Advanced Seawater Immersion Testing Device for Quality Assurance Solutions Tester Equipment
Product Description
Step into the future of precision testing with Guangdong MENTEK Testing Equipment Co., Ltd's High-Performance Temperature Humidity Chamber. This versatile marvel is a testament to cutting-edge technology, meticulously crafted for rigorous high and low-temperature testing across a broad spectrum of electrical products, components, and materials. Our environmental simulation reliability testing encompasses constant gradient, sudden mutation, and wet heat testing, ensuring comprehensive assessment capabilities. Proudly engineered by MENTEK, these chambers are built in strict compliance with Chinese national standards/T10586-2006 and T10592-2008, guaranteeing unmatched accuracy and reliability in every test.
| Model |
MBS-HS1000 |
The size of the water tank
W* H*D mm |
1000* 1000* 1000 |
| Water tank material |
PPR.Plate welding |
Equipment size
W* H*D mm |
1700* 1500 x 2500 |
| Discharge water |
Automatic water discharge |
| Stirring system |
Internal circulation of corrosion-resistant water pump |
| Product test method |
Cylinder lifting |
| The total weight of the equipment |
800 Kilogram |
| Equipment power supply |
AC.380V 5.5Kilowatt |
Note: The dimensions of our chamber can be meticulously customized to perfectly align with your specific requirements, ensuring an ideal fit for your testing needs.
Relevant Standard Test Requirements
Safety Test of Monomer Battery: The heating test is meticulously conducted following the outlined steps to ensure optimal safety:
1. 1. The monomer battery is charged in accordance with the method 6.1.3,
1.2 Place the monomer battery into the temperature chamber. For ion battery chambers, follow a precise heating rate of 5ºC/Minwhere the temperature ascends fromroom temperature to a precise 130ºC±2ºC, maintaining this temperature for 30Min,then cease heating. For metal cyanide nickel battery chambers, adhere to a rate of5ºC/Minto elevate from room temperature to 85ºC±2ºC, halting the heating process after sustaining this temperature for 2 hours, followed by a 1-hour observation period.
Battery Module Safety Test: The heating test is performed according to these detailed steps:
1.1. 1. Charge the battery module battery as per the method 6.1.4,
1.1.2 In the ion battery temperature chamber, the temperature should rise at a controlled rate of 5ºC/Minfrom room temperature to a stable 130ºC±2ºC, maintaining this for a duration of 30Min.Afterwards, heating is discontinued.
For the metal cyanide nickel battery chamber, follow a similar ascending rate of 5ºC/Minincreasing from room temperature to85ºC±2ºC, ceasing heating after maintaining this temperature for 2 hours and observing for another hour.
Our advanced equipment is meticulously compliant with the following stringent testing standards, ensuring superior performance:
National Standard/T2423.1-2008 Test A: Low Temperature. National Standard/T4243.2-2008 Test B: High Temperature (Partial). National Standard/T2433.3-2006 Test Cab: Constant Humidity and Heat. Chinese National Standard/T2423.4-2008 Test. Decibel: Change, Damp Heat. China National Standard/T2423.34-2012 Test Z/AnnoDominique: Combination of temperature and humidity or other tests within the device's performance range.
Structure of the Testing Chamber
Crafted with precision, the robust exterior of our testing chamber is constructed from galvanized color steel plates, ensuring exceptional durability and longevity.
The interior features SUS304 stainless steel construction, complete with side-mounted adjustable hanging hole strips and a versatile test track frame. A minimum of 10 cm thick rigid polyurethane foam and glass wool layers offer unprecedented thermal insulation. The interface between the inner and outer doors utilizes premium electric wood chicken glass fiber board frames, delivering superior low-temperature insulation. The door's sealing strip, crafted from double-channel series silicone foam, provides unmatched resistance across a wide temperature range.
Advanced Experimental Space Air Circulation:
Our cutting-edge air supply system, masterfully designed with multi-blade aluminum wind turbines, thrives under extreme temperatures. These turbines, driven by advanced motors, effectively channel air to the upper louvers with a seamless return from the bottom. This results in unmatched uniformity, maintaining a remarkable precision of less than 2 º C across an impressive temperature spectrum of -70~100 º C. Such precision is a globally acknowledged benchmark.
Controller Operating System
By integrating a state-of-the-art, low-power (8W) temperature and humidity control device, we attain exceptional temperature control precision of up to ± 3 º C. This ensures that our performance remains consistently accurate and trustworthy.
1. High Resolution Screen:
Indulge in crystal-clear visuals with our 7-inch TET true color LCD resistive touch screen, featuring an impressive resolution of 800 * 480, crafted for an immersive user experience.
2. High Program Capacity:
Our system boasts a vast memory capacity accommodating 1000 programs/1000 segments, 999 total loops, and 999 partial loops. It includes 10 sets of program linking functions, all with real-time temperature curve displays for immediate access and query.
3. High Data Storage Capacity:
Efficiently store and transfer up to 300 days of historical data with ease. Whether uploading directly to a hard disk, using a network cable, or integrating directly into the controller, managing your data has never been more seamless.
4. Easy Connection:
Our controller's LAN standard Ethernet communication allows the connection of up to 16 devices via a single software interface. Easily connect to regional networks through the machine's outflow interface, enabling remote program control, including real-time monitoring and playback of historical curves.
Heating and Humidification System
Designed with bare wire nickel chromium alloy electric heating tubes, our system offers minimal thermal inertia and heating overshoot, with high precision fluctuations for optimal performance.
1. Humidifier:
Our innovative humidification system delivers unmatched uniformity. The humidification cylinder employs the boiler method for consistency, while a rapid surface humidification (water plate method) ensures speed and precision control, purging impurities like scale. It offers exceptional low humidity performance, dyeing capability, and is effortless to maintain. The humidification tube's seamless stainless steel shell boasts an insulation resistance over 50M Ω, complemented by an advanced anti-dry burning controller for enhanced safety.
2. Optimizing Water Usage and Energy Efficiency:
The front-mounted 25L high-capacity water tank features a quick connection design, simplifying water and electricity connections for effortless disassembly and cleaning. Achieve precision dehumidification across three humidity zones, dramatically reducing water usage while meeting national standards for high temperature and humidity settings, such as 85 º C and 85% RH. With the point cooling and dehumidification system turned off, the closed design significantly diminishes water consumption.
Invest in equipment specifically engineered to thrive under the most rigorous testing conditions.
1. Choose the Ideal Circulating Air Mode: Courtyard Air Supply or Variable Speed Motor
For products requiring specific wind speed, our customized solutions provide the perfect choice.
2. Select the Right Water Supply System: RO Reverse Osmosis
Our equipment utilizes pure water for humidification through an automatic water production system, ensuring a constant supply, saving time, and offering maximum convenience.
3. Advanced Polymer Film/Rotor Dehumidification System
For essential operations demanding sustained low-temperature and low humidity testing, our advanced cellular chemical dehumidification system is crucial, offering humidity as low as 10 º C/10% RH or below.
4. LN.Two/ .LCO.2
Discover our exceptional range of professional-grade products, carefully imported from Europe and the United States. Each product boasts comprehensive specifications to meet your diverse needs. LN.Two/ .LCO.2
Our state-of-the-art solenoid valves, coupled with integrated control systems, are designed to address your urgent testing requirements. They facilitate rapid acceleration and efficient cooling, ensuring swift temperature reduction.
5. Cutting-Edge Ultrasonic Cooling and Humidification System
Engineered to excel in demanding high heat load testing environments, our ultrasonic cooling and humidification system is tailored for extreme temperature and humidity conditions. It serves as an indispensable auxiliary system for rigorous testing.
6. Optimize Functionality with Glass Inner Door and Manual Operation Features
To accommodate the frequent movement and handling of test items, our manual operation feature through the glass inner door (∧ 125Mm * Ea.) helps minimize environmental effects when the chamber door is opened.
7. Innovative Real-Time Data Acquisition Recorder
Our recorders are engineered to capture multiple temperature readings from both the testing environment and the test objects concurrently, adhering to industry standards. They are exclusively designed to fulfill your specific recording needs.
8. Sophisticated Computer Connection and Operation Recording Software
Expertly designed for seamless integration with Mattel's environmental measuring machine kitchen, our advanced connection software facilitates simultaneous multi-machine monitoring and data retrieval from operational equipment. It ensures the most convenient and technologically advanced user experience.
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