Instruction Interpretation
LM ABC
Specify linear interpolation axes
LI 7000,3000,6000
Relative distances for linear interpolation
LE Linear
End
VS 6000
Vector speed
VA 20000
Vector acceleration
VD 20000
Vector deceleration
BGS Start
motion
Circular Interpolation
Objective: Move the AB axes in circular mode to form the path shown on Fig. 2-7. Note that the
vector motion starts at a local position (0,0) which is defined at the beginning of any vector motion
sequence. See application programming for further information.
Instruction Interpretation
VM AB
Select AB axes for circular interpolation
VP -4000,0
Linear segment
CR 2000,270,-180
Circular segment
VP 0,4000
Linear segment
CR 2000,90,-180
Circular segment
VS 1000
Vector speed
VA 50000
Vector acceleration
VD 50000
Vector deceleration
VE
End vector sequence
BGS Start
motion
(0,0) local zero
(0,4000)
(-4000,4000)
(-4000,0)
A
B
R=2000
Figure 2-7 Motion Path for Circular Interpolation Example
DMC-2X00
Chapter 2 Getting Started
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37
Summary of Contents for DMC-2010
Page 18: ...THIS PAGE LEFT BLANK INTENTIONALLY 8 Chapter 1 Overview DMC 2X00...
Page 48: ...THIS PAGE LEFT BLANK INTENTIONALLY 38 Chapter 2 Getting Started DMC 2X00...
Page 78: ...THIS PAGE LEFT BLANK INTENTIONALLY 68 Chapter 5 Command Basics DMC 2X00...
Page 180: ...THIS PAGE LEFT BLANK INTENTIONALLY 170 Chapter 7 Application Programming DMC 2X00...
Page 215: ...Dimensions for DMC 2x00 DMC 2X00 Appendices y 205...