Battery trickle charger
Discussion
Riley26 said:
Thank you and just put on until it flashes 100% charged?
It struggled abit this morning. But it only gets used once a week. And with lights and fan in this time of year I can imagine it's not fully charged
Just leave it connected permanently until you need the car - and then connect up again when it's parked.It struggled abit this morning. But it only gets used once a week. And with lights and fan in this time of year I can imagine it's not fully charged
I have a car that's on trickle permanently for at least 4 months at a time.
The point is that rather than charging the battery (which it does), it prevents the battery emptying, which would kill it. It just keeps it topped up.
If you're bored you can read the book about it 
https://assets.einhell.com/manuals-pdf/900_401653/...

https://assets.einhell.com/manuals-pdf/900_401653/...
Riley26 said:
Thanks it mentions in the linked instructions. To put the red clamp in the positive terminal and then it mentions something about putting the black clamp on the bodywork of the car?
Normally (in 99.99% of cases) the red terminal is the positive terminal. The black terminal is where the other clamp goes - ignore the 'bodywork of the car' bit. It's referring (I assume) to the bodywork being the earth. Use the black terminal.Put the red on first - then the black when connecting. When removing, take the black of first, then the red.
For modern cars, it's recommended to connect the positive directly to the battery, and as mentioned, connect the ground to bodywork - I just reused an existing ground, but virtually any bolt will do - Easy to test if you have a multi meter.
As for connecting outside, I use a small SAE Connector hidden under the bonnet cowl - When I'm on the drive, I just connect to that using a super long SAE Extension I bought on Amazon.
As for connecting outside, I use a small SAE Connector hidden under the bonnet cowl - When I'm on the drive, I just connect to that using a super long SAE Extension I bought on Amazon.
It looks like it is fully charged - although I am not familiar with the trickle charger you have.
The test will be to see if it turns over easily (once you have disconnected the charger).
I am not sure if you have a garage with power or what car you are charging.... but if the battery is easily removed, I'd be tempted to remove it and keep it on a permanent trickle (good security too if the car is outside most of the time). But maybe that's too much faff?
Batteries are surprisingly sensitive things - if you let them drain down they can fail completely and then you can't get them to hold any charge. The other thing that larger engines need is 'cranking amps' - this is amps behind the volts (sort of). A big V8 (for example) can have a battery reading 12 volts, but not enough CCA (Cold Cranking Amps) to turn the engine over - typical of a weak battery that has been drained.
The test will be to see if it turns over easily (once you have disconnected the charger).
I am not sure if you have a garage with power or what car you are charging.... but if the battery is easily removed, I'd be tempted to remove it and keep it on a permanent trickle (good security too if the car is outside most of the time). But maybe that's too much faff?
Batteries are surprisingly sensitive things - if you let them drain down they can fail completely and then you can't get them to hold any charge. The other thing that larger engines need is 'cranking amps' - this is amps behind the volts (sort of). A big V8 (for example) can have a battery reading 12 volts, but not enough CCA (Cold Cranking Amps) to turn the engine over - typical of a weak battery that has been drained.
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