Template:S1 Pro Battery Sleep Mode - Revision history

ST at 17:18, 15 March 2020

2020-03-15T17:18:02Z

← Older revision		Revision as of 17:18, 15 March 2020
Line 1:		Line 1:
	Here is an excerpt from the [[Media:S1 Pro Battery Owners Guide.pdf\|S1 Pro Battery Owners Guide]]		Here is an excerpt from the [[Media:S1 Pro Battery Owners Guide.pdf\|S1 Pro Battery Owners Guide]]

	[[File:S1 Pro Battery Sleep Mode.jpg\|link=S1 Pro Battery Owners Guide.pdf]]		[[File:S1 Pro Battery Sleep Mode.jpg\|link=Media:S1 Pro Battery Owners Guide.pdf]]

ST at 18:43, 22 October 2019

2019-10-22T18:43:40Z

← Older revision		Revision as of 18:43, 22 October 2019
Line 4:		Line 4:


	~~Battery sleep~~ mode is to protect the battery. <!-- In sleep mode, the battery can last over a year. In the awake mode, it is closer to 4-6 months (depending on the age and state of charge when put away). -->		Sleep mode is to protect the battery. <!-- In sleep mode, the battery can last over a year. In the awake mode, it is closer to 4-6 months (depending on the age and state of charge when put away). -->

	Sleep mode is the lowest current draw of the integrated circuits (ICs) in the battery pack. If the ICs were left unchecked, eventually they would drain the cells below their safety threshold. When the cells are allowed to discharge below a certain level, they become susceptible to dendritic growths within the cells. This can lead to catastrophic failures of the cells. The battery fails and is non-recoverable.		Sleep mode is the lowest current draw of the integrated circuits (ICs) in the battery pack. If the ICs were left unchecked, eventually they would drain the cells below their safety threshold. When the cells are allowed to discharge below a certain level, they become susceptible to dendritic growths within the cells. This can lead to catastrophic failures of the cells. The battery fails and is non-recoverable.

ST at 18:40, 22 October 2019

2019-10-22T18:40:00Z

← Older revision		Revision as of 18:40, 22 October 2019
Line 4:		Line 4:


	Battery sleep mode is to protect the battery. In sleep mode, the battery can last over a year. In the awake mode, it is closer to 4-6 months (depending on the age and state of charge when put away)		Battery sleep mode is to protect the battery. <!-- In sleep mode, the battery can last over a year. In the awake mode, it is closer to 4-6 months (depending on the age and state of charge when put away). -->

	Sleep mode is the lowest current draw of the integrated circuits (ICs) in the battery pack. If the ICs were left unchecked, eventually they would drain the cells below their safety threshold. When the cells are allowed to discharge below a certain level, they become susceptible to dendritic growths within the cells. This can lead to catastrophic failures of the cells. The battery fails and is non-recoverable.		Sleep mode is the lowest current draw of the integrated circuits (ICs) in the battery pack. If the ICs were left unchecked, eventually they would drain the cells below their safety threshold. When the cells are allowed to discharge below a certain level, they become susceptible to dendritic growths within the cells. This can lead to catastrophic failures of the cells. The battery fails and is non-recoverable.

ST at 18:25, 22 October 2019

2019-10-22T18:25:44Z

← Older revision		Revision as of 18:25, 22 October 2019
Line 10:		Line 10:
	We use the sleep mode (or shipping mode) to extend the timeline long enough to greatly reduce the occurrence of failed battery packs.		We use the sleep mode (or shipping mode) to extend the timeline long enough to greatly reduce the occurrence of failed battery packs.

	If you have lithium-ion battery powered tools, you have probably experienced this. You put the tool away at the end of the season. Next year, you take them out again to use them only to find the battery no longer works and you have to replace it (you prevent this by storing them in the charger instead of leaving it in the tool). The use-profile for the S1 ~~Pro~~ is that it will be used in the warmer months, and with a very high likelihood, it will be put away in the colder months. This is why we put it back into sleep mode when not in use for more than 30 days.		If you have lithium-ion battery powered tools, you have probably experienced this. You put the tool away at the end of the season. Next year, you take them out again to use them only to find the battery no longer works and you have to replace it (you prevent this by storing them in the charger instead of leaving it in the tool). The use-profile for the {{S1}} is that it will be used in the warmer months, and with a very high likelihood, it will be put away in the colder months. This is why we put it back into sleep mode when not in use for more than 30 days.

	<noinclude>		<noinclude>

ST at 18:24, 22 October 2019

2019-10-22T18:24:57Z

← Older revision		Revision as of 18:24, 22 October 2019
Line 10:		Line 10:
	We use the sleep mode (or shipping mode) to extend the timeline long enough to greatly reduce the occurrence of failed battery packs.		We use the sleep mode (or shipping mode) to extend the timeline long enough to greatly reduce the occurrence of failed battery packs.

	If you have li-ion tools, you have probably experienced this. You put the tool away at the end of the season. Next year, you take them out again to use them only to find the battery no longer works and you have to replace it (you prevent this by storing them in the charger instead of leaving it in the tool). The use-profile for the S1 Pro is that it will be used in the warmer months, and with a very high likelihood, it will be put away in the colder months. This is why we put it back into sleep mode when not in use for more than 30 days.		If you have lithium-ion battery powered tools, you have probably experienced this. You put the tool away at the end of the season. Next year, you take them out again to use them only to find the battery no longer works and you have to replace it (you prevent this by storing them in the charger instead of leaving it in the tool). The use-profile for the S1 Pro is that it will be used in the warmer months, and with a very high likelihood, it will be put away in the colder months. This is why we put it back into sleep mode when not in use for more than 30 days.

	<noinclude>		<noinclude>

ST at 18:23, 22 October 2019

2019-10-22T18:23:38Z

← Older revision		Revision as of 18:23, 22 October 2019
Line 1:		Line 1:
	Here is an excerpt from the [[Media:S1 Pro Battery Owners Guide.pdf\|S1 Pro Battery Owners Guide]]		Here is an excerpt from the [[Media:S1 Pro Battery Owners Guide.pdf\|S1 Pro Battery Owners Guide]]

	[[File:S1 Pro Battery Sleep Mode.jpg~~\|400px~~\|link=S1 Pro Battery Owners Guide.pdf]]		[[File:S1 Pro Battery Sleep Mode.jpg\|link=S1 Pro Battery Owners Guide.pdf]]


Line 12:		Line 12:
	If you have li-ion tools, you have probably experienced this. You put the tool away at the end of the season. Next year, you take them out again to use them only to find the battery no longer works and you have to replace it (you prevent this by storing them in the charger instead of leaving it in the tool). The use-profile for the S1 Pro is that it will be used in the warmer months, and with a very high likelihood, it will be put away in the colder months. This is why we put it back into sleep mode when not in use for more than 30 days.		If you have li-ion tools, you have probably experienced this. You put the tool away at the end of the season. Next year, you take them out again to use them only to find the battery no longer works and you have to replace it (you prevent this by storing them in the charger instead of leaving it in the tool). The use-profile for the S1 Pro is that it will be used in the warmer months, and with a very high likelihood, it will be put away in the colder months. This is why we put it back into sleep mode when not in use for more than 30 days.

			<noinclude>
	----		----
	[[Category S1 Pro]]		[[Category S1 Pro]]
	[[Category:Battery]]		[[Category:Battery]]
			</noinclude>

ST: Created page with "Here is an excerpt from the S1 Pro Battery Owners Guide File:S1 Pro Battery Sleep Mode.jpg|400px|link=S1 Pro Battery Owners Guide...."

2019-10-22T18:15:48Z

Created page with "Here is an excerpt from the S1 Pro Battery Owners Guide File:S1 Pro Battery Sleep Mode.jpg|400px|link=S1 Pro Battery Owners Guide...."

New page

Here is an excerpt from the [[Media:S1 Pro Battery Owners Guide.pdf|S1 Pro Battery Owners Guide]]

[[File:S1 Pro Battery Sleep Mode.jpg|400px|link=S1 Pro Battery Owners Guide.pdf]]

Battery sleep mode is to protect the battery. In sleep mode, the battery can last over a year. In the awake mode, it is closer to 4-6 months (depending on the age and state of charge when put away)

Sleep mode is the lowest current draw of the integrated circuits (ICs) in the battery pack. If the ICs were left unchecked, eventually they would drain the cells below their safety threshold. When the cells are allowed to discharge below a certain level, they become susceptible to dendritic growths within the cells. This can lead to catastrophic failures of the cells. The battery fails and is non-recoverable.

We use the sleep mode (or shipping mode) to extend the timeline long enough to greatly reduce the occurrence of failed battery packs.

If you have li-ion tools, you have probably experienced this. You put the tool away at the end of the season. Next year, you take them out again to use them only to find the battery no longer works and you have to replace it (you prevent this by storing them in the charger instead of leaving it in the tool). The use-profile for the S1 Pro is that it will be used in the warmer months, and with a very high likelihood, it will be put away in the colder months. This is why we put it back into sleep mode when not in use for more than 30 days.

----
[[Category S1 Pro]]
[[Category:Battery]]