High-Precision Battery Vibration Testing Chamber for Accurate Performance Evaluation Battery Vibration Tester

Product Details
Customization: Available
After-sales Service: Support Operation Guidance
Power Supply: 220V
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Overview

Basic Info.

Model NO.
MBS-ZD300
Certification
CE
Warranty
1 Year
City
Dongguan, Guangdong
Uses
Battery Vibration Testing Chamber
Purpose
Battery Vibration Tester
Model
Mbs-Zd300
Customize
Acceptable
Transport Package
Wooden Box
Specification
76.4*53*66CM
Trademark
MENTEK
Origin
China
HS Code
8419899090
Production Capacity
1000PCS/1year

Product Description

High-Precision Battery Vibration Testing Chamber for Accurate Performance Evaluation Battery Vibration Tester
Product Description

Introducing the exceptional Advanced Humid Hot Testing Machine, a masterfully engineered piece of equipment by Guangdong MENTEK Testing Equipment Co., Ltd. This cutting-edge device is designed to deliver superior performance in both high and low temperature testing, catering to a wide array of electrical products, components, and materials. Embrace unmatched environmental simulation and reliability testing that includes both constant and gradient temperature variations, as well as wet heat evaluations. Meticulously crafted to align with Chinese national standards/T10586-2006 and T10592-2008, our advanced humidity and heat test chambers guarantee unparalleled precision and quality.

High-Precision Battery Vibration Testing Chamber for Accurate Performance Evaluation Battery Vibration Tester

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 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: Elevate your testing experience with customizable sizing options that can be seamlessly adapted to fulfill the distinct needs of any user, ensuring tailored precision and versatility.

Relevant standard test requirements

Meet the standards: IEC.62133-2012,UL.1642,United Nations38.3 and 31241-2014 standards
Battery electrical safety test: Position the battery according to section 4.5. 1 Once fully charged via the specified test method, it should be placed at a stable temperature of 20ºC±5ºC.As the battery temperature reaches 55ºC±5ºC in the controlled environment, Maintain for another 30Minutes,then connect the positive and negative terminals of the battery using a wire, Ensure that all external resistances are maintained at 80mΩ±20mΩ. Monitor the battery temperature fluctuations throughout the test, The test concludes when either of these two conditions is met.
A)The battery's temperature drops to 20% below its peak level;
B) The duration of the short connection reaches 24 hours;
The battery must not ig-nite or explode. The peak temperature should not surpass 150ºC.
Note: The resistivity and temperature coefficient of the wire should be less than 5* 10-3ºC-1, applicable to materials like copper wire.
The temperature of the battery or battery pack under test must be stabilized to ensure that the shell temperature attains 55±2ºC. Thereafter, the battery or battery pack should remain at 55±2ºC with the total external resistance during the test maintained below 0. 1 ohm. This short-circuit condition should apply at the temperature of the battery or battery pack shell.Continue observing for at least 1 hour after returning to 55±2ºC. The battery or battery pack must be reassessed. The experiment spans a total of 6 hours.

Main features:

Outer box 2.0MmFinished with a double-sided spray of plastic on galvanized cold-rolled steel plate, followed by a high-quality baking paint treatment. Inner box 1.5Mm SUS.#201 Stainless steel plate, ensuring durability and efficiency.
Smoke exhaust and ventilation functions: Effortlessly open the convenient air inlet located on the left side of the equipment, ensuring optimal airflow at all times. Ingeniously designed, the smoke outlet is positioned at the top, ensuring swift and efficient smoke dispersion. The innovative top blower facilitates the seamless passage of exhaust gas generated during tests,Ingeniously reserve an exhaust pipe to direct emissions outdoors, maintaining a pristine test environment.
Advanced safety explosion-proof feature: the observation window boasts three-layer tempered glass for ultimate protection, Additionally, an explosion-proof barrier wire enhances the durability of the glass window, ensuring safety. The test box is meticulously structured into three segments: the inner layer, The robust outer layer, And the carefully crafted middle mezzanine, offering unparalleled protection and stability. Precision measure and engineeringExquisite test box door craftsmanship Constructed with all stainless steel high-strength hinges for enduring durability, Providing a safe and secure operation every time.

Designed to surpass industry standards, this equipment meets the following rigorous testing standards:
Comprehensive compliance with National Standards, including T2423.1-2008 (Low Temperature), T4243.2-2008 (High Temperature - Partial), T2433.3-2006 (Constant Humidity and Heat), T2423.4-2008 (Decibel - Change, Damp Heat), and T2423.34-2012 (Z/AnnoDominique - Advanced temperature and humidity combinations).

The intricately engineered structure of the testing chamber is a testament to cutting-edge design.
With superior craftsmanship, the outer shell is constructed from a robust galvanized color steel plate, ensuring durability.
The inner boxes exemplify superior craftsmanship with SUS304 stainless steel plates. Thoughtfully included adjustable hanging hole strips allow for uniform test track placement. The construction is fortified with at least 10 cm of rigid polyurethane foam and glass wool, providing excellent thermal insulation. The front doors are a marvel, constructed from high-quality electric wood chicken glass fiber board frames for unbeatable low-temperature insulation, complemented by silicone foam sealing strips that withstand a vast temperature range.
Efficient air circulation enhances experimental space:
A sophisticated air supply system employs multi-blade aluminum wind turbines, impervious to temperature extremes. Driven by powerful motors, air circulates efficiently through the upper louvers and returns from the bottom, maintaining a deviation of less than 2 ºC across the -70~100 ºC range, a standard set at the international level with 10-point accuracy.


Cutting-edge controller operating system
Outfitted with a pioneering low-power (8W) temperature and humidity control device, achieving unparalleled precision in temperature regulation with an accuracy of ± 3 ºC.
1. High-resolution display screen:
An exquisite 7-inch TET true color LCD resistive touch screen, offering a phenomenal resolution of up to 800 * 480 for crystal-clear visuals.
2. Extensive program capacity:
Massive memory capacity with 1000 programs/1000 segments, 999 total loops, and 999 partial loops. Benefit from 10 sets of program linking functions, with real-time temperature curve display readily available for direct queries.
3. Expansive data storage capacity:
Seamlessly transfer up to 300 days of historical data storage. Conveniently upload data to a computer via a network cable or directly input it into the controller.
4. Seamless connectivity:
Harnessing LAN standard Ethernet communication, the controller connects effortlessly, supporting up to 16 devices with a single software. The interface integrates smoothly into regional networks, enabling remote program control with real-time monitoring and historical curve playback functions.


Sophisticated heating and humidification system, engineered for precision and reliability.
Meticulously engineered for precision and performance, our system boasts bare wire nickel chromium alloy electric heating tubes. These tubes ensure low thermal inertia and minimal heating overshoot, delivering high-precision temperature fluctuations through meticulously controlled power.
1. Cutting-edge Humidifier:
For unparalleled humidification consistency, our advanced system employs a state-of-the-art humidification cylinder (utilizing the boiler method), guaranteeing exceptional uniformity. The surface humidification (water plate method) accelerates the process while enhancing control precision, ensuring no impurities like scale accumulate within the chamber. It offers outstanding performance even at low humidity, complemented by effortless maintenance and cleaning. The high-quality humidification tube features a seamless stainless steel casing, boasting an insulation resistance exceeding 50M Ω, and is equipped with a robust anti-dry burning controller for superior safety.
2. Maximizing Water Efficiency and Energy Conservation:
Our system features a spacious 25L front-mounted water tank with an intuitive quick-connection design, allowing fast and easy plug-in of water and electricity. It facilitates effortless disassembly and maintenance. With precise dehumidification across three distinct humidity zones, the system optimizes water usage while adhering to stringent national standards for high-temperature and humidity conditions such as 85ºC and 85% RH. Our innovative closed design drastically reduces water consumption by disabling the point cooling and dehumidification system, truly embodying sustainability.


Choose equipment that consistently surpasses 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 the perfect choice.
2. Optimal Water Supply System: RO Reverse Osmosis
Our automatic system streamlines the humidification process, providing a pure and consistent water supply through an RO reverse osmosis system, saving valuable time while ensuring convenience.
3. Advanced Polymer Film/Rotor Dehumidification System
For testing that demands stringent low-temperature and low-humidity conditions, our cutting-edge cellular chemical dehumidification system is the go-to choice, delivering exceptional performance with a humidity range as low as 10ºC/10% RH.
4.
LN.Two/ .LCO.2
We provide a comprehensive array of professional-grade products, sourced directly from leading manufacturers in Europe and the United States. LN.Two/ .LCO.2 Our sophisticated solenoid valves and integrated control systems are expertly designed to meet your rapid testing needs, enabling accelerated testing and precise temperature reduction control.
5. Ultrasonic Cooling and Humidification System
For dynamic high heat load testing under extreme temperature and humidity, our ultrasonic cooling and humidification system is engineered to meet the most stringent requirements. This specialized system serves as an auxiliary device to ensure optimal performance.
6. Premium Glass Inner Door with Manual Operation Port
For seamless operations involving frequent movements of test objects, the addition of a glass inner door with a manual operation port (∧ 125Mm * Ea.) minimizes the environmental impact caused by repeated chamber access, ensuring uninterrupted testing conditions.
7. State-of-the-Art Real-Time Test Data Recorder
When comprehensive temperature measurements of both the testing environment and the test object are vital, our certified recording solutions are indispensable. A specialized tape recorder is expertly designed to fulfill all your data acquisition requirements with unmatched precision.
8. Cutting-Edge Computer Connectivity and Operation Recording Software
Our custom connection software, tailored specifically for Mattel's environmental measuring machine kitchen, redefines convenience with its powerful capabilities. It allows simultaneous multi-machine monitoring, seamless data access from active machines, and delivers the most advanced electronic functionalities for users.
Company Profile

High-Precision Battery Vibration Testing Chamber for Accurate Performance Evaluation Battery Vibration Tester
High-Precision Battery Vibration Testing Chamber for Accurate Performance Evaluation Battery Vibration TesterHigh-Precision Battery Vibration Testing Chamber for Accurate Performance Evaluation Battery Vibration Tester

Certifications

High-Precision Battery Vibration Testing Chamber for Accurate Performance Evaluation Battery Vibration Tester
Ship to Client's Factory

High-Precision Battery Vibration Testing Chamber for Accurate Performance Evaluation Battery Vibration Tester
High-Precision Battery Vibration Testing Chamber for Accurate Performance Evaluation Battery Vibration Tester
 
High-Precision Battery Vibration Testing Chamber for Accurate Performance Evaluation Battery Vibration Tester
High-Precision Battery Vibration Testing Chamber for Accurate Performance Evaluation Battery Vibration Tester
 
Our Partners

High-Precision Battery Vibration Testing Chamber for Accurate Performance Evaluation Battery Vibration Tester

Packaging & Shipping

High-Precision Battery Vibration Testing Chamber for Accurate Performance Evaluation Battery Vibration Tester

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