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CE R100

ECE R100 (UN ECE R100) lithium battery test chamber is tested for lithium batteries in new energy electric vehicles. In recent years, with the popularization of electric vehicles, not only is the scope and number of applications constantly expanding, but the energy of a single battery of electric vehicles is also getting higher and higher. The constant explosion of lithium battery safety accidents also makes people pay more and more attention to the safety of lithium batteries. The ECE R100 battery test standard is made for this kind of new energy electric vehicle, standardizes the testing process of electric vehicles, and tests the safety of electric vehicles through various tests.

ECE R100 standard stipulates that eight kinds of battery test machines are used for testing, they are battery crush test equipment (Horizontal), cell battery crush test equipment (Vertical), large current battery short circuit test device, external fire exposure test machine, walk-in chamber for rapid rate temperature, horizontal battery crush nail penetration test machine, vibration test system, and shock test system.

Application: Battery Module, Battery Pack, Battery System short circuit. Short Circuit Mode: Pneumatic drive contact + Vacuum Interrupter
The external fire exposure test machine is applicable to the standard ECE R100 and UL 2580.
Double-deck High Low Temperature Test Chamber provides a constant high and low temperature environment condition ranges from -40°C to 150°C (Available for customized design). It is widely used to test the thermal performance of various products and components.
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EC 62133

The scope of application of the IEC 62133 standard is the rechargeable nickel-cadmium, nickel-metal hydride, lithium-ion, and lithium polymer batteries that we commonly use in portable electronic and electrical products, such as mobile phones, cameras, notebook computers, etc. 

There are many kinds of IEC 62133 lithium battery standard tests, so a complete set of battery test chamber is required. DGBELL prepares all the test chambers that meet the IEC 62133 lithium battery test standard for you: thermal abuse test chamber, servo computer battery crush tester, battery internal short-circuit tester, vibration test system, shock test system, battery drop tester, temperature control battery short circuit test chamber, battery crush test chamber, temperature cycling test chamber.

DGBell’s Temperature Cycling test chamber (also called the thermal cycling test chamber) is performed on materials to determine the resistance of exposure to alternating extremes of high and low temperatures.
Battery Internal Short Circuit Test Chamber is suitable for standard IEC 62133-2017.
DGBell’s altitude simulation test chamber is suitable for battery low pressure (high altitude) simulation test, and all tested samples are at 11.6KPa. To test whether the battery will explode, catch fire or leak liquid.
DGBELL’s battery drop test chamber is used to test the drop impact performance of large, heavy-duty packaging products by simulating real surface, edge, and corner differences.
Thermal abuse test chamber is suitable for standard IEC 62133-2017, UL 1642 and GB 31241-2014.
DGBELL’s Servo Computer Battery Crush Test Chamber simulates the situation in which various types of lithium batteries are squeezed during use. Artificially present different conditions that may occur when the battery is squeezed.
The temperature control battery short circuit test chamber is designed to comply with the standard. According to the short-circuit test requirement, the short-circuit must be less than 5 mΩ to achieve maximum current.
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EC 62619

IEC 62619 standard is an international safety standard for energy storage batteries. Its scope of application is secondary lithium batteries and cells used in mobile and fixed conditions. The test environment specified in the IEC 62619 lithium battery test standard should be carried out at room temperature of 25±5℃. 

The IEC 62619 battery test standard also specifies a series of test machines: thermal abuse test chamber, traction battery drop tester, thermal runaway test machine, large current battery short circuit test device, battery internal short circuit tester, and heavy impact tester.

Thermal runaway test machine test the whole vehicle or the complete vehicle-borne ion battery system or the subsystem of vehicle-borne lithium-ion battery system, including a lithium ion battery and an electrically connected lithium ion battery. The applicable standard is UL 2580, IEC 62619.
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L 1642

UL 1642 standard is mainly used for the testing of lithium batteries, including a single cell, multiple batteries and battery packs. Test requirements include non-rechargeable lithium batteries and rechargeable lithium batteries. The purpose of these requirements is to reduce the risk of fire or explosion when lithium batteries are used in products. 

DGBELL is the UL 1642 lithium battery test chamber manufacturer, we provide a series of test chambers required by the UL 1642 standard for lithium batteries: thermal abuse test chamber, servo computer battery crush tester, battery test vibration test system, battery test Shock Test System, altitude simulation test chamber, battery projectile burning tester, heavy impact tester, temperature control battery short circuit test chamber, battery crush test chamber, temperature cycling test chamber.

DGBell’s Temperature Cycling test chamber (also called the thermal cycling test chamber) is performed on materials to determine the resistance of exposure to alternating extremes of high and low temperatures.
DGBell’s altitude simulation test chamber is suitable for battery low pressure (high altitude) simulation test, and all tested samples are at 11.6KPa. To test whether the battery will explode, catch fire or leak liquid.
DGBELL’s Battery Crush Nail Penetration Test Chamber is used to simulate the battery penetration test of a sharp object during packaging, transportation, storage, use and disposal. 
DGBELL’s battery projectile / burning test chamber is suitable for testing the flame resistance and flammability of various consumer batteries, such as mobile phones and notebook computers.
DGBELL’s battery impact tester tests the safety of the battery through different weights, different heights and different impact areas. After a series of tests on this battery impact tester, the battery must not have flame or explosion.
Thermal abuse test chamber is suitable for standard IEC 62133-2017, UL 1642 and GB 31241-2014.
DGBELL’s Servo Computer Battery Crush Test Chamber simulates the situation in which various types of lithium batteries are squeezed during use. Artificially present different conditions that may occur when the battery is squeezed.
DGBELL’s battery crush test chamber is used for battery crush test. This battery testing equipment simulates the conditions of the battery crushing and displays communication results.
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L 2580

The UL 2580 standard tests nickel, lithium ion batteries and lithium ion polymer batteries in new energy vehicles. It also includes battery modules and battery packs. The UL 2580 battery test standard also tests the ability of batteries, battery modules and battery packs to withstand harsh conditions safely, testing whether they can be charged and discharged as required. DGBELL is a lithium battery test chamber manufacturer that meets the requirements of the UL 2580 standard. 

We will provide you with a series of UL 2580 standard test chamber, such as battery crush test equipment (horizontal), cell battery crush test equipment(vertical), traction battery drop tester, thermal runaway test machine, large current battery short circuit test device, external fire exposure test machine, walk-in chamber for rapid rate temperature or humidity test, seawater immersion test device, walk-in chamber for complex salt spray test (temperature controllable), horizontal battery crush nail penetration test machine, battery pack rotates test device, battery test vibration test system.

Traction Battery Drop Tester simulates the battery from a height of 1m ~ 1.5m, falling to the concrete floor (or 30mm thick hardwood), each battery to any direction (face, corner, edge) free fall 3 times, the battery should not catch fire, not explode.
Test the battery under certain conditions by the crush and nail penetration to verify the safety performance of the battery.
Application: Battery Module / Battery Pack / Battery System crush test, penetration test. Drive Mode: Electro-hydraulic Servo Crush Tool: Semi-cylinder, hemisphere (According to test standard)
The Traction Battery Short Circuit Test Machine is applicable to the standard UL 2580.
Thermal runaway test machine test the whole vehicle or the complete vehicle-borne ion battery system or the subsystem of vehicle-borne lithium-ion battery system, including a lithium ion battery and an electrically connected lithium ion battery. The applicable standard is UL 2580, IEC 62619.
Application: Battery Module, Battery Pack, Battery System short circuit. Short Circuit Mode: Pneumatic drive contact + Vacuum Interrupter
The Walk in chamber for Complex Salt Spray Test (Temperature controllable) is applicable to the standard  UL 2580.
The Walk in Chamber for Rapid Rate Temperature / Humidity Test is applicable to the standard  UL 2580.
The external fire exposure test machine is applicable to the standard ECE R100 and UL 2580.
Battery Pack Rotate Test Device is applicable to the standard  UL 2580.

Battery Pack Drop Tester is applicable to the standard  UL 2580.

U
N 38.3

The UN38.3 standard is mainly for air transportation. In order to ensure the safety of air transportation, the International Aviation Association has formulated the operation specification of rechargeable lithium battery, namely UN38.3 battery test. 

The test items of UN38.3 standard are: temperature cycling test chamber, battery crush test chamber, temperature control battery short circuit test chamber, heavy impact tester, altitude simulation test chamber, shock test system, vibration test system, servo computer battery crush tester. These are simulated conditions that may occur at high altitude.

The Walk in Chamber for Altitude Simulated Test is applicable to the standard  UN 38.3.
DGBell’s Temperature Cycling test chamber (also called the thermal cycling test chamber) is performed on materials to determine the resistance of exposure to alternating extremes of high and low temperatures.
DGBell’s altitude simulation test chamber is suitable for battery low pressure (high altitude) simulation test, and all tested samples are at 11.6KPa. To test whether the battery will explode, catch fire or leak liquid.
DGBELL’s battery impact tester tests the safety of the battery through different weights, different heights and different impact areas. After a series of tests on this battery impact tester, the battery must not have flame or explosion.
DGBELL’s Servo Computer Battery Crush Test Chamber simulates the situation in which various types of lithium batteries are squeezed during use. Artificially present different conditions that may occur when the battery is squeezed.
DGBELL’s battery impact tester tests the safety of the battery through different weights, different heights and different impact areas. After a series of tests on this battery impact tester, the battery must not have flame or explosion.
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