Rockwell Automation 1746-HSCE2 Multi-Channel High Speed Counter Module - Manual (Page 97)

Publication 1746-UM002B-EN-P - August 2004
Application Examples 6-5
Ladder File 9 Continued
0008
EQU
Equal
Source A
N11:0
140<
Source B
80
80 <
EQU O:1
15
I:1
15
COP
Copy File
Source
#N10:80
Dest #O:1.0
Length 8
COP
L
O:1
15
0009
EQU
Equal
Source A
N11:0
140<
Source B
90
90 <
EQU O:1
15
I:1
15
COP
Copy File
Source
#N10:90
Dest #O:1.0
Length 8
COP
L
O:1
15
0010
EQU
Equal
Source A
N11:0
140<
Source B
100
100<
EQU O:1
15
I:1
15
COP
Copy File
Source
#N10:100
Dest #O:1.0
Length 8
COP
L
O:1
15
0011
EQU
Equal
Source A
N11:0
140<
Source B
110
110<
EQU O:1
15
I:1
15
COP
Copy File
Source
#N10:110
Dest #O:1.0
Length 8
COP
L
O:1
15
DATA_BLOCK_PTR HSCE2_XMIT
1746-HSCE2
HSCE2_XMIT
1746-HSCE2
1746-HSCE2
HSCE2_ACK
DATA_BLOCK_PTR HSCE2_XMIT
1746-HSCE2
HSCE2_XMIT
1746-HSCE2
1746-HSCE2
HSCE2_ACK
DATA_BLOCK_PTR HSCE2_XMIT
1746-HSCE2
HSCE2_XMIT
1746-HSCE2
1746-HSCE2
HSCE2_ACK
DATA_BLOCK_PTR HSCE2_XMIT
1746-HSCE2
HSCE2_XMIT
1746-HSCE2
1746-HSCE2
HSCE2_ACK
When the previous block is completed (transmit and acknowledge bit are reset), copy Programming
Ranges Block 4 for counter 1 to the HSCE2 and set transmit bit (O:e.0/15).
When the previous block is completed (transmit and acknowledge bit are reset), copy Programming
Ranges Block 5 for counter 1 to the HSCE2 and set transmit bit (O:e.0/15).
When the previous block is completed (transmit and acknowledge bit are reset), copy Programming
Ranges Block 6 for counter 1 to the HSCE2 and set transmit bit (O:e.0/15).
When the previous block is completed (transmit and acknowledge bit are reset), copy Programming
Ranges Block 7 for counter 1 to the HSCE2 and set transmit bit (O:e.0/15).