woodygb wrote:Are you using a fairly short twisted pair to connect from the USB-CAN to your joystick?
Burgerman wrote:Yes I think. See above. The problem is going to be that its a fork lift truck layout. Steers from the rear -- and that's unstable from a basic chassis layout arrangement... Getting it to steer faster may make it swap ends or be hard to steer at speed because its going 'backwards'...
But even if accerlation is set to max and the Ohm’s are high,
the accerlation at low speeds could be better.
It need some time until the controller gives the motor full power.
I like to use a Curtis enable 50 for a powersoccer chair.
Yes... but only if the batteries can supply what the controller is asking for.the Motor should take 100A+ at low speeds.
the Motor should take 100A+ at low speeds.
Yes... but only if the batteries can supply what the controller is asking for.
max78 wrote:I have acceleration and power at 100 and Ohm’s as high as possible (80)
(I don’t have a programming cable, it will take some time to get the adapter)
For the first 0,5s the controller isn't asking for 100%
In the programming tool there are only a few parameters (Motor and Wheels), if you look with wordpad there are much more in the file (C2000F_...).
I think you need a higher access Level.
There are some sample files with more settings…. (Q-Logic), but you can’t change with the tool.
http://www.amltech.co.nz/programming.html
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