IEC62133-2012 Test Standard Injecting the battery may be used when the battery may be used when using it. The potential risks that appear are:
1. Fire;
2. Burning, explosion;
3. Electrolytic liquid leak;4. exhaust;
5. Burning at high temperature;
6. The shell of the battery pack is ruptured and the internal components are exposed.
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Battery explosion -proof test boxThe role of exhaust
The battery set shell and single battery should have a pressure release device, or ensure that they can release excessive pressure inside the battery in a certain threshold or limit value to prevent the battery from rupture and explosion. And spontaneous combustion. If a certain sealing method is used in the case of the monomer battery to support the single battery, the type and method of this seal cannot be caused by the battery under normal use, nor can it hinder the release of pressure.
The management of temperature, voltage, and current:
The battery pack should prevent the battery from abnormal temperature rise during design. The battery manufacturer's design of batteries shall have restrictions on temperature, voltage and current. The battery should provide instructions and charging guidance for equipment manufacturers to ensure that the relevant chargers can maintain charging in the temperature, voltage and current restricted by restricting regulations.
In addition Also meet the following criteria: >
GB 31241-2014 Safety Requirements for Lithium Cutrants and Battery Groups for Portable Electronic Products IOS 18287-2013 General Specifications for Honeycomb Calculating Lithium Battery external short circuit requirements
UN38.3 (2012) About dangerous goods Suggestion of Transport-Test and Standard Manual Part 3
IEC62133-2012 Battery containing alkaline or non-acidic electrolytes and power storageThe safety requirements of the pool group
IEC 62281: 2006 The Safety Requirements of Lithium Battery and Battery in Transport
IEC 60086:2007 Safety Requirements for the Sixth Lithium Battery in the Original Battery