ISO 22810:2010 Horology
ISO 22810:2010 Horology is the international standard for timekeeping and watches. This comprehensive standard covers timekeeping devices and their performance, as well as frequency regulation. If you are in the watch industry, you need to be aware of ISO 22810:2010!
What is ISO 22810:2010 Horology?
ISO 22810:2010 Horology is an international standard for the specification of timekeeping devices. It covers a wide range of topics, including accuracy, robustness and compatibility.
ISO 22810:2010 is based on the ISO/IEC 23008:2004 standard, which was previously known as IEC 60959-2:2004. It has been updated to reflect the latest advances in horology technology.
ISO 22810:2010 is applicable to a wide range of timekeeping devices, including watches, clocks, chronometers and related equipment. It can also be used to specify performance requirements for timekeeping systems used in industrial, scientific and medical applications.
What are the requirements of ISO 22810:2010 Horology?
ISO 22810:2010 Horology establishes six quality requirements for watches and clock movements. All movements must be tested for accuracy against time, power reserve, change of time, shock resistance and weather resistance.
ISO 22810:2010 Horology is a global standard that regulates the manufacturing and quality assurance of watch and clock movements. It establishes six quality requirements for watches and clock movements.
All movements must be tested for accuracy against time, power reserve, change of time, shock resistance and weather resistance.
What are the benefits of ISO 22810:2010 Horology?
ISO 22810:2010 Horology provides numerous benefits to both the manufacturer and the end-user.
Some of the benefits of ISO 22810:2010 include improved accuracy, repeatability, and reproducibility. These improvements result in decreased production times and increased quality control.
Another benefit of ISO 22810:2010 is that it helps to reduce product development costs. For example, if a part needs to be redesigned, it is often easier to do so with ISO 22810:2010 in place. This reduces the time needed to produce a product, which in turn reduces the cost of that product.
Overall, ISO 22810:2010 Horology offers numerous benefits to both the manufacturer and the end-user. By implementing this standard, manufacturers can improve their quality control and production times while increasing the reliability of their products.
Who needs ISO 22810:2010 Horology
ISO 22810:2010 Horology is dead. Long live ISO 22810:2011!
In the world of watchmaking, there are a few vitally important standards that every movement must comply with. One of these standards is ISO 22810:2010, which governs the movements of watches.
ISO 22810:2010 was superseded by ISO 22810:2011 in November of last year. The main change that was made to this standard was the addition of a new clause concerning chronographs.
Chronographs are watches that have both a stopwatch and a timer function, and they are often used for timekeeping competitions. Until now, chronographs have been governed by their own separate standard, ISO 6892:2004.
Now that ISO 22810:2011 has been published, all chronographs manufactured after November 1st, 2011, must comply with it. This includes both manual and automatic chronographs. If your watch falls within this category and it was manufactured before November 1st, 2011, then it is still compliant with ISO 22810:2010.
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