Separate names with a comma.
PC020081 - the left side anchors in.
PC030088 - the left side (adjustable) rail bolted in.
PC030084 - my KLIK Rivet Nut homebrew installation kit.
PC030085 - all 3 torque arms in action !
PC030086 - right side anchors installed.
Sounds like a good idea. You also only need two balancers.
Here's a shot of the installation the new case for the 2010 Prius. [IMG] The "x"ed out areas are pieces I removed for my first attempt at a fit...
PC010077 - material removed from 12V battery cover to allow better airflow from the 2010 case exhaust fan.
PB280073 - bench testing blowout
PB280074 - bad Mottcell, now positively identified. This was a known bad cell.
PC010080 - the new case fiting after trimming the Prius pack exhaust vent.
The criteria I'm using (now) to identify a bad Mottcell is to look for a cell that alarms both at the high voltage end AND the low voltage end....
[IMG] This discharge curve completes a full cycle starting w/ the discharge to 46V (pack voltage cutoff for the DC/DC converter), charging w/ the...
dist2a - 2nd discharge - Volts/cell vs Amp Hours
So far, balancing at the bottom seems to work for the Mottcells.....so far...... Time will tell......
[IMG] Next step....charge curve of Volts/cell vs Amp Hours for the same 16 cells. The vertical lines are again the open circuit voltages. Note...
Chrg2 - Volts/cell vs Amp Hours
Progress ! Finally used the monitor to get a discharge curve for the Mottcells. The result is surprising. It looks like the charge and...
dist1.....this is the average of 16 Mottcell Li cells using the Enginer limits. The vertical lines are the open circuit voltages at those points.
Just heard from Jack...the GenIII case is on it's way....I'll be posting the install photos when it gets here.... Jack B
