Chapter 6 Function Introduction Shenzhen Hpmont Technology Co., Ltd.
56 HD5L-PLUS Series User Manual V1.0
Ref. Code
Function Description Setting Range [Default]
Defines the percentage of the corresponding rated load when the digital weighing signal terminal input is
valid.
For example: If DI weighing signal 1 is enabled, it indicates the present load = the rated load × F06.08.
• If multiple DI terminals are valid at the same time, the one with the largest terminal number is valid.
No weighing current coefficient
F06.15 No weighing speed-loop KP 1 - 9999 [2000]
No weighing speed-loop KI
F06.14 - F06.16 are used to adjust the effect of no weighing auto-compensation (F06.00 = 4).
• The system response can be expedited through increasing F06.14 - F06.16, but system oscillation and
overshoot may occur if the value of F06.14 - F06.16 is too high.
• Generally, it can smoothly start elevator via adjusting F06.14 when debugging.
• Increase F06.14 to avoid sliding vehicle at starting moment; Decrease F06.17 to avoid shake at starting
moment.
6.2.8 F07: Asyn. Motor Parameters
The relationship between rated torque current, excitation current and rated current of motor:
Rated torque current = F07.05 × F07.02
Excitation current F07.11 =
�
1 − F07.05
2
× F07.02
Mutual inductance F07.10 =
F07.01
2
√
3
π × F07.03 × F07.11
− F07.09
Ref. Code Function Description Setting Range [Default]
F07.00 Rated power of Asyn. motor 0.2 - 500.0kW
F07.01 Rated voltage of Asyn. motor 0V - Controller rated voltage
[Depend on HD5L-PLUS]
F07.02 Rated current of Asyn. motor 0.0 - 999.9A
F07.03 Rated frequency of Asyn. motor 1.00 - 100.00 [50.00Hz]
F07.05 Power factor of Asyn. motor 0.001 - 1.000
[Depend on HD5L-PLUS]
R
1 = F
0
7.
07
S
ta
to
r
re
si
st
an
c
e
R2 = F07.08 Rot
or r
esist
anc
e
Io = F07.11
Excitation current
R1 R2LI
I1 I2
S
1-S
R2
L
I
Lm
LI =F07.09 Leakageinductan
ce
Lm =F07.10 M
utual inductance
S =Slip ratio
U1
Io
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