Omron C200HE User Manual

In the following example, the content of IR 040 is set to #0000 and then increm-
ented by 1 each cycle. For the first two cycles, AVG(––) moves the content of
IR 040 to DM 1002 and DM 1003. The contents of DM 1001 will also change
(which can be used to confirm that the results of AVG(––) has changed). On the
third and later cycles AVG(––) calculates the average value of the contents of
DM 1002 to DM 1004 and writes that average value to DM 1000.

@MOV(21)

040

#0000

00001

00000

LD

00001

00001

@MOV(21)

#

0000

040

00002

AVG(––)

040

#

0003

DM

1000

00003

CLC(41)

00004

ADB(50)

040

#

0001

040

AVG(––)

#0003

040

DM 1000

CLC(41)

ADB(50)

#0001

040

040

1

st

 cycle

2

nd

 cycle

3

rd

 cycle

4

th

 cycle

DM 1000

0000

0001

0001

0002

Average

DM 1001

0001

0002

8000

8001

Pointer

DM 1002

0000

0000

0000

0003

DM 1003

---

0001

0001

0001

3 previous values of IR 40

DM 1004

---

---

0002

0002

1

st

 cycle

2

nd

 cycle

3

rd

 cycle

4

th

 cycle

IR 40

0000

0001

0002

0003

C: Control data

IR, SR, AR, DM, HR, LR, #

: First word in range

IR, SR, AR, DM, HR, TC, LR

D: First destination word

IR, SR, AR, DM, HR, LR

SUM(––)

C

R

1

D

@SUM(––)

C

R

1

D

The 3 rightmost digits of C must be BCD between 001 and 999.

If bit 14 of C is OFF (setting for BCD data), all data within the range R

1

 to R

1

+N–1

must be BCD.