4.  ASR Parameter Autotune 
A.  Use system inertia and ASR bandwidth adjustment. 
(0)  Set Pr. F2-01 System Inertia. 
(1)  Set ASR Calculation Selection F2-02 = 1: Bandwidth. 
(2)  Adjust the ASR high-speed and low-speed area through Pr. F2-03 ASR High/ Low 
BW Switch FREQ. 
(3)  If the starting torque is insufficient or the speed response is slow, increase setting for 
Pr. F2-04 ASR Zero-Speed BW. 
(4)  If the speed in the low-speed area oscillates at low frequency or responds slowly, 
increase setting for Pr. F2-05 ASR Low-Speed BW. 
(5)  If the speed in the low-speed area oscillates at high frequency, decrease setting for 
Pr. F2-05 ASR Low-Speed BW. 
(6)  If the speed in the high-speed area oscillates at low frequency or responds slowly, 
increase setting for Pr. F2-06 ASR High-Speed BW. 
(7)  If the speed in the high-speed area oscillates at high frequency, decrease setting for 
Pr. F2-06 ASR High-Speed BW. 
B.  Adjust ASR gain 
(1)  Set ASR Calculation Selection F2-02 = 0: Gain. 
(2)  Adjust the ASR high-speed and low-speed area through Pr. F2-03 ASR High/ Low 
BW Switch FREQ. 
(3)  If the starting torque is insufficient or the speed response is slow, increase setting for 
Pr. F2-07 ASR Zero-Speed Gain or decrease setting for Pr. F2-08 ASR Zero-Speed 
Integral Time. 
(4)  If the speed in the low-speed area oscillates at low frequency or responds slowly, 
increase setting for Pr. F2-09 ASR Low-Speed Gain or decrease setting for Pr. F2-10 
ASR Low-Speed Integral Time. 
(5)  If the speed in the low-speed area oscillates at high frequency, decrease setting for 
Pr. F2-09 ASR Low-Speed Gain or increase setting for Pr. F2-10 ASR Low-Speed