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hpmont HD09-S Series User Manual

hpmont HD09-S Series
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Chapter 7 Detailed Function Introduction Shenzhen Hpmont Technology Co., Ltd.
- 48 - HD09-S Series User Manual V1.1
Ref. Code Function Description Setting Range [Default]
When operating in the frequency range between F10.04 - F10.05, the vector control P parameter is the
intermediate linear interpolation of F10.00 and F10.02 and the vector control I parameter is the mid-
linearity of F10.01 and F10.03 Interpolation.
Increase the ASR proportional gain P to speed up the dynamic response of the system; However, P is too
large and oscillates easily.
Reducing the ASR integral time constant Ti accelerates the system's dynamic response; However, Ti is too
small for oscillations and large overshoots.
If the integral time constant is set to 0, there is no integral effect and the speed loop is simply a
proportional regulator.
Generally, adjust the proportional gain P first, and try to increase P if the system does not oscillate. Then
adjust the integral time constant Ti to make the system have fast response characteristics and little
overshoot.
Low frequency operation to improve the dynamic response, increase the proportional gain P and decrease
the integral time constant Ti.
F10.06
Motor speed loop integral limit
0.0 - 200.0 (F08.02) [180.0%]
The max. integrated value of the integral of speed vector control loop is limited.
F10.07
Motor speed loop differential time
0.00 - 1.00 [0.00s]
Defines the vector control speed loop differential time.
Normally not required. When you need to speed up the dynamic response can be set properly.
F10.07 = 0, there is no differential term in the speed loop.
F10.08
Motor speed loop output filter time
0.000 - 1.000 [0.010s]
The output of the ASR (speed loop) regulator is filtered.
F10.08 = 0, the speed loop is not filtered.
F10.09
Motor torque limit lock selection
0,1 [0]
0: Not locked.
1: All torque limits are in line with the limits of FWD electric torque.
F10.10
Motor torque limit channel
0000 - 2222 [0000]
Unit: Forward electric torque setting channel
Ten: REV electric torque setting channel
Hundred: Forward regenerative torque setting channel
Thousand: Reverse regenerative torque setting channel
0: The torque limit is set digitally.
1: The torque limit is determined by the analog input.
2: The torque limit is setting by the terminal pulse.
F10.11
Motor torque limitation when motor is FWD
0.0 - 250.0 (F08.02) [180.0%]
F10.12 Motor torque limitation when motor is REV
F10.13
Recreated torque limitation when motor is FWD
F10.14 Recreated torque limitation when motor is REV
Please be careful to set F10.11 - F10.14, setting too large may damage the motor.

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hpmont HD09-S Series Specifications

General IconGeneral
Brandhpmont
ModelHD09-S Series
CategoryInverter
LanguageEnglish

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