5-61
Transmission System
Setting Steps
Conveyor Belt
Method 1: Directly set the Pulse Command Number
of Single Rotation
1. Understand Overall System Specification:
Deceleration Ratio = 1/8
Load Axis (Roller) One Revolution Movement
mm
314
mm
100
3.14
2. Define One Pulse Command Moving Distance:
One pulse command moving distance=10um
3. Calculate Electronic Gear Ratio:
Single Rotation Pulse Command
314mm/rev
1um/pulse
1
8
3925 pulse/rev
Method 2: Use the Electronic Gear Ratio Numerator
and Electronic Gear Ratio Denominator
1. Understand the Overall System Specifications:
Deceleration Ratio = 1/8
Load Axis (Roller) One Revolution Movement
mm
314
mm
100
3.14
Motor encoder resolution=131072pulse
2. Define One Pulse Command Moving Distance:
One pulse command moving distance=10um
3. Calculate Electronic Gear Ratio:
Electronic Gear Ratio
131072pulse/rev
314mm
10um/pulse
8
1
1048576
31400
4. Electronic Gear Ratio Parameters Setting:
Simplify the Electronic Gear Ratio by Reduction of
Fraction, to let both Numerator and Denominator are
smaller than the integer value of
8388608.
Electronic Gear Ratio Numerator
131072
Electronic Gear Ratio Denominator
392
Summary of Contents for JSDG2S Series
Page 1: ......
Page 44: ...2 5 400V Class...
Page 303: ...5 178 2 3 1...
Page 693: ...10 7 10 2 Servo Drive Dimension 1 JSDG2S 10A 15A E 200V Class 2 JSDG2S 20A 30A E 200V Class...
Page 694: ...10 8 3 JSDG2S 10A 15A EL 200V Class 4 JSDG2S 20A 30A EL 200V Class...
Page 695: ...10 9 5 JSDG2S 10A 15A L 200V class 6 JSDG2S 20A 30A L 200V Class...
Page 700: ...10 14 Up to 130 Frame Series Up to 220 Frame Series...
Page 704: ...10 18 Up to 220 Frame Series Up to 130 Frame Series LL Without brake LL With brake IH Series...
Page 713: ...11 1 Chap 11 Appendix 11 1 Manual Revision History 11 2...
Page 718: ......