How can I tell if my Battery Tender is working? No light comes on when it is plugged in the wall on the unit or is it dead and a light is supposed to come on. Thanks
This is IMO a problem; some say that they confirm by feeling that it is warm..... akin to a crap shot.
I suggest purchasing the true Battery Tender Junior which has a go/no go light on it. I use them throughout my facility
If you are not sure of the exact model etc. then you should consider purchasing one from Kendal aka CoolTech as he has taken them and created a Ford specific wiring harness that makes integration easy.
Takes care
Shadowman
Kendal told me to put the (+ & -) simultaneously on my tongue. If I feel a little tingle, then they're working.
I wouldn't suggest doing it wit a 30Amp charger though...
It wouldn't make any difference, since with a nominal 12v the resistance of the tongue will limit the current and the power disapated will be similar. Read up on Ohms law and put a Ohm meter across your tongue to get a good est. on the potential current flow.
Okay smarty pants, why the hell does a 9V battery wreak havoc on a tongue then?
An evoked potential along a nerve is transmitted by the exchange of sodium and potassium ions along the nerve and nerve sheath (Schwann cell). It only runs so far to a "node of Ranvier," a gap where acetycholine is released and the potential, if strong enough, will jump the gap and continue along the nerve fiber or to other fibers. Cholinesterase acts to limit the evoked potential so it does has some limit. Efferent nerves carry signals to the brain and spinal cord, afferent carry them away from the brain and cord.
Other neurotransmitters are present as well (i.e. serotonin, etc) that are the basis for most anesthetics and the anti-depressives most of you guys here are so fond of.
An evoked potential along a nerve is transmitted by the exchange of sodium and potassium ions along the nerve and nerve sheath (Schwann cell). It only runs so far to a "node of Ranvier," a gap where acetycholine is released and the potential, if strong enough, will jump the gap and continue along the nerve fiber or to other fibers. Cholinesterase acts to limit the evoked potential so it does has some limit. Efferent nerves carry signals to the brain and spinal cord, afferent carry them away from the brain and cord.
Other neurotransmitters are present as well (i.e. serotonin, etc) that are the basis for most anesthetics and the anti-depressives most of you guys here are so fond of.
You should have gotten the 4 bank for the WAREHOUSE!! *pimp*Fubar get the regular one and also make sure to get the 2 bank one so you can do 2 cars or 1 car and a spare battery. Funny you brought this up, I just ordered a 2 bank for my warehouse yesterday.
An evoked potential along a nerve is transmitted by the exchange of sodium and potassium ions along the nerve and nerve sheath (Schwann cell). It only runs so far to a "node of Ranvier," a gap where acetycholine is released and the potential, if strong enough, will jump the gap and continue along the nerve fiber or to other fibers. Cholinesterase acts to limit the evoked potential so it does has some limit. Efferent nerves carry signals to the brain and spinal cord, afferent carry them away from the brain and cord.
Other neurotransmitters are present as well (i.e. serotonin, etc) that are the basis for most anesthetics and the anti-depressives most of you guys here are so fond of.