Differences

This shows you the differences between two versions of the page.

--- astra_conv:conversion:traction_battery:traction_battery [2013/12/30 19:23]
127.0.0.1 external edit
+++ astra_conv:conversion:traction_battery:traction_battery [2014/05/03 23:57] (current)
richard
@@ Line 5: / Line 5: @@
 ==== lead-acid traction battery ====
-Until I had my LiFePO4 cells, I provisionally used a set of Hawker SBS60 12V 50Ah AGM batteries.
+Before I got my LiFePO4 cells, I provisionally used a set of Hawker SBS60 12V 50Ah AGM batteries.
 Although their designated service life time had already expired, they did surprisingly well - so I feel they should be perpetuated here!
@@ Line 109: / Line 109: @@
 {{:astra_conv:conversion:traction_battery:p1110375.jpg?600|}} {{:astra_conv:conversion:traction_battery:p1110366.jpg?600|}}
-This is now the "balancing" procedure: Connect the jumper leads to a certain cell, pressi the "reset" button on the plastic box and wait for the beeper to come up.
+This is now the "balancing" procedure: Connect the jumper leads to a certain cell, press the "reset" button on the plastic box and wait for the beeper to come up.
 Then connect the jumper leads to the next cell, wait a few seconds for the previous BMS cell module to close the cell loop and reset the plastic box again. At 10A charging current, each cell took between 10 and 50 minutes, with an average around 25 minutes, to reach HVC.