Mitsubishi Electric MELSEC iQ-F FX5 User Manual page 229

2.
Set 'CH1 Wave output step action movement amount' (Un\G482) to 8 (8 in forward direction).
(3) Set the CH1 Wave output
step execution movement
amount (Un\G482) to 8 (8 in
forward direction).
Current address
3.
Rewrite the digital input value of address 34992 to 16000, and set 'CH1 Wave output step action movement amount'
(Un\G482) to -6 (6 in reverse direction).
memory areas
(5) Rewrite the digital input
value of address 34992
Current address
(6) Set the CH1 Wave output
step execution movement
amount (Un\G482) to -6 (6
in reverse direction).
Buffer Digital Input
memory areas value
Un\G25000
0
Un\G25001 1000
Un\G25002 2000
Un\G25003 3000
Un\G34988 12000
Un\G34989 14000
Un\G34990 16000
Un\G34991 18000
Un\G34992 20000
Un\G34993 22000
Un\G34994
24000
Un\G34995 26000
Un\G34996 28000
30000
Un\G34997
Un\G34998 32000
Buffer Digital Input
value
Un\G25000 0
Un\G25001 1000
Un\G25002 2000
Un\G25003 3000
12000
Un\G34988
14000
Un\G34989
16000
Un\G34990
18000
Un\G34991
20000
Un\G34992
22000
Un\G34993
24000
Un\G34994
26000
Un\G34995
28000
Un\G34996
30000
Un\G34997
Un\G34998 32000
Analog output
(Digital input value)
10 V
(32000)
5 V
(16000)
0 V
(0)
(4) The analog output module accepts the movement amount.
↓
The address to be output is moved by the movement amount.
Analog output
(Digital input value)
10 V
(32000)
5 V
(16000)
0 V
(0)
16000
(7) The analog output module accepts the movement amount.
↓
The address to be output is moved by the movement amount.
Analog output value
(4) Digital input value (32000)
of Un\G34998 is output in
analog.
(3)
Analog output value
(7) Digital input value (16000)
of Un\G34992 is output in
analog.
(5) (6)
2 FX5-4DA
2.4 Functions
2
227