C500MP102EV3 Omron, C500MP102EV3 Datasheet - Page 110

• Manufacturer Part Number: C500MP102EV3
• Description: K-TYPE PC MEMORY RACK
• Manufacturer: Omron

Specifications of C500MP102EV3

• Leaded Process Compatible: No
• Peak Reflow Compatible (260 C): No
• Lead Free Status / RoHS Status: Contains lead / RoHS non-compliant

Timer and Counter Instructions
Cascade Connection
(Counting Past 9,999)
1813 (normally ON)
1813 (normally ON)
1000
1813 (normally ON)
1001
1905 (GR)
1907 (LE)
1905 (GR)
Note that in the program just mentioned, the present value in the counter
buffer is transferred to counter number 47 at points A and B. In this case, if
S31 (=1,000) < S < S32 (=2,000) and S33 (=2,000) < S < S34 (=3,000), and
if the present count value of the first high-speed counter (at point A) is 1,999
and that of the second counter (at point B) is 2,003, HR 015 and HR100 may
be simultaneously turned ON. If it is necessary to avoid this, set the values of
S32 and S33 so that there is a value difference equivalent to the time lag
from points A to B. For example, set the value of S32 to 2,000 and that of
S33 to 2,010.
More than 16 output bits may be obtained using CMP.
In the above program, output 0600 is turned ON when the following condition
is satisfied, where S is the present count value of the high-speed counter:
6,850 < S
In the above program, output 0601 is turned ON when the following condition
is satisfied, where S is the present count value of the high-speed counter:
300 < S < 2,300.
The number of digits of the upper and lower limits of the high-speed counter
can be increased from four to eight by using the high-speed counter together
with CNTR and CMP.
9,999.
1000
1001
0601
0600
CMP(20)
CMP(20)
CMP(20)
CNT 47
CNT 47
CNT 47
#0300
#2300
#6850
Address Instruction
Address Instruction
0000
0001
0002
0003
0000
0001
0002
0003
0004
0005
0006
0007
0008
0009
0010
LD
CMP(20)
AND
OUT
LD
CMP(20)
AND
OUT
LD
CMP(20)
AND
OUT
LD
AND
OUT
CNT
#
CNT
#
CNT
#
Section 5-11
Operands
Operands
1813
6850
1905
0600
1813
0300
1905
1000
1813
2300
1907
1001
1000
1001
0601
47
47
47
99