3-75
Set Values
Set value Description
0 Error (ON: Error)
1 Running (ON: Running) (See note.)
2 Frequency agreement (ON: Frequency agreement)
3 Optional frequency agreement (ON: Optional frequency agreement)
4 Optional frequency detection (ON: Output frequency x n073) (See note.)
5 Optional frequency detection (ON: Output frequency y n073) (See note.)
6 Overtorque (ON: Detected)
Set the detection method with n074, the detection level with n075, and the detection time with
n076.
7 Overtorque (OFF: Detected)
Set the detection method with n074, the detection level with n075, and the detection time with
n076.
8 Baseblock (ON: Subject to the baseblock.)
9 Operation mode (ON: Digital Operator/Frequency reference)
10 Inverter ready (ON: Ready)
Ready: The Inverter is turned ON and ready to operate normally.
11 Timer function output (Set with n077 and n078)
12 Error retrying (Valid if the error retry function is set with n056)
13 Inverter/Motor overload warning (ON: Warning)
Inverter overload warning: ON when the output of the Inverter is 150% of the rated output
continuously for 48 s.
Motor overload warning: ON when the motor is overloaded for a period as long as 80% of the
motor overload protective time.
14 Frequency reference loss (ON: Loss)
Set n045 (i.e., analog frequency reference loss processing) to 1 (i.e., valid).
Frequency reference loss is a phenomenon resulting in a value drop of a frequency reference
by 90% or more within 0.4 s.
If the Inverter detects frequency reference loss, the Inverter will continue running at a frequency
20% lower than the previous frequency.
15 Not used
16 PID feedback loss (ON: Loss)
The Inverter will detect PID feedback loss if n092 (i.e., feedback loss selection) is set to 1.
Set the feedback loss detection level with n093 and the feedback loss detection time with n094.
17 Heating heat sink (ON: OH1 will be detected)
Note Set values 1, 4, and 5 can be used as timing signals for braking.
Preparing for Operation Chapter 3
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