I have a battery charger that is rated at 2, 15, or 100 amps. It's a
Everstart WM-1510 ma model. (Walmart). I found that Schumacher has an
identical charger model SE-1510 ma. That says these Everstart chargers
are made by Schumacher.
Anyhow, the 12v circuit breaker has died and will not reset. That seems
to be the most common problem on all chargers.
My question is this. The Schumacher replacement breaker is rated at 12V
35A. Since the charger is rated to produce 100A, why are they only
using a 35A breaker?
My next question is this:
I can purchase the identical replacement from Centurytool.net for $15.
While I found a place on ebay that has them for $6 (incl shipping). Of
course I'll go with the cheaper ones, since this charger is old anyhow,
so I dont want to sink a lot of money in it. The only problem is that
the ones on ebay are either 12V 30A, or 12V 40A. (They dont have a
35A). I'm not sure which would be better. A 30A would protect the
components more, but would that breaker trip all the time? A 40A is not
that much higher, and might make the breaker last longer, since these
things seem prone to failure anyhow.
Which would be the better choice, the 30A or the 40A?
Thanks
Everstart WM-1510 ma model. (Walmart). I found that Schumacher has an
identical charger model SE-1510 ma. That says these Everstart chargers
are made by Schumacher.
Anyhow, the 12v circuit breaker has died and will not reset. That seems
to be the most common problem on all chargers.
My question is this. The Schumacher replacement breaker is rated at 12V
35A. Since the charger is rated to produce 100A, why are they only
using a 35A breaker?
My next question is this:
I can purchase the identical replacement from Centurytool.net for $15.
While I found a place on ebay that has them for $6 (incl shipping). Of
course I'll go with the cheaper ones, since this charger is old anyhow,
so I dont want to sink a lot of money in it. The only problem is that
the ones on ebay are either 12V 30A, or 12V 40A. (They dont have a
35A). I'm not sure which would be better. A 30A would protect the
components more, but would that breaker trip all the time? A 40A is not
that much higher, and might make the breaker last longer, since these
things seem prone to failure anyhow.
Which would be the better choice, the 30A or the 40A?
Thanks