How do you think this 100A driver, can be better?
https://www.ebay.com/itm/100-A-High-Pow ... :rk:1:pf:0
woodygb wrote:https://drive.google.com/file/d/1BAIMF7_iGYuHWxAfVyFmNA94pGMDfA-k/view
woodygb wrote:ALL the extra functions that you require can be via R/C switches ...
E.G. This 2 way R/C switch uses just 1 channel.
https://www.ebay.co.uk/itm/Radio-Contro ... 3423150872
STOP mucking around with trying to build H bridges!
This one is Radio controlled.... uses 2 channels for driving .
https://www.dropbox.com/s/ql42k38v3jiew ... 9.MOV?dl=0
Burgerman wrote:Its NOT easier because theres a reason that the powerchair controllers have current sensing, motor load compensation, and 101 control settings and a lot of computer code developed over many years. It is what makes them drivable!!!
Your tank steer device may only require 5A to go forwards. (5% pulsewidth. And will need at least 50 to 100 Amps to turn in place. The motor compensation means that you get all those amps ONLY WHEN REQUIRED to turn slowly with a small joystick movement. Remember that you wont want max power (volts) to turn at a safe controlled speed, just maybe 15%. But a 15% pulsewidth will not turn the thing at all. It wont draw adequate Amps. So full left stick? Nothing happens... Thats why you need motor load compensation for e.g. Only 1 of the many issues that you have yet to discover. Ever wondered why the robots on robot wars are barely controllable and can spin on the spot like a propellor? Its because they lack the things I am talking about. The chairs controller has that stuff built in. Its essential for proper control. Not to mention that script. Did you take a look? Thats whats needed for proper tank steer control without randomely zooming about while the robot more or less ends up wherever it wants like on TV...
The H bridge is about 5% of the controller. Its the easy bit. But you need the rest.
http://www.wheelchairdriver.com/gopro/rc.mp4
http://www.wheelchairdriver.com/gopro/RC-BM3.mp4
http://www.wheelchairdriver.com/gopro/rc2.mp4
woodygb wrote:You should supply the details like this ...
I am using a software program X on my P.C. to try and communicate with Q6 logic controller ( part number ) using USB interface type Y ( plugged into the pods charging port ? ) with settings Z.
I guess that your using Curtis 1314 programming software ?
woodygb wrote:Ha! ....I can see your confusion ....they are I believe plastic covers over the mono jack plugs.... not sensors.
e.g.
BTW ...My name is Woody .
Q-Logic Hand Control
The hand control is mounted to the controller bracket with four bolts. A programmer/charger port is located on the
underside of the module, as are two covered parallel jack for remote mode and on/off switches.
woodygb wrote:Q-Logic Hand Control
The hand control is mounted to the controller bracket with four bolts. A programmer/charger port is located on the
underside of the module, as are two covered parallel jack for remote mode and on/off switches.
https://www.pridemobility.com/pdf/owner ... ic_boi.pdf
Have you a number for the pod ?
http://javafoundry.com/home/Q-Logic_Tec ... Manual.pdf
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