LiteOn EVO 8000 Series User Manual Download Page 154 | Manualshive

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Parameter

Address

Parameter

Address

Parameter

Address

E1-00

0x0D00

E2-00

0x0D80

E3-00

0x0E00

E1-01

0x0D01

E2-01

0x0D81

E3-01

0x0E01

E1-02

0x0D02

E2-02

0x0D82

E3-02

0x0E02

E1-03

0x0D03

E2-03

0x0D83

E3-03

0x0E03

E1-04

0x0D04

E2-05

0x0D85

E3-05

0x0E05

E1-05

0x0D05

E2-06

0x0D86

E3-06

0x0E06

E1-06

0x0D06

E2-07

0x0D87

E3-07

0x0E07

E1-07

0x0D07

E2-08

0x0D88

E3-08

0x0E08

E2-09

0x0D89

E3-09

0x0E09

E3-10

0x0E0A

E3-11

0x0E0B

E3-12

0x0E0C

Parameter

Address

Parameter

Address

Parameter

Address

E4-00

0x0E80

E5-00

0x0F00

E6-00

0x0F80

E4-01

0x0E81

E5-01

0x0F01

E6-01

0x0F81

E4-02

0x0E82

E5-02

0x0F02

E6-02

0x0F82

E4-03

0x0E83

E5-03

0x0F03

E6-03

0x0F83

E4-04

0x0E84

E5-04

0x0F04

E6-04

0x0F84

E4-05

0x0E85

E5-05

0x0F05

E6-05

0x0F85

E4-06

0x0E86

E5-06

0x0F06

E6-06

0x0F86

E4-07

0x0E87

E5-07

0x0F07

E6-07

0x0F87

E5-08

0x0F08

E6-08

0x0F88

E5-09

0x0F09

E6-09

0x0F89

E5-10

0x0F0A

E6-10

0x0F8A

E6-11

0x0F8B

E6-12

0x0F8C

E6-13

0x0F8D

Parameter

Address

Parameter

Address

Parameter

Address

P1-00

0x1000

P2-00

0x1080

P3-00

0x1100

P1-01

0x1001

P2-01

0x1081

P3-01

0x1101

P1-03

0x1003

P2-03

0x1083

P3-02

0x1102

P1-04

0x1004

P2-04

0x1084

P3-03

0x1103

P1-05

0x1005

P2-05

0x1085

P3-04

0x1104

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Summary of Contents for EVO 8000 Series

Page 1: ......

Page 2: ...ction and Spacing 27 3 3 Keypad and Terminal Cover Installation 29 3 4 Wiring Protection 30 3 5 The operator is installed in the electric control cabinet 31 Chapter 4 Wiring 34 4 1 Wiring Safety 34 4...

Page 3: ...7 4 MODBUS Data List 142 APPENDIX UL DESCRIPTION 156...

Page 4: ...serious injury by fire The drive must not be used in any medical equipment in which human life may involve The drive is manufactured according to strict quality control standard However bypass the saf...

Page 5: ...nd the drive and motor for personnel safety Do not touch the main circuit terminal Keep the main circuit off drive cover to avoid electrical shocks The terminal for braking resistor is B1 and B2 Do no...

Page 6: ...r use before operation Failure to comply could damage the equipment The temperature of the braking resistor and heatsink could be very high during operation Do not touch it or it could result in scald...

Page 7: ...ctions Read the user manual before operation Risk of electrical shock Shut off main power and wait for 5 minutes before servicing Hot surface Risk of burn The release of breaker on the AC drive primar...

Page 8: ...ease install mechanical brake if immediate stop is necessary 1 3 2 Settings 1 3 2 1 Upper Limits The maximum output frequency of the drive is 400Hz If the upper limit is set incorrectly the motor will...

Page 9: ...e heatsink has cooled down after shutting off the power In addition when a synchronous motor is coasting to stop it regenerates voltage to keep the drive terminals live even when the drive power is of...

Page 10: ...ibes the components of inverter 2 1 1 Cabinet Panel Mounting Frame1 A Heatsink B Cooling fan C Cooling fan guard D Conduit bracket E Rubber bushing F Terminal cover screw G Front cover H USB port I Te...

Page 11: ...e2 A Heatsink B Cooling fan C Cooling fan guard D Conduit bracket E Rubber bushing Frame3 F Terminal cover screw G Front cover H USB port I Terminal cover J Front cover screw K Terminal cover screw L...

Page 12: ...Cooling fan guard E Internal heat dissipation F Internal fan F Robber bushing G Terminal cover screw H Front Cover I USB port J Terminal Cover K Front cover screw L Terminal cover screw M Keypad G Co...

Page 13: ...ernal circulation fan housing E Cooling fan iron frame screw G Cooling fan H Internal circulation fan screw I Internal circulation fan J Front cover K Front upper cover screw L Operating the keyboard...

Page 14: ...ernal circulation fan housing E Cooling fan iron frame screw G Cooling fan H Internal circulation fan screw I Internal circulation fan J Front cover K Front upper cover screw L Operating the keyboard...

Page 15: ...12 2 2 Nameplate Model Number Applicable motor rating Input power supply Output power supply...

Page 16: ...2kW 0D4 0 4kW D75 0 75kW 075 75kW Enclosure 00 IP00 20 IP20 N NEMA Filter No Filter F Filter Built In Product Series EVO Lite On AC Drive Series Name Voltage Class 21 AC 220V 1Phase 23 AC 220V 3 Phase...

Page 17: ...15 6 23 4 31 2 40 3 50 7 58 5 78 85 102 125 150 180 210 Voltage V Frequency Hz Three Phase 380 480 V 15 10 50 60Hz Rated Output Current A 3 4 4 8 5 5 9 12 18 24 31 39 45 60 75 92 115 150 180 215 Maxim...

Page 18: ...0 IM Open Loop Voltage Vector Control 1 200 IM Open Loop Current Vector Control 1 20 PM Motor Open Loop Current Vector Control 1 1500 IM PM Motor Closed Loop Current Vector Control Speed Control Accur...

Page 19: ...AI1 0 to 10V 10V to 10V 12 bits AI2 0 4 to 20mA 0V to 10V 0 to 5V Digital Input DI 8 points Analog Output AO 2 points FM 0 to 10V 10V to 10V 10 bits AM 0 or 4 to 20mA 10 bits 0 to 10V 11 bits Digital...

Page 20: ...imensions Frame 1 EVO800043SD75E20 EVO800043S1D5E20 EVO800043S2D2E20 Unit mm inch Series Frame Size W W1 H H1 D D1 S1 1 2 EVO8000 1 130 5 12 118 4 65 225 8 85 210 8 26 150 5 9 54 2 12 5 5 0 22 5 5 0 2...

Page 21: ...18 Frame 2 EVO800043S3D7E20 EVO800043S5D5E20 Unit mm inch Series Frame Size W W1 H H1 D D1 S1 1 2 EVO8000 2 130 5 12 118 4 65 250 9 84 235 9 25 175 6 88 64 2 51 5 2 0 20 5 5 0 22 22 0 86 28 1 1...

Page 22: ...EVO800043S7D5E20 EVO800043S011E20 EVO800043S015E20 Unit mm inch Series Frame Size W W1 H H1 D D1 EVO8000 3 180 7 09 162 6 38 310 2 2 290 6 11 44 195 7 68 89 3 5 S1 1 2 3 8 4 0 33 8 4 0 33 22 0 86 28 1...

Page 23: ...800043S018E20 EVO800043S022E20 EVO800043S030E20 Unit mm inch Series Frame Size W W1 H H1 D D1 EVO8000 4 240 9 45 222 8 74 420 16 53 395 5 15 57 235 9 25 113 7 4 47 S1 1 2 3 8 4 0 33 8 4 0 33 22 0 86 2...

Page 24: ...21 Frame5 Unit mm inch Frame Size W W1 H H1 D EVO8000 5 310 2 12 213 270 10 630 558 7 21 996 530 20 866 315 12 402 S1 11 0 43 11 0 43...

Page 25: ...22 Frame6 Unit mm inch Frame Size W W1 H H1 D EVO8000 6 344 13 543 260 10 236 672 26 457 640 25 197 350 13 780 S1 11 0 43 11 0 43...

Page 26: ...16 45 EVO800043S3D7 3 7 10 7 Schaffner FN3258 16 45 EVO800043S5D5 5 5 13 PIONEER PE3200 65 06 EVO800043S7D5 7 5 24 PE3200 35 01 EVO800043S011 11 31 PIONEER PE3200 100 06 EVO800043S015 15 38 Schaffner...

Page 27: ...nitoring Open collector PG feedback card EVO8 PG O PG card for open collector signal Line driver PG feedback card EVO8 PG L PG card for Line Driver signal Resolver Card EVO8 PG RSV Resolver signal ded...

Page 28: ...Value power kW 1 0 75 0 5 100W 750 1 1 131 7 6 4 7 2 1 5 1 0 200W 360 2 2 131 7 6 4 7 3 2 2 1 5 300W 250 3 2 105 3 7 5 5 9 5 3 7 2 5 500W 150 5 3 63 2 12 5 9 9 7 5 5 5 3 7 800W 100 7 9 45 1 17 5 13 8...

Page 29: ...ze When drives are installed side by side in a cabinet follow the instruction illustrated in Figure 3 2 to ensure the air flow Humidity Under 95 RH Free of condensation Storage Temperature 20 C to 60...

Page 30: ...ion Install the AC drive as illustrated below to ensure the required space for airflow and wiring Note Same amount of space is required for IP00 and NEMA 1 enclosure OK NG NG Upright installation Hori...

Page 31: ...nsure the required space for airflow and wiring Note When installing drives of different sizes align the tops of the drives for easier cooling fan replacement A Minimum 50 mm B Minimum 30 mm C Minimum...

Page 32: ...to 30HP model enclosure are non metal Loosen terminal cover screw and remove terminal cover for wiring After wiring affix the terminal cover back in position and tighten the screw For wiring instruct...

Page 33: ...r proper wiring 3 4 2 Motors and Output Cable Protection for Short Circuit Situations If the output cables are properly selected according to the drive rated current the drive itself is fully capable...

Page 34: ...f the electric control cabinet Just confirm that the screw size is M4 X P0 7 Extension cables and mounting accessories need to be prepared by yourself 3 5 1 Keypad pull out method and size 3 5 1 1 Key...

Page 35: ...32 3 5 1 2 Keypad pull mode The outer pull of the operator is 10M 3 5 1 3 Keypad size Minimum bending radius of 50mm or more Inverter RJ45 cable Cable Keypad...

Page 36: ...33 3 5 2 Install the keypad in the electric control cabinet 3 5 2 1 Installation method 3 5 2 2 Electrical Control Cabinet Processing Size cabinet...

Page 37: ...ks or a fire Ensure terminal screws are all tightened Loose connection to the main circuit could cause overheat or a fire Verify if the rated voltage of the drive matches the voltage of the incoming p...

Page 38: ...35 4 2 Main Circuit Remove DC 1 2 jumper before installing DC reactor Ensure the Stall Prevention function is off when using a braking resistor...

Page 39: ...g Fuse R S T F5 F6 Table 4 2 1 Main Circuit Terminals Terminal Name Terminal Description R L1 S L2 T L3 Power input terminal U T1 V T2 W T3 Power output terminal 1 2 DC DC reactor terminal Please remo...

Page 40: ...Connect AC drive output terminals U T1 V T2 and W T3 to motor input terminals U V and W respectively Ensure the motor and drive terminals are in same phase sequence or the motor will rotate reversely...

Page 41: ...tiple drives are installed Failure to comply could cause drive or equipment malfunction Ensure the neutral of the input side and drive terminal are grounded according to the local electrician regulati...

Page 42: ...orque Three phase 400 V Drive Rating Terminal Asia USA Europe China Terminal Screw Size Tightening Torque Nm lb in Suggested Cable Size mm2 Applicable Cable Size mm2 Suggested Cable Size AWG kcmil App...

Page 43: ...for PG feedback option card Such option card may be needed depending on the control method Please refer to the instructions during installation Multi function analog input S1 to S8 can be switched be...

Page 44: ...l of analog signal DIP switch RS 485 is used to set RS 485 termination resistor Switch it ON in the last drive when using a single drive to run more than one motor RJ45 is the communication port for R...

Page 45: ...ce mode switching please pay attention to this mode setting when connecting Multi Function Analog Inputs V Auxiliary power terminal 10V Analog input power 10V V Auxiliary power terminal 10V Analog inp...

Page 46: ...Output 48 V 2 to 50 mA D2 Photocoupler Output terminal 2 speed agree DC Photocoupler Output terminal Multi Function Analog Output FM Programmable analog output terminal output frequency Voltage Output...

Page 47: ...rive covers or touch the circuit boards when the power is on Failure to comply could cause electrical shocks to personnel Separate control circuit wiring from main circuit wiring and other power lines...

Page 48: ...45 4 3 2 1 Multi Function Digital Input Wiring Diagram...

Page 49: ...46 4 3 2 2 Pulse input wiring diagram...

Page 50: ...PC MP PC PE M2 0 23 2 0 0 13 to 1 31 26 to 16 0 13 26 0 13 to 0 33 26 to 22 0 13 26 Shielded cable etc R1A R1B R1C R2A R2C M2 6 0 59 5 2 0 13 to 2 08 26 to 14 0 13 26 0 13 to 0 33 26 to 22 0 13 26 Sh...

Page 51: ...and Source Mode Selection Use the Sink Source switch on the control board to set the multi function digital input contacts S1 to S8 to Sink or Source mode Default Sink mode F1 F4 F5 F6 Figure 4 4 1 S...

Page 52: ...at terminal A2 To select current as the input type set DIP switch A2 to I and set parameter E3 06 to 0 0 to 20 mA or 1 4 to 20 mA To select voltage as the input type set DIP switch A2 to V and set par...

Page 53: ...nal A2 Signal Level Selection Selects the signal level for terminal A2 0 0 20 mA 1 4 20 mA 2 0 10 V 3 0 5 V 0 1 2 3 1 4 4 3 Terminal AM Voltage Current Output Selection Select voltage or current outpu...

Page 54: ...ription Setting Range Default E4 04 Terminal AM Signal Level Selection Selects the signal level for terminal AM 0 0 to 10 V 1 0 to 20 mA 2 4 to 20 mA 0 1 2 2 4 4 4 RS 485 Communication Termination ON...

Page 55: ...52 F1 F4 F5 F6 Figure 4 4 4 DIP Switch RS 485 Termination Resistor OFF ON...

Page 56: ...PC through USB cable to manage parameter settings using LiteOn PC software Note When USB connection is detected the communication will be automatically switched from RS485 to USB and return to RS 485...

Page 57: ...roperly grounded 9 Drive terminal screws of the main circuit and ground are tightened 10 An MC is installed for each motor if a single drive runs more than on motor Note Set MC1 to MCn OFF before oper...

Page 58: ...t alarm and set parameters The keypad of EVO 8000 series can be removed and connected to the drive using an extension cable The remote keypad can be mounted on control panels with screws thread M4 X P...

Page 59: ...the displayed menu 6 UP DOWN Key Selects parameter numbers increments and decrements setting value and frequency 7 STOP Key Stops the drive 8 ENTER Key Enters parameter value parameter and setting En...

Page 60: ...57 16 Modbus RUN Light Refer to Table 5 1 2 2 17 Modbus ERR Light Refer to Table 5 1 2 2 18 EXT Light Refer to Table 5 1 2 2 19 REV Light Refer to Table 5 1 2 2...

Page 61: ...isplay Table 5 1 2 1 LED Display Number Letter LED Display Number Letter LED Display Number Letter LED Display Number Letter LED Display 0 9 i r 1 A J S 2 b K Nil t 3 c L U 4 d M Nil v 5 E n W Nil 6 F...

Page 62: ...ut speed Nil Nil Displaying output frequency Nil Nil Fault operation Nil Normal operation Communication connected Nil Nil Communication error Nil Nil Allows Run commands only from a remote source Nil...

Page 63: ...g mode User must assign the function to the FN1 key in advance so as to quickly set the parameter by pressing FN1 key FN1 FN1 ENTER MENU ENTER UP DOWN RESET UP DOWN RESET 1 sec C Quick monitor mode Pr...

Page 64: ...table during operation in Local mode UP DOWN RESET UP DOWN UP DOWN UP DOWN UP DOWN UP DOWN U1 03 Output Current U1 06 Main Circuit DC Voltage U1 05 Output Voltage U1 04 Motor Speed AI1 Percentage AI2...

Page 65: ...trol 6 Closed Loop Torque Control 7 Position Control Pulse Synchronization 8 Reserved 9 SVVC mode 10 PM position control pulse synchronization Default 0 Range 0 to 10 A1 03 Reset Resets parameter sett...

Page 66: ...efault 0 A2 User Defined Parameters A2 00 to A2 31 User Defined Parameters 1 to 32 Selects up to 32 parameters and assigns them to parameter A2 00 to A2 31 Saved parameters can be viewed in User Defin...

Page 67: ...0 Min 0 Max 6 b1 01 Run Command Selection 1 0 Keypad 1 Control Circuit Terminal Sequence Control Input 2 Modbus Communication 3 Expansion card Default 0 Min 0 Max 3 b1 02 Stopping Method Selection 0 R...

Page 68: ...programming mode cannot be displayed during run except for monitoring parameter Group U Default 0 Min 0 Max 2 b1 07 Frequency Command Selection 2 Enabled while E1 00 to E1 07 is set to 4 and the DIP s...

Page 69: ...top a coasting motor before restarting it or to apply braking torque at start when high starting torque is needed Disabled when set to 0 00 Default 0 00 s Min 0 00 s Max 99 99 s b2 03 DC Braking Time...

Page 70: ...6 Min 0 01 Max 30 00 b3 07 ASR integral I gain during speed search Default 2 80 Min 0 01 Max 30 00 b3 08 Speed search feedback filter Set the speed of the motor to feedback the low pass filter time d...

Page 71: ...utput Limit Sets the maximum output from PID control as a percentage of the maximum frequency Default 100 0 Min 0 0 Max 100 0 b5 06 4 PID Bias Voltage Adjustment Sets the PID bias voltage adjustment a...

Page 72: ...et to b5 12 for longer than this time PID feedback loss will be detected Default 1 0 s Min 0 0 s Max 25 5 s b5 14 PID Sleep Start Level Sets the PID level to trigger the drive to sleep Default 0 0Hz M...

Page 73: ...ds the level set in b5 22 for longer than the time set in b5 23 Default 1 0 s Min 0 0 s Max 25 5 s b5 24 PID Target Display Value Sets a value to display to U4 00 and U4 03 when the drive runs at the...

Page 74: ...uency at Stop Sets the frequency to b6 02 used to be held for the time set in b6 03 during deceleration Default 0 0Hz Min 0 0 Hz Max 5 b6 03 Dwell Time at Stop Default 0 0 s Min 0 0 s Max 10 0 s b7 Dr...

Page 75: ...ous action Default 0 00sec Min 0sec Max 99 99sec b9 04 Position control direction setting Set the direction of position control 0 positive direction 1 The opposite direction Default 0 Min 0 Max 1 b9 0...

Page 76: ...ion time at this level Default 0 0 Hz Min 0 0 Hz Max 5 C1 11 Jog Acc Time Sets the time to accelerate from 0 Hz to Jog Frequency Command L1 16 Default 10 0 s Min 0 0 s Max 6000 0 s C1 12 Jog Dec Time...

Page 77: ...0 Max 200 C3 08 SVVC low frequency flux gain Default 1 10 Min 0 Max 1 30 C3 09 SVVC Vd boost Default 300 Min 0 Max 3000 C3 10 SVVC torque start slope Default 0 300 Min 0 Max 3 000 C4 ASR Automatic Spe...

Page 78: ...ault 10 0 Hz Min 0 0 Hz Max 5 C4 07 C4 08 Retain C4 09 Motor inertia ratio Motor inertia generally do not need to be modified Default Determined by o2 03 Min 0 01 Max 60 000 C4 10 Load inertia ratio R...

Page 79: ...compensation as percentage of the rated slip for motor 1 Default 200 Min 0 Max 250 C5 03 SVVC slip start slope Default 1 000 Min 0 Max 3 000 C5 04 C5 07 Retain C5 08 4 Motor 2 Slip Compensation Gain S...

Page 80: ...ntrol Default 2 0 s Min 0 1 s Max 20 0 s C9 02 High frequency switching point of hysteresis curve Adjust the frequency of the high frequency switching point in the hysteresis curve Default 15 0 Hz Min...

Page 81: ...When L2 00 Frequency Upper Limit is adjusted the exceeded frequency in L1 00 to L1 15 will be automatically set to the upper limit determined in L2 00 Min 5 00 Hz Min 0 00 Max 5 L1 01 4 Frequency Comm...

Page 82: ...frequency range to avoid operation at the speed causing resonance in the machinery Set L3 00 to L3 03 to 0 0 Hz to disable Jump frequency When setting more than 1 Jump frequency follow the condition b...

Page 83: ...rease the setting when oscillation occurs during torque control Default 0 ms Min 0 ms Max 1000 ms L5 01 Speed Limit Selection Selects the speed limit for Torque Control 1 Frequency Command Refer to th...

Page 84: ...11 Current trap center depth Default 0 01 Min 0 Max 1 000 L5 12 Current trap bandwidth Default 1 0 Hz Min 0 Hz Max 500 0 Hz L5 13 Current trap switch Default 0 Min 0 Max 1 L6 Offset Frequency L6 00 4...

Page 85: ...1 5 50 Hz Derated Torque Characteristic 2 6 60 Hz Derated Torque Characteristic 3 7 60 Hz Derated Torque Characteristic 4 8 50 Hz High Starting Torque Characteristic 1 9 50 Hz High Starting Torque Cha...

Page 86: ...z Max Defined by d1 02 d1 11 Middle Output Frequency Voltage 2 Default 0 0 V Min 0 0 V Max 255 0 V 3 d1 12 Motor 2 Control Method Selection 0 Non PG Card Open Loop V F Control Default 0 d1 13 Motor 2...

Page 87: ...tage d1 26 9 Voltage acceleration time for V F separation Sets the voltage acceleration time for V F separation Default 10 0 s Min 0 1 s Max 1000 0 s d1 27 9 V F separation voltage deceleration time S...

Page 88: ...ance This will be set automatically during Auto Tuning Default o2 03 A1 06 Min 0 0 mH Max 6500 0 mH d2 08 d2 09 Retain d2 10 Motor Rated Capacity Sets the motor rated capacity This will be set automat...

Page 89: ...lt o2 03 Min 0 00 kW Max 650 00kW d3 PM Motor Parameters d3 00 Retain d3 01 PM Motor Rated Capacity Sets the motor rated capacity Default Determined by o2 03 Min 0 00 kW Max 650 00kW d3 02 PM Motor Ra...

Page 90: ...e nameplate value of the PM motor Default 1750 rpm Min 0 rpm Max 24000 rpm d3 13 d3 15 Retain Group E Multi Function Terminals E1 Multi Function Digital Inputs E1 00 Terminal S1 Function Selection 0 2...

Page 91: ...Command Hold 63 External Speed Search Command 65 DC Braking 69 Drive Enabled 70 Speed torque control switching 71 Zero servo command 72 73 Reserved 100 173 0 73 inverting output Max 0 73 100 173 E1 0...

Page 92: ...uring Regeneration 25 During Restart 26 Motor Overload Pre Alarm oL1 27 Drive Overheat Pre Alarm oH 28 Retain 29 Mechanical Weakening Detection Normal Open 35 During Frequency Output 36 Drive Enabled...

Page 93: ...t 0 0 s Min 0 0 s Max 3600 0 s E2 09 7 Relay 2 release delay time Define the output release delay time setting for relay 2 Default 0 0 s Min 0 0 s Max 3600 0 s E3 Multi Function Analog Input E3 00 Ter...

Page 94: ...Lower Limit 3 Auxiliary Frequency Command 4 Output Voltage Bias 5 Acc Dec Time Gain Decrease Only 6 DC Braking DB Current 7 Stall Prevention Level During Run 8 PID Feedback 9 PID Target Value 10 Diffe...

Page 95: ...input When A1 original signal is less than E3 13 it will be limited to E3 13 Default 0 0 V Min 0 00 V Max 9 9 V E3 14 A2 minimum input A2 minimum input When the AI original signal is less than E3 14...

Page 96: ...l AM gain Default 100 0 Min 999 9 Max 999 9 E4 07 4 Terminal AM Monitor Voltage Bias Sets the terminal AM voltage bias Default 0 0 Min 999 9 Max 999 9 E5 Pulse Train Input Output E5 00 Pulse Train Inp...

Page 97: ...Train Monitor Scaling Sets the pulse train output frequency when the specified monitor item is at 100 Default 1440 Hz Min 100 Hz Max 32000 Hz E5 08 Terminal RP Function Selection 0 Pulse train input...

Page 98: ...on Enables or disables the communication fault detection 0 Disabled Default 0 0 Range 0 0 10 0s E6 10 Transmit Wait Time Sets the wait time between sending and receiving data Default 5ms Range 0 to 65...

Page 99: ...e fast stop time set in C1 08 Default 1 Range 0 to 3 P2 Momentary Power Loss P2 00 Momentary Power Loss Operation Selection 0 Disabled Default 1 Recover if CPU Has Power 2 KEB function if CPU Has Powe...

Page 100: ...ue According to the model the 200V model is 150 280 and the 400V model is 300 560 P2 07 KEB Detection Time Sets the minimum duration of KEB operation after activation KEB function will operate accordi...

Page 101: ...el to activate the Stall Prevention function during run Default 150 Min 30 Max 180 P3 07 OVP function switch Set to 1 to turn on the OVP function the main circuit voltage is too high during operation...

Page 102: ...put frequency set in d1 02 Sets the value as a percentage of the motor 2 maximum output frequency set in d1 13 Default 80 Min 0 0 Max 100 0 P4 04 Frequency Command Loss Detection Time When the frequen...

Page 103: ...ets the time for overtorque undertorque detection 1 Default 0 1 s Min 0 0 s Max 10 0 s P6 03 Overtorque Undertorque Detection Selection 2 0 Disabled 1 Overtorque Alarm at Speed Agree 2 Overtorque Alar...

Page 104: ...er Mechanical Weakening is detected Default 0 1 s Min 0 0 s Max 10 0 s P6 09 Mechanical Weakening Detection Start Time Sets the cumulative drive operation time to activate Mechanical Weakening Detecti...

Page 105: ...easing curve selection 0 Same as before V1 10 it takes 4 minutes for OL2 to decrease from 100 to 0 1 HD mode 100 load OL2 from 100 to 0 takes 4 minutes load 40 OL2 from 100 to 0 takes 1 minute ND2 OL2...

Page 106: ...ssion n2 00 9 Speed feedback suppression Select valid invalid speed feedback suppression Default 10 00 Min 0 00 Max 200 00 n3 Excessive Deceleration n3 00 Overexcitation deceleration delay time Defaul...

Page 107: ...y related parameters of V f characteristics 0 in Hz 1 in min 1 r min Default 0 Range 0 1 o1 02 User Defined Frequency Command Setting Display 1 to 60000 Default Determined by o1 00 Min 1 Max 60000 o1...

Page 108: ...n command source Default 0 Range 0 1 o3 Retain o4 Maintenance Settings o4 00 Cumulative Operation Time Setting Sets the initial value by 10 hours to start keeping track of cumulative operation time De...

Page 109: ...rated current Max 200 of drive rated current t1 05 Motor Base Frequency Sets the motor base frequency according to the motor nameplate Default Determined by A1 03 Min 0 0 Hz Max 400 0 Hz t1 06 Number...

Page 110: ...plate Default 0 Min 0 Max 3 t2 01 Initial current for initial position detection Sets the current value of the PM motor for initial position detection Default 30 Min 30 Max 100 t2 02 PM Motor Type Sel...

Page 111: ...ge constant according to the motor nameplate Default 0 1 Min 0 1 Max 2000 0 t2 14 PM Motor Auto Tuning Current Sets the amount of current for Auto Tuning as a percentage of the motor rated current Inc...

Page 112: ...9 Overspeed oS Detection Level Sets the Overspeed oS detection level as a percentage of the maximum output frequency d1 02 An oS fault will be triggered if the motor speed feedback is greater than the...

Page 113: ...le corresponds to a mechanical angle of 1 degree Default 0 Min 0 Max 22000 F1 19 Pulse input method Upper control pulse input detection method 0 A B phase checkout 1 Phase A speed detection phase B di...

Page 114: ...5 PM Motor Open Loop Vector Control 6 Closed Loop Torque Control U1 01 Frequency Command Displays the frequency command Display units are defined by o1 00 0 01Hz U1 02 Output Frequency Displays the ou...

Page 115: ...1 11 Drive Operation Status Displays the status of the drive operation U1 11 11111111 The following indicate each digit from right to left 1 During Run 1 During Zero Speed 1 During Reverse 1 During Fa...

Page 116: ...speed at the first most recent fault 1rpm U2 09 Output Voltage command at 1st Most Recent Fault Displays the output voltage command at the first most recent fault 0 1V U2 10 Main Circuit DC Voltage a...

Page 117: ...Main Circuit DC Voltage at 2nd Most Recent Fault Displays the main circuit DC voltage at the second most recent fault 0 1V U2 25 Output power at the second failure before the second Shows the output p...

Page 118: ...e initial value is determined by o4 02 The maximum number displayed is 60000 after which the value will be counted from 0 1h U3 02 Cumulative running time Displays the cumulative running time of the d...

Page 119: ...when reaching 100 1 U3 13 Frequency Command Source Selection Displays the source for the frequency command as XY nn X Command Used 1 Command 1 2 Command 2 Y nn Frequency Command Source 0 01 Keypad 1...

Page 120: ...l feedback is not used 0 01 U4 06 PG Rotating Direction 0 Correct PG wiring 1 The speed command is opposite to the PG feedback direction Please check the wiring U4 07 Retain U4 08 7 PID output 2 Displ...

Page 121: ...on ia com CHT download php 3 The 440V model needs to be multiplied by 2 4 Parameters that can be set when the inverter is running 5 The parameter setting upper limit value is changed according to the...

Page 122: ...e time set to F1 13 1 Over loaded 2 The load is locked up 3 Motor is being braked 1 Increase the deceleration and acceleration times C1 00 to C1 07 2 Check if F1 12 and F1 13 are set correctly 3 Check...

Page 123: ...fan oH1 Motor Overheat The temperature signal from motor temperature sensor via the terminal MT exceeded the overheat detection level of the drive 1 Incorrect motor temperature input terminal MT wiri...

Page 124: ...erence connect a suppressor to it 5 Reconnect the cable 6 Correct the wiring 7 Separate the wiring from the source of the electrical signal interference It is usually the output lines from the drive U...

Page 125: ...ertorque in the conditions set to P6 06 Overtorque in the conditions set to P6 06 Check the condition of mechanical weakening oS Overspeed The motor speed feedback exceeded the level set to F1 09 1 Ov...

Page 126: ...otor capacity Make sure the motor capacity is right for the drive rating 4 During a momentary power loss or an attempt to reset a fault the alarm is displayed However there is no need to take any acti...

Page 127: ...parameter writing failure 1 The communication signal is abnormal 1 Confirm that the equipment environment is likely to cause interference 2 Power on again rSv0 rSv2 rSv7 Resolver card failure 1 The co...

Page 128: ...incorrectly 9 PG cable is disconnected 10 PG cable wiring is incorrect 11 PG encoder wiring has interference of electrical signal 12 Electrical signal interference causes the drive malfunction 13 Inco...

Page 129: ...motor cable 3 The drive is damaged 4 The load is too heavy 5 Settings for acceleration or deceleration time is too short 6 The drive is running a special purpose motor or a motor larger than the drive...

Page 130: ...e the motor or check the motor insulation resistance 2 Repair any short circuits and check the motor power cable EF0 Retain EF1to EF8 External Fault Input Terminal S1 to S8 1 An external device trippe...

Page 131: ...The acceleration and deceleration times are too short 3 The motor is driven below the rated speed with a high load 4 Incorrect setting in P1 00 Motor Protection Function Selection when running a speci...

Page 132: ...n to 0 11 Adjust parameters related to Speed Search Adjust the b3 01 Speed Search Operation Current setting 12 Check the power supply for phase loss oL2 Drive Overload 1 The load is too heavy 2 The ac...

Page 133: ...ot2 Overtorque Detection 2 The current has exceeded the torque level set to P6 04 for longer than the time set to P6 05 1 Incorrect parameter settings 2 Malfunction on the machinery side 1 Reset P6 0...

Page 134: ...ge a Adjust the voltage according to the drive input power specifications b Check the main circuit magnetic contactor if there is no problem with the power supply 4 Turn on and turn off the power to s...

Page 135: ...red replace the motor 3 Use tightening torque which showed in the manual in order to fasten the terminal 4 Check motor capacities and the drive 5 The drive cannot run a single phase motor LF2 Retain d...

Page 136: ...ed feedback input in V F control 3 Incorrect PG pulse number settings 4 Incorrect parameter settings 1 Increase the C4 00 ASR Proportional Gain 1 and C4 01 ASR Integral Time 1 2 Reset F1 09 Overspeed...

Page 137: ...PG line interference 3 PG rotation direction F1 01 setting is opposite to motor rotation motor wiring 4 PG card is damaged 1 Confirm motor running status 2 Check if there is a disconnection or do a n...

Page 138: ...card is not installed the control mode is set to any PG control mode 3 The communication card does not match the resolver specification 1 Confirm that the equipment environment is likely to cause inte...

Page 139: ...E05 Communication setting error E6 group parameter setting is incorrect Check the E6 group parameters oPE06 Control Method Selection Error A control method that requires a PG option card A1 02 1 3 or...

Page 140: ...d frequency command error When the DI command is set to 61 other groups of DIs are set to 10 13 18 or 53 55 Sets the parameters correctly oPE13 Frequency stack setting error When b1 09 is reserved for...

Page 141: ...138 Keypad Display Error Name Cause Possible Solution Motor synchronous speed 120 base frequency motor pole count oPE18 Retain...

Page 142: ...d on the motor nameplate Check and correct motor wiring Perform Auto Tuning after disconnect the motor from the machinery TnF07 Motor Data Error t5 05 and t1 07 setting incorrect Make sure the data en...

Page 143: ...or communicating with the device PLC human interface 7 2 1 Communication cable connection 1 Connect the communication cable between the device PLC human interface and the inverter with the power OFF T...

Page 144: ...that the display of the operator disappears 6 Turn the power on again 7 Communicate with the device PLC human interface 7 3 Information format 7 3 1 Slave site Set the slave station address of the in...

Page 145: ...t BIT 4 Retain BIT 5 Retain BIT 6 Retain BIT 7 Retain BIT 8 Multi function terminal 1 0 Off 1 ON BIT 9 Multi function terminal 2 0 Off 1 ON BIT 10 Multi function terminal 3 0 Off 1 ON BIT 11 Multi fun...

Page 146: ...voltage Unit 0 1V 2427H Warning description 2428H Fault description 2429H Multi function input and output status BIT 0 1 Multi function terminal 1 ON BIT 1 1 Multi function terminal 2 ON BIT 2 1 Mult...

Page 147: ...n 4 EF3 External warning 3 24 OV Overvoltage warning 44 PGOS 5 EF4 External warning 4 25 UV Low voltage warning 45 Retain 6 EF5 External warning 5 26 UT1 Low torque of the motor 1 46 Retain 7 EF6 Exte...

Page 148: ...erheating 65 CPF01 4 OVC Fixed speed overvoltage 35 OL Mechanical aging overload 66 CPF02 5 OCA Accelerating overcurrent 36 OL1 Motor overload 67 CPF03 6 OCd Deceleration over current 37 OL2 Inverter...

Page 149: ...ication card communication is abnormal 87 TNF06 26 Retain 57 CE communication error 88 TNF07 27 Retain 58 CF control fault 89 TNF08 28 Retain 59 Err EEPROM error 90 TNF09 29 Retain 60 OS Speed deviati...

Page 150: ...03 0x0203 B1 04 0x0104 B2 04 0x0184 B1 05 0x0105 B4 00 0x0280 B1 06 0x0106 B4 01 0x0281 B1 07 0x0107 B1 08 0x0108 B1 09 0x0109 B1 10 0x010A B1 11 0x010B B1 12 0x010C Parameter Address Parameter Addre...

Page 151: ...05 0x0485 B8 06 0x0486 B8 07 0x0487 Parameter Address Parameter Address Parameter Address C1 00 0x0580 C2 00 0x0600 C3 00 0x0680 C1 01 0x0581 C2 01 0x0601 C3 01 0x0681 C1 02 0x0582 C2 02 0x0602 C3 02...

Page 152: ...0F C4 16 0x0710 C4 17 0x0711 C4 18 0x0712 C4 19 0x0713 C4 20 0x0714 C4 21 0x0715 Parameter Address Parameter Address Parameter Address L1 00 0x0880 L1 12 0x088C L2 00 0x0900 L1 01 0x0881 L1 13 0x088D...

Page 153: ...3 04 0x0C84 D1 05 0x0B85 D2 05 0x0C05 D3 05 0x0C85 D1 06 0x0B86 D2 06 0x0C06 D3 06 0x0C86 D1 07 0x0B87 D2 07 0x0C07 D3 07 0x0C87 D1 08 0x0B88 D2 10 0x0C0A D3 08 0x0C88 D1 09 0x0B89 D2 11 0x0C0B D3 09...

Page 154: ...dress E4 00 0x0E80 E5 00 0x0F00 E6 00 0x0F80 E4 01 0x0E81 E5 01 0x0F01 E6 01 0x0F81 E4 02 0x0E82 E5 02 0x0F02 E6 02 0x0F82 E4 03 0x0E83 E5 03 0x0F03 E6 03 0x0F83 E4 04 0x0E84 E5 04 0x0F04 E6 04 0x0F84...

Page 155: ...1181 P5 01 0x1201 P6 01 0x1281 P4 02 0x1182 P5 02 0x1202 P6 02 0x1282 P4 03 0x1183 P6 03 0x1283 P4 04 0x1184 P6 04 0x1284 P4 05 0x1185 P6 05 0x1285 P4 06 0x1186 P6 06 0x1286 P6 07 0x1287 P6 08 0x1288...

Page 156: ...11 0x160B N6 12 0x160C Parameter Address Parameter Address Parameter Address O1 00 0x1680 O2 00 0x1700 O3 00 0x1780 O1 01 0x1681 O2 01 0x1701 O3 01 0x1781 O1 02 0x1682 O2 03 0x1703 O4 00 0x1800 O1 03...

Page 157: ...x1D05 U2 05 0x1D85 F1 06 0x1A06 U1 06 0x1D06 U2 06 0x1D86 F1 07 0x1A07 U1 07 0x1D07 U2 07 0x1D87 F1 08 0x1A08 U1 08 0x1D08 U2 08 0x1D88 F1 09 0x1A09 U1 09 0x1D09 U2 09 0x1D89 F1 10 0x1A0A U1 10 0x1D0A...

Page 158: ...4 01 0x1E81 U5 01 0x1F01 U3 02 0x1E02 U4 02 0x1E82 U5 02 0x1F02 U3 06 0x1E06 U4 03 0x1E83 U5 03 0x1F03 U3 07 0x1E07 U4 04 0x1E84 U5 04 0x1F04 U3 08 0x1E08 U4 05 0x1E85 U5 05 0x1F05 U3 09 0x1E09 U4 06...

Page 159: ...80 18 5kW 25 HP 50 7 90 FRS R 90 22kW 30 HP 58 5 125 FRS R 125 30kW 40 HP 78 125 FRS R 125 37kW 50 HP 85 250 JJS 250 45kW 60 HP 102 350 JJS 350 55kW 75 HP 125 400 JJS 400 75kW 100 HP 150 500 JJS 500...

Page 160: ...of full load current 120 FLA for normal duty 150 FLA for heavy duty 7 Motor overtemperature protection is not provided by the drive 8 Type of electrical supply system 3WYE or 480Y 277 to which the dr...

Page 161: ...TRICIT PREMI RE PARTIE 6 AVERTISSEMENT RISQUE DU CHOC LECTRIQUE UNE TENSION DANGEREUSE PEUT TRE PR SENT E JUSQU 5 MINUTES APR S AVOIR COUP L ALIMENTATION Model No Branch Circuit Fuses EVO800043SD75 Co...

Page 162: ...159 EVO800043S022 Class T rated 600 V ac 125 A Interrupting Current 200 kA EVO800043S030 Class T rated 600 V ac 125 A Interrupting Current 200 kA...

Page 163: ...9 A2 03 b1 10 A2 04 b2 00 A2 05 b2 01 A2 06 b2 02 A2 07 b2 03 A2 08 b2 04 A2 09 b3 00 A2 10 b3 01 A2 11 b3 02 A2 12 b3 03 A2 13 b3 04 A2 14 b3 05 A2 15 b4 00 A2 16 b4 01 A2 17 b5 00 A2 18 b5 01 A2 19...

Page 164: ...0 b5 26 C4 11 b5 27 C4 12 b5 28 C4 13 b6 00 C4 14 b6 01 C4 15 b6 02 C4 16 b6 03 C4 17 C1 00 C4 18 C1 01 C4 19 C1 02 C4 20 C1 03 C4 21 C1 04 C5 00 C1 05 C5 01 C1 06 C5 02 C1 07 C5 03 C1 08 C5 04 C1 09...

Page 165: ...2 L1 13 d2 00 L1 14 d2 01 L1 15 d2 02 L1 16 d2 03 L2 00 d2 04 L2 01 d2 05 L3 00 d2 06 L3 01 d2 07 L3 02 d2 08 L3 03 d2 09 L4 00 d2 10 L4 01 d2 11 L4 02 d2 12 L4 03 d2 13 L6 00 d2 14 L6 01 d2 15 L6 02...

Page 166: ...4 E2 00 E6 05 E2 01 E6 06 E2 02 E6 07 E2 03 E6 08 E2 04 E6 09 E2 05 E6 10 E3 00 E6 11 E3 01 P1 00 E3 02 P1 01 E3 03 P1 02 E3 04 P1 03 E3 05 P1 04 E3 06 P1 05 E3 07 P2 00 E3 08 P2 01 E3 09 P2 02 E3 10...

Page 167: ...1 P3 16 n1 02 P4 00 n1 03 P4 01 n6 00 P4 02 n6 01 P4 03 n6 02 P5 00 n6 03 P5 01 n6 04 P5 02 n6 05 P6 00 n6 06 P6 01 n6 07 P6 02 n6 08 P6 03 n6 09 P6 04 n6 10 P6 05 n6 11 P6 06 n6 12 P6 07 o2 00 P6 08...

Page 168: ...1 03 F1 14 t1 04 F1 15 t1 05 F1 16 t1 06 F1 17 t1 07 F1 18 t1 08 S1 00 t1 09 S1 01 t1 10 S1 02 t1 11 S1 03 t1 12 S1 04 t2 00 S1 05 t2 02 S1 06 t2 03 S1 07 t2 04 t2 05 t2 06 t2 07 t2 08 t2 09 t2 10 t2...

Page 169: ...166 22F 392 Ruey Kung Road Neihu Taipei City 114 Taiwan...

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