10.3
Setting and Operation of JOG Inching Operation
10-9
Operation of input control/output control signals
•
When a JOG inching request (corresponding bit allocated to UM001AA to UM001AF) is on
by a user program and a JOG operation forward or reverse request (corresponding bit
allocated to UM0019E to UM001A9) turns on, the JOG inching operation will be performed.
The JOG inching operation starts when the edge of the JOG operation forward or reverse
request changes to on from off.
•
A busy flag (corresponding bit allocated to UM00090 to UM00095), which indicates that a
requested operation is being controlled, will turn on when the JOG inching operation control
starts, and it will turn off when the operation completes.
•
An operation done flag (corresponding bit allocated to UM00096 to UM0009B), which
indicates the completion of operation, will turn on when the current operation is completed,
and it will be held until the next positioning control, JOG operation, or home return starts.
Allocation of unit memories
Signal name
Real axis
Virtual axis
Axes
1-16
Axes
17-32
Axes
33-48
Axes
49-64
Axes
1-16
Axes
17-32
JOG inching operation
request (Note 1)
UM001AA
UM001AB
UM001AC
UM001AD
UM001AE
UM001AF
JOG operation
forward/reverse request
(Note 2)
UM0019E
(Axes
1-8)
UM001A0
(Axes
17-24)
UM001A2
(Axes
33-40)
UM001A4
(Axes
49-56)
UM001A6
(Axes
1-8)
UM001A8
(Axes
17-24)
UM0019F
(Axes
9-16)
UM001A1
(Axes
25-32)
UM001A3
(Axes
41-48)
UM001A5
(Axes
57-64)
UM001A7
(Axes
9-16)
UM001A9
(Axes
25-32)
BUSY flag (Note 1)
UM00090
UM00091
UM00092
UM00093
UM00094
UM00095
Operation done flag (Note 1)
UM00096
UM00097
UM00098
UM00099
UM0009A
UM0009B
(Note 1): Flags or request signals for 16 axes are allocated to each unit memory (1 word). When the value of each bit
is 1, it turns on. When the value of each bit is 0, it turns off.
bit no. 15
0
8 7
9
1
8
16
● ● ● ● ● ●
● ● ● ● ● ●
Axis no.
25
17
24
32
● ● ● ● ● ●
● ● ● ● ● ●
41
33
40
48
● ● ● ● ● ●
● ● ● ● ● ●
57
49
56
64
● ● ● ● ● ●
● ● ● ● ● ●
(Note 2): Request flags for 8 axes are allocated to each unit memory (1 word). When the value of each bit is 1, it turns
on. When the value of each bit is 0, it turns off.
bit no. 15
0
8 7
Axis no.
F
● ● ● ●
R
F
R
F
● ● ● ●
R
F
R
● ●
9
12
● ●
13
16
● ●
17
20
● ●
21
24
● ●
25
28
● ●
29
32
● ●
33
36
● ●
37
40
● ●
41
44
● ●
45
48
● ●
49
52
● ●
53
56
● ●
57
60
● ●
61
64
JOG direction
● ●
1
4
● ●
5
8
F : Forward
R
:
Reverse
Summary of Contents for AFP7MC16EC
Page 1: ......
Page 19: ...1 Unit Functions and Restrictions ...
Page 28: ...Unit Functions and Restrictions 1 10 ...
Page 29: ...2 Names and Functions of Parts ...
Page 33: ...3 Installation and Wiring ...
Page 47: ...4 Basic Procedure ...
Page 75: ...5 Settings of FP7 MC Unit Using CMI Tool ...
Page 97: ...6 Data Transfer to MC Unit and Test Operation ...
Page 122: ...Data Transfer to MC Unit and Test Operation 6 26 ...
Page 123: ...7 Creation of User Programs ...
Page 131: ...8 Automatic Operation Position Control ...
Page 143: ...8 2 Interpolation Control 8 13 ...
Page 193: ...9 Automatic Operation Synchronous Control ...
Page 251: ...10 Manual Operation JOG Operation ...
Page 257: ...10 2 Changing Speed During JOG Operation 10 7 MEMO ...
Page 263: ...11 Manual Operation Home Return ...
Page 277: ...12 Stop Functions ...
Page 286: ...Stop Functions 12 10 ...
Page 287: ...13 Supplementary Functions ...
Page 336: ...Supplementary Functions 13 50 ...
Page 337: ...14 CMTimeChart Monitor ...
Page 338: ...CMTimeChart Monitor 14 2 14 1 Overview of Function ...
Page 365: ...15 Troubleshooting ...
Page 396: ...Troubleshooting 15 32 ...
Page 397: ...16 Specifications ...
Page 500: ...Specifications 16 104 16 13Dimensions AFP7MC16EC AFP7MC32EC AFP7MC64EC 90 28 80 4 Unit mm ...
Page 502: ......
Page 503: ......
Page 504: ......