Our battery high and low temperature test chambers are designed to accommodate a variety of batteries, including lithium-ion batteries. The test chamber has multiple safety features that allow for thorough battery testing to ensure safety and prevent potential accidents.
A key aspect of our testing regimen is charge/discharge cycle testing. This test determines a battery's useful life by evaluating its performance by repeating charge and discharge cycles until degradation occurs.
In battery testing laboratories, activities surrounding charge and discharge cycles play a key role. The instruments used for these tests perform rigorous and extensive protocols on the battery, often interfaced with a variety of instruments for comprehensive analysis.
For a robust and reliable battery testing solution, trust our battery high and low temperature test chambers and comprehensive testing protocols to ensure battery longevity and safety.
TIEC 62660-2, SAE J2464, IEC 60086-4, UL 1642, UN 38.3, IEC 61960, IEC 62133, UL 2054, IEEE 1625, IEEE 1725
Inner Chamber Material: Crafted from high-quality SUS#304 stainless steel with a robust 1.2mm thickness, the full-welded structure ensures impeccable sealing, minimizing the risk of cracks.
External Material: The external surface is constructed from cold-rolled plate, boasting a sturdy 1.5mm thickness. Subjected to brushing, polishing, and painting treatments, it not only enhances durability but also resists scratches effectively.
Insulation Material: Our equipment incorporates polyurethane foam with a substantial 100mm thickness for superior insulation, maintaining optimal testing conditions.
Door Seal: The door seal features double silicon rubber sealing material, providing an additional layer of protection and enhancing the overall integrity of the chamber.
Observation Window: The 4-layer tempered glass observation window offers transparency and flexibility in size selection. Choose the size that suits your specific requirements for seamless monitoring.
Frost Prevention: To counteract frosting during low-temperature operation, we've integrated heating wires within the observation window, ensuring efficient defrosting.
Cable Ports: Equipped on both sides of the chamber are 100mm diameter cable ports, fitted with high and low-temperature resistant silicon plugs for versatile connectivity.
Door Lock Technology: The door lock, developed and designed by an innovative team, utilizes lever theory for optimal security and ease of use.
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