Sinee EM500 - F04.09: Rise Speed of Rotation Speed Tracking Voltage; F04.12: Tracking Intensity; Tracking Current, Which Is a Ratio Relative to Inverter Rated Current

EM500 Open-Loop Vector Control Inverter User Manual
210
No.
Function
Range
Unit
Default
Type
F04.09
Rise Time of Rotation
Speed Tracking
Voltage
0.05 - 10.00
s
0.30
〇
F04.10
Deceleration Time of
Rotation Speed
Tracking
0.1 - 20.0
s
2.0
〇
F04.11
Rotation Speed
Tracking Current
30.0 - 150.0
(100.0=Inverter Rated
Current)
%
60.0
●
F04.12
Rotation Speed
Tracking
Compensation Gain
1.00 - 1.30
1.05
●
F04.09: Rise Speed of Rotation Speed Tracking Voltage.
F04.10: The scanning speed starting from the set frequency to downward tracking at
the torque tracking; this time refers to the period that the rated frequency decreases to
0.00 Hz.
F04.11: Tracking current, which is a ratio relative to inverter rated current. The
lower the current is, the smaller the impact of motor will be, so is the tracking accuracy.
However, if the current is set as an excessively low value, the tracking results may be
inaccurate, which result in the start failure. The higher the current is, the fewer motor
rotation speed drop at tracking will be; please increase the set value for heavy load
tracking occasions.
F04.12: Tracking intensity. Generally, the default is usually adopted. This value
may be increased when the tracking speed is high and results in a voltage fault.
No.
Function
Range
Unit
Defaul
t
Type
F04.14
Acceleration/Decel
eration Mode
0: Linear Acceleration/Deceleration
1: S Curve Acceleration/Deceleration
0
〇
F04.15
S Curve Start
Section Time at
Acceleration
0.00 - System acceleration time/2
(F15.13=0)
0.0 - System acceleration time/2
(F15.13=1)
0 - System acceleration time/2
(F15.13=2)
s
1.00
●
F04.16
S Curve End
Section Time at
Acceleration
0.00 - System acceleration time/2
(F15.13=0)
s
1.00
●