High-Precision Battery Vibration Analysis Equipment for Reliable Performance Evaluation
Product Description
Step into a world of cutting-edge technology with the Advanced Humid Hot Testing Machine from the prestigious Guangdong MENTEK Testing Equipment Co., Ltd. This advanced device is meticulously crafted to perform rigorous high and low temperature testing of diverse electrical products, parts, and materials. Revel in its exceptional environmental simulation and reliability testing capabilities, featuring constant or gradient temperature variations and comprehensive wet heat assessments. Adhering strictly to Chinese national standards/T10586-2006 and T10592-2008, our modern humidity and heat test chambers deliver unparalleled precision and uncompromising quality.
| Model |
MBS-ZD300 |
| Rated sinusoidal excitation force |
3000 N |
| Rated random excitation force |
3000 N |
| Impact excitation force (Peak) |
6,000 N |
| Maximum displacement (p-p) |
25 mm |
| Frequency range |
5 to 4,000Hz |
| Rated speed |
2m/s |
| Rated acceleration |
500 m/s |
| First-order resonant frequency |
2,900Hz±5% |
| Maximum load |
100 Kilogram |
| Isolation frequency |
3Hz |
| Workbench diameter |
∅150mm |
| Equivalent quality of moving parts |
2 Kilogram |
| External size |
W530×L764×H660mm |
| The weight of the table |
About 480 Kilogram |
| Cooling method |
Forced air cooling |
Vibration waveform (sine curve)
| Frequency |
Vibration parameters |
Larithmic sweep cycle time (7) Hz-200 Hz-7 Hz ) |
Axis |
Number of vibration cycles |
| Start |
Reach |
|
|
|
|
| ∫1 =7 Hz |
∫2 |
A 1 =1Generation N |
15 minutes |
Unknown |
12 |
| ∫3 |
∫3 |
Small size = 0.8mm |
|
And |
12 |
| ∫3 |
∫4 -200 Hz |
A2 -8Generation N |
|
The |
12 |
| Return to =7 Hz |
|
Amount to |
36 |
∫1~∫4 Lower limit, upper limit frequency
∫2~∫3 Intersection frequency ( ∫2≈ 17.62 Hz ∫4 .≈49.84 Hz) A1 ~A2 Acceleration amplitude;
Small size Displacement amplitude |
Note:
The vibration parameter refers to the maximum absolute value of displacement or acceleration, for example: the displacement is 0.8mm. Corresponding peak-peak. The displacement of the value is 1.6mm |
Note: Experience the ultimate in testing flexibility with customizable sizing options, tailored precisely to meet the distinct requirements of each unique user, ensuring an optimal testing experience.
Relevant standard test requirements
Meet the standards: IEC.62133-2012,UL.1642,United Nations38.3 and 31241-2014 standards
Battery electrical safety test: Prepare the battery according to 4.5. 1 Once the prescribed test method is fully charged, place it at a stable 20ºC±5ºCAfter the battery reaches a steady 55ºC±5ºC, continue in this environment, Maintain for an additional 30Min, and then ensure a secure connection between the positive and negative extremes with a wire, Ensure that all external resistances remain at 80mΩ±20mΩ. Monitor the battery temperature changes throughout the test, Terminate the test when one of the following scenarios arises.
A)The battery's temperature falls to 20% below its peak value;
B). The short connection duration extends to 24h;
The battery must not ig-nite or explode under any circumstances. The peak temperature should never exceed 150ºC.
Note: The wire's resistivity and temperature coefficient should be less than 5* 10-3ºC-1, ideal for materials such as copper wire, etc.
Ensure the battery or battery pack stabilizes until its shell temperature reaches 55±2ºC, then maintain at 55±2.ºCUnder these conditions, the total external resistance should be less than 0. short-circuit conditions of 1 ohm. This short circuit must be maintained at the temperature of the battery or battery pack shell.Continue for at least 1 more hour after returning to 55±2ºC, and then re-evaluate the battery or battery pack. The entire experiment is completed in 6 hours.
Main features:
Outer box 2.0mmCrafted from double-sided spray plastic galvanized cold-rolled steel plate, finished with a durable baking paint treatment Inner box 1.5mm SUS.#201 Stainless steel plate
Smoke exhaust and ventilation functions: Easily accessed through the air inlet on the left side of the equipment, Ingeniously engineered, the apparatus features a strategically positioned smoke outlet at the top, ensuring optimal efficiency. Ingeniously, the exhaust gases produced during rigorous testing are seamlessly channeled through the efficient top blower mechanism.Ingenious provisions are made for an exhaust pipe, strategically reserved for outdoor discharge, ensuring a clean and safe environment.
Safety Explosion-Proof Function: The observation window boasts remarkable durability, crafted from three-layer tempered glass for supreme strength. Adding to its robust safety features, an explosion-proof barrier wire enhances the resilience of the glass window. The sophisticated structure of the test box is meticulously divided into an inner layer, An outer layer, And a strategically designed middle mezzanine, Measure:Test Box Door Selection: All stainless steel high-strength hinges ensure enduring resilience and reliability, Providing peace of mind with safety and security as top priorities.
This exemplary equipment meets and exceeds the following industry-leading testing standards:
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: Engages in comprehensive temperature and humidity combinations or other assessments within the equipment's expansive performance spectrum.
An epic design masterpiece, the structure of the testing chamber is intricately crafted to deliver unrivaled excellence.
Crafted with meticulous precision, the robust outer shell of the test box is engineered from durable galvanized color steel plate.
The inner boxes are masterpieces of superior craftsmanship, utilizing SUS304 stainless steel plates. Ingeniously included are adjustable hanging hole strips for uniform test track placement. Encased in a robust 10 cm layer of rigid polyurethane foam and glass wool, these thermal insulation layers ensure optimal performance. The front doors, a marvel of engineering, utilize high-quality electric wood chicken glass fiber board frames for exceptional low-temperature insulation, complemented by silicone foam sealing strips that withstand a wide temperature range.
Efficient Experimental Space Air Circulation:
A masterfully engineered air supply system employs state-of-the-art multi-blade aluminum wind turbines, exceptionally resilient to extreme temperatures. Driven by powerful motors, air is efficiently channeled to the upper louvers and returns from the bottom, maintaining an impressively narrow deviation of less than 2 ºC across the -70~100 ºC range, internationally benchmarked at 10 points.
Advanced Controller Operating System:
Equipped with an innovative low-power (8W) temperature and humidity control device, it ensures precision in temperature control with an impressive accuracy reaching ± 3 ºC.
1. High-Resolution Display Screen:
A stunning 7-inch TET true color LCD resistive touch screen dazzles with its breathtaking resolution, reaching up to 800 * 480.
2. Extensive Program Capacity:
Boasting a remarkably generous memory capacity, the system accommodates 1000 programs/1000 segments, 999 total loops, and 999 partial loops. Experience the convenience of 10 sets of program linking functions, further enhanced by a real-time temperature curve display that's easily accessible for direct queries.
3. Expansive Data Storage Capacity:
Effortlessly manage historical data with a substantial 300-day storage operation. Easily upload data to a computer via a network cable or directly load it into the controller.
4. Seamless Connectivity:
Utilizing LAN standard Ethernet communication, the controller establishes vivid connectivity, supporting up to 16 devices with a single software. The outflow interface seamlessly integrates into regional networks, empowering remote program control with functions like real-time monitoring and historical curve playback.
Sophisticated Heating and Humidification System:
Crafted with unparalleled precision, our system incorporates bare wire nickel chromium alloy electric heating tubes. These tubes are engineered to ensure low thermal inertia and minimize heating overshoot, while delivering high-precision fluctuations through expertly controlled power management. Experience a seamless harmony of advanced technology and meticulous engineering, promising the utmost in accuracy and reliability.
1. Groundbreaking Humidifier Technology:
For unmatched consistency in humidification, our cutting-edge humidification system utilizes a state-of-the-art cylinder (boiler method), guaranteeing superior uniformity. The surface humidification (water plate method) enhances process speed and control precision, eliminating impurities such as scale within the chamber. It performs exceptionally even at low humidity levels, with easy maintenance and cleaning. The premium humidification tube is encased in seamless stainless steel, offering insulation resistance over 50M Ω, and features a robust anti-dry burning controller for enhanced safety.
2. Optimizing Water Utilization and Energy Efficiency:
Equipped with a spacious 25L front-mounted water tank and an intuitive quick-connection design, our system permits swift plug-in for water and electricity, allowing easy disassembly and maintenance. It provides precise dehumidification across three unique humidity zones, optimizing water use while complying with stringent national standards for high temperature and humidity scenarios like 85ºC and 85% RH. With the point cooling and dehumidification system disabled, our revolutionary closed design significantly reduces water consumption, embodying the essence of sustainability.
Opt for equipment that exceeds the most demanding testing conditions.
1. Superior Circulating Air Mode Options: Courtyard Air Supply or Variable Speed Motor
For products requiring meticulous wind speed control, this revolutionary solution is your ideal choice.
2. Superior Water Supply System: RO Reverse Osmosis
Our automated system revolutionizes the humidification process by delivering pure, consistent water via an RO reverse osmosis system, saving time and offering unparalleled convenience.
3. Cutting-Edge Polymer Film/Rotor Dehumidification System
When your testing requires exacting low-temperature and low-humidity conditions, our advanced cellular chemical dehumidification system is your optimum choice, offering extraordinary performance with a humidity range as low as 10ºC/10% RH or below.
4. LN.Two/ .LCO.2
We provide a broad spectrum of professional-grade products, directly sourced from premier manufacturers in Europe and the United States. LN.Two/ .LCO.2
Our cutting-edge solenoid valves and integrated control systems are crafted to meet your rapid testing demands, accelerating testing and reducing temperature with precision control.
5. Ultrasonic Cooling and Humidification System
Engineered for dynamic high heat load testing under extreme conditions, our ultrasonic cooling and humidification system is designed to fulfill the most stringent requirements. This specialized auxiliary system ensures peak performance every time.
6. Premium Glass Inner Door with Manual Operation Port
Ideal for seamless operations requiring frequent test object movement, our glass inner door with a manual operation port (∧ 125Mm * Ea.) minimizes the environmental impact of repeated chamber access, ensuring uninterrupted testing environments.
7. State-of-the-Art Real-Time Test Data Recording System
When it's crucial to have comprehensive temperature measurements of both the testing environment and the test object, our certified recording solutions are indispensable. Expertly designed, the specialized tape recorder meets all your data acquisition needs with precision.
8. Advanced Computer Connectivity and Operation Recording Software
Our bespoke connection software, meticulously crafted for Mattel's environmental measuring machine kitchen, sets a new standard for convenience with its robust capabilities. It allows for simultaneous multi-machine monitoring, seamless data retrieval from active machines, and provides users with the most sophisticated electronic functionalities available.
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