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KATANA S610M Inverter Specialized for Elevator Manual
Function Code
Name
Setting Range
Factory Default Value
The above functions are to set the parameters of the motor driven by the inverter. In order to guarantee
control performance, please carefully follow the motor nameplate parameters to correctly set F01.00
～
F01.04.
Attentions:
The inverter must be configured to match the motor in terms of power level. Normally the motor
power is allowed to be 2 levels smaller than that of the inverter. Beyond the range, there is no guarantee for
control performance.
F01.05
Stator resistance of asynchronous
motor, %R1
0.00
～
50.00
％
Model confirmed
F01.06
Leakage inductance of asynchronous
motor, %X
0.00
～
50.00
％
Model confirmed
F01.07
Rotor resistance of asynchronous
motor, %R2
0.00
～
50.00
％
Model confirmed
F01.08
Mutual inductance of asynchronous
motor, %Xm
0.0
～
2000.0
％
Model confirmed
F01.09
No-load current of asynchronous motor,
Io
0.1
～
299.9A
Model confirmed
The meaning of above parameters is as shown in Figure 2-2:
Figure 2-2 Steady-state equivalent circuit diagram of asynchronous motor
In Figure 2-2, R1, X11, R2, X21, Xm and Io represent stator resistance, stator leakage inductance, rotor
resistance, rotor leakage inductance, mutual inductance, and no-load current respectively. The function code
F01.06 is the sum of leakage inductance of stator and rotor.
F01.05
～
F01.08 are the percentage of the above parameters of asynchronous motor. The formulas are:
1)
Resistance formula (of stator or rotor):
(1)
R: stator resistance, or the actual rotor resistance converted to stator equivalent;
V: rated voltage
I: rated current of the motor
2)
Inductance (leakage or mutual) formula:
(2)
R
1
jX
11
R
2
jX
21
I
1
I
2
I
0
X
m
U
1
1-S
S
R
2
％
％
100
)
3
/(
I
V
R
R
％
％
100
)
3
/(
I
V
X
X
