What is IEC 60086-3:2014

IEC 60086-3:2014 is an international standard that pertains to primary batteries. This standard specifically defines the physical and electrical characteristics of cylindrical and prismatic primary batteries. It provides guidelines for manufacturers and users regarding battery dimensions, terminal configurations, and performance requirements.

Battery Types Covered by IEC 60086-3:2014

The standard covers a wide range of primary battery types, including alkaline, carbon-zinc, lithium, and silver oxide batteries. These batteries are commonly used in various portable electronic devices such as remote controls, toys, cameras, and medical equipment.

Physical and Electrical Characteristics

IEC 60086-3:2014 specifies the physical and electrical characteristics of both cylindrical and prismatic primary batteries. This includes dimensions, shape, weight, polarity, and open-circuit voltage. The standard also provides guidelines for battery capacity, discharge characteristics, and storage conditions.

Performance and Safety Requirements

The standard sets forth performance requirements for primary batteries to ensure their reliability and safety. This includes testing methods for capacity measurement, discharge characteristics, and operating temperature range. Additionally, the standard outlines safety considerations for battery design, usage, and transportation to prevent any potential hazards or accidents.

Compliance with IEC 60086-3:2014 is crucial for battery manufacturers and users as it ensures product compatibility, reliability, and safety. Adhering to this international standard guarantees that batteries will meet the necessary specifications and perform consistently across different applications. It also promotes environmental sustainability by providing guidelines for proper battery disposal and recycling.

In conclusion, IEC 60086-3:2014 plays a vital role in the primary battery industry by establishing common standards for physical and electrical characteristics, performance requirements, and safety considerations. By following this standard, manufacturers can ensure consistent quality and reliability while users can have confidence in the batteries they purchase. The standard's guidelines also contribute to environmental responsibility by promoting proper battery disposal and recycling practices.