Raposa batteries - Revision history

Foz: Removing all content from page

2011-08-20T22:20:26Z

Removing all content from page

← Older revision		Revision as of 22:20, 20 August 2011
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	~~#REDIRECT [[RAPOSA-NG batteries]]~~

Foz: Redirecting to RAPOSA-NG batteries

2011-08-20T22:14:17Z

Redirecting to RAPOSA-NG batteries

← Older revision		Revision as of 22:14, 20 August 2011
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	~~RAPOSA-NG uses Lithium-ion Polymer batteries (Li-Po) with 4800mAh and 14.8V.~~		#REDIRECT [[RAPOSA-NG batteries]]

	The primary difference between this batteries and other Lithium-ion is that the lithium-salt electrolyte is not held in an organic solvent but in a solid polymer composite such as polyethylene oxide or polyacrylonitrile.

	~~Each battery is composed of 4 cells with 2400mAh and 3.7V each, in a 4S2P fashion (two 4 series packs in parallel).~~

	[[~~Image:Raposa_4s2p.jpg\|499x174px\|4S2P Fashion]]~~

	~~==== Battery Charger ====~~

	~~[[Image:RAPOSA_BATTERIES.jpg\|400px\|thumb\|How to charge~~ RAPOSA-NG batteries ~~using ULTRAMAT 10]]~~

	~~Currently two all-purpose fast chargers from Groupner (ULTRAMAT 10) are used to charge RAPOSA-NG batteries at the Mobile Robots Laboratory (8th floor, North Tower, IST Campus-Alameda).~~


	~~To recharge RAPOSA-NG batteries using ULTRAMAT 10:~~

	* Connect the ULTRAMAT 10 power plug to an available power socket;

	* Connect the battery plug to the ULTRAMAT 10 battery socket;

	* Press ENTER (the first button from the right) two times.


	~~If the ULTRAMAT screen presents the following screen (the current and voltage displayed in this image are irrelevant)~~

	~~[[Image:ULTRAMAT_CRG.jpg]]~~

	~~it means that it is charging‎. When finished, the ULTRAMAT 10 will beep for a few seconds and the following screen (again, the current and voltage displayed in this image are irrelevant)~~

	~~[[Image:Raposa_END.jpg‎]]~~

	~~will be presented.~~


	~~For any other information regarding the ULTRAMAT 10 usage, please check this manual (in Dutch, English and French):~~

	~~[http://clubcugnaux.free.fr/Page_notices_techniques/ChargeurGraupnerUltramat10.pdf Battery Charger ULTRAMAT 10 manual]~~

	~~==== Risks ====~~

	This batteries are highly dangerous when used without proprer measures. They can only be charged with appropritate Lithium-ion Polymer chargers and with the correct specifications. Crashes, high temperatures and short circuits can cause explosions. Please be extra carefull when dealing with this batteries.

	~~==== Precautions ====~~

	* NO NOT use other chargers to charge the batteries, unless it is a Li-Po charger and it is correctly configured;
	* Avoid recharging batteries already charged. This can reduce their live expectancy;
	* Recharge a battery as soon as possible to prevent live damages;
	* Never leave them recharging without any supervision, as any accident with the battery can cause a fire;
	* If a battery starts to swell (or is already swollen), STOP USING IT and give them to someone that can thew them away in the proper places;
	* NEVER trow a battery into the normal garbage.


	~~== See Also ==~~

	*[[RAPOSA-NG]]

Foz at 22:11, 20 August 2011

2011-08-20T22:11:25Z

← Older revision		Revision as of 22:11, 20 August 2011
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	~~[[Image:RAPOSA_Battery.JPG\|thumb\|Batery used by RAPOSA]]~~

	~~== Batteries ==~~

	RAPOSA-NG uses Lithium-ion Polymer batteries (Li-Po) with 4800mAh and 14.8V.		RAPOSA-NG uses Lithium-ion Polymer batteries (Li-Po) with 4800mAh and 14.8V.

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	[[Image:Raposa_4s2p.jpg\|499x174px\|4S2P Fashion]]		[[Image:Raposa_4s2p.jpg\|499x174px\|4S2P Fashion]]

	== ~~Risks~~ ==		==== Battery Charger ====

	This batteries are highly dangerous when used without proprer measures. They can only be charged with appropritate Lithium-ion Polymer chargers and with the correct specifications. Crashes, high temperatures and short circuits can cause explosions. Please be extra carefull when dealing with this batteries.

	== ~~Battery Charger~~ ==

	[[Image:RAPOSA_BATTERIES.jpg\|~~678x345px~~\|thumb\|How to charge RAPOSA-NG batteries using ULTRAMAT 10]]		[[Image:RAPOSA_BATTERIES.jpg\|400px\|thumb\|How to charge RAPOSA-NG batteries using ULTRAMAT 10]]

	Currently two all-purpose fast chargers from Groupner (ULTRAMAT 10) are used to charge RAPOSA batteries at the Mobile Robots Laboratory (8th floor, North Tower, IST Campus-Alameda).		Currently two all-purpose fast chargers from Groupner (ULTRAMAT 10) are used to charge RAPOSA-NG batteries at the Mobile Robots Laboratory (8th floor, North Tower, IST Campus-Alameda).


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	[http://clubcugnaux.free.fr/Page_notices_techniques/ChargeurGraupnerUltramat10.pdf Battery Charger ULTRAMAT 10 manual]		[http://clubcugnaux.free.fr/Page_notices_techniques/ChargeurGraupnerUltramat10.pdf Battery Charger ULTRAMAT 10 manual]

			==== Risks ====

			This batteries are highly dangerous when used without proprer measures. They can only be charged with appropritate Lithium-ion Polymer chargers and with the correct specifications. Crashes, high temperatures and short circuits can cause explosions. Please be extra carefull when dealing with this batteries.

			==== Precautions ====

			* NO NOT use other chargers to charge the batteries, unless it is a Li-Po charger and it is correctly configured;
			* Avoid recharging batteries already charged. This can reduce their live expectancy;
			* Recharge a battery as soon as possible to prevent live damages;
			* Never leave them recharging without any supervision, as any accident with the battery can cause a fire;
			* If a battery starts to swell (or is already swollen), STOP USING IT and give them to someone that can thew them away in the proper places;
			* NEVER trow a battery into the normal garbage.


	== See Also ==		== See Also ==

	*[[RAPOSA]]		*[[RAPOSA-NG]]

Foz at 11:43, 20 August 2011

2011-08-20T11:43:43Z

← Older revision		Revision as of 11:43, 20 August 2011
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	== Batteries ==		== Batteries ==

	RAPOSA uses Lithium-ion Polymer batteries (Li-Po) with 4800mAh and 14.8V.		RAPOSA-NG uses Lithium-ion Polymer batteries (Li-Po) with 4800mAh and 14.8V.

	The primary difference between this batteries and other Lithium-ion is that the lithium-salt electrolyte is not held in an organic solvent but in a solid polymer composite such as polyethylene oxide or polyacrylonitrile.		The primary difference between this batteries and other Lithium-ion is that the lithium-salt electrolyte is not held in an organic solvent but in a solid polymer composite such as polyethylene oxide or polyacrylonitrile.
Line 13:		Line 13:
	== Risks ==		== Risks ==

	This batteries are highly dangerous when used without proprer measures. They can only be charged with appropritate Lithium-ion Polymer chargers and with the correct specifications. Crashes, high temperatures and short circuits can cause explosions. Please be carefull when dealing with this batteries.		This batteries are highly dangerous when used without proprer measures. They can only be charged with appropritate Lithium-ion Polymer chargers and with the correct specifications. Crashes, high temperatures and short circuits can cause explosions. Please be extra carefull when dealing with this batteries.

	== Battery Charger ==		== Battery Charger ==

	[[Image:RAPOSA_BATTERIES.jpg\|678x345px\|thumb\|How to charge RAPOSA batteries using ULTRAMAT 10]]		[[Image:RAPOSA_BATTERIES.jpg\|678x345px\|thumb\|How to charge RAPOSA-NG batteries using ULTRAMAT 10]]

	Currently two all-purpose fast chargers from Groupner (ULTRAMAT 10) are used to charge RAPOSA batteries at the Mobile Robots Laboratory (8th floor, North Tower, IST Campus-Alameda).		Currently two all-purpose fast chargers from Groupner (ULTRAMAT 10) are used to charge RAPOSA batteries at the Mobile Robots Laboratory (8th floor, North Tower, IST Campus-Alameda).


	To recharge RAPOSA batteries using ULTRAMAT 10:		To recharge RAPOSA-NG batteries using ULTRAMAT 10:

	* Connect the ULTRAMAT 10 power plug to an available power socket;		* Connect the ULTRAMAT 10 power plug to an available power socket;

Foz: /* Risks */

2011-02-11T15:39:42Z

Risks

← Older revision		Revision as of 15:39, 11 February 2011
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	== Risks ==		== Risks ==

	This batteries are highly dangerous used without measures. They can only be charged with appropritate Lithium-ion Polymer chargers and with the correct specifications. Crashes, high temperatures and short circuits can cause explosions. Please be carefull when dealing with this batteries.		This batteries are highly dangerous when used without proprer measures. They can only be charged with appropritate Lithium-ion Polymer chargers and with the correct specifications. Crashes, high temperatures and short circuits can cause explosions. Please be carefull when dealing with this batteries.

	== Battery Charger ==		== Battery Charger ==

Foz at 15:23, 11 February 2011

2011-02-11T15:23:37Z

← Older revision		Revision as of 15:23, 11 February 2011
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	[[Image:Raposa_4s2p.jpg\|499x174px\|4S2P Fashion]]		[[Image:Raposa_4s2p.jpg\|499x174px\|4S2P Fashion]]

			== Risks ==

			This batteries are highly dangerous used without measures. They can only be charged with appropritate Lithium-ion Polymer chargers and with the correct specifications. Crashes, high temperatures and short circuits can cause explosions. Please be carefull when dealing with this batteries.

	== Battery Charger ==		== Battery Charger ==

Foz at 14:48, 11 February 2011

2011-02-11T14:48:55Z

← Older revision		Revision as of 14:48, 11 February 2011
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	== Batteries ==		== Batteries ==
	~~[[Image:Raposa_4s2p.jpg\|499x174px\|thumb\|4S2P Fashion]]~~

	RAPOSA uses Lithium-ion Polymer batteries (Li-Po) with 4800mAh and 14.8V.		RAPOSA uses Lithium-ion Polymer batteries (Li-Po) with 4800mAh and 14.8V.
Line 10:		Line 9:
	Each battery is composed of 4 cells with 2400mAh and 3.7V each, in a 4S2P fashion (two 4 series packs in parallel).		Each battery is composed of 4 cells with 2400mAh and 3.7V each, in a 4S2P fashion (two 4 series packs in parallel).

			[[Image:Raposa_4s2p.jpg\|499x174px\|4S2P Fashion]]
	~~== Battery Charger ==~~

	~~== Battery Charger ==~~

	== Battery Charger ==		== Battery Charger ==

Foz at 14:47, 11 February 2011

2011-02-11T14:47:29Z

← Older revision		Revision as of 14:47, 11 February 2011
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			[[Image:RAPOSA_Battery.JPG\|thumb\|Batery used by RAPOSA]]

	== Batteries ==		== Batteries ==
	[[Image:Raposa_4s2p.jpg\|499x174px\|thumb\|4S2P Fashion]]		[[Image:Raposa_4s2p.jpg\|499x174px\|thumb\|4S2P Fashion]]
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	Each battery is composed of 4 cells with 2400mAh and 3.7V each, in a 4S2P fashion (two 4 series packs in parallel).		Each battery is composed of 4 cells with 2400mAh and 3.7V each, in a 4S2P fashion (two 4 series packs in parallel).


			== Battery Charger ==

			== Battery Charger ==

	== Battery Charger ==		== Battery Charger ==

Foz at 23:01, 10 February 2011

2011-02-10T23:01:17Z

← Older revision		Revision as of 23:01, 10 February 2011
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	RAPOSA uses Lithium-ion Polymer batteries (Li-Po) with 4800mAh and 14.8V.		RAPOSA uses Lithium-ion Polymer batteries (Li-Po) with 4800mAh and 14.8V.

			The primary difference between this batteries and other Lithium-ion is that the lithium-salt electrolyte is not held in an organic solvent but in a solid polymer composite such as polyethylene oxide or polyacrylonitrile.

	Each battery is composed of 4 cells with 2400mAh and 3.7V each, in a 4S2P fashion (two 4 series packs in parallel).		Each battery is composed of 4 cells with 2400mAh and 3.7V each, in a 4S2P fashion (two 4 series packs in parallel).

Foz: /* Batteries */

2011-02-10T22:55:32Z

Batteries

← Older revision		Revision as of 22:55, 10 February 2011
Line 4:		Line 4:
	RAPOSA uses Lithium-ion Polymer batteries (Li-Po) with 4800mAh and 14.8V.		RAPOSA uses Lithium-ion Polymer batteries (Li-Po) with 4800mAh and 14.8V.

	Each battery is composed of 4 cells with 2400mAh and 3.7V each, in a 4S2P fashion (~~2 sets of~~.		Each battery is composed of 4 cells with 2400mAh and 3.7V each, in a 4S2P fashion (two 4 series packs in parallel).


	== Battery Charger ==		== Battery Charger ==