Advanced Battery Testing Impact Device for Precise Performance Evaluation
Product Description
Immerse yourself in the next generation of precision testing with our High Performance Temperature Humidity Chamber. This versatile wonder is meticulously crafted for high and low-temperature testing, catering to an extensive spectrum of electrical products, components, and materials. Our environmental simulation reliability testing encompasses constant gradient, sudden mutation, and wet heat testing. Proudly manufactured by MENTEK, these chambers strictly comply with Chinese national standards/T10586-2006 and T10592-2008, ensuring unmatched accuracy and reliability in every test.
| 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: Dimensions can be precisely customized to meet your exact specifications, enhancing adaptability.
Relevant Standard Test Requirements
Adhering to Standards: Our product meets the rigorous standards of IEC62133-2012, UL1642, UN38.3, and 31241-2014, ensuring comprehensive compliance.
Refer to section 4.5 for the sample. As per the prescribed test method, the acceleration impact test shall be executed post full charge. The test must be conducted sequentially in three mutually perpendicular directions. The detailed method is elaborated in section 7.4.
Post-experiment, execute one full cycle of discharge and charge per the method in section 4.5. The sample must demonstrate safety by not igniting, exploding, or leaking.
Our state-of-the-art equipment is designed to meet the following stringent testing standards with excellence:
Adherence to National Standards: T2423.1-2008 Test A (Low Temperature), T4243.2-2008 Test B (High Temperature - Partial), T2433.3-2006 Test Cab (Constant Humidity and Heat), T2423.4-2008 (Decibel: Change, Damp Heat), and T2423.34-2012 Test Z/AnnoDominique (Temperature and Humidity Combination), ensuring robust and reliable testing performance.
Structure of the Testing Chamber
Crafted with precision, the testing chamber's robust exterior is built from galvanized color steel plates, ensuring exceptional durability and longevity.
The interior features a sophisticated SUS304 stainless steel construction, equipped with side-mounted adjustable hanging hole strips and a versatile test track frame. The chamber's thermal regulation is heightened by a minimum of 10 cm thick rigid polyurethane foam and glass wool layers. Premium electric wood chicken glass fiber board frames fortify the interface between inner and outer doors, ensuring superior low-temperature insulation. The door's sealing strip, crafted from double-channel series silicone foam, excels in unmatched wide temperature resistance.
Advanced Experimental Space Air Circulation:
Our advanced air supply system leverages multi-blade aluminum wind turbines, engineered to withstand extreme temperatures. Powered by motors, these turbines efficiently channel air to the upper louvers, with a return flow from the bottom, achieving a remarkable uniformity of less than 2 º C within an expansive range of -70~100 º C, a globally recognized precision standard.
Controller Operating System
Featuring a cutting-edge low-power (8W) temperature and humidity control device, we achieve a temperature control precision of ± 3 º C, guaranteeing consistent and reliable performance.
1. High Resolution Screen:
Experience stunning visuals on a 7-inch TET true color LCD resistive touch screen, with an impressive resolution of 800 * 480, delivering crystal-clear clarity.
2. High Program Capacity:
Our system supports an extensive memory capacity for 1000 programs/1000 segments, 999 total loops, and 999 partial loops, offering 10 sets of program linking functions, complete with real-time temperature curve displays for instant query access.
3. High Data Storage Capacity:
Effortlessly transfer up to 300 days' worth of historical data in storage operation mode by uploading directly to a hard disk or network cable, or integrating it into the controller for seamless data management.
4. Easy Connection:
Our state-of-the-art controller is equipped with LAN standard Ethernet communication, effortlessly facilitating the connection of up to 16 devices through a single software interface. Seamlessly integrate into regional networks through the machine's outflow interface, enabling remote program control for real-time monitoring and playback of historical data curves.
Heating and Humidification System
Our system, crafted with bare wire nickel chromium alloy electric heating tubes, guarantees minimal thermal inertia and heating overshoot, alongside high precision fluctuations, delivering exceptional performance.
1. Humidifier:
Experience unmatched uniformity with our advanced humidification system. The boiler method humidification cylinder ensures consistent outcomes. Opt for the surface humidification (water plate method) for swift operations paired with enhanced control precision, completely eradicating chamber impurities like scale. With its remarkable dyeing ability, superior low humidity performance, and straightforward maintenance, upkeep is a breeze. The humidification tube, featuring a seamless stainless steel shell with an insulation resistance exceeding 50M Ω, is equipped with a sophisticated anti-dry burning controller for heightened safety assurance.
2. Optimizing Water Usage and Energy Efficiency:
Our front-mounted, high-capacity 25L water tank, designed for quick connection, simplifies the plugging of water and electricity, ensuring effortless disassembly and cleaning. Achieve precision dehumidification across three distinct humidity zones, substantially cutting water usage while adhering to national standards for high temperature and humidity conditions, such as 85 º C and 85% RH. With the point cooling and dehumidification system deactivated, the closed design significantly reduces water consumption.
Invest in equipment specifically engineered to perform under the most extreme testing conditions.
1. Choose the Ideal Circulating Air Mode: Courtyard Air Supply or Variable Speed Motor
When specific wind speed requirements are necessary for your product, our specially tailored solution is the optimal choice for you.
2. Select the Right Water Supply System: RO Reverse Osmosis
Our equipment relies on pure water for humidification needs, boasting an automatic water production system that continuously supplies pure water, saving valuable time and offering the utmost convenience.
3. Advanced Polymer Film/Rotor Dehumidification System
For operations requiring sustained low-temperature and low humidity testing, our cellular chemical dehumidification system is indispensable, achieving a humidity range of up to 10 º C/10% RH or even lower.
4. LN.Two/ .LCO.2
Explore our meticulously imported range of professional products from Europe and the United States, offering complete specifications. LN.Two/ .LCO.2
Our sophisticated solenoid valves, complemented by integrated control systems, meet your rapid testing needs, allowing for swift acceleration and efficient temperature reduction.
5. State-of-the-Art Ultrasonic Cooling and Humidification System
Our ultrasonic cooling and humidification system, designed for dynamic high heat load testing in extreme temperature and humidity conditions, acts as a vital auxiliary system engineered to meet rigorous demands.
6. Enhance Functionality with a Glass Inner Door and Manual Operation Features
Facilitate frequent movement and operation of the test subject by incorporating manual operation through the glass inner door (∧ 125Mm * Ea.), effectively minimizing environmental impact from chamber door openings.
7. Real-Time Data Acquisition Recorder
Our recorders, compliant with industry standards, offer simultaneous recording of multiple temperature measurements from both the testing environment and the test object. A tape recorder is your exclusive choice for these specific needs.
8. Advanced Computer Connection Operation Recording Software
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