I finally installed the 15ah pack Ill deal with the 20ah pack later.
I dug up this old Relay I got from Asian Engineer a while ago, I tested and it was OK.
The difference is I am using s Solid State relay
SSR-3-32VDC-24-220VDC-40A
http://cgi.ebay.com/Lot-10-X-Solid-State-Relay-SSR-3-32VDC-24-220VDC-40A-/390221395823?pt=LH_DefaultDomain_0&hash=item5adb01f76fIts AC 220v DC @ 40 amps max.
I have round 12v on the control using .0098 ma on the control switch. Incredible device relay. I thermal;glued it on a big heat sink to avoid it any temperate behavior decreasing efficiency. I noticed when testing the solid state relay you could have the volts rise with an adjustable pot. So I though here yar, a chance for precharge so I stuck a bipolar cap over the control pins and it worked raising the voltage with more slope.The switch is also delayed slightly when the control is removed from poser and the control drains the remained of the cap,
Ive had this control on and off with as little as 5ma however the led in the relay isnt that bright,
So it ready for Pie IMO.
The whole point of solid state relay heat sinks are not to allow it to get warm in the first place so resistance remain low.
I figure with all my paranoia with regen I'll just set mine to 0% and be done with it.
Im excited to find out how this will perform with the Solid State Relay. I hit 5 amp load test with it so far, was a breeze. My bike wont be doing more than 20 amp max anyway.
Id be interested to see how much heat this SSR puts out.
So it's ready for Pie IMO.