OMRON Sysdrive 3G3HV - Detector Cooling Section

Function
Frequency
reference
function
selection
No.
n040
n041
n042
n043
n044
n045
n046
Name
Sequential
output function
selection
Multi-function
contact
output 1
(MA-MB-
MC)
Multi-function
contact
output 2
(M1-M2)
Analog frequency
reference
voltage/current
selection
FI input level
selection
Analog frequency
reference
sample
hold selection
Processing
selection
when analog
frequency
reference
is
lost
Frequency
reference
gain
Description
0: Error (ON: Error)
1: Running
2: Frequency agreement
3: Optional frequency agreement
4: Optional frequency detection (ON:
Output frequency n073)
5: Optional frequency detection (ON:
Output frequency n073)
6: Overtorque (ON: Detected)
7: Overtorque (OFF: Detected)
8: Baseblock
9: Operation mode (ON: Digital Operator/Frequency
reference)
10: Inverter ready
11: Timer function output (Set with n077
and n078)
12: Error retrying
13: Inverter/Motor overload warning
14: Frequency reference loss (ON: Frequency
reference has dropped by
90% or more within 0.4 s)
15: Not used
16: PID feedback loss (Detecting method
can be set with n093 and n094)
17: Heating heat sink (ON: OH1)
Setting
range
0 to 17
[0]
Same as n040 0 to 17
0: The FV terminal can be used for the
analog frequency reference within a
voltage range from 0 to 10 VDC.
1: The FI terminal can be used for the
analog frequency reference. Set the
input level with n043.
0: Voltage input within a range from 0 to
10 V. Be sure to cut jumper wire J1.
1: Current input within a range from 4 to
20 mA.
0: Frequency reference on hold is not
saved.
1: Frequency reference on hold is saved
by n025
0: Inhibits Inverter from processing analog
frequency reference loss.
1: Permits Inverter to process analog frequency
reference loss.
Set analog frequency reference input gain.
Set input frequency at 10 V or 20 mA with
1% units based on max. frequency set
with n012 as 100%.
[1]
0, 1
[0]
0, 1
[1]
0, 1
[0]
0, 1
[0]
0 to
200
[100]
User
setting