inner and outer box doors are securely linked using high-quality electric wood chicken glass fiber board frames, providing exceptional low-temperature insulation. The silicone foam door sealing strip, ingeniously designed with dual channels, demonstrates remarkable temperature resistance.
Experimental space air circulation:
Utilizing a sophisticated air supply system, the chamber is equipped with high and low-temperature resistant multi-blade aluminum wind turbines, driven by powerful motors. These turbines expertly circulate air through upper louvers and return it from the bottom, maintaining a temperature uniformity of less than 2 ºC over an impressive range of -70~100 ºC, evaluated at an international standard of 10 points.
Controller operating system
The system is integrated with a state-of-the-art, low-power (8W) temperature and humidity control device, achieving outstanding accuracy with a temperature control precision of ±3 ºC.
1. High resolution screen:
Experience exceptional detail with a 7-inch TET true-color LCD resistive touch screen, offering an outstanding resolution of up to 800 * 480 for crystal-clear visibility.
2. High program capacity:
Equipped with expansive memory capabilities, it can store an impressive 1000 programs with 1000 segments, supports 999 total loops and 999 partial loops, features 10 program linking capabilities, and provides real-time temperature curve displays for seamless queries and analysis.
3. High data storage capacity:
Effortlessly transfer historical data spanning up to 300 days by uploading directly via hard disk or network cable to your computer, or conveniently load it into the controller for uninterrupted access and review.
4. Effortless Connectivity:
The controller is elegantly outfitted with LAN standard Ethernet communication, seamlessly orchestrating connections with up to 16 devices through an integrated software platform. Its intuitive outflow interface streamlines integration into regional networks, facilitating remote program control, real-time monitoring, and historical curve replay functions effortlessly.
Advanced Heating and Humidification System
By embracing bare wire nickel-chromium alloy electric heating tubes, this state-of-the-art system achieves low thermal inertia and minimizes heating overshoot, delivering unparalleled precision in temperature fluctuations. All this is sustained by sophisticated power controls that ensure optimal performance and reliability.
1. State-of-the-Art Humidifier:
Unlock the remarkable potential of precision environmental testing with our pioneering humidification technology. The sophisticated humidification cylinder, crafted using the reliable boiler method, ensures impeccable uniformity in moisture distribution. For those who demand rapid and accurate control, our surface humidification via the water plate method offers unmatched speed and precision, effortlessly eliminating impurities like scale within the chamber. Perfect for dyeing applications, it shines in low humidity conditions and guarantees hassle-free maintenance. With a seamless stainless steel shell, our humidification tube offers an insulation resistance of over 50M Ω, paired with a robust anti-dry burning controller to elevate safety standards.
2. Optimal Water Efficiency and Energy Conservation:
Discover the simplicity of our front-mounted 25L capacity water tank, ingeniously equipped with a quick-connect system for seamless water and power management. Enjoy hassle-free disassembly and cleaning to maintain precision. Achieve precise dehumidification control across three distinct humidity zones, aligning with stringent national standards for high temperature and humidity conditions at 85 º C and 85% RH. By deactivating the point cooling and dehumidification system, our advanced sealed design significantly reduces water usage, fostering a sustainable operation.
Secure your investment with equipment meticulously engineered to endure the most demanding testing environments, guaranteeing exceptional reliability and superior performance.
1. Choosing the Circulating Air Mode: Courtyard Air Supply or Variable Speed Motor Options
For products necessitating specific wind speed conditions, this customizable solution offers unrivaled precision and adaptability, ensuring unparalleled performance.
2. Ideal Water Supply System Selection: RO Reverse Osmosis
When precise humidification is crucial, our equipment guarantees an uninterrupted supply of pure water through an automated production process, providing maximum convenience and time efficiency.
3. State-of-the-Art Polymer Film/Rotor Dehumidification System
For critical long-term testing under low-temperature and low-humidity conditions, our advanced cellular chemical dehumidification system stands as your ultimate solution. It covers an extensive humidity range down to 10 º C/10% RH or lower, meeting the most rigorous standards.
4. LN.Two/ .LCO.2
We proudly offer premium professional products spanning a wide range of specifications, directly sourced from leading manufacturers across Europe and the United States. LN.Two/ .LCO.2
Leverage the power of our solenoid valves and cutting-edge control systems to fulfill your urgent testing requirements for rapid thermal acceleration and precise temperature reduction.
5. Revolutionary Ultrasonic Cooling and Humidification System
When conducting dynamic testing of significant heat loads in high temperature and humidity environments, our groundbreaking ultrasonic cooling and humidification system is meticulously designed to meet these exacting demands. Equip it as an auxiliary component to achieve peak performance and efficiency.
6. Incorporate a Glass Inner Door for Manual Operation Access
To minimize environmental impact during frequent testing or object movement, integrate manual operations through a glass inner door (∧ 125Mm * Ea.). This innovative design significantly curtails disruptions caused by frequent door openings, enhancing the integrity of testing.
7. Real-Time Test Data Collection Recorder
In environments demanding the precise and simultaneous capture of multiple temperature data points, it is crucial to utilize a recording device that lives up to the highest specification standards. A tape recorder emerges as your most reliable ally, designed to meet and exceed these meticulous requirements.
8. Advanced Computer Connection & Operation Recording Software
Meticulously crafted for Mattel's environmental measuring technology suite, our cutting-edge connection software offers users unparalleled capabilities. It seamlessly facilitates monitoring across multiple machines, ensures efficient data extraction from operational units, and provides exceptional electronic functionalities that enhance user experience effortlessly.
Innovative Structural Technology
1. The Company's State-of-the-Art Hardware Equipment:
Introducing our sophisticated lineup of premium machinery, sourced from renowned German and Taiwan manufacturers, including the ingenious AMADA AIRS.-255NT Punching System. Our range encompasses precision-oriented carbon oxide and argon welding machines, each a testament to innovation. Experience the versatility of multiple Autodrsk Inventor 3D drawing software applications, expertly harnessed for the design, disassembly, and virtual assembly of sheet metal, setting a new benchmark in manufacturing excellence.
2. Constructed from superior-grade galvanized steel, the outer shell boasts remarkable durability, further augmented by a state-of-the-art electrostatic powder spray baking paint finish. This not only ensures outstanding protection but also elevates aesthetics to a new level.
Three.. Crafted with precision, the inner box is made from imported SUS #304 stainless steel, undergoing a rigorous full argon arc welding process. This meticulous approach eliminates the risk of high-temperature and high-humidity air leakage, while rounded corners facilitate efficient drainage of condensate, thereby optimizing the chamber's performance.
Pioneering Refrigeration System Technology
Experience the forefront of refrigeration technology with our 3D-optimized system management. Equipped with state-of-the-art frequency conversion control technology, it guarantees precise and adaptable thermal regulation, ensuring optimal performance under all conditions.
Within our cutting-edge variable frequency refrigeration system, despite a consistent power supply frequency of 50HZ, the frequency converter ingeniously adjusts the compression speed. This clever adaptation of cooling output synchronizes with real-time load changes in the test chamber. As chamber temperatures fluctuate, the system dynamically adjusts compressor frequency, optimizing energy efficiency and enabling rapid cooling capabilities for superior performance.
Our test chamber's innovative variable frequency refrigeration system guarantees an impeccably stable temperature environment with negligible fluctuation. This sophisticated system ensures consistent suction and exhaust pressures, thereby optimizing operational consistency and reliability.
Breakthrough energy-efficient refrigeration system technology combined with cutting-edge energy-saving innovations.
1. Harness the power of PID and PWM-driven VRF technology, utilizing electronic expansion valves for supreme thermal flow control and achieving remarkable low-temperature energy efficiency. The integration of PID + PWM systems refines refrigerant flow regulation, ensuring seamless operation with no need for auxiliary heating.
Thanks to the precise three-way flow adjustment mechanism for refrigeration, cold side, and heating side pipelines, our technology attains automatic temperature stability. This approach excels in low-temperature conditions, reducing energy consumption by an impressive 30%, which optimizes system performance.
Our advanced technology, built upon the renowned Danish Dan-foss Company's ETS System electronic expansion valve, dynamically adjusts refrigeration capacity. This allows for adherence to varying cooling rates and optimization of compressor cooling capacity, tailored to diverse operational needs.
2. Featuring a dual compressor group design technology, our system automatically aligns start-stop functions with load conditions, optimizing efficiency through our advanced series architecture.
Our refrigeration unit shines with a binary compound configuration, combining semi-closed compressors and a fully dense single-stage system. It intelligently adapts to load requirements, ensuring optimal cooling capacity and significantly extending compressor longevity.
Innovative Cold Circuit Technology
Our power distribution design is meticulously executed according to technical department blueprints, employing globally acclaimed electrical component brands to ensure optimal reliability and performance.
At Guangdong MENTEK Testing Equipment Co., Ltd, we proudly integrate time-honored brands like Omron, Sch-neider, and GermanyPhoenixTerminal blocks into our designs. Each line code is clearly marked for user convenience and reliability. We meticulously select only the most reputable brands in China to guarantee top-tier performance and enduring durability.
With the prestigious Pearl River Cable as our chosen brand, we assure unparalleled wire quality and top-notch performance. Selecting only 0.75 Square RV soft copper wire for our control lines guarantees outstanding conductivity. Essential components, including motor compressors, are crafted to meet stringent EC standards, with carefully measured trap diameters ensuring compliance with safety current standards for cable groove wiring. The machine's cable port is expertly sealed, effectively preventing frost-induced short circuits and safeguarding the terminal in the junction box for ultimate reliability.
All terminal fixing screws are meticulously connected with precise fixed torque to forge a quick, steadfast connection and eradicate potential risks such as loose fires. This meticulous attention to detail significantly bolsters safety and reliability, instilling confidence in our engineering excellence.
Refrigeration Series Process: A Thoroughly Comprehensive Methodology
1. Standardization: The Foundational Step to Unmatched Excellence
1.1 Our superior steel pipe piping process and rigorous welding standards are a testament to our unwavering dedication to reliability and exceptional craftsmanship.
Diligently adhering to standard pipe layouts, we promise the unwavering stability and reliability of our model systems, ensuring peak performance and peace of mind.
1.2 Leveraging cutting-edge Italian imported pipe bending machinery, we achieve seamless steel pipe bends. This innovative process dramatically reduces the number of welding joints and minimizes oxidation within the tubes, significantly boosting the overall reliability of the system.
Ensuring System Reliability is Our Unwavering Commitment
Shockproof Design and Reinforced Pipeline Support
2.1 At Meitec, we establish rigorous standards for the support and shock prevention of refrigeration copper pipes. By thoroughly considering seismic protection scenarios, we integrate arc bends with specialized nylon fixed clamping, effectively preventing deformation and leakage from circular vibration and temperature fluctuations, thus elevating the entire refrigeration system's reliability.
Elevating the Entire Refrigeration System's Robustness and Reliability
2.2 Advanced Oxidation-Free Welding Process
It is widely recognized that the cleanliness of the refrigeration system's pipeline directly influences its efficiency and longevity. Metco employs a standardized charging welding process to avert excessive oxide contamination during welding, thus securing optimal performance and extending the system's life.
Through meticulous precision, Metco enhances the refrigeration system's efficiency and extends its lifespan by significantly reducing oxide buildup during welding, thereby maximizing overall reliability and performance.
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