Z Gap(um): Z axis adjusting gap(to make it more precise)
C Gap(um): C axis adjusting gap(to make it more precise)
X ZeroStart: Choose on or off to choose whether the system will first go back to mechanical
zero after booting.
Y ZeroStart: Choose on or off to choose whether the system will first go back to mechanical
zero after booting.
Z ZeroStart: Choose on or off to choose whether the system will first go back to mechanical
zero after booting.
C ZeroStart: Choose on or off to choose whether the system will first go back to mechanical
zero after booting.
Press enter to choose on or off
The following function can only be used when Sell Code logged in
Pro Edit: choose hide will make user unable to edit program.
ProShow: choose hide will make user unable to see programs
TimeLock: after sell code logged in, Para Set-UserMgmt-Sys Veri to set 8digit code to
lock the system
Setting of Electronic Gear Ratio
Setting the electronic gear is to set different data unit for different machines. Different axis of
the same machine can be set based on different unit. For example, axis A can be set as mm,
axis B can be set as angle, and axis C can be set as round.
How to set the numerator and denominator of electronic gear ratio:
Pulse needed for the motor to turn one round to the same direction
Distance moved when the motor turn one round to the same direction(μm)
Numerator and denominator both should be integer between 1 and 99999.
Ex. 1 Screw Transmission
Stepper motor stepping is 5000, or servo motor 5000 pulse/round, screw pitch is 6mm,
reduction ratio is 1:1, then,
5000 → 5
6*1000*1.0 → 6
Ex. 2 Rack and Pinion
Stepper motor stepping is 6000, or servo motor 6000 pulse/round, gear teeth number is 20,
m=p/π=2, then
6000
→
1
→
107
→ 107
1000*20*2*3.14159265 → 20.943951 → 2241.00276 →
2241
