10 Program Example
10.1 Assignments
113
FX3U-1PG User's Manual
1
Introduction
2
Specification
3
System
Configuration
4
Installation
5
Wiring
6
Before Starting
Positioning
Operation
7
Buffer Memory
8
Manual Control
9
Positioning
Control
10
Program
Example
10.1.3 Buffer memory assignments
BFM No. Name Setting value Remarks
#0 Pulse rate K8,192 PLS/REV
#2, #1 Feed rate K1,000 μm/REV
#3 b1, b0
Operation
parameter
System of units
H2032
b1=1, b0=0: Combined system
#3 b3, b2 Interrupt input setting b3=0, b2=0: Not used
#3 b5, b4 Position data multiplier
b5=1, b4=1:10
3
#3 b6
Acceleration/deceleration
mode
b6=0: Trapezoidal acceleration/deceleration
#3 b7
Variable speed operation
acceleration/deceleration
setting
b7=0: Not used
#3 b8 Pulse output format b8=0: Forward pulse/Reverse pulse
#3 b9 Rotation direction b9=0: Current address increases
#3 b10 Zero return direction b10=0: Current address decreases
#3 b11 Limit deceleration mode b11=0: Immediately stop
#3 b12 DOG input polarity b12=0: NO contacts
#3 b13 Count start point b13=1: DOG backward end
#3 b14 STOP input polarity b14=0: NO contacts
#3 b15 STOP input mode b15=0: Remaining distance operation
#5, #4 Maximum speed K200,000
#6 Bias speed K0
#8, #7 JOG speed K10,000
#10, #9 Zero return speed (high speed) K10,000
#11 Zero return speed (creep) K1,500
#12 Number of zero-point signal for zero return K3
#14, #13 Zero-point address K0
#15 Acceleration/deceleration time K100
#16 Starting delay time K0
#18, #17 Target address Ι K1,000
#20, #19 Operation speed Ι K200,000
#25 Operation command M15 to M0 Refer to Subsection 10.1.2.
#28 Status information M35 to M20 Refer to Subsection 10.1.2.
#32 Positioning parameter selection K0 Use the positioning parameter
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