Nidec NE200 Series Quick Start Manual Download Page 55

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NE200&300 Quick Start Guide

Code

Description

Setting range

Default

Mod

ify

Modbus

Addres

F9.19

Step T2 program
running setting

1 F/r

～

4 F/r

○

0A13H

F9.20

Step T3 program
running setting

1 F/r

～

4 F/r

○

0A14H

F9.21

Step T4 program
running setting

1 F/r

～

4 F/r

○

0A15H

F9.22

Step T5 program
running setting

1 F/r

～

4 F/r

○

0A16H

F9.23

Step T6 program
running setting

1 F/r

～

4 F/r

○

0A17H

F9.24

Step T7 program
running setting

1 F/r

～

4 F/r

○

0A18H

F9.25

②

Current step

running time

0.0

～

3600

0A19H

F9.25

③

Current

running step

～

0A19H

F9.26

②

Current

running step

～

0A1AH

F9.26

③

Current step

running time

0.0

～

3600

0A1AH

F9.27 Multi-step freq.8

0.00

～

Max frequency

50.00 Hz

○

0A1BH

F9.28 Multi-step freq.9

0.00

～

Max frequency

50.00 Hz

○

0A1CH

F9.29 Multi-step freq.10

0.00

～

Max frequency

50.00 Hz

○

0A1DH

F9.30 Multi-step freq.11

0.00

～

Max frequency

50.00 Hz

○

0A1EH

F9.31 Multi-step freq.12

0.00

～

Max frequency

50.00 Hz

○

0A1FH

F9.32 Multi-step freq.13

0.00

～

Max frequency

50.00 Hz

○

0A20H

F9.33 Multi-step freq.14

0.00

～

Max frequency

50.00 Hz

○

0A21H

F9.34 Multi-step freq.15

0.00

～

Max frequency

50.00 Hz

○

0A22H

F9.35

PLC Multi-step
Freq.1 selection

0:Multi-step digital
setting

○

0A23H

1: AI1

2: AI2

F9.36 PLC Multi-step

3: keypad

○

0A24H

Summary of Contents for NE200 Series

Page 1: ...Part Number 31019007 www drive setup com Quick Start Guide NE200 NE300 Variable Speed AC drive...

Page 2: ...NE200 300 Quick Start Guide 1 Revision History Date Version Description 2020 4 7 1 0 Issued for the first time 2020 5 19 1 1 Add Modbus Address column in parameter brief list...

Page 3: ...s series of inverter is produced under strict quality management system Redundancy or bypass solution is necessary if the inverter failure may cause severe accident or loss 1 3 Installation Caution If...

Page 4: ...ere exists the risk of electric shock The connecting terminals for the braking resistor are and PB Please do not connect terminals other than these two Otherwise fire may be caused Caution The power s...

Page 5: ...Do not start or shut down the inverter by switching on or off the power supply otherwise the inverter may be damaged Before operation please confirm if the motor and equipment are in the allowable us...

Page 6: ...e exists the risk of electric shock If cover is to be removed the power supply must be disconnected first Wait for at least 10 minutes after power off or confirm that the CHARGE indicator is off befor...

Page 7: ...sions Fig 2 1 Product Model Description 2 2 Product Nameplate Description Fig 2 2 Product Nameplate Description NE 4T 0022 G B M Product Series NE200 NE300 Voltage Rating 2S 200 240V 4T 380 440V Power...

Page 8: ...owable frequency fluctuation 5 Rated current A 3 7 5 4 7 0 10 7 Braking unit Inbuilt as standard IP rating IP20 Cooling Forced air cooling NE200 4T PB Three phase 400V Variable torque normal duty appl...

Page 9: ...2 Output Voltage V 3phase 0 rated input voltage Rated current A 2 5 4 5 7 0 10 Overload capability 150 1min 180 20sec Input Rated voltage frequency 1phase 200V 240V 50Hz 60Hz Voltage range 176V 264V v...

Page 10: ...300 Quick Start Guide 9 2 3 2 NE300 Product Series NE300 4T GB Three phase 400V Constant torque heavy duty application NE300 4T1600G F and above products are equipped with in built DC reactor as stan...

Page 11: ...NE200 300 Quick Start Guide 10 NE300 4T PB Three phase 400V Variable torque normal duty application NE300 4T1850P F and above products are equipped with external DC reactor as standard...

Page 12: ...Schematic diagram Note NE200 series support 35mm DIN rail mounting Inverter Model H W D H1 A B d NE200 2S0004GB 150 83 120 166 65 153 5 NE200 2S0007GB NE200 2S0015GB NE200 4T0007G 0015PB NE200 4T0015...

Page 13: ...0055PB 210 133 180 238 108 225 7 NE300 4T0055G 0075PB NE300 4T0075G 0110PB NE300 4T0110G 0150PB 258 155 180 285 120 270 7 NE300 4T0150G 0185PB NE300 4T0185G 0220PB NE300 4T0220G 0300PB 310 192 186 34...

Page 14: ...000P F NE300 4T2000G 2200P F NE300 4T2200G 2500P F 1400 400 400 1400 460 1270 13 NE300 4T2500G 2800P F NE300 4T2800G 3150P F NE300 4T3150G 3550P F 1600 500 420 1600 560 1460 13 NE300 4T3550G 4000P F N...

Page 15: ...l outline and mounting dimensions Unit mm Fig 3 3 Operating Panel Outline and Mounting Dimension 3 4 Keypad holder outline and mounting dimensions NEF KB01 is the mounting tray when the operation pane...

Page 16: ...NE200 300 Quick Start Guide 15 4 Wiring of Inverter 4 1 Terminal Wiring of NE200 Fig 4 1 Terminal Wiring 0022GB 0040GB...

Page 17: ...protection Analog input 10V Analog input reference voltage Open circuit voltage up to 11V Maximum output 30mA AI1 Analog input channel 1 Input Voltage range 0 10V Input impedance 100k AI2 Analog inpu...

Page 18: ...1200 2400 4800 9600 19200 384 00bps Max parallel 127 No s SW3 select adapted resistor Max Length 500m twisted shielding cable 485 485 differential negative GND 485 shielding grounding Internal isolat...

Page 19: ...NE200 300 Quick Start Guide 18 4 2 Terminal Wiring of NE300 Fig 4 3 Terminal Wiring 0220G 0300PB as example...

Page 20: ...m load 200mA with overload and short circuit protection Y1 Open collector output 1 Optical isolator output maximum output current 50mA Output voltage range 0 24V DO Open collector or high speed pulse...

Page 21: ...utput can be selected through DIP switch SW2 GND Analog grounding Internal isolated with COM Relay output TA TB TC Relay output 1 TA TB NC TA TC NO Contact capacity 250VAC 1A 30VDC 1A RS485 485 485 di...

Page 22: ...se of the value or function code Decrease key Decrease of the value or function code Shift key Select the to be displayed parameters in turn under stop interface or running interface Choose the to be...

Page 23: ...d then automatically shift to the next function code while pressing PRG key will directly return to level 2 menu without saving the parameter and stay at current function code Below is the example of...

Page 24: ...ncy F0 12 Freq upper limit F0 13 Freq lower limit Set control mode F0 01 0 Sensorless vector control 1 F0 01 1 Sensorless vector control 2 F0 01 2 Vector control with encoder NE300 only F0 01 3 V F co...

Page 25: ...group Code Description Setting range Default Modify Modbus Address F0 00 Reserved Reserved Reserved 0100H F0 00 Drive type display 0 1 0 0100H F0 01 Control mode 0 No vector Sensor vector control 1 0...

Page 26: ...eter F0 05 Frequency setting selection 0 Freq ref 1 0 0105H 1 Freq ref 2 2 Freq ref 1 Freq ref 2 3 Switch between Freq ref 1 Freq ref 2 by terminal 4 Switch between Freq ref 1 Freq ref 2 Freq ref 1 by...

Page 27: ...upper limit 0 00Hz 010DH F0 14 Max output voltage 110 440V Depend on model 010EH F0 15 Carrier freq 1 0 16 0KHz Depend on model 010FH F0 16 Carrier freq auto adjust 0 disable 0 0110H 1 able F0 17 Keyp...

Page 28: ...0 100 0 rated current 0 00 0203H P 0 0 80 0 rated current F1 04 DC brake time at start 0 0 30 0s 0 0s 0204H F1 05 Acc Dec mode 0 Linear 1 S curve 0 0205H F1 06 Time of S curve initial stage 10 0 50 0...

Page 29: ...on voltage 380V 650 750V 700V 020EH 220V 360 390V 380V F1 15 Power failure and fault restart 0 Disable 1 Enabled for power failure 0 020FH 2 Enabled for fault 3 Enabled for both Note Power recovery re...

Page 30: ...me3 0 1 360 0s 0 0 3600 0s 6 00s 20 0s 0306H F2 07 Acc time4 0 1 360 0s 0 0 3600 0s 6 00s 20 0s 0307H F2 08 Dec time4 0 1 360 0s 0 0 3600 0s 6 00s 20 0s 0308H F2 09 Reserved Reserved Reserved Reserv e...

Page 31: ...l ure treatment 0 Disabled 1 Drop frequency Reserved 0 0315H 1 Drop frequency 2 Stop directly F2 22 Instant power fail ure freq drop point 210 600V 380V 420V 0316H 220V 230V F2 23 Instant power failur...

Page 32: ...on mode 5 stage mode downlink 12Hz continuous modulation mode 7 stage mode 1 fixed as z continuous modulation mode 7 stage mode 0 0320H F2 33 Threshold value of Zero Freq running 0 00 550 0Hz 0 00Hz 0...

Page 33: ...fficient 0 6000 3000 0407H F3 08 Current loop integral coefficient 0 6000 1500 0408H F3 09 VC Slip compensation 0 0 200 0 100 00 0409H F3 10 Torque control 0 Torque control Disabled 0 040AH 1 Torque d...

Page 34: ...16 PG direction 0 Forward 1 Reverse 0 0410H F3 17 ACC DEC limit controlled by PG 0 Limited 1 No limited 0 0411H F3 18 SVC speed calculation filter 0 15 5 0412H F3 19 SVC mode 0 Mode1 0 0413H 1 Mode2 F...

Page 35: ...tion 0 Do not detect 1 Detect in power on first run 2 Detect every time 2 041FH F3 32 Synchronous motor initial position detection current 50 120 90 0420H F3 33 Initial position detection pulse width...

Page 36: ...KHz 0429H F3 42 Synchronous motor Min excitation current 100 0 100 0 8 0 042AH F3 43 V F Start switching frequency 0 50 00Hz 0 00Hz 042BH F3 44 Synchronous motor position evaluating low speed filter 2...

Page 37: ...40 00Hz 0505H F4 06 V F voltage V3 0 100 0 80 00 0506H F4 07 Torque boost 0 0 Auto boost 0 00 0507H 0 1 30 0 Manual boost F4 08 Manual torque boost cutoff point 0 00 60 00Hz 50 00Hz 0508H F4 09 Slip...

Page 38: ...F5 00 motor type 0 Common asynchronous motor 0 0600H 1 Variable frequency asynchronous motor 2 PM motor F5 01 Motor polarity number 2 56 4 0601H F5 02 rated power 0 1 6553 5kW 0 4 999 9kW Depends on m...

Page 39: ...Drive rated power 22kW Depends on model 0607H F5 08 Rotor resistance R2 1 65535m Depends on model 0608H Rotor resistance R2 1 65535m Drive rated power 22kW 0 1 6553 5m Drive rated power 22kW Depends o...

Page 40: ...35mH Drive rated power 22kW 0 001 65 535mH Drive rated power 22kW Depends on model 060CH F5 13 Synchronous motor Q axis inductance Lq 0 01 655 35mH Depends on model 060DH Synchronous motor Q axis indu...

Page 41: ...Dec prohibit 16 Drive running prohibit 17 Multi step terminal 1 18 Multi step terminal 2 19 Multi step terminal 3 20 Multi step terminal 4 21 torque control disable 22 Acc Dec time selector 1 1 0701H...

Page 42: ...closed 28 Run command switch to terminal 29 Run command switch to keypad 30 External stop terminal same to STOP key in keypad control mode 31 Reserved 32 PLC status reset 33 Wobble freq pause 34 Wobbl...

Page 43: ...e input Take X4 in case 2 inputs F6 10 Analog Nonlinear Selection 0 none 1 AI1 0 070AH 2 AI2 3 Pulse F6 11 AI1 Min input 0 00 F6 13 0 00V 070BH F6 12 AI1 Min input corresponding setup 200 0 200 0 0 00...

Page 44: ...3 PULSE Max input F6 21 50 00kHz 50 00kHz 0717H F6 24 PULSE Max input corresponding setup 200 0 200 0 100 00 0718H F6 25 Pulse filter time 0 01 50 00s 0 05s 0719H F6 26 Terminal up down initial increm...

Page 45: ...n Xi and COM Units Logic of X1 terminal Tens Logic of X2 terminal Hundreds Logic of X3 terminal Thousands Logic of X4 terminal 0000 0720H F6 33 Pos and Neg logic terminal X 2 Units Logic of X5 termina...

Page 46: ...2 FDT2 5 Freq detection when speed up 6 Freq detection when speed down 7 Zero speed running 8 Zero speed 9 PLC circulation completion 10 Reserved 11 Ready for running RDY 12 Timing arrival 13 Counting...

Page 47: ...uency lower limit arrival 26 Multi pumps system auxiliary pump control signal 27 Communication setting 28 Drive running time arrival 29 Running in FWD 30 Running in REV 31 Instantaneous power loss pro...

Page 48: ...reference 0 0 200 0 100 00 080CH F7 13 Preset Counting arrival value 0 9999 0 080DH F7 14 Preset Timing arrival value 0 0 6553 0s 0 0s 080EH F7 16 AI1 compare threshold 1 0 00 10 00v 0 00v 0810H F7 1...

Page 49: ...voltage 0 1000V 11 9 AI1 0 10V 12 AI2 0 10V 4 20mA 13 Pulse frequency 14 Communication setting 15 Reserve 16 Current output 0 2 time rated value 0 0815H DO output selection 0 0815H F7 22 AO output ran...

Page 50: ...0 00kHz 081BH F7 28 Auxiliary pump start lag time 0 9999s 0 081CH F7 29 Auxiliary pump stop lag time 0 9999s 0 081DH F7 30 Y1 Max output 0 50 00KHz 1 500 0Hz 0 081EH DO Max output 081EH F7 31 FDT RUN...

Page 51: ...logic Units Logic of Y1 terminal Tens Logic of Y2 terminal Hundreds Logic of Relay 1 Thousands Logic of Relay 2 0000 0824H Group F8 PID Parameters Code Description Setting range Default Modify Modbus...

Page 52: ...07 PID differential time 1 0 00 1 00s 0 00s 0907H F8 08 PID proportional gain 2 KP2 0 1 9 9 1 0908H F8 09 PID integration time 2 0 0 100 0s 10 0s 0909H F8 10 PID differential time 2 0 00 1 00s 0 00s...

Page 53: ...Hz 0916H F8 23 Awaken threshold 0 0 100 0 relative to pre set value 80 00 0917H F8 24 PID feedback offline detection range 0 0 100 0 relative to feedback measuring range 0 0 no detection 0 0 0918H F8...

Page 54: ...from first step 0 0A08H 1 Continue from the step where the drive interrupted F9 09 PLC status recorded or not at power failure 0 Not save 0 0A09H 1 Save F9 10 Time unit select for each duration of PL...

Page 55: ...t running step 1 7 0 0A19H F9 26 Current running step 1 7 0 0A1AH F9 26 Current step running time 0 0 3600 0 0A1AH F9 27 Multi step freq 8 0 00 Max frequency 50 00 Hz 0A1BH F9 28 Multi step freq 9 0 0...

Page 56: ...5ms 0B02H FA 03 Wobble freq up time 0 1 999 9s 5 0s 0B03H FA 04 Wobble freq down time 0 1 999 9s 5 0s 0B04H FA 05 Amplitude mode 0 Relative to the central freq 0 0B05H 1 Relative to Max frequency Gro...

Page 57: ...0 200 0 160 0D02H FC 03 Overload Pre alarm detection time 0 0 80 0s 60 0s 0D03H FC 04 Current amplitude limit 0 Invalid 2 0D04H 1 Acc Dec valid Constant speed invalid 2 Valid all the time FC 05 Curre...

Page 58: ...0 means auto reset is disabled Only 3 faults have auto reset function 0 0D0CH FC 13 Fault auto reset interval 0 1 20 0s time 5 0s 0D0DH FC 14 Under voltage fault treatment 0 No treatment 1 Auto reset...

Page 59: ...y Modbus Address Fd 00 485 Communication 0 Disabled RS485 0 0E00H 1 Enabled RS485 Fd 01 Local address 1 247 1 0E01H Fd 02 Baud rate setup 0 1200BPS 1 2400BPS 3 0E02H 2 4800BPS 3 9600BPS 4 19200BPS 5 3...

Page 60: ...While power down 0 N 1 Y 0 0E09H Group FE Operation interface display Code Description Setting range Default Modify Modbus Address FE 00 Display parameter type setup 0 Normal 3 levels menu display 0 0...

Page 61: ...4 Running freq Hz After compensation 0 No display 0 0F04H 1 Display at stop 2 Display at running 3 Display at stop running FE 05 Reference frequency Hz blinking 0 No display 1 0F05H 1 Display at stop...

Page 62: ...BH 1 Display at stop 2 Display at running 3 Display at stop running FE 12 Reference speed r min blinking 0 No display 0 0F0CH 1 Display at stop 2 Display at running 3 Display at stop running FE 13 Out...

Page 63: ...top running FE 19 Actual length 0 No display 0 0F13H 1 Display at stop 2 Display at running 3 Display at stop running FE 20 Reference length 0 No display 0 0F14H 1 Display at stop 2 Display at running...

Page 64: ...c overvoltage 7 Ou3 overvoltage in constant speed 8 Reserve 8 GF Ground Fault 9 SC Load Short Circuit 10 OH1 Heatsink overheat 11 OL1 Motor overload 12 OL2 Drive overload 13 EF0 communication fault 14...

Page 65: ...0 Frequency upper limit 0 00Hz 1001H FF 02 Reference frequency at latest fault 0 Frequency upper limit 0 00Hz 1002H FF 03 Output current at latest fault 0 2 drive rated current 0 0A 1003H FF 04 Bus v...

Page 66: ...rature 0 0 140 0 C 0 0 C 100DH FF 14 Flux current 200 0 200 0 100EH FF 15 Torque current 200 0 200 0 100FH FF 17 Accumulated kilowatt hours Upper 16 bits 0 65535kWH 0kWH 1011H FF 18 Accumulated kilowa...

Page 67: ...istory 2 Restore to defaults FP 03 Parameter copy 0 No action 0 1 Parameters download 2 Parameters upload except motor s parameters 3 Parameters upload all parameters FP 04 Parameter upload protection...

Page 68: ...sible causes Solutions Uu1 Bus Under voltage during running 1 Power grid low voltage 1 Check the input power source OC1 Over current in Acceleration 1 Acceleration time too short 1 Increase the accele...

Page 69: ...phase got short circuit problem 1 Check whether the electric motor insulation is weakening 2 Check whether the wiring between the frequency converter and the electric motor is damaged SC Load short ci...

Page 70: ...Acceleration too fast 3 Increase the acceleration time 4 Restart the motor still in turning 4 Avoid restarting when the motor is in rotation EF0 Communication fault 1 Baud rate and parity checksum is...

Page 71: ...interference in parameters transmission 1 Shorten the cable between Keyboard and control board to reduce interference 2 The downloading parameters do not match the existed parameters in the inverter 2...

Page 72: ...But inverter is set to not allow the restart after power failure recovery 1 Disconnect the FWD or REV terminal first and then power on the inverter 2 Close the fault detection function for closed term...

Page 73: ...assembly X 0 0 0 0 0 Housing assembly 0 0 0 0 0 0 Keypad Battery 0 0 0 0 0 0 This table is in accordance with the provision of SJ T11364 O Indicates that said hazardous substance in all of the homogen...

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