Temperature Control Battery Short Circuit Tester RS-6003C-4 integrated a variety of battery short-circuit test standard requirements and design, according to the standard requirements of the short-circuit device must comply with the C resistance range ≤ 5mo, so as to obtain the maximum short-circuit current test requirements; In addition to the short-circuit device line design must be able to withstand the impact of high-current, so we chose to use the work of the sub-grade DC magnetic contactor and all-copper terminal and the C part of the copper plate current conduction, wide and thick copper board effectively improve the heat dissipation effect so that high-current short-circuit device safer, effectively reducing the loss of test equipment to ensure the accuracy of the test data. Wide and thick copper plate effectively improves the heat dissipation effect, making the high-current short-circuit device safer, effectively.
Test standard
GB/T31485, IEC, EN, UN38.3, UL2054, QC/T744-2006, QC/T743-2006 and other standards.
Application
Multi-core cable bending tester RS-8105M is designed for electric vehicle charging pile cable, multi-core flexible cable to do bending performance test, to meet the SFF-8417 Specification for Multi Conductor Cable Flex Cycle Test Procedure multi-core cable bending cycle test specification.
Application
Designed for earphone cable, USB cable, data cable, charging cable, signal cable for bending test. The test method is as follows: one end of the wire is clamped and fixed on the rotating fixture, and rotated left and right under a certain lifting weight (load) to evaluate whether the wire conducts well after N times of testing. A total of 6 stations, each station is independently driven by Japan Panasonic AC servo motor, high-precision positioning accuracy, low noise, can be used for a long time, the test angle ± 0.1 °: each station is used in Japan Shimpo “planetary reducer deceleration, positioning accuracy. Adopt Japan OMRON* color touch screen controller for program input, Japan Panasonic* PLC control, Chinese and English interface, easy to control. Test conditions are set by the touch screen (angle setting, test speed, number of tests, number of times tested, rotary dwell time, N minutes after N sub-tests, impedance value setting, impedance change upper limit setting, impedance change lower limit setting, etc.) Equipped with impedance test module to do on-line monitoring of on-state impedance, impedance can be set in the touch screen of the impedance of each channel of the standard, resistance, resistance upper limit, lower limit value, once the on-state impedance test exceeds the set value, the touch screen can be set to the impedance of each channel. Once the on-state impedance exceeds the set value, the touch screen will give a red alarm and the current test station will stop the test.
Application
The RS-V Electromagnetic Vibration Test System is an ideal solution for conducting screening tests on a wide variety of products, including household appliances, electronic components, automotive parts, portable devices, storage equipment, connectors, and more.
Designed to comply with international standards, the RS-V Electromagnetic Vibration Test System meets rigorous military specifications such as MIL, ASTM, IEC, ISO, BS, JIS, and other global testing criteria.
Equipped with a large-diameter moving coil and high-strength guides, the system offers excellent vibration transfer rates. It can be configured with various additional tables to accommodate a broad range of specimens, ensuring precise and reliable test results.
The RS-V Electromagnetic Vibration Test System is particularly versatile, effectively meeting the testing needs of small components, including transportation vibration simulations, combined vibration-climate testing, and earthquake simulation testing.
Application
The Safety Glass Drop Ball Impact Tester RS-8220LQ is designed according to GB/T9962-1999 Safety Glass Materials for Building Use - Safety Glass Performance Specification and Test Methods, 6.10 Falling Ball Impact Peeling Performance Methods, to meet the requirements of impact testing of safety laminated glass for building use.
Test standard
JIS R3205∶ 1989、ISO/DIS12542112543-6:1997 AS/NZS2208:1996、GB/T9962-1999
Application
The Drop Test Machine is designed for toys, electronics, electrical appliances, communications, IT, furniture, gifts, ceramics, packaging, etc., finished products or components for drop test, can be bare drop (without packaging drop), packaging drop (finished products and the outer packaging together with the drop), in order to assess the product in the handling, subject to the fall of the impact strength or damage during the fall.
Key Features
- Wide Drop Height Range:
- RS-315: 300mm to 1500mm
- RS-320: 300mm to 2000mm
- High Load Capacity: Supports up to 100kg, suitable for various product sizes and weights.
- Accurate Testing: Drop angle error ≤5°, height display accuracy ≤2% of set value.
- Spacious Test Area: 800×600×1000mm, accommodating a wide range of items.
- Durable & Reliable: Sturdy construction with long-term operational stability.
- Versatile Applications: Ideal for toys, electronics, furniture, packaging, and more.
Application
The Simulated Vehicle Transportation Vibration Test Machine is designed for toys, electronics, furniture, gifts, packaging ...... and other products for transportation testing, in line with the U.S. and European transportation standards.
Test standard
EN 71 ISTA-1A/1B ASTMD3580 GB/T4857.7 ISO2247 International Transportation Standard.
Application
The Shot pouch impact testing machine is designed according to “GB/T9962-1999 architectural safety glass materials - safety glass performance specifications and test methods” of the “6.11 Kasumi bag impact method”, to meet the architectural safety of laminated glass impact test requirements.
Test standard
ANSIZ97.1、ISO/DIS125421~12543-6:1997、AS/NZS2208:1996、GB/T9962-1999
