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ACD200 Usermanual                                            Functioanl Parameter List 

- 9 - 

H4.09 

Pahse 5 setting 

000-321 

000 

○ 

62H 

H4.10 

Phase 5 operating time  0-6000.0 

0.1 

10.0 

○ 

63H 

H4.11 

Phase 6 setting 

000-321 

000 

○ 

64H 

H4.12 

Phase 6 oeprating time  0-6000.0 

0.1 

10.0 

○ 

65H 

H4.13 

Phase 7 setting 

000-321 

000 

○ 

66H 

H4.14 

Phase 7 oeprating time  0-6000.0 

0.1 

10.0 

○ 

67H 

H5

H5

H5

H5-

--

- Closed Loop Functional Parameters

 Closed Loop Functional Parameters

 Closed Loop Functional Parameters

 Closed Loop Functional Parameters 

  

 

H5.00 

Closed loop operating 

control selection  

0: closed loop control invalid  
1: PID closed loop control valid 

× 

68H 

H5.01  Given channel selection 

0: given digital  
2: ACI analog given  
3: keypad analog potentionometer given  

○ 

69H 

H5.02 

Feedback channel 

selection  

1: ACI analog input  

○ 

6AH 

H5.03 

Digital setting of given 

quantity 

0.00-10.00V 

0.01 

0.00 

○ 

6BH 

H5.04  Mini. Given quantity  

0.0 - maxi.  given  quantity;  relative  to 
percentage of 10.00V 

0.1(%)  0.0(%) 

○ 

6CH 

H5.05 

Mini. Given quantity 

responding feedback 

quantity  

0.0(%)-100.0(%) 

0.1(%)  0.0(%) 

○ 

6DH 

H5.06  Maxi. Given quantity  Mini. Given quantity-100.0(%) 

  

 

0.1(%) 

100.0(

%

○ 

6EH 

H5.07 

Maxi. Given quantity 

responding feedback 

quantity 

0.0%-100.0(%) 

0.1(%) 

100.0(%)

 

○ 

6FH 

H5.08  Proportional gain KP  0.000-9.999 

0.001 

0.050 

○ 

70H 

H5.09 

Integral Gain KI   0.000-9.999 

0.001 

0.050 

○ 

71H 

H5.10  Defferential Gain KP  0.000-9.999 

0.001 

0.050 

○ 

72H 

H5.11 

Sampling period  

0.01-1.00s 

0.01s 

0.10s 

○ 

73H 

H5.12 

Deviation Limit  

0.0 - 20.0( % )relative  tp  percentage  of 
10.00V 

0.1(%)  2.0(%) 

○ 

74H 

H5.13 

Closed loop adjustment 

characteristics  

0: positive effect  
1: negative effect 

○ 

75H 

H5.14 

Closed loop preset 

frequency 

0-upper frequency limit  

0.01Hz  0.0Hz 

○ 

76H 

H5.15 

Hold time of Closed loop 

preset frequency 

0.0-6000s 

0.1s 

0.0s 

○ 

77H 

Summary of Contents for ACD200 Series

Page 1: ......

Page 2: ...lease make sure to cut off the power The electronic components in the inverter are sensitive to static so please do not put anything in the inverter and do not touch the main circuit board After cut o...

Page 3: ...d Brake Parameters 5 H3 Auxiliary Fuctional Parameters 6 H4 Simple PLC Function Parameters 8 H5 Closed Loop Functional Parameters 9 H6 Termianl FUnction Parameters 10 H7 Specific Traverse Function Par...

Page 4: ...FWD Forward Runing Order REV Reverse Turn forward and reversely switch value command refer to two wire and three wire control function in H6 08 Optical coupler isolation input Input impedance R 2K MI1...

Page 5: ...epresent 11 kinds of unit please refer to the parameter description H6 17 the output voltage current is selected by J5 factory setting voltage reference GND Voltage output range 0 10V Carrent output r...

Page 6: ...dress Address H0 00 Frequency Input Channel Selection 0 operation keypad digital setting 1 terminal UP DOWN adjust and set frequency memorize when power down or stop 2 terminal UP DOWN adjust and set...

Page 7: ...eed Correction Factor 1 9999 1 100 0EH H0 15 V F Curve Setting 0 conatant torque curve 1 decreasing torque curve 1 2 nd power 2 decreasing torque curve 2 1 7 th power 3 decreasing torque curve 3 1 2th...

Page 8: ...Maxi ACI rated 0 0 100 0 0 1 100 0 24H H1 08 Maxi ACI rated relative frequency 0 0 Upper Limit Frequency 0 1 Hz 50 0Hz 25H H1 09 PULSE maxi Input pulse 0 1 20 0K 0 1K 10 0K 26H H1 10 Mini PULSE rated...

Page 9: ...rewquaency compensation 0 150 0 no slip frewquaency compensation 1 0 37H H3 04 Jog operating frequency 0 1 50 0Hz 0 1Hz 5 0Hz 38H H3 05 Jog ACCE time 0 1 60 0s 0 1s 20 0s 39H H3 06 Jog DCCE time 0 1 6...

Page 10: ...ency Upper limit frequency 0 01Hz 20 0Hz 49H H3 22 Multi frequency 4 Lower limit frequency Upper limit frequency 0 01Hz 30 0Hz 4AH H3 23 Multi frequency 5 Lower limit frequency Upper limit frequency 0...

Page 11: ...ing time unit 0 second 1 minute 1 000 59H H4 H4 H4 H4 Simple PLC Function Parameters Simple PLC Function Parameters Simple PLC Function Parameters Simple PLC Function Parameters H4 01 Pahse 1 setting...

Page 12: ...CI analog input 1 1 6AH H5 03 Digital setting of given quantity 0 00 10 00V 0 01 0 00 6BH H5 04 Mini Given quantity 0 0 maxi given quantity relative to percentage of 10 00V 0 1 0 0 6CH H5 05 Mini Give...

Page 13: ...trol 20 closed loop invalid 21 PLC invalid 22 simple PLC suspension operation control 23 PLC reset when in stop status 24 frequency given channel selection1 25 frequency given channel selection 2 26 f...

Page 14: ...nter reaches the rated value 19 reaches the set operating time 20 inner timer arrives 1 0 86H H6 12 Fault radiator RA RB RC function selection 0 Inverter is in operating RUN 1 frequency arriving signa...

Page 15: ...ches given value 0 9999 1 0 95H H6 26 Inner timer timing setting 0 1 6000 0s 0 1 60 0 96H H7 H7 H7 H7 Specific Traverse Function Parameters Specific Traverse Function Parameters Specific Traverse Func...

Page 16: ...de VF curve 1 0 3200 0Hz 0 01Hz Accordi ng to machine type A2H H8 04 Motor rated speed 1 9999r min 1r min Accordi ng to machine type A3H H8 05 Motor pole number 2 14 2 Accordi ng to machine type A4H H...

Page 17: ...ion value 0 0 100 0 0 1 0 0 BDH HA 01 Feedback disconnection dealy time 0 0 999 9s 0 1 0 0 BEH HA 02 Remote pressure gauge range 0 00 20 00Mpa 0 01 1 00 BFH HA 03 Sleeping frequency 0 0 99 9Hz 0 1 0 0...

Page 18: ...al Parameters Secret Code and Manufacturer Functional Parameters Secret Code and Manufacturer Functional Parameters Secret Code and Manufacturer Functional Parameters HE 00 User code 0000 9999 1 0000...

Page 19: ...ault type ault type P P P Paossible reasons aossible reasons aossible reasons aossible reasons C C C Count ount ount ountermeasures ermeasures ermeasures ermeasures Inverter instantaneous overcurrent...

Page 20: ...e properly U 05 Inverter accelerate the operating speed and overvoltage Restart the rotating motor Set it as detection restarting function Decceleration time is too short Extend the DCCE time U 06 Inv...

Page 21: ...d Check the load U 12 Reserved Reserved Reserved U 13 Reserved Reserved Reserved Duct obstrution Clear the duct or improve ventilation The environment tempreture is too high Improve the ventilation lo...

Page 22: ...es agent for assist U 23 Reserved Reserved Reserved U 25 Disconnection of PID feedback Disconnection of PID feedback Check the feedback wiring PoFF Undervoltage when stop Abnormal input voltage Check...

Page 23: ...t five times Hd 10 DC bus voltage when the fault happened last time Hd 05 Fault record for the last six times 3 3 Fault Reset 3 3 Fault Reset 3 3 Fault Reset 3 3 Fault Reset When faults happens you ca...

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