Do Watches Run Faster When Fully Wound at Margaret Valez blog

Do Watches Run Faster When Fully Wound. All things being equal, watches will be slower when fully wound and faster when low on power reserve. But nothing is really that. With automatic watches, as long as you continue to wear it before. Gideon thisell, in his book science of watch repairing simplified (1946),. Your theory #1 is correct, although counterintuitive. When adjusting, a “fully wound watch” is perhaps 85% to 95% wound rather than wound up tight. When a watch is fully wound, the reserve is the amount of time it runs before needing to be wound again. Some run more accurate when they're at or nearly fully wound whilst others run more accurate as the power is at the other end. So a fully wound spring will run slower than the less fully wound spring, once the amplitude is affected.

Why does a watch run faster when it's wound up? Quora
from www.quora.com

When adjusting, a “fully wound watch” is perhaps 85% to 95% wound rather than wound up tight. But nothing is really that. So a fully wound spring will run slower than the less fully wound spring, once the amplitude is affected. All things being equal, watches will be slower when fully wound and faster when low on power reserve. When a watch is fully wound, the reserve is the amount of time it runs before needing to be wound again. Some run more accurate when they're at or nearly fully wound whilst others run more accurate as the power is at the other end. Your theory #1 is correct, although counterintuitive. Gideon thisell, in his book science of watch repairing simplified (1946),. With automatic watches, as long as you continue to wear it before.

Why does a watch run faster when it's wound up? Quora

Do Watches Run Faster When Fully Wound All things being equal, watches will be slower when fully wound and faster when low on power reserve. Gideon thisell, in his book science of watch repairing simplified (1946),. When adjusting, a “fully wound watch” is perhaps 85% to 95% wound rather than wound up tight. Some run more accurate when they're at or nearly fully wound whilst others run more accurate as the power is at the other end. When a watch is fully wound, the reserve is the amount of time it runs before needing to be wound again. All things being equal, watches will be slower when fully wound and faster when low on power reserve. So a fully wound spring will run slower than the less fully wound spring, once the amplitude is affected. Your theory #1 is correct, although counterintuitive. But nothing is really that. With automatic watches, as long as you continue to wear it before.

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