Advanced External Battery Pack Fire Testing Device for Safety Equipment
Product Description
Discover the exceptional Advanced Humid Hot Testing Machine, a masterpiece crafted by Guangdong MENTEK Testing Equipment Co.,Ltd. This sophisticated device is engineered to perform in both high and low temperature testing over a wide spectrum of electrical products, parts, and materials. Experience the pinnacle of environmental simulation and reliability testing, including constant or gradient temperature variations and wet heat assessments. Compliant with Chinese national standards/T10586-2006 and T10592-2008, our cutting-edge humidity and heat test chambers guarantee precision and unparalleled quality.
| Name of the equipment |
Battery pack external fire test device |
| Model |
MBS-9000M-TS |
| Test space |
D3000*W2000*H1000mm |
| The size of the battery placement platform |
3500Mm*2500Mm |
| Equipment size |
W4200* H1300* D9000 Mm |
| The total weight of the equipment |
Weigh 3.5Tons |
| Control system |
PLC.+ Touch screen close-up adjustment combined with computer remote control |
| The distance from the combustion platform to the oil surface |
The distance between the gasoline liquid level and the test subject is 30Cm~70Cm
It can be adjusted within the range, and the default value is 50.Cm, inject water into the bottom of the oil pan |
| Power supply |
AC380V 5.5Kilowatt |
| Flame adjustment |
The burning area of the oil plate can be adjusted according to the requirements. |
Relevant Standard Test Requirements
1. 1 The primary test object is the battery pack or system.
1.2 In this rigorous test, the dimensions of the gasoline-filled flat plate exceed the horizontal ruler of the test object by 20cm, with a plate height of no more than 8cm above the gasoline's surface. The crucial distance between the gasoline liquid level and the test object is precisely set at 50cm. Alternatively, assess the ground height of the object when the vehicle is idle., or with mutual consent, water may be added to the bottom of the flat plate.
1.3 Ig-nite the gasoline at a safe distance of at least 3 meters from the equipment under test. After a 60-second preheating phase, position the oil tray beneath the equipment under test., if the oil plate is excessively large for manual relocation, an alternative approach is available: Employing the method of moving the bracket of the sample box under test.
1.4 The test subjects are directly exposed to the rigorous flame for a period of 70 seconds.
1.5 Secure the cover plate over the oil pan, allowing the test subject to undergo testing for 60 seconds in this state, or as determined through mutual agreement.Follow up with continuous direct flame exposure for an additional 60 seconds.
1.6 Remove the oil pan and conduct observation for a comprehensive duration of 2 hours.
1.7 Requirements: The battery pack or system must not explode. If flames occur, they should extinguish within 2 minutes after the removal of the fire source.
The equipment meets the industry-leading testing standards detailed below:
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: Engaging in comprehensive combinations of temperature and humidity or conducting other assessments within the equipment's extensive performance spectrum.
Intricately Designed Structure of the Testing Chamber
Engineered with precision, the exterior shell of the test box is crafted from robust galvanized color steel plate.
The inner boxes are a testament to superior craftsmanship, made with SUS304 stainless steel plates. Cleverly designed with adjustable hanging hole strips for uniform test track placement. Encased in a minimum of 10 cm of rigid polyurethane foam and glass wool, these thermal insulation layers ensure peak performance. The front doors, a marvel of engineering, boast high-quality electric wood chicken glass fiber board frames for exceptional low-temperature insulation, enhanced by silicone foam sealing strips that withstand a wide range of temperatures.
Efficient Experimental Space Air Circulation:
A brilliantly designed air supply system utilizes multi-blade aluminum wind turbines, resistant to high and low temperatures. Propelled by powerful motors, air is adeptly channeled to the upper louvers and returns from the bottom, ensuring a deviation of less than 2 ºC across the -70~100 ºC range, aligned with international benchmarks measured at 10 points.
Advanced Controller Operating System
Equipped with a groundbreaking and energy-efficient low-power (8W) temperature and humidity control device, this system guarantees unmatched precision in temperature control, achieving an impressive accuracy of ± 3 ºC.
1. High-resolution display screen:
Experience the brilliance of a 7-inch TET true color LCD resistive touch screen, delivering a mesmerizing resolution of up to 800 * 480.
2. Extensive program capacity:
Showcasing ample memory, this device offers a massive capacity for 1000 programs/1000 segments, 999 total loops, and 999 partial loops. Relish in the ease of 10 sets of program linking functions, all enhanced by a real-time temperature curve display, readily available for immediate inquiries.
3. Expansive data storage capacity:
Seamlessly transfer historical data from up to 300 days of storage operation. Effortlessly upload this data to a computer using a network cable or directly input it into the controller.
4. Seamless connectivity:
Leveraging LAN standard Ethernet communication, the controller provides effortless connectivity, supporting up to 16 devices with a single software. The outflow interface integrates smoothly into regional networks, enabling remote program control with features such as real-time monitoring and historical curve playback.
Sophisticated heating and humidification system
Designed with meticulous precision, the system employs bare wire nickel chromium alloy electric heating tubes, offering low thermal inertia, minimal heating overshoot, and unrivaled precision thanks to carefully managed power.
1. Cutting-edge Humidifier:
Delivering unmatched consistency in humidification, our system uses an advanced humidification cylinder (boiler method) for exceptional uniformity. The surface humidification (water plate method) accelerates the process while enhancing control precision, leaving no impurities like scale within the chamber. It excels even at low humidity, with hassle-free maintenance and cleaning; the premium humidification tube features a seamless stainless steel casing and boasts an insulation resistance exceeding 50M Ω, equipped with a robust anti-dry burning controller for superior safety.
2. Maximizing Water Efficiency and Energy Conservation:
Featuring a spacious 25L front-mounted water tank with an easy-to-use quick-connection design for swift plug-in of water and electricity, our system simplifies disassembly and maintenance. Delivering precise dehumidification across three distinct humidity zones, it optimizes water usage while meeting stringent national standards for high-temperature and humidity conditions such as 85ºC and 85% RH. With the point cooling and dehumidification system disabled, our innovative closed design significantly reduces water consumption, championing sustainability.
Opt for equipment that exceeds the most rigorous testing conditions
1. Optimal Circulating Air Mode Selection: Courtyard Air Supply or Variable Speed Motor
For products requiring precise wind speed control, this innovative solution is your definitive choice.
2. Optimal Water Supply System: RO Reverse Osmosis
Our automated system streamlines humidification by providing a pure, continuous water supply via an RO reverse osmosis system, saving precious time and ensuring maximum convenience.
3. Advanced Polymer Film/Rotor Dehumidification System
For stringent low-temperature and low-humidity testing requirements, our state-of-the-art cellular chemical dehumidification system is the ultimate choice, delivering exceptional performance with a humidity range reaching as low as 10ºC/10% RH.
4. LN.Two/ .LCO.2
We offer a comprehensive selection of top-tier, professional-grade products, sourced directly from leading manufacturers in Europe and the United States. LN.Two/ .LCO.2
Our exquisitely designed solenoid valves, coupled with state-of-the-art integrated control systems, redefine your rapid testing experience. Offering unparalleled precision, they are meticulously engineered for accelerated testing scenarios and meticulous temperature control, ensuring swift and accurate results.
5. Ultrasonic Cooling and Humidification System
Our ultrasonic cooling and humidification system is a masterpiece of engineering innovation, specifically crafted to handle dynamic high heat load testing under the most extreme temperature and humidity conditions. This cutting-edge system, designed as a supportive auxiliary device, guarantees exceptional performance and meets even the most stringent industry requirements.
6. Premium Glass Inner Door with Manual Operation Port
Enhance your operational efficiency with our premium glass inner door featuring a manual operation port (∧ 125Mm * Ea.). Perfectly designed for seamless maneuverability during frequent test object transfers, this addition minimizes environmental disruption caused by repetitive chamber access, thus ensuring consistent and uninterrupted testing conditions.
7. State-of-the-Art Real-Time Test Data Recorder
When the accuracy of temperature measurements is paramount, both in your testing environment and for the test object, our certified and groundbreaking recording solutions become indispensable. Expertly designed, the specialized tape recorder caters to all your precision data acquisition needs, delivering comprehensive and reliable results.
8. Cutting-Edge Computer Connectivity and Operation Recording Software
Our custom-designed connection software, specifically tailored for Mattel's environmental measuring machine kitchen, elevates convenience to new heights. It facilitates simultaneous multi-machine monitoring, provides seamless access to real-time data from active machines, and delivers unmatched electronic functionality, ensuring users experience the pinnacle of technological advancement.
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