Rockwell Automation 1746-HSCE2 Multi-Channel High Speed Counter Module User Manual
Page 95
Publication 1746-UM002B-EN-P - August 2004
Application Examples 6-3
Ladder File 9 - HSCE2 Initialization Routine
Programming ladder file 9 shows the direct addressing required to set
up the programming blocks in this example.
0000
EQU
Equal
Source A
N11:0
140<
Source B
0
0 <
EQU
O:1
15
I:1
15
COP
Copy File
Source
#N10:0
Dest
#O:1.0
Length
8
COP
L
O:1
15
0001
EQU
Equal
Source A
N11:0
140<
Source B
10
10 <
EQU
O:1
15
I:1
15
COP
Copy File
Source
#N10:10
Dest
#O:1.0
Length
8
COP
L
O:1
15
0002
EQU
Equal
Source A
N11:0
140<
Source B
20
20 <
EQU
O:1
15
I:1
15
COP
Copy File
Source
#N10:20
Dest
#O:1.0
Length
8
COP
L
O:1
15
0003
EQU
Equal
Source A
N11:0
140<
Source B
30
30 <
EQU
O:1
15
I:1
15
COP
Copy File
Source
#N10:30
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
Copy Module Setup Block to the HSCE2 and set transmit bit.
When the previous block is completed (transmit and acknowledge bit are reset), copy Counter
Configuration Block to the HSCE2 and set transmit bit (O:e.0/15).
When the previous block is completed (transmit and acknowledge bit are reset), copy Min/Max Count
Value Block 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 Min/Max Count
Value Block for counter 2 to the HSCE2 and set transmit bit (O:e.0/15).