Omron M1 Series - Page 149

Monitor item
Unit LED dis-
play
□ Not lit
■ Lit
Unit Outline of display value
Function
code
E43 data
Speed
Monitor
The following display formats can be selected by the function
code E48.
0
Output fre-
quency 1 (Be-
fore slip com-
pensation)
■Hz □A Hz
Display value = Output frequency
(Hz)
(E48=0)
Output fre-
quency 2 (Af-
ter slip com-
pensation)
■Hz □A Hz
Display value = Output frequency
(Hz)
(E48=1)
Set frequency ■Hz □A Hz Display value = Set frequency (Hz) (E48=2)
Motor rotation
speed
■Hz ■A
min
-1
Display value = Output frequency
(Hz) x 120/number of motor poles
(E48=3)
Load shaft
speed
■Hz ■A
min
-1
Display value = Output frequency
(Hz) x E50/E39
(E48=4)
Feed speed
□Hz □A m/min
Display value = Output frequency
(Hz) x E50/E39
(E48=5)
Transport time
for specified
length
■Hz ■A min
Display value = E50/(output frequen-
cy (Hz) x E39)
(E48=6)
Speed (%)
□Hz □A %
Display value = Output frequency
(Hz)/maximum frequency (Hz) x 100
(E48=7)
Output current
□Hz ■A A
Inverter output current effective val-
ue
3
Input power □Hz □A kW Inverter input power value 9
Calculated torque
*1
□Hz □A %
Generated motor torque (calculated
value)
8
Output voltage
*2
□Hz □A V
Inverter output voltage effective val-
ue
4
Motor output □Hz □A % Motor output (kW) 16
Load rate
*3
□Hz □A %
Load rate of motor is displayed as a
percentage with the rated value tak-
en to be 100%
15
PID process command
*4*5
□Hz □A -
The PID process command or PID
feedback value is displayed after
conversion to the physical quantity of
the control target
10
PID feedback value
*4*5
□Hz □A - 12
PID deviation
*4*5
□Hz □A -
The deviation between the PID proc-
ess command and PID feedback val-
ue is displayed after conversion to
the physical quantity of the control
target
29
PID output
*4*6
□Hz □A %
PID output is displayed as a percent-
age with 1st Maximum Output Fre-
quency (F03) taken to be 100%
14
Timer
*9
□Hz □A s
Remaining time when timed opera-
tion is enabled
13
3 Operation and Test Run
3-5
M1 Series Standard Type User's Manual (I669)
3-1 Operation of Operator
3
3-1-2 Key Operation Method