Advanced Battery Testing Impact Device for Precise Performance Evaluation Battery Impact Tester
Product Description
Step into the next generation of precision testing with our High Performance Temperature Humidity Chamber. This versatile, meticulously crafted marvel is designed for an extensive range of high and low-temperature testing applications, catering to various electrical products, components, and materials. Our chamber excels in environmental simulation reliability testing, offering capabilities in constant gradient, sudden mutation, and wet heat testing. Proudly produced by MENTEK, these chambers adhere to the strictest Chinese national standards, T10586-2006 and T10592-2008, guaranteeing unmatched accuracy and reliability for your testing needs.
| Model |
MBS-IS200 |
| Rated load |
10 Kilogram(Including fixtures and test products) |
| Table size |
Length 200×Width 200 |
| Impact waveform |
Semi-sine wave |
| Peak acceleration (semi-sine wave) |
150~ 15,000 m/s² |
| Pulse duration (semi-sine wave) |
0.6-20ms |
| External size |
W1000×L500×H2700mm |
| Equipment weight |
1500 Kilogram |
| Impact form |
Free fall |
| Maximum drop height |
1500mm |
| Power supply |
3-phase 380V, 50/60Hz |
| Hydraulic source |
Random configuration |
| Ambient temperature |
0~40ºC |
| Environmental humidity |
Less than 85% |
| Reliability |
The average fault-free cumulative working time is ≥1000h |
| Measurement and control system |
ShockDAQ.Impact and collision measurement and control system |
| Applicable standards |
GJB.150,GJB.360,GJB.548,China National Standard/T2423,GJB.1217 |
| Identification criteria |
Acceleration amplitude, pulse width, uniformity and lateral motion ratio satisfyJJG.541-88 |
Note: We offer the flexibility to customize the dimensions meticulously according to your precise requirements, ensuring a perfect fit for your specific testing environment.
Relevant standard test requirements
Our device is designed to meet and exceed industry standards, including IEC62133-2012, UL1642, UN38.3, and 31241-2014, ensuring comprehensive compliance and reliability.
For detailed testing procedures, refer to section 4.5. Follow the prescribed methods to conduct the acceleration impact test post full charging. Perform the test across three mutually perpendicular directions sequentially, as described in section 7.4, ensuring thorough evaluation and performance validation.
Post-experiment, proceed with a discharge and charging cycle as specified in section 4.5. Ensure the sample shows no signs of ignition, explosion, or leakage, maintaining rigorous safety standards.
Our cutting-edge equipment rigorously complies with the following high standards, ensuring peak performance and reliability:
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: Temperature and humidity combination or other temperature and humidity tests within the equipment performance range.
Structure of the Testing Chamber
The testing chamber's exterior is constructed from durable galvanized color steel plates, ensuring robust protection and long-lasting performance even under rigorous testing conditions.
Inside, the chamber showcases SUS304 stainless steel construction, featuring side-mounted adjustable hanging hole strips and a versatile test track frame. With insulation provided by a minimum of 10 cm thick rigid polyurethane foam and glass wool layers, the chamber offers exceptional thermal retention. The interface between the inner and outer doors is made with premium electric wood chicken glass fiber board frames, enhancing low-temperature insulation. The door's sealing strip, crafted from double-channel series silicone foam, offers superior resistance across a wide temperature range.
Advanced Experimental Space Air Circulation:
Our advanced air supply system utilizes multi-blade aluminum wind turbines, engineered for endurance against temperature extremes. These turbines, powered by motors, direct air efficiently to the upper louvers, with a return flow from the bottom, achieving uniformity with less than 2 º C variance within the extensive range of -70~100 º C. This precision is recognized and valued internationally as a benchmark of excellence.
Controller Operating System
Our system incorporates a cutting-edge low-power (8W) temperature and humidity control device, achieving remarkable temperature control precision of up to ± 3 º C, ensuring performance consistency and reliability.
1. High Resolution Screen:
Experience unparalleled clarity with our 7-inch TET true color LCD resistive touch screen. With a superb resolution of 800 * 480, it provides crystal-clear visuals for optimal usability and monitoring.
2. High Program Capacity:
Equipped with an extensive memory capacity capable of storing 1000 programs/1000 segments, 999 total loops, and 999 partial loops, our system offers 10 sets of program linking functions. Real-time temperature curve displays allow for instant query access, facilitating seamless operation and data management.
3. High Data Storage Capacity:
Effortlessly manage data with the ability to transfer up to 300 days' worth of historical data. Upload directly to a hard disk or network cable, or integrate it into the controller for seamless data operations, ensuring efficient data handling.
4. Easy Connection:
Our state-of-the-art controller boasts LAN standard Ethernet communication, seamlessly connecting up to 16 devices through a single sophisticated software platform. This advanced system allows effortless integration with regional networks via the machine's outflow interface, enabling remote program control. Experience the convenience of real-time monitoring and historical curve playback, providing an invaluable tool for precise performance evaluation.
Heating and Humidification System
Crafted with precision, our system incorporates bare wire nickel chromium alloy electric heating tubes, delivering minimal thermal inertia and heating overshoot. This ensures exceptionally high precision fluctuations, powered to perfection for the most demanding testing environments.
1. Humidifier:
Experience unmatched uniformity with our cutting-edge humidification system. Utilizing a humidification cylinder through the boiler method, it guarantees consistent and reliable results. The surface humidification (water plate method) offers rapid operation with superior control precision and effectively eliminates impurities like scale within the chamber. Notably, its dyeing capability, excellent low humidity performance, and ease of maintenance ensure it remains pristine. The humidification tube, with a seamless stainless steel shell, boasts insulation resistance exceeding 50M Ω, and is equipped with a sophisticated anti-dry burning controller for unparalleled safety and performance.
2. Optimizing Water Usage and Energy Efficiency:
Our front-mounted, 25L high-capacity water tank, featuring a quick connection design, simplifies water and electricity connectivity, ensuring effortless disassembly and cleaning. Achieve precise dehumidification across three distinct humidity zones, significantly reducing water usage while adhering to national standards for conditions such as 85 º C and 85% RH. With the point cooling and dehumidification system deactivated, the advanced closed design substantially minimizes water consumption, ensuring sustainable and efficient operations.
Invest in equipment specifically designed to excel in the most extreme testing conditions, achieving unrivaled performance.
1. Choose the Ideal Circulating Air Mode: Courtyard Air Supply or Variable Speed Motor
When your product demands specific wind speed requirements, our tailored solution is your optimal choice, providing precise control and exceptional outcomes.
2. Select the Right Water Supply System: RO Reverse Osmosis
For all your humidification needs, trust our equipment's reliance on pure water. This automatic water production system continuously supplies pure water, saving valuable time and offering utmost convenience, ensuring seamless operation.
3. Advanced Polymer Film/Rotor Dehumidification System
When sustained low-temperature and low humidity testing is crucial, our cellular chemical dehumidification system becomes indispensable. Achieve an impressive humidity range of up to 10 º C/10% RH or even lower, ensuring precise and reliable testing results.
4. LN.Two/ .LCO.2
Explore our extensive range of professional products, meticulously imported from Europe and the United States, available in complete specifications to meet your diverse needs. LN.Two/ .LCO.2
Our sophisticated solenoid valves and integrated control systems are tailored to meet your swift testing demands, enabling rapid acceleration and efficient temperature reduction for optimal results.
5. State-of-the-Art Ultrasonic Cooling and Humidification System
Designed for dynamic high heat load testing under extreme temperature and humidity conditions, our ultrasonic cooling and humidification system is engineered to meet the most rigorous demands, serving as a vital auxiliary system to enhance overall efficiency.
6. Enhance Functionality with a Glass Inner Door and Manual Operation Features
To facilitate the frequent movement and operation of the test subject, incorporating manual operation through the glass inner door (∧ 125Mm * Ea.) effectively mitigates environmental impact from opening the chamber door, ensuring hassle-free and efficient testing procedures.
7. Real-Time Data Acquisition Recorder
For the simultaneous recording of multiple temperature measurements from both the testing environment and the test object, our recorders comply with industry standards. A tape recorder is your exclusive choice, tailored to meet these specific needs with precision and reliability.
8. Advanced Computer Connection Operation Recording Software
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