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Re: Battery chargers.
Well I was in Adsa today a place I visit as seldom as possible.Anyway I though to take a look in the electrical section and found a Uniross X-Press 150 for £8.95 so I bought it.
I will get the batteries you suggest though zingy and try them.The only way to find out is to experiment after all. Thank you all for your suggestions and I will come back and tell you how it goes.Greenies to follow.:tu: |
Re: Battery chargers.
ive run a test on the hybrio put them in my camera as soon as I got them and not used the camera. Now normal rechargables would have been dead within a fortnight due to meta data and self drain. The hybrios are still working now some 3 months later
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Re: Battery chargers.
A round up of low self discharge cells:
Accupower: Acculoop http://www.acculoop.com/ Amondotech: Titanium Power Enduro http://www.amondotech.com/index.asp?...OD&ProdID=1131 Ansmann: maxE http://www.ansmann.de/cms/consumroot...able/maxe.html GP Batteries: Recyko http://www.gprecyko.com/ NEXCell: EnergyON http://www.nexcellglobal.com/ Panasonic: R2 Technology http://www.panasonic.ca/English/batt...eplacement.asp Rayovac: Hybrid http://www.rayovac.com/recharge/hybrid_technology.shtml Sanyo: Eneloop http://www.eneloop.info/ Uniross: Hybrio http://www.hybriousa.com/ Vapextech: Instant http://www.vapextech.com.hk/instant.html Varta: Ready2use http://www.en.varta-consumer.com/con...a-consumer.com Some background reading: http://64.233.183.104/search?q=cache...lnk&cd=8&gl=uk http://www.gs-yuasa.com/jp/technic/v.../003_2_046.pdf Note, there seem to be two types. Although we can't be sure, it looks like there are Sanyo Eneloops and 'the rest' which are based on Yuasa/Matsu****a technology. Eneloops have the lowest self discharge but the others offer slightly more capacity - and are cheaper! As luck would have it, I just got a promotion from CPC for a Uniross X-Press 700: http://cpc.farnell.com/jsp/Batteries...questid=408718 |
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Re: Battery chargers.
Another choice where CR-V3 format is also supported, is a rechargable CR-V3 kit, though it is not price/capacity competetive with NiMH AA.
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Amazon have a deal on Eneloops at the moment - £10.21 for a pack of 8 AAs.
But be warned, these offers don't last for long! |
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Only 2100Mah they aren't the highest capacity around. Worth keeping an eye out for. |
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"The discounts we offer for items on our website do vary from time to time. I've checked your order #***-******-******* and found that we now offer a greater discount on "Eneloop AA 8 Pack Batteries 2000mAh" than at the time you placed your order. We are only able to adjust the price of an order in instances where less than thirty days have passed between the date on which an order was dispatched and the time that an item is reduced in price on our site. I have therefore requested a refund of 4.78 GBP to your payment card. This amount reflects the difference between the price you were charged and the current discounted price. The refund should appear as a credit on your next bank statement." (My Bold text, didn't know they did this as a matter of course) |
Re: Battery chargers.
That's good news! (Makes mental note to keep a track of Amazon price of stuff I've ordered)
For anyone who is put of by the 'limited' (2000mAh) capacity of Eneloops, try these threads: http://www.candlepowerforums.com/vb/...d.php?t=175377 http://www.candlepowerforums.com/vb/...d.php?t=149804 http://www.candlepowerforums.com/vb/...ad.php?t=79302 |
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Just received notification of repayment from Amazon: "Greetings from Amazon.co.uk. We're writing to confirm that we have processed your refund for £4.78 for the above-referenced order. We hope this is a satisfactory solution for you." |
Re: Battery chargers.
Here's a little more useful bedtime reading from the CandlePowerForums:
Why Eneloops? A look at slow charging There's lots of info there about the best way to charge NiMh cells. It seams you either need to charge slowly at about 0.1C for a fixed period or at 1C to 2C with -dV/dt charge termination. It appears that detection of full charge can be problematic with currents below 1C. FYI: 'C' is a current equal to the capacity of the cell divided by 'hours'. So for 2000mAh Eneloop AAs, 1C is 2000mA (or two amps), 0.1C is 200mA etc. |
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