So you've got your board's built, now you want
to see your motors run! Here's a quick start guide to configuring Mach3 to
run your linistepper boards.
-
After downloading Mach3, install and reboot your system.
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Disable ESTOP unless you have add the associated switches.
-
Go to "Config...", "Ports & pins", scroll down to "estop", put a green
checkmark in the box.
This will disable your input for your estop, please Don't run your
machine without adding estop circuits, You will need them!
-
Config
Port Pins. Define X, Y and Z axis step and direction pins on the
Parallel Port.
-
Go to "Config...", "Ports & pins". On the "Motor Outputs" tab,
assuming you are using the 4 Axis
Kit:
-
Enable x axis by putting a green check in the box
-
Step pin enter 2 (assuming you are using the 4 axis kit, otherwise, set
it to the port pin you connected to the step input on the linistepper)
-
Dir pin enter 3 (assuming you are using the 4 axis kit, otherwise, set
it to the port pin you connected to the direction input on the linistepper)
-
Step port and dir port are both 1
-
Enable y axis by putting green check in the box
-
Step pin enter 4 (assuming 4 axis kit...)
-
Dir pin enter 5 (assuming 4 axis kit...)
-
Step port and dir port are both 1
-
Enable z axis by putting a green check in the box
-
Step pin enter 6 (assuming 4 axis kit...)
-
Dir pin enter 7 (assuming 4 axis kit...)
-
Step port and dir port are both 1
-
Setup
motor tuning. Do this routine for each axis...Saving each one after
you enter the data.
-
Go to "Config..."
-
"Motor tuning", "Steps per unit" (units of measure inches or mm's) I'm using
1/4 x 28 threaded rod so I need 5600 steps or pulses to the linistepper boards
for 1 inch movement. 1/4 x 20 would be 4000. This is in full step mode. If
you use different modes you will need to change this value. Also if you're
using the 4 Axis board from the kit you will find that the board is set for
half step mode... you will need to add switches or jumper the mode pins on
the driver boards if you wish to change modes. (for initial test run double
the values set for steps per unit)
-
"Velocity" was set to 5 for 5 inches per minute
-
"Acceleration" 6
-
"Step pulse" 4
-
"Pulse width for step and direction" I put mine on 5us, on 1 us it was skipping
a pulse here and there.
-
Setup Hotkeys This is really cool! This makes it very easy to setup
keys for motor jogging or testing
-
Go to "Config ....", "System hotkeys"
-
Check the axis to assign key to ie...x+,x- , y+,Y-, z=,z-
-
I set mine up with the numerical keypad:
-
1 & 2 control the x axis
-
5 & 2 control Y
-
6 & 3 control z
Hope this quick start helps you configure your system! These setup directions
are from hours of trial and error use at your own risk!
If you notice anything I missed or revision please email me {ed:
or use the form at the bottom of the page to add your comments} and we
will update.
Mach 3 also has a Yahoo users group you can join.
Thanks and enjoy! Feel free to share this information with others.
Brian gerber N3GUC@yahoo.com
| file: /Techref/io/stepper/linistep/mach3.htm, 4KB, , updated: 2008/2/21 08:00, local time: 2010/9/2 22:11,
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Stepper motors CAN be smooth!
And stepper controllers can be strong and cheap.
Roman Black's
Linistep
stepper controller kits:
o 18th microstep
o Linear smoothing
| |
o Open source
o Full kit $25!
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