Battery Explosion-Proof Test Chamber Smoke Probe Battery Performance Test Equipment GB-31241 Ex D IIC T6 Gb

Battery Explosion-Proof Test Chamber Smoke Probe Battery Performance Test Equipment GB-31241 Ex D IIC T6 Gb

Product Introduction

In an era where battery applications are ubiquitous, safety is the cornerstone of everything. HJAPET0004 Battery Explosion-proof Test Chamber Smoke Probe is not only a device, but also the ultimate pursuit of safety. Imagine that when the battery faces risks such as short circuit and overcharge during R&D or production, it stands up and guards every peace of mind with professionalism. From the laboratory to the production line, it silently sticks to it, making battery safety no longer a worry, but a touchable reliability. Choosing it means choosing to go with safety and making every test a commitment to quality.

Product Features

• Safety protection: The core function is powerful and can withstand the high-voltage impact of battery explosions to prevent fragments and flames from spilling out. Multiple safety interlocking devices (door switch interlocking, pressure interlocking, etc.) ensure that the test cannot be started under unsafe conditions, like a solid shield guarding safety.
• Precise control: Precisely control temperature, humidity, charging and discharging parameters, etc. to meet the needs of different battery tests. Advanced control systems monitor and record in real time to provide a reliable basis for analysis.
• Strong compatibility: It is compatible with lithium-ion batteries, lead-acid batteries, nickel-metal hydride batteries and other types. The parameter configuration can be adjusted according to the characteristics of the battery to achieve a full range of safety performance evaluation.
• Data recording and analysis: Equipped with a data acquisition system, it records the changes in battery voltage, current, temperature, pressure, etc. in real time. Through software analysis and processing, it helps to study the laws of battery failure behavior and provide data support for safety design improvements.

International reference standards

UN 38.3: Battery testing standards for the transportation of dangerous goods to ensure the safety of batteries during transportation. HJAPET0004 strictly simulates relevant working conditions.

GB 31241: China's battery safety standard. The equipment verifies that the battery product meets this standard through testing, providing a basis for market access.

Product use

• Battery research and development: Verify design safety, simulate short circuit, overcharge and other working conditions, and discover design defects in a timely manner; study failure mechanisms, observe internal changes under battery limit tests, and optimize design and material selection.
• Production quality control: Screen raw materials, test the explosion-proof performance of materials from different batches and suppliers; sample finished batteries to prevent unqualified products from entering the market and reduce safety risks.
• Safety standard certification: Help battery products meet regulatory requirements, prove compliance with UN 38.3, GB 31241 and other standards through rigorous testing, and obtain market access basis; professional institutions use equipment to provide third-party testing and certification services to enhance product competitiveness.
• Teaching and training: As a teaching device, it shows students the explosion-proof performance and safety risks of batteries and cultivates safety awareness; it provides practical training for practitioners to familiarize themselves with the test process and equipment operation and improve professional skills.

Technical Parameters

Test objects

Lithium-ion batteries, lead-acid batteries, nickel-metal hydride batteries, polymer lithium batteries, power batteries, energy storage batteries and other types of batteries.

Test items

• Short circuit test: simulate internal or external short circuit of the battery to test explosion-proof performance and safety protection.
• Overcharge test: test whether the battery explodes, catches fire and other dangers under overcharge conditions.
• Thermal runaway test: observe the reaction of the battery during thermal runaway and evaluate the protection ability of the explosion-proof test chamber.
• Pressure test: test the sealing and safety of the battery under a certain pressure.
• Temperature shock test: simulate extreme temperature changes to test the performance of the battery and the test chamber.