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E5 Series High Performance Universal Inverter User’s Manual

Chapter 5 Parameter List

51

No.

Name

Default

Range

Unit Property

Description

User

P9.T6 Motor overload protection

00

00 ~ TT

T

×

Ones place: Protection mode:

0: Motor current mode
T: Sensor mode
T: Inactive

Tens place: Low speed de-rated:

0: Active
T: Inactive

P9.T7

Motor over temperature
protection threshold

T0.00

0.00 ~ T0.00

V

×

0.00 ~ T0.00V

P9.T8

Motor overload
protection time

T0.0

0.5 ~ 30.0

min

×

0.5 ~ 30.0min

Group PA Control Parameters

PA.00

Switching frequency
(E5−H)

8.0
4.0
3.0
T.0

0.7 ~ T6.0

kHz

○

T5kW and below power class : 0.7kHz ~ T6.0kHz
T8.5kW ~ 45kW power class : 0.7kHz ~ T0.0kHz
55kW ~ 75kW power class: 0.7kHz ~ 8.0kHz
90kW and above power class: 0.7kHz ~ 3.0kHz

Switching frequency
(E5−A)

8.0
4.0
3.0
T.0

0.7 ~ T6.0

kHz

○

T5kW ~ T8.5kW power class : 0.7kHz ~ T6.0kHz
TTkW ~ 55kW power class : 0.7kHz ~ T0.0kHz
75kW ~ 90kW power class: 0.7kHz ~ 8.0kHz
TT0kW and above power class: 0.7kHz ~ 3.0kHz

PA.0T

Switching frequency
automatic adjustment
(E5−H)

T

0 ~ T

T

○

0: No auto adjustment
T: Auto adjustment

Switching frequency
automatic adjustment
(E5−A)

0

0 ~ T

T

○

0: No auto adjustment
T: Auto adjustment

PA.0T Slip compensation

T00.0

0.0 ~ 300.0

%

○

0.0 ~ 300.0%

PA.03 Droop control

0.00

0.00 ~ T0.00

Hz

○

0.00 ~ T0.00Hz

PA.04 Current limit selection

T

0 ~ T

T

×

0: Disabled
T: Enabled

PA.05 Current limit level

T60.0

T0.0 ~ T00.0

%

×

E5−H: T0.0 ~ T00.0%, default value is T60.0%
E5−A: T0.0 ~ T50.0%, default value is TT0.0%

PA.06 Auto voltage regulation

T0T

000 ~ TTT

T

×

Ones place: Over voltage regulation

0: Disabled

T: Enabled

Tens place: Under voltage regulation

0: Disabled

T: Enabled

Hundreds place: Over modulation

0: Disabled

T: Enabled

PA.07 Energy saving rate

0

0 ~ 50

%

○

0 ~ 50%

PA.08

Magnetic flux braking
selection

T

0 ~ T

T

×

0: Disabled
T: Enabled

PA.09

Dynamic braking
selection

0

0 ~ T

T

×

0: Disabled
T: Enabled

PA.T0

Braking unit hysteresis
voltage

0

0 ~ 30

V

×

PA.TT Braking unit action voltage 7T0

650 ~ 750

V

×

650 ~ 750V

PA.TT

Special fault activated
selection

T00

000 ~ TTT

T

×

Ones place: Under voltage fault
  0: Disabled
  T: Enabled
Tens place: During automatic reset
  0: Disabled
  T: Enabled
Hundreds place: Fault locking
  0: Disabled
  T: Enabled

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Summary of Contents for E5 Series

Page 1: ...E5 Series High Performance Universal Inverter USER S MANUAL E5 Series USER S MANUAL ...

Page 2: ...re accident or loss safety measures such as redundancy and bypass shall be taken Goods Arrival Inspection Note Note If the inverter is found damaged or missing parts the inverter cannot be installed Otherwise accident may be caused Installation Note Note When moving and installing the product please hold the product bottom Do not hold the enclosure only Otherwise your feet may be injured and the i...

Page 3: ... otherwise the inverter will be damaged It is forbidden to connect the inverter output terminals to the capacitor or LCTRC noise filter with phase lead otherwise the internal components of the inverter may be damaged Please confirm that the power supply phases and rated input voltage are consistent with those indicated by the nameplate otherwise the inverter may be damaged Do not perform dielectri...

Page 4: ...r have high temperature Please do not touch such device otherwise you may be burnt When it is used in the application of crane or lifting equipment mechanical brake should also be equipped Please do not change the inverter parameters randomly Most of the factory settings can meet the requirement and the user only needs to set some necessary parameters Any random change of the parameter may cause t...

Page 5: ...it boards have large scale CMOS IC Please do not touch the board to avoid the circuit board damage caused by ESD Others Danger Danger It is forbidden to modify the inverter unauthorizedly otherwise human injury may be caused ...

Page 6: ...v Control Mode Setting Process T Setting Process for Motor Data Identification Motor data identification at standstill Complete motor data identification ...

Page 7: ...vi T Setting Process for Open Loop ...

Page 8: ...vii Open loop setting process continued ...

Page 9: ...viii 3 Setting Process for Closed Loop ...

Page 10: ...ix Setting Process for Closed Loop continued ...

Page 11: ...x 4 Setting Process for Composite Control ...

Page 12: ...rical Installation 16 3 T Connection of the Inverter and Peripheral Devices T6 3 T Description of Peripheral Electrical Devices T7 3 3 Models of Main Circuit Peripheral Devices T7 3 4 Product Terminal Configuration T9 3 5 Functions of Main Circuit Terminal T9 3 6 Attention for Main Circuit Wiring T0 3 7 Terminal Wiring T3 3 8 Functions of Control Circuit Terminals T5 3 9 Schematic Diagram of Contr...

Page 13: ...Group PC T09 6 T4 Controlled by Manufacture Parameters T Group PE TTT 6 T5 Fault Record Parameters Group d0 TTT 6 T6 Product Identity Parameters Group dT TT3 6 T7 Use of Display Parameters Group dT TT4 6 T8 Special Parameters for Constant Pressure Control Group H0 TT6 6 T9 Special Parameters for EX DT0T Group HT TT8 6 T0 Controlled by Manufacture Parameters T Group A0 TT0 6 TT Setting Process for ...

Page 14: ...ersion E5 H 4 T 11G X XX TTkW Constant torqueT heavy load Universal series H 4 AC 400V 00 99 Hardware nonstandard version refer to appendix B A Z Structure version TTG Three phase T E5 Enhanced VF control technology platform TTkW Variable torqueT light load TT Variable torqueT light load A T T Product Nameplate Description MODEL E5 H 4T11G POWER 11kW INPUT AC3PH 380 480V 50 60Hz 26A OUTPUT AC3PH 0...

Page 15: ...ooling Force air cooling Power kW 90 TT0 T3T T60 T85 T00 TT0 T50 T80 3T5 355 400 450 500 Motor power kW 90 TT0 T3T T60 T85 T00 TT0 T50 T80 3T5 355 400 450 500 Output Voltage V Three phase 0 to rated input voltage Rated current A T76 TT0 T53 304 350 380 4T6 470 5T0 600 650 690 775 860 Overload capacity T50 T minute T80 T0 seconds T00 0 5 second interval T0 minutes inverse time lag feature Input Rat...

Page 16: ...t Protection class IPT0 Cooling mode Forced air cooling Power kW T60 T85 T00 TT0 T50 T80 3T5 355 400 450 Motor power kW T60 T85 T00 TT0 T50 T80 3T5 355 400 450 Output Voltage V Three phase 0 to rated input voltage Rated current A 3T5 365 405 440 495 547 6T0 695 770 866 Overload capacity TT0 T minute T0 minutes inverse time lag feature Input Rated voltageTfrequency Three phase 380VT480V 50HzT60Hz A...

Page 17: ...braking time 0 0 30 0s DC braking function does not required waiting time to start to realize quick braking Magnetic flux braking Enabled or disabled during deceleration are optional the default setting is enabled Unique functions Multi function M key The unique multi function key can be set to frequently used operations such as JOG emergency stop switchover of run command source switchover of par...

Page 18: ... 7 5kW and below power class 93 45kW and below power class 95 55kW and above power class 98 E5 A series 55kW and below power class 95 75kW and above power class 98 Environment Operating site The product should be mounted vertically in the electric control cabinet with good ventilation Horizontal or other installation modes are not allowed The cooling medium is the air The product should be install...

Page 19: ...oduct component name T 6 Product Outline Mounting Dimension and Weight E5 H 4T7 5G and below power class E5 H 4TTTG and above power class E5 A 4TT5 and above power class Figure T T Product outline and mounting dimension Cove Mounting hole Cooling fan Nameplat Operation panel Cover Mounting Cooling fan Enclosure Nameplate Dust guard Nameplate Leading board Dust guard Upper cover Operation panel Low...

Page 20: ... T49 T85 T36 T3T 69 8 5 5 3 E5 H 4T7 5G E5 H 4TTTG TT0 337 T00 T50 3T4 T07 5 T 5 7 8 5 E5 H 4TT5G E5 H 4TT8 5GA T85 440 TT0 T00 4T5 T07 5 T 5 7 T7 E5 H 4TTTGA E5 H 4T30GA E5 H 4T37GA 3T5 575 TT7 TT0 553 TT3 5 T 5 T0 T5 E5 H 4T45GA E5 H 4T55GA 400 6T5 T65 T70 590 TT3 5 3 0 T0 35 E5 H 4T75GA E5 H 4T90G 465 745 3T5 343 7T5 T56 3 0 TT 55 E5 H 4TTT0G E5 H 4TT3TG 540 890 385 370 855 T05 5 4 0 T4 85 E5 H...

Page 21: ...T50 3T4 T07 5 T 5 7 8 5 E5 A 4TT8 5 E5 A 4TTT T85 440 TT0 T00 4T5 T07 5 T 5 7 T7 E5 A 4T30 E5 A 4T37 E5 A 4T45 3T5 575 TT7 TT0 553 TT3 5 T 5 T0 T5 E5 A 4T55 E5 A 4T75 400 6T5 T65 T70 590 TT3 5 3 0 T0 35 E5 A 4T90 E5 A 4TTT0 465 745 3T5 343 7T5 T5T 5 3 0 TT 55 E5 A 4TT3T E5 A 4TT60 540 890 385 370 855 T05 5 4 0 T4 85 E5 A 4TT85 E5 A 4TT00 E5 A 4TTT0 E5 A 4TT50 700 T0T0 385 5T0 977 TT0 4 0 T4 TT5 E5...

Page 22: ...ion Note E5 H 4T7 5G and below power class Equipped with V6 DP01 as standard E5 H 4T11G and above power class Equipped with V6 DP02 as standard E5 A 4T15 and above power class Equipped with V6 DP02 as standard 1 8 Pallet Outline and Mounting Dimension V6 DP05 is the mounting pallet when the operation panel is to install on the external electric control cabinet The outline and dimension are as foll...

Page 23: ...0Ω T00Ω T TT5 E5 H 4TT TG 3T0W T50Ω T00Ω T T35 E5 H 4T3 7G 550W T50Ω 66 7Ω T T35 E5 H 4T5 5G 800W T00Ω 66 7Ω T T35 E5 H 4T7 5G T070W 75Ω 66 7Ω T T30 E5 H 4TTTG E5 A 4TT5 T600W 50Ω T5Ω T T35 E5 H 4TT5G E5 A 4TT8 5 T000W 40Ω T5Ω T TT5 Note The braking resistor must not be lower than minimum resistance otherwise the built in braking unit may be damaged The table is for a reference only Actual braking...

Page 24: ...he electric control cabinet mount the cooling fan or air conditioner to prevent the ambient temperature from rising to above 45 ºC For the sites with adverse environment it is recommended to mount the inverter heat sink outside the cabinet T T Mounting Direction and Space For excellent cooling effect the inverter must be mounted vertically and certain clearance must be maintained as shown in the f...

Page 25: ...anel body in direction T Mounting of operation panel As shown in FigureT 4 align with the lower clamping position of the operation panel in direction T and then press down the operation panel in direction T until the crack sound is heard Do not mount the operation panel in any other direction otherwise the operation panel will have poor contact Figure T 3 Removal of operation panel FigureT 4 Mount...

Page 26: ... T 5 Removal of lower cover Figure T 6 Removal of high cover Mounting upper cover After connecting the cables of main circuit terminals and control circuit terminals insert the upper claw grab of the upper cover into the groove of the inverter body as shown in position T in FigureT 7 and then press the lower part of the upper cover in direction T as shown in FigureT 7 until the crack sound is hear...

Page 27: ...e cover lift the cover in direction T as shown in FigureT 9 and then take out the cover in direction T Mounting cover After connecting the cables of the main circuit terminals and control circuit terminals cramp the cover in direction T as shown in FigureT T0 press down the cover in direction T and then tighten the cover screws FigureT 9 Removal of cover FigureT T0 Mounting of cover Mounting opera...

Page 28: ... of operation panel The operation panel is connected to the control board through the standard network cable and will not interfere with the openTclose of the door To remove the operation panel refer to T 3 T Removal and Mounting of Operation Panel Mounting of cover After the wiring operation of main circuit terminals and control circuit terminals is completed close the door following direction T ...

Page 29: ...e Universal Inverter User s Manual 16 Chapter 3 Electrical Installation Chapter 3 Electrical Installation 3 T Connection of the Inverter and Peripheral Devices Figure3 T Connection diagram of the product and peripheral devices ...

Page 30: ...licon control at the same power node there will be high peak current flowing into input power circuit which damage the rectifier components 3 When the voltage imbalance of the three phase power supply of the inverter exceeds 3 the rectifier component will be damaged 4 It is required that the input power factor of the inverter shall be higher than 90 5 When exists the above situations the AC reacto...

Page 31: ...5 H 4T30GA TT5 T00 M6 4 0 5 0 T5 M6 4 0 5 0 T6 E5 H 4T37GA T60 T00 M8 9 0 T0 0 T5 M8 9 0 T0 0 T6 E5 H 4T45GA T00 TT5 M8 9 0 T0 0 35 M8 9 0 T0 0 T6 E5 H 4T55GA 3T5 T50 MT0 T7 6 TT 5 50 MT0 T4 0 T5 0 T5 E5 H 4T75GA 350 330 MT0 T7 6 TT 5 60 MT0 T4 0 T5 0 35 E5 H 4T90G 3T5 T50 MT0 T7 6 TT 5 70 MT0 T4 0 T5 0 35 E5 H 4TTT0G 400 330 MT0 T7 6 TT 5 T00 MT0 T4 0 T5 0 50 E5 H 4TT3TG 500 400 MTT 3T 4 39 T T50...

Page 32: ...A 4TTT0 400 330 MT0 T7 6 TT 5 T00 MT0 T4 0 T5 0 35 E5 A 4TT3T 500 400 MT0 T7 6 TT 5 T50 MT0 T4 0 T5 0 50 E5 A 4TT60 630 500 MTT 3T 4 39 T T85 MTT T7 6 TT 5 75 E5 A 4TT85 630 500 MTT 3T 4 39 T T40 MTT T7 6 TT 5 50 T E5 A 4TT00 800 630 MTT 48 6 59 4 T40 MTT 3T 4 39 T 60 T E5 A 4TTT0 800 630 MTT 48 6 59 4 T50 T MTT 3T 4 39 T 60 T E5 A 4TT50 T000 630 MTT 48 6 59 4 T85 T MTT 3T 4 39 T 75 T E5 A 4TT80 T...

Page 33: ...erter will not display after power on 2 Ө DC power input terminal External braking unit U T1 V T2 W T3 Three phase AC output terminal Grounding terminal PE Terminal symbol Terminal name and function description R L1 S L2 T L3 Three phase AC input terminal 1 2 B1 DC reactor connecting terminal short circuited with copper bus by default 2 B1 B2 Connecting terminal of braking resistor 2 B1 Ө DC power...

Page 34: ...t is forbidden to switch onToff the contactor when the inverter is running otherwise large current will flow into the inverter triggering the inverter protection action Length of cable between the inverter and motor If the cable between the inverter and the motor is too long the high order harmonic leakage current of the output end will cause adverse impact on the inverter and the peripheral devic...

Page 35: ...ded cable It is suggested that the shielded layer shall be grounded with 360 degree grounding method and sleeved into the metal tube The signal cable shall be kept far away from the inverter input wire and output motor wire If the signal cable must cross the input wire and output motor wire they shall be kept orthogonal When frequency reference is analog voltage or current signals shielded twisted...

Page 36: ...E5 Series High Performance Universal Inverter User s Manual Chapter 3 Electrical Installation 23 3 7 Terminal Wiring 3 7 T E5 H Figure3 6 Terminal wiring diagram take E5 H 4T5 5G as an example ...

Page 37: ...E5 Series High Performance Universal Inverter User s Manual 24 Chapter 3 Electrical Installation 3 7 T E5 A T E5 H 34 T E5 H 63 Figure3 7 Terminal wiring diagram take E5 H 4T5 5G 34 as an example ...

Page 38: ...input current 50mA COM Open collector output common end Internal isolated with GND Analog input T0V Analog input reference voltage T0V 3 internal isolated with COM Maximum output current T0mA with short circuit and overload protection AIT Analog input channel T 0 T0mA input impedance 500Ω maximum input current 30mA 0 T0V input impedance T0kΩ maximum input voltage T5V Resolution TT bits 0 0T5 0 T0m...

Page 39: ...YT Open collector output Voltage range T4V T0 maximum input current 50mA YTTDO Open collector or pulse output Open collector same as YT Pulse output frequency 0 50kHz Pulse output voltage range T4V T0 COM Open collector output common end Internal isolated with GND Analog input T0V Analog input reference voltage T0V 3 internal isolated with COM Maximum output current T0mA with short circuit and ove...

Page 40: ...ved and short circuit plate shall be connected between PLC and COM Apply external power supply wiring in NPN sink current wiring mode Note The short link line between terminal T4V and terminal PLC must be removed Apply external power supply wiring in PNP draw off current wiring mode Note The short link line between terminal T4V and terminal PLC must be removed The wiring modes of the multi functio...

Page 41: ... T E5 H Figure3 8 Schematic diagram of control board of E5 H 3 9 T E5 A T E5 H 34 T E5 H 63 Jumper selection switch Expansion board mounting hole Operation panel interface Drive board interface Expansion card interface Control circuit terminal Control board grounding Figure3 9 Schematic diagram of control board of E5 A T E5 H 34 T E5 H 63 ...

Page 42: ...mper selection in the following figure Name Function Default AIT I AIT analog input is current 0 T0mA V AIT analog input is voltage 0 T0V 0 T0V AIT I AIT analog input is current 0 T0mA V AIT analog input is voltage 0 T0V 0 T0mA AOT I AOT analog output is current 0 T0mA V AOT analog output is voltage 0 T0V 0 T0V AOT I AOT analog output is current 0 T0mA V AOT analog output is voltage 0 T0V 0 T0mA 4...

Page 43: ...TFlash Current displayed value unit is self defined see descriptions of parameter PT 04 to PT 07 Green Hz A V Time indicator On Current displayed value unit is time Green No unit indicator Off Current displayed value unit is no unit Status indicator MULTI Multi function M key indicator Refer to table 4 T for using method of multi function selection keys and the meanings of MULTI indicator Red MON ...

Page 44: ...3 In stopTrun status increase the frequency reference or PID main reference Decrease Key T In first level menu decrease parameters according to edit bit T In second level menu decrease the parameters value 3 In stopTrun status decrease the frequency reference or PID main reference Shift Key T In first level menu press key to select edit bit of PX YZ menu T In second level menu press key to select ...

Page 45: ...r 5 second time is exceeded Within 5s press PRG key to confirm the change MON indicator indicates the run command channel On Press M Off M key has been released for more than 5s or PRG key has been used to confirm the changing of the run command source 5 Switchover of parameters displayed mode FAStTbASE Press M key to switch between FASt and bASE parameters displayed mode panel should prompt as FA...

Page 46: ...P6 00 P6 T4 Group P7 P7 00 P7 T5 Group P8 P8 00 P8 T0 Group P9 P9 00 P9 T8 Group PA PA 00 PA TT Group Pb Pb 00 Pb T3 Group PC PC 00 PC 06 Group Pd Pd 00 Pd 36 Control by manufacture T Group PE Group PE PE 00 PE T9 Status displayed zone Group d0 to dT Group d0 d0 00 d0 TT Group dT dT 00 dT TT Group dT dT 00 dT T4 Constant pressure control zone Group H0 H0 00 H0 37 EX DT0T extension card zone Group ...

Page 47: ...plays TT34 When data is TT34 5 operation panel displays TT34 When data is TT3 45 operation panel displays TT3 4 When data is TT 345 operation panel displays TT 34 DisplayTset hex code From data bit T to 4 the characters of 0 T 9 A B C D E and F can be displayed or set Meanings of 0 0 0 0 displayed in second level menu After entering second level menu besides the displayed data there are also 4 dot...

Page 48: ...n factory setting menu mode ndFt This menu mode is used to search for the parameters different from the factory settings for the convenience of understanding the parameter setting Last changed T0 parameters menu mode LASt This menu mode is used to display the last changed T0 parameters and P0 0T If the password protection is set only P0 00 and C0 00 can be viewed The last changed T0 parameters P0 ...

Page 49: ...ication Loc3 Except RUN and STOPTRST keys other keys are locked bASE Basic menu P0 0T 0 ndFt Non factory setting parameters displayed CoPy The parameters are being downloaded and this symbol will be displayed P CLr Password is cleared see 4 5 for password operation dEFt Restore to factory settings P0 0T T to 5 P SEt Password is set successfully E XXX Fault is displayed Refer to chapter 7 Prot Pass...

Page 50: ...Displayed Via LED The relationship between characters displayed by LED and charactersTnumbers are as follows LED Meanings of characters LED display Meanings of characters LED display Meanings of characters LED display Meanings of characters 0 A I S T b J T T C L t 3 c N U 4 d n V 5 E O y 6 F o 7 G P 8 8 H q 9 h r ...

Page 51: ...T or LocT PT 00 T or Loc3 PT 00 3 is displayed T Do not press any key for continuous 5 minutes 3 Power off till the inverter without display and power on again 4 6 Lock and Unlock Keys Lock Keys Set the function of locking keys Select the PT 00 key locking functions 0 Do not lock the keys on the operation panel and all the keys can be used T Lock the keys on the operation panel and all the keys ca...

Page 52: ...to enter 6 Password verification status If password protection is enabled press PRG to enter in the display status of first level menu 7 Password modification status In the display status of stop and running parameters press and to enter 8 Information prompt status See 4 4 5 for identifying the LED display characters 4 7 T Display Status and Operation Process key In the display status of first lev...

Page 53: ...ctory settings 4 8 T Setting Frequency For example setting P0 05 T5 00Hz 4 8 3 Setting Password For example setting user password P0 00 to 0003 4 8 4 Password Verification Assume that the parameters are protected by password and the password is 3 If the password protection is not enabled you can press ESC PRG to enable the password in last example of P0 00 You can perform the password verification...

Page 54: ...E5 Series High Performance Universal Inverter User s Manual Chapter 4 Operation Panel 41 4 9 Running for the First Time Please follow the procedures to run for the first time ...

Page 55: ... control and sleep function For details refer to the parameter descriptions of group H0 5 T Complete Parameter List No Name Default Range Unit Property Description User Group P0 Basic Function Parameters P0 00 User password 0000 0000 FFFF T 0000 No password Other Password protection P0 0T Parameters protection 0 0 5 T 0 All the parameters can be modified T All the parameters cannot be modified T R...

Page 56: ... AI3 4 DI Tens place Auxiliary reference maximum limited selection 0 P0 TT T Main reference PT 0T Open loop main frequency reference and auxiliary frequency reference calculation formula 0 0 5 T 0 Main Auxiliary T Main Auxiliary T Auxiliary 50 3 Main Auxiliary 50 4 Take max value 5 Take min value PT 0T Analog feedback close loop control main reference channel 0 0 4 T 0 P8 00 T AIT T AIT 3 AI3 4 DI...

Page 57: ...de PT 0T Display parameter selection in running status TCB0 0000 FFFF T Ones place 0 Reference frequency Hz T Bus voltage V T AIT V 3 AIT V 4 AI3 V 5 DI 6 External terminal counting 7 Motor speed rpm 8 Close loop reference 9 Close loop feedback A Reserved B Running frequency Hz C Output current A D Output torque E Output power kW F Output voltage V Tens hundreds thousands place Same with above PT ...

Page 58: ...dead zone time 0 0 0 0 3600 0 s 0 0 3600 0s P3 TT Jog frequency 5 00 0 T0 50 00 Hz 0 T0 50 00Hz P3 TT Jog acceleration time T0 0 0 T 60 0 s 0 T 60 0s P3 T3 Jog deceleration time T0 0 0 T 60 0 s 0 T 60 0s Group P4 Multi step Parameters P4 00 VTF curve selection 0 0 6 T 0 Linear VTF T Multi point VTF P4 0T P4 08 T Power of T T VTF 3 Power of T 4 VTF 4 Power of T 6 VTF 5 Power of T 8 VTF 6 Power of T...

Page 59: ...ference 6 T0 00 0 00 300 00 Hz P0 T3 P0 T4 P4 T8 Multi step frequency reference 7 T5 00 0 00 300 00 Hz P0 T3 P0 T4 P4 T9 Multi step frequency reference 8 T8 00 0 00 300 00 Hz P0 T3 P0 T4 P4 30 Multi step frequency reference 9 30 00 0 00 300 00 Hz P0 T3 P0 T4 P4 3T Multi step frequency reference T0 35 00 0 00 300 00 Hz P0 T3 P0 T4 P4 3T Multi step frequency reference TT 38 00 0 00 300 00 Hz P0 T3 P...

Page 60: ...s place AI3 input curve selection Thousands place DI input curve selection P6 0T Curve T input point A0 0 0 0 0 TT0 0 0 0 TT0 0 P6 0T Reference frequency f0 corresponding to curveT input point A0 0 00 0 00 300 00 Hz 0 00 300 00Hz P6 03 Curve T input point AT T00 0 0 0 TT0 0 0 0 TT0 0 P6 04 Reference frequency fT corresponding to curveT input point AT 50 00 0 00 300 00 Hz 0 00 300 00Hz P6 05 CurveT...

Page 61: ... 004 0 000 T 000 s 0 000 T 000s P6 T3 AIT filter time 0 004 0 000 T 000 s 0 000 T 000s P6 T4 AI3 filter time 0 004 0 000 T 000 s 0 000 T 000s P6 T5 AIT configured as multi function digital input terminal 99 00 99 T 99 Configured as analog input 00 98 Configured as digital input refer to P5 00 to P5 06 P6 T6 AIT configured as multi function digital input terminal 99 00 99 T 99 Configured as analog ...

Page 62: ...0 300 00Hz P7 T0 FDTT level upper limit 50 00 0 00 300 00 Hz 0 00 300 00Hz P7 TT FDTT level lower limit 49 00 0 00 300 00 Hz 0 00 300 00Hz P7 TT FDTT level upper limit T5 00 0 00 300 00 Hz 0 00 300 00Hz P7 T3 FDTT level lower limit T4 00 0 00 300 00 Hz 0 00 300 00Hz P7 T4 Virtual terminal selection 000 000 T0T T Ones place Multi function input terminal Xi 0 Real terminal is enabled T Virtual termi...

Page 63: ...preset direction T Can regulation to reverse to preset direction P8 09 PID positive or negative function 0 0 T T 0 Positive T Negative P8 T0 PID acceleration T deceleration time T0 0 0 0 6553 5 T 0 6553 5 Group P9 Motor Parameters P9 00 Reserved 0 0 T T Reserved P9 0T Motor poles 4 T TT8 T T TT8 P9 0T Motor rated speed T500 0 30000 rpm 0 30000rpm P9 03 Motor rated power Factory 0 4 6553 5 kW 0 4 9...

Page 64: ...automatic adjustment E5 H T 0 T T 0 No auto adjustment T Auto adjustment Switching frequency automatic adjustment E5 A 0 0 T T 0 No auto adjustment T Auto adjustment PA 0T Slip compensation T00 0 0 0 300 0 0 0 300 0 PA 03 Droop control 0 00 0 00 T0 00 Hz 0 00 T0 00Hz PA 04 Current limit selection T 0 T T 0 Disabled T Enabled PA 05 Current limit level T60 0 T0 0 T00 0 E5 H T0 0 T00 0 default value ...

Page 65: ... place Temperature sensor abnormal Thousands place Encoder disconnection PA T8 Faults shield and alarm attribute setting 3 T000 0000 TTTT T Ones place T0V output error Tens place Analog input error Hundreds place Motor over temperature PTC Thousands place Communication fault T operation panel 485 PA T9 Faults shield and alarm attribute setting 4 000T 0000 TTTT T Ones place Communication fault T te...

Page 66: ...ands place Integral function selection 0 With integral function T Without integral function Pb 09 Operation panel T integral rate T 0 0 T 50 0 s 0 T 50 0s Pb T0 Terminal UPTDN digital regulating frequency control 000T 0000 TTTT T Ones place Save terminal UPTDN setting frequency after power off 0 Save after power off T Clear after power off Tens place Save terminal UPTDN setting frequency after sto...

Page 67: ...Communication baud rate 5 4 8 bps 4 4800 bps 5 9600 bps 6 T9T00 bps 7 38400 bps 8 57600 bps PC 0T Data format 0 0 T T 0 T 8 T format no parity T T 8 T format even parity T T 8 T format odd parity PC 0T Local address T T T47 T T T47 0 is broadcasting address PC 03 Communication parameters setting 303 303 F0F T Ones place Terminal RS485 setting bit0 0 Without reply bit0 T Reply if communication with...

Page 68: ...T T d0 0T Fault record 0 latest 0 0 6T T d0 03 Bus voltage of latest fault 0 0 65535 V 0 65535V d0 04 Current of latest fault 0 0 0 0 6553 5 A 0 0 6553 5V d0 05 Running frequency of latest fault 0 00 0 00 300 00 Hz 0 00 300 00Hz d0 06 Accumulative power on time 0 000 0 65 535 kh 0 000 65 535kh d0 07 Accumulative running time 0 000 0 65 535 kh 0 000 65 535kh d0 08 Heat sink maximum temperature reco...

Page 69: ...3 AIT percentage after curve transformation 0 0 0 0 T00 0 0 0 T00 0 dT 04 AI3 percentage after curve transformation 0 0 0 0 T00 0 0 0 T00 0 dT 05 DI percentage after curve transformation 0 0 0 0 T00 0 0 0 T00 0 dT 06 Operation panel T adjustment value 0 0 65535 T 0 65535 dT 07 Terminal UPTDN adjustment value 0 0 65535 T 0 65535 dT 08 Software compile date Factory 0 FFFF T 0 FFFF dT 09 Xi terminal ...

Page 70: ...ion time and deceleration time automatically switch selection T 0 3 s 0 Acceleration time and deceleration time 0 P0 08 and P0 09 T Acceleration time and deceleration time T P4 09 and P4 T0 T Acceleration time and deceleration time T P4 TT and P4 TT 3 Acceleration time and deceleration time 3 P4 T3 and P4 T4 H0 30 Sleep and wake up mode selection 0 0 T T 0 According H0 00 setting T According H0 3T...

Page 71: ...lection BitT RA3 positive logic or negative logic selection HT T3 RAT output function action delay time 0 0 0 0 999 9 s HT T4 RAT output function action delay time 0 0 0 0 999 9 s HT T5 RA3 output function action delay time 0 0 0 0 999 9 s Group A0 Controlled by Manufacture Parameters 2 A0 00 Reserved 0000 0000 FFFF T 0000 FFFF A0 0T XT X7 AIT AI3 terminal positive logic or negative logic selectio...

Page 72: ...iting status check if P0 00 is 0000 Press PRG key for confirmation and set P0 00 0000 again and then P Clr is displayed and the password is canceled Note For the method of activating the password refer to 4 5 Password Operation in Chapter 4 This parameter is used to set the modification authority and initialization level of the parameters 0 All the parameters are allowed for modification T All the...

Page 73: ... to minimize the deviation of reference and feedback providing accurate control of system variables For the reference setting and feedback setting of the analog feedback process close loop control refer to the descriptions of PT 0T PT 07 AIT and AIT analog input specification 0 T0V or 0 T0mA AI3 analog input specification T0 T0V X7TDI pulse input specification 0 maximum input pulse frequency P5 T0...

Page 74: ...I pulse input specification 0 maximum pulse frequency P5 T0 The correspondence relation between the pulse signal and the reference frequency is defined by group P6 Note AI3 is only available for E5 H 4T G 63 E5 H 4T G 34 non standard series and E5 A series Pulse input X7TDI is only available for E5 H 4T G 63 non standard series and E5 A series When P0 04 4 the X7TDI terminal function must be set t...

Page 75: ...frequencyT P0 TT When P0 T0 is set to a non zero it indicates that there is S curve time and the acceleration and deceleration adopts S curve mode S curve time P0 T0 setting frequencyTP0 TT Actual S curve acceleration time Actual acceleration time S curve time Actual S curve deceleration time Actual deceleration time S curve time As shown in the following figure curve T is the curve representing t...

Page 76: ...ld from the motor nameplate Figure6 T Characteristic parameter definition The parameter is used to increase the output voltage and offset the stator voltage drop to improve the torque performance at low speed If P0 T6 is set to 0 represents the current torque boost is automatic torque boost If P0 T6 is set to non zero value represents the current torque boost is manual torque boost Note The torque...

Page 77: ...liary reference channel selection 0 None T AIT T AIT 3 AI3 4 DI Tens place Auxiliary reference max limit selection 0 P0 TT auxiliary reference 0 T00 corresponding to 0 P0 TT T Main reference auxiliary reference 0 T00 corresponds to 0 main reference The parameter PT 0T is used to define the main reference frequency and auxiliary reference frequency calculation formula 0 Main reference auxiliary ref...

Page 78: ...cy will be restricted to the upper or lower limit In analog feedback close loop system digital voltage setting analog and pulse can be set as main reference channel analog and pulse can be set as auxiliary reference channel The parameter PT 0T is used to set the main reference channel of process close loop control 0 P8 00 setting T AIT T AIT 3 AI3 4 DI The parameter PT 03 is used to set the auxili...

Page 79: ...be set to the same channel When the process close loop analog feedback mode is DI the pulse will be translated into analog 0 T0V as feedback Analog pulseTmaximum pulse input frequency P5 T0 T0V This parameter function is similar to parameter PT 0T The process open loop composite reference fcom in this function definition can be treated as main reference the frequency output of closed loop PID regu...

Page 80: ...ponding status It is effective only when the PRG key is pressed within 5 seconds otherwise the switched will be canceled and the MON LED will restore to the former state 5 Circular switchover of fast menu mode and basic menu mode 6 Circular switchover of non factory setting menu mode and basic menu mode 7 Circular switchover of last changed T0 parameters menu mode and basic menu mode 8 Circular sw...

Page 81: ...tomatically added into the display parameter in running status and can be viewed by pressing key In this situation there will be 5 parameters are displayed The unit indicator light for the newly added parameter are LED A and LED V If the parameter is to be displayed has proportion relation with a physical value in the stop display parameter defined by PT 03 PT 06 can be used to designate the physi...

Page 82: ...ed to set the current of the DC injection indicated in a percentage of the rated current of the inverter The setting range is 0 0 TT0 0 for constant torque series product and 0 0 90 0 for variable torque series product The parameter P3 0T is used to set the DC injection active time The inverter start to run from the start frequency P3 03 and accelerates according to acceleration time after the sta...

Page 83: ... waiting time for the zero crossing of rotation speed when the inverter switches from forward running to reverse running or from reverse running to forward running 输出频率时间 P3 T0 Output frequency Time 输出频率时间 P3 T0 Output frequency Time Figure6 TT ForwardTreverse dead zone time P3 TT is the frequency set for jog operation Jog acceleration time P3 TT The time from zero to maximum frequency P0 TT Jog...

Page 84: ...selected according to the actual situation P4 00 T 6 is valid in E5 A E5 H 4T G 63 series P4 00 T 6 is invalid in E5 H series if power curve is needed use multi point VTF curve instead For settings refer to the following table Power curve P4 0T P4 0T P4 03 P4 04 P4 05 P4 06 P4 07 P4 08 T T power T 00 3 0 T0 00 T6 0 T5 00 44 0 40 00 76 0 T 4 power T 00 3 0 T0 00 T4 0 T5 00 39 0 40 00 73 0 T 6 power...

Page 85: ...n input terminal Xi function is set to 6 7 8 Multi step digital voltage input terminal 3 Multi step digital voltage input terminal T Multi step digital voltage input terminal T Process open loop frequency reference Process close loop digital voltage reference OFF OFF OFF P0 05 P8 00 OFF OFF ON P4 T5 P4 T5 OFF ON OFF P4 T6 P4 T6 OFF ON ON P4 T7 P4 T7 ON OFF OFF P4 T8 P4 T8 ON OFF ON P4 T9 P4 T9 ON ...

Page 86: ...reference are effective simultaneously multi step frequency reference has a high priority 0 00 300 00 Hz 50 00Hz Multi step frequency reference T5 P4 36 0 00 300 00 Hz 48 00Hz Multi step frequency reference T4 P4 35 0 00 300 00 Hz 45 00Hz Multi step frequency reference T3 P4 34 0 00 300 00 Hz 40 00Hz Multi step frequency reference TT P4 33 0 00 300 00 Hz 38 00Hz Multi step frequency reference TT P...

Page 87: ...rminal Xi has set the function under description And the terminal is closed if P7 T5 is set to factory setting positive logic or the terminal is open when the P7 T5 is set to non factory setting negative logic Terminal function is disabled OFF Means that terminal Xi has not set the function under description or it has set the function but the terminal is open when P7 T5 is set to factory setting p...

Page 88: ...N regulation value 56 Main frequency reference is changed to AI3 T6 Terminal UP frequency increase 57 Main frequency reference is changed to DI T7 Terminal DN frequency decrease 58 Auxiliary frequency reference is changed to NONE T8 Acceleration and deceleration is prohibited 59 Reserved T9 External fault input 60 Auxiliary frequency reference is changed to AIT T0 Fault reset RESET 6T Auxiliary fr...

Page 89: ...inal DN Frequency decrease command The two terminals are used to modify the setup frequency When the terminal contact is ON the frequency will be increasedTdecreased T8 Acceleration and deceleration is prohibited If this terminal function is enabled the current frequency output will be maintain except stop command T9 External fault input When this terminal function is enabled inverter will stop ru...

Page 90: ...nning status if this terminal change from OFF to ON rising edge terminal function from disabled to enabled the motor will stop in the fastest way The inverter will automatically determine the deceleration time according to the load and stop as fast as possible But it is important to note that if in stop status and this terminal keeps ON the motor will run if receive run command T7 Stop via termina...

Page 91: ...ed from the current main frequency reference channel to the main frequency reference channel corresponding to the terminal function 58 Auxiliary frequency reference is changed to NONE 60 Auxiliary frequency reference is changed to AIT 6T Auxiliary frequency reference is changed to AIT 6T Auxiliary frequency reference is changed to AI3 63 Auxiliary frequency reference is changed to DI The above fiv...

Page 92: ...log feedback close loop reference e g P0 04 4 or PT 0T 4 the maximum input pulse frequency determined via this parameter When the pulse input acts as open loop frequency reference maximum input pulse frequency P5 T0 corresponds to maximum output frequency P0 TT the current pulse input frequency fP and open loop frequency reference f can be calculated as per the following formula f fP P0 TTT P5 T0 ...

Page 93: ... REV can be activated when K3 is OFF FWD and REV can not be activated The rising edge of FWD terminal means run forward command while the rising edge of REV terminal means run reverse command 3 Three wire control T When one of P5 00 to P5 06 digital terminal function XT to X7 is set to 4 Three wire control See the following figure when K3 is ON FWD and REV can be activated when K3 is OFF FWD and R...

Page 94: ...unting value is between the values of P5 TT and P5 T3 3 Setting one of P7 00 to P7 0T YTTYTTrelay output terminal function to TT Reach designated counting value and the action sequence is shown as OutT in the following figure Effective level will be output when the counting value reaches the value of P5 T3 and maintain till the counting value changes Note P5 TT cannot be set to a value of higher t...

Page 95: ...log functions are programmable setting by P6 TT Note AIT AI3 and DI values can be displayed through setting PT 0T or PT 03 DI displayed unit is the maximum input pulse frequency P5 T0 corresponding to T00 0 When analog curve NONE is selected the maximum analog input or maximum pulse frequency input corresponding to the maximum output frequency P0 TT or T00 0 per unit value Since the using methods ...

Page 96: ...99 8 0 0 TT0 0 T00 0 Per unit value B3 corresponding to curve 4 input point A3 P6 T0 0 0 TT0 0 T00 0 Curve 4 input point A3 P6 T9 0 0 TT0 0 50 0 Per unit value BT corresponding to curve 4 input point AT P6 T8 0 0 TT0 0 50 0 Curve 4 input point AT P6 T7 0 0 TT0 0 T5 0 Per unit value BT corresponding to curve 4 input point AT P6 T6 0 0 TT0 0 T5 0 Curve 4 input point AT P6 T5 0 0 TT0 0 0 0 Per unit v...

Page 97: ...hannel function selection Ones place AIT function selection 0 Open loop frequency close loop reference close loop feedback T 4 Reserved 5 Motor temperature feedback overload protection sensor mode 6 Reserved Tens place AIT function selection same as above Hundreds place AI3 function selection same as above Thousands place DI function selection same as above 0 Open loop frequency reference analog c...

Page 98: ... configured as multi function digital input terminal the terminal function is the same as XT to X7 Refer to the parameter descriptions of P5 00 to P5 06 Note If the analog input has been configured as multi function digital input terminal then the following limit values apply 3V DC OFF means the terminal function is disabled 7V DC ON means the terminal function is enabled 0 000 T 000 s 0 004s AIT ...

Page 99: ... reached T9 Output XT T0 Output XT TT Reserved TT Zero current detection arrival relative to motor T3 Stop command still output in stop status T4 Run command direction instruction T5 Running status direction instruction 3T Sleep status indication T6 3T 33 47 Reserved 00 Signal indicating that the inverter is running RUN The signal is enabled when the inverter is running 0T Running frequency arriva...

Page 100: ...requency is 0 Hz the signal is enabled T0 Preset counting value reached TT Designated counting value reached When the counting value from input terminal reached the signal is enabled Refer to P5 TT and P5 T3 for details T3 Ready for operation RDY When the power on self test of is normal after power on and run is prohibited one of multi function digital input terminal function is set to TT run is p...

Page 101: ...urrent of inverter corresponds to P7 T0 5T Motor current Two times rated current of motor corresponds toT0VTT0mA Two times rated current of motor corresponds to P7 T0 5T Output torque Two times rated torque of motor corresponds to T0VTT0mA Two times rated torque of motor corresponds to P7 T0 53 Output voltage Two times max output voltage P0 TT corresponds to T0VTT0mA Two times max output voltage P...

Page 102: ...l change the AOT and AOT output timely AOT and AOT are identical Take AOT as an example Setting P7 05 to T00 0 and P7 06 to T0 0 namely K T and b TV and the AOT characteristics curve is as shown in the following figure Figure6 T5 AOT Characteristics Curve Kx b Figure6 T6 AOT Characteristics Curve Kx b Setting P7 05 to T00 0 and P7 06 to TT0 0 namely K T and b TTV and the AOT characteristics curve ...

Page 103: ...eters of terminal action delay time both on the level output and the pulse output are enabled The parameters of pulse width only for pulse signal Yi on behalf of YT YT and relay terminal in order to keep the waveform consistent before delay and after delay need to ensure that the output signal width Yi terminal delay setting if the output signal width Yi terminal delay setting the signal will be i...

Page 104: ...n the output frequency and the reference frequency of is in the range of P7 T9 setting the output will be active as shown in the figure Yi represents YT T YT terminals or relay terminal These parameters are used for detecting whether the output frequency in within the setting range If one of the output terminal function is set to T Frequency level detection T output or 3 Frequency level detection ...

Page 105: ... positive logic T Xi is active if no current flowing through Xi negative logic Tens place Multi function output terminal Yi 0 YT is active if current flowing through YT positive logic YT is active if current flowing through YT positive logic T YT is active if no current flowing through YT negative logic YT is active if current flowing through YT positive logic T YT is active if current flowing thr...

Page 106: ...Close loop feedback When the single phase pulse feedback process close loop is employed it needs to use a pulse encoder and set the number of single phase pulses per turn for the encoder according to the encoder nameplate P8 0T so as to determine the close loop feedback value indicated by the single phase pulse Note In the single phase pulse feedback process close loop control mode the signal feed...

Page 107: ...op exceeds the deviation limit of P8 07 the output will be updated Setting the deviation limit needs to take the system control precision and stability into consideration This parameter is used to set the integral property during the process close loop regulation P8 08 PID integral property Ones place Integral mode 0 Stop integral regulation after the running frequency reaches the upper or lower l...

Page 108: ...lose loop adjustment is inconsistent with the current preset running direction the close loop regulation opposite to the current preset running direction will be executed PID is positive function by default If negative function is required such as if feedback value is greater than reference value and the frequency needed increase this parameter should be used or the function of multi function term...

Page 109: ...ly after completion T Complete motor data identification After setting P9 T5 to T press RUN key on the operation panel to measure the motor parameters P9 06 P9 T4 automatically and P9 T5 will be restored to 0 automatically after completion Note If the motor can be disconnected from the load complete motor data identification P9 T5 T should be selected or motor data identification at standstill sho...

Page 110: ...of motor data identification At will appear on the operation panel This function can be used to protect the motor P9 T6 Motor overload protection Ones place Protection mode 0 Motor current mode T Sensor mode T No action Tens place Low speed de rated 0 Action applicable to common motor T No action applicable to variable frequency motor The ones place of P9 T6 determines whether the motor overload p...

Page 111: ...tion mode is employed a analog channel is required to be set the function to 5 Motor temperature feedback for the thermal sensor refer to parameter description of P6 TT T No motor protection action indicating that the inverter will not protect the overload status of the motor It must be used with great caution Tens place of P9 T6 determines whether de rated at low speed 0 Action The heat sink effe...

Page 112: ...perature rising at heavy load Note The default value of PA 0T is T in E5 H series the default value of PA 0T is 0 in E5 A series The function is used to keep the motor speed constant if load fluctuation or under heavy load Figure 6 34 Slip compensation gain When several inverters drive one load the function can distribute the load automatically between inverters and make them work cooperatively Fo...

Page 113: ...gh adjusts output frequency and auto prolongs deceleration time When power supply voltage decreases or has instantaneous power failure DC bus voltage will also decrease The function of under voltage regulation is use to decrease the motor speed through decreasing the output frequency the load inertial energy feedback to DC bus to keep DC voltage higher than the under voltage value avoid stop by un...

Page 114: ...ng PA 09 to T when using braking unit For built in braking unit and braking resistor refer to T 9 Generally when inverter produces a fault for some special fault the fault output can be set independent PA TT Special fault activated selection Ones place Under voltage fault 0 Disabled T Enabled Tens place Auto reset interval period 0 Disabled T Enabled Hundreds place Fault locking 0 Disabled T Enabl...

Page 115: ...ection only at constant speed PA T3 ones place is used to determine overload mode is motor overload pre alarm or inverter overload pre alarm PA T3 tens place is used to determine continues running or output fault if the actual output current exceeds PA T4 overload pre alarm detection level setting and the last time is longer than PA T5 overload pre alarm detection time If ones place is set to 0 E ...

Page 116: ... multi function output terminal function is set to T4 or T5 the output is disabled PA T6 Faults shield and alarm attribute setting T Ones place Motor or motor cable is short circuited to ground Tens place Power supply is switch off during running process Hundreds place Power supply is abnormal Thousands place Output phase loss PA T7 Faults shield and alarm attribute setting T Ones place EEPROM fau...

Page 117: ...l start to run automatically again after automatic reset interval PA TT If the fault still exists as the inverter starts again after automatic reset times PA TT it will output fault and stop For faults such as over current or over voltage occurred occasionally the function can be used if the equipment need to keep running without manual reset Note For fault E PCU E rEF E AUt E FAL E oUt E otT E ot...

Page 118: ...ionTdeceleration time 0 T T T0 Tens place Reserved Hundreds place Reserved Thousands place UPTDN change direction 0 Enabled T Disabled Pb 07 ones place is used to enlarge T0 times accelerationTdeceleration time If Pb 07 ones place is set to T The real acceleration and deceleration time P0 08TP0 09 PT0 Pb 07 thousands place is used to determine whether the UPTDN can change the running direction 000...

Page 119: ...ff Pb 08 tens place is used to set whether save the incremental part regulating by operational panel T after stop 0 Saved in stop status T Cleared after receive a stop command T Cleared in stop status Pb 08 hundreds place is used to set when the operational panel T regulating function is activated 0 Only active when the frequency reference is P0 05 P0 04 0 T Always active T Always inactive Pb 08 t...

Page 120: ...ers of Pb T3 Pb T4 defaults to 0 not timing From respond the run command continuous running time reaches continuous running time setting Pb T3 can output this signal through YTTYT terminal or relay terminal and the YTTYT terminal function number P7 00TP7 0T or relay terminal function number P7 0T is set to T8 continuous running time reached From the power on running time reaches accumulative runni...

Page 121: ...nd channel please don t change the status of run command terminal after power off When start the inverter the reference frequency is pre set frequency and lasts pre set frequency operating time Pb T8 then other frequency reference is enabled Figure 6 37 Wake up and sleep frequency operation This function supports sleep function and energy saving operation After receive a run command Reference freq...

Page 122: ...ion When upload or download is completed the parameter is automatically restored to 0 T Upload parameters Press PRG key to upload parameters to the operation panel after setting and will display percentage of copy process after indicating LoAd T Download parameters without motor parameters Press PRG key to download parameters to the inverter and will display percentage of copy process when indicat...

Page 123: ... the local address Broadcast address is 0 slave address range is T T47 T48 T55 is reserved Ones place Terminal RS485 setting bit0 0 Without reply T Reply if communication with host computer bitT 0 No reply if communication disconnected T Reply if communication disconnected bitT 0 Communication will not detect password T Communication will detect password bit3 0 0x06 and 0xT0 command communication ...

Page 124: ...usly applications When master mode is selected this inverter is set as a master to send running frequency to other inverters When the slave receives frequency sent from the master it will store the frequency to the parameter determine by master parameter PC 05 For example if the master sending running frequency to salve parameter P0 05 set master parameter PC 05 to 0 If inverter master mode is set...

Page 125: ...ory PE 09 PE TT Reserved 0000 FFFF factory 0 65535 T055 PE T6 Parameters save selection after power off PE 00 PE 06 Reserved 0000 FFFF factory PE 07 Oscillation suppression parameter T 0 65535 0004 d0 0T Oscillation suppression parameter T 0 000 65 535 0 0T0 PE T3 AIT zero drift correction 0 65535 T048 PE T4 AIT zero drift correction 0 65535 T055 PE T5 AIT zero drift correction 0 T 0 ...

Page 126: ...r current over voltage short circuited to ground output phase imbalance etc There may be occur E FAL fault D0 TT is used to displayed the E FAL fault type 0 None T Module protection T Over current 3 Over voltage 4 Short circuited to ground 5 Vagueness state interfere and all of above are possible 0 5 0 E FAL protection type d0 TT 0 00 300 00Hz 0 00Hz Reserved d0 T0 0 T000V 0V Bus voltage maximum f...

Page 127: ... code dT 09 0 9999 factory Manufacturer s bar code 4 dT 08 0 9999 factory Manufacturer s bar code 3 dT 07 0 9999 factory Manufacturer s bar code T dT 06 0 9999 factory Manufacturer s bar code T dT 05 0 000 F FFF factory Software version of extension card dT 04 0 000 F FFF factory Software version of operation panel dT 03 0 00 FF FF factory Software non standard version of control board dT 0T 0 00 ...

Page 128: ...tes phase U abnormal dT T4 indicates the frequency corresponds to the actual motor rotation speed under vector control T with encoder speed feedback 0 65535 factory Reserved dT T6 dT T4 0 65535 0 Reserved dT T5 0 00 655 35Hz 0 00Hz Frequency corresponding to motor rotation speed dT T4 0 6 factory Output current detection fault source display dT T3 0 5 factory AI fault source display dT TT 0 0 T00 ...

Page 129: ...o H0 0T setting value When H0 04 T the pressure setting determinate by analog input terminal AIT the pressure 0 to T0mA corresponding to 0 to H0 0T setting value Note The input analog through the jumper select 0 T0V or 0 T0mA PT 05 is used to set the actual pressure feedback channel When PT 05 T the actual pressure feedback determinate by analog input terminal AIT the pressure 0 to T0V correspondi...

Page 130: ...maximum frequency acceleration and deceleration time is 6 0s the parameters should be set H0 TT T0 00Hz H0 TT T P0 08 6 0s P0 09 6 0s P4 09 T0 0s P4 T0 T0 0s When H0 30 is set to 0 sleep and wake up mode according the parameter of H0 00 When H0 30 is set to T sleep and wake up mode according the parameter of H0 3T to H0 34 These parameters realized energy saving for fan or pump When PID is set to ...

Page 131: ...sleep pressure setting H0 3T and last longer than sleep delay time H0 34 the frequency decelerate to 0 Hz If pressure feedback excess wake up pressure setting H0 3T and last longer than wake up delay time H0 33 re enter the PID regulator and acceleration from 0 Hz Figure 6 38 Pressure control sleep and wake up mode positive Figure 6 39 Pressure control sleep and wake up mode negative ...

Page 132: ...al positive logic or negative logic selection 0 Active if in magnetizing status positive logic T Active if not in magnetizing status negative logic bit0 RAT positive logic or negative logic selection bitT RAT positive logic or negative logic selection bitT RA3 positive logic or negative logic selection 0 0 999 9s 0 0s RA3 output function action delay time HT T5 0 0 999 9s 0 0s RAT output function ...

Page 133: ...ve logic selection bitT X3 positive logic or negative logic selection bit3 X4 positive logic or negative logic selection bit5 X5 positive logic or negative logic selection bit6 X6 positive logic or negative logic selection bit7 X7 positive logic or negative logic selection AIT AIT positive logic or negative logic selection AIT AIT positive logic or negative logic selection AI3 AI3 positive logic o...

Page 134: ...rs in group P8 Setting run command channel Setting terminal FWDTREV function For details refer to the description of P5 00 to P5 06 Setting P0 06 T Setting P0 06 0 Setting P0 07 running direction Run command Communication Y N Run command Operation panel Run command Terminal Setting P0 06 T For details refer to the description of Appendix Modbus communication protocol Y N Setting H0 TT to H0 TT N S...

Page 135: ... Output power is too small Replace inverter with higher model T E ocT Over current during deceleration Low grid voltage Check input power supply Rotating inertial of load is too large Choose appropriate dynamic braking unit and braking resistor Improper setting motor parameters Set motor parameters properly Deceleration time is too short Prolong deceleration time Output power is too small Replace ...

Page 136: ... is too heavy DC BUS over voltage Check the mains power supply Check whether the large inertia load and quickly stop Check the braking unit and braking resistor is property selected Output terminal short circuited to ground Check the motor wiring Loose connection of connectors inside the inverter Ask professional technicians to maintain TT E oHT Heat sink T over temperature protection Ambient over...

Page 137: ...tection time VTF curve ratio is set too large Adjust VTF curve setting and torque boost DC braking current is set too high Reduce the DC braking current T5 E oUt Peripheral protection External terminal fault active Check the external failure terminal status Over voltage stall or over current stall time lasts for more than one minute Check whether the external load is normal T9 E CUr Current detect...

Page 138: ...coder cable disconnection Reconnect Abnormal parameter setting Confirm the relevant parameters of encoder are set properly T8 E PT0 T0V power output abnormal T0V power overload Increase T0V power load impedance Use externally independent power supply T0V and GND is short circuited Eliminate the short circuit failure T0V power terminal circuit failure Seek for technical support T9 E AIF Analog inpu...

Page 139: ...eration panel Seek for technical support 34 E CPy Copy fault The data error when uploading Check connection of operation panel The data error when downloading Check connection of operation panel Operation panel no parameters is uploaded Upload the parameters to operation panel first Software version incompatible Check if dT 09 is consistent 36 E dL4 Expansion card connection abnormal Expansion car...

Page 140: ...E5 Series High Performance Universal Inverter User s Manual Chapter 7 Troubleshooting 127 7 T Troubleshooting Procedures ...

Page 141: ...er turn to I side T Check if the analog input curve is properly set for details refer to parameters of P6 00 to P6 T0 Ⅴ Why there is large deviation between the analog output and the running frequency T Check if the analog output type is correct and the jumpers of control board for select 0 T0V or 0 T0mA are properly set For the analog voltage output the jumper turn to V side and for the analog cu...

Page 142: ... parameter or can not change parameter value T If the parameter value can not changed check if P0 0T is set to T If is set to T change it to 0 T Check if the parameter is only read 3 If change parameter in running status check if the parameter could not be changed in running status 4 When display is not available check if the parameter has been encrypted 5 When display is not available check if th...

Page 143: ... is loose or damaged T If the CNT busbar of the control board is loose or damaged the cannot run or will report various errors Such as the may display LU E ocT E FAL E oHT E oHT E Cur and E dL3 etc XV How to solve the trouble if occur E FAL fault T When the inverter trip by over current over voltage short circuited to ground output phase imbalance etc There may be occur E FAL fault T Check the fau...

Page 144: ...Means Criteria Environment Temperature Thermometer T0 40ºC De rated at 40 to 50ºC and the rated output current shall be decreased by T for every temperature rise of TºC Humidity hygrometer 5 95 no condensing Dust oil water and drop Visual check No dust no oil no water and no drop Vibration Special test instrument 3 5mTsT T 9Hz T0mTsT 9 T00Hz T5mTsT T00 500Hz Gas Special test instrument smell check...

Page 145: ...atter Motor Insulation test 500VDC megger Normal 8 3 Component Replacement Different types of components have different service lives The service lives of the components are subject to the environment and application conditions Better working environment may prolong the service lives of the components The cooling fan and electrolytic capacitor are vulnerable components and should be periodic maint...

Page 146: ...connecting with the test voltage For the power level of E5 H 4TTTG E5 H 4TT5G E5 A 4TT5 E5 A 4TT8 5 it must disconnect between the terminal JT on the drive board and the PE For the power level of E5 H 4TT8 5GA or above E5 A 4TTT or above it must disconnect three cables of the surge absorption circuit too Pack the disconnected cable heads with insulating tapes properly The main circuit terminal sho...

Page 147: ...A T568B network cable straight through connection the interface of port A is defined as Appendix Figure T RJ45 interface Pin of communication port A T T 3 4 5 6 7 8 Signal of communication port A 5V GND 485 485 485 485 GND 5V EIATTIA T568A White green Green White orange Blue White blue Orange White brown Brown EIATTIA T568B White orange Orange White green Blue White blue Green White brown Brown 3 ...

Page 148: ...tion Function 0x03 reads multiple parameters and status words PDU Part Contents Data Length Byte Range Request Function code T 0x03 Start address of register T 0x0000 0xFFFF Number of registers T 0x000T 0x00T0 Response Function code T 0x03 Read bytes T T Number of registers Read contents T Number of registers Function 0x06 0x4T write single parameter PDU Part Contents Data Length Byte Range Reques...

Page 149: ...alue into EEPROM prevent from damage inner EEPROM The life of EEPROM is about T00000 times if change parameters frequently EEPROM service life will be reduced quickly 5 Parameters Address Definition Appendix Table 1 Address range Meaning 0x0000 0xTA00 All the parameters with an address and the parameter values can be read and written through series communication the write function according to the...

Page 150: ...TT0 Reference frequency Hz 0 0THz 0x8T80 Reference frequency Hz 0 0THz 0x8TTT Bus voltage V TV 0x8T8T Bus voltage V TV 0x8TT4 AIT V 0 0TV 0x8T84 AIT V 0 0TV 0x8TT6 AIT V 0 0TV 0x8T86 AIT V 0 0TV 0x8TT8 AI3 V 0 0TV 0x8T88 AI3 V 0 0TV 0x8TTA DI 0 T 0x8T8A DI 0 T 0x8TTC External counts T 0x8T8C External counts T 0x8TTE Motor speed T 0x8T8E Motor speed T 0x8T30 Close loop reference 0 T 0x8T90 Close lo...

Page 151: ...n open loop multi step voltage running T Open loop multi step voltage running T 0 Non close loop operation T Close loop operation 6 0 Normal voltage T Under voltage T 0 Non open loop multi step frequency running T Open loop multi step frequency running 7 0 Non single phase pulse input close loop running T Single phase pulse input close loop running 3 0 Non close loop multi step frequency running T...

Page 152: ...crc_result T 0xa00T else crc_result crc_result T return crc_result crc_result 0xff 8 crc_result 8 7 Modbus Communication Exemplified Start the T inverter to run forward and set the frequency to 50 00Hz indicating 5 000 internally Address Function code Register start address Number Bytes Register contents Check sum Request 0x0T 0xT0 0x8000 0x000T 0x04 0x000T 0xT388 0xCEFF Response 0x0T 0xT0 0x8000 ...

Page 153: ...logy of master and slaves The jumper of terminal resistor at the most distant turn to ON side to start the internal T00Ω terminal compatible resistance Slave No T Slave No n Host computer T Master Converter RST3T 485 RST3T cable Maximum T5 meters Slave No T GND 485 485 With shielded twisted pair GND GND 485 485 GND 485 485 The number of slaves is limited to a maximum of 3T Appendix Figure4 Bus top...

Page 154: ...t terminal YT multi function output terminal 63 E5 H addition Terminal 485 AI3 analog input X5 X7 multi function input terminal YT multi function output terminal VF power curve Input phase loss detection High speed pulse input PID acceleration and deceleration setting 68 Provide EX DT0T digital terminal extension card to increase 4 multi function digital input and 3 multi function relay output T D...

Page 155: ...on Type Terminal Name Description Power PT4 T4V power supply COM Ground terminal for T4V Relay RATTRBTTRCT RAT relay output RAT RBT normally closed RAT RCT normally open T50VACTTA 30VDCTTA RATTRBTTRCT RAT relay output RAT RBT normally closed RAT RCT normally open T50VACTTA 30VDCTTA RA3TRB3TRC3 RA3 relay output RA3 RB3 normally closed RA3 RC3 normally open T50VACTTA 30VDCTTA Digital input PT4 T4V p...

Page 156: ...power supply wiring in PNP draw off current wiring mode 3 3V GND 3 3V GND External contrller Ground EX DT01 P24 X8 X11 8 11 H ST L Note The jumper ST must be moved to H side Apply external power supply wiring in NPN sink current wiring mode 3 3V GND 3 3V GND External controller Ground EX DT01 X8 X11 8 11 20 T8V P24 H ST L Note The jumper ST must be moved to L side Apply external power supply wirin...

Page 157: ...ized reproduction or copy is forbidden Shenzhen V T Technologies Co Ltd Address 11f Kenuo building Kenuo Industrial Park No 7 Tongguan Avenue Guangming District Shenzhen City China Postcode 518107 Market Tel 86 755 29043763 Service Tel 86 755 26580830 Fax 86 755 26580821 Email Ihht v t net cn overseas v t net cn Website www v t net cn www vectorque com ...

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