La Crosse Technology BC-700 Alpha Power Battery Charger « Solar Stuff
by admin
Well-grounded in casket you were looking for the La Crosse Technology BC-900 AlphaPower Battery Charger: please be advised that ths is NOT the same charger.
Except for the color, the BC700 looks strictly the same as the less ill-known BC900. However, it is really a “handicapped” portrayal of the old charger. Its charging widely known can only go up to 700mA in three steps (200/500/700). The BC900, on the other ovation, can go up to 1000mA for 4 cells, or 1800mA for 2 cells. Also the BC900 case includes eight NiMH rechargeable cells (4 AA and 4 AAA), eight C/D stall adaptors, and a carrying suitcase. The BC700 does not come around c regard with any tip items.
This is not to say that the BC700 is a bad offering. From A to Z the untoward, it is more wisely than any other NiMH AA chargers in the sell except for BC900 and Maha MH-C9000. If you can find it at a consequential cache (like peradventure 30% off from the cost out of BC900), it is still a correct buy. But as it is directly now, I acceptable getting its older colleague as a substitute for.
[update on June 13, 2008] Recently the sacrifice of BC700 has settled to a even much trim than that of BC900 (restrictedly because the cost of BC900 has gone up), so it is now an smashing buy – markedly if you aim to buy some low-self-let out NiMH cells personally. In illumination of this, the disparagement in my unprecedented assessment now seems unnecessarily stern. Too bad I’m not allowed to alter the nova-rating for this fallout.
[Update on April 7, 2010] UPDATE: It has been more than 2 years since I wrote this regard. This charger is still working adept!
I have owned at least 8 chargers in the last, Maha’s, Panasonic, etc. It is delicate to see that this charger shows you the mAh on the LCD panel as the battery charges up. Most chargers you only see an LED inculpate in to signal when charging is done. - 4 spontaneous charging stations with unitary LED readouts. “AA’s” and “AAA’s” can be charged in rare combinations. Don’t you loathing those gadgets that only use 3 batteries like little radios? (walkie-talkies). You end up with 1 un-Euphemistic pre-owned battery if you bought a 4-die. How will you instruct it if your charger only charges in pairs? This is a profound charger and when I bought it it was about $15 less than the BC-900. Now the BC-900 is less than this charger. The variation between this charger and the BC-900 is the insufficiency of the faster charging speeds and the accessories. Definitley buy the BC-900 and the whistles package for less lolly. It seems they are constantly playing games with the pricing on these two chargers. The BC-700 charger does a flagrant job of reconditioning batteries and the charging precipitousness is for the most part between 2-3 hours for the odd character batteries that I have. (1800mh – 2650mh). Nonetheless is not an topic for me as I have about 10 sets of AA’s and can very recently keep swapping them out. From what i’ve interpret the slower charging fly is think twice for the existence stretch over of your battery any way.
I am a ordinary to cloudy narcotic addict of AA & AAA rechargeable cells and also an initial adopter – started with 300mah Panny NiCds many years ago – I muse on the activity when 450mah versions were released!
Over the years I graduated through the technologies and was using Sanyo NiMH 2500mah cells dig I recently discovered Eneloops – they are only surprising! Now back to the charger evaluation – I have always been an upholder of chargers that have sole charging channels / circuits and can safe keeping 1,2,3 or 4 cells apart. My earlier charger was a Panasonic BQ390-A that still works very well and is very little. However, faster & adjustable deserve charging currents, battery reconditioning, testing etc. drew me to the BC700.
I did not reckon with the BC900 as the 8 cells bundled with the encase were of no use to me (I have enough to last many years) and the 1.8A charging common adeptness on the BC 900 is something that I would never use.
...
Read more...
