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126

Learning Basic Features

4.13.2

Square Reduction V/FPattern Operation

Square reduction V/F pattern is ideal for loads such as fans and pumps. It provides non-linear
acceleration and deceleration patterns to sustain torque throughout the whole frequency range.

Group

Code

Name

LCD Display

Parameter Setting

Setting Range

Unit

BAS

07

V/F pattern

V/F Pattern

1

Square

0–3

-

3

Square2

Square Reduction V/F pattern Operation - Setting Details

Code

Description

BAS-07 V/F
Pattern

Sets the parameter value to ‘1 (Square)’ or ‘2 (Square2)’ according to the load’s
start characteristics.

Setting

Function

1

Square

The inverter produces output voltage proportional to 1.5
square of the operation frequency.

3

Square2

The inverter produces output voltage proportional to 2
square of the operation frequency. This setup is ideal for
variable torque loads such as fans or pumps.

100%

Voltage

Linear

Square
reduction

Frequency

Base frequency

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Summary of Contents for 6731001500

Page 1: ......

Page 2: ...knowledge of electricityand electric devices LSLV H100 is the official name for the H100 seriesinverters The H100 series software maybe updated without prior notice for better performance To check the latest software visitour website athttp www lsis com ...

Page 3: ...e any covers or touchthe internal circuitboards PCBs or electrical contactsonthe productwhen thepower ison or during operation Doingsomayresultinseriousinjury death or serious propertydamage Donotopen the cover of the equipmentevenwhen thepower supply to theinverter has been turned off unlessitisnecessaryfor maintenanceor regular inspection Opening the cover may resultin anelectricshock evenwhenth...

Page 4: ...ble of delivering notmore than 100kA RMSatthe drive smaximum rated voltage dependingon the selected MCCB RMS symmetrical amperesfor recommended MCCB are the following table Remarque Le courantmaximum de court circuitprésumé autorisé au connecteur d alimentation électrique estdéfini danslanorme IEC 60439 1 comme égal à 100 kA Selon le MCCB sélectionné lasérie LSLV H100 peutêtre utilisée sur descirc...

Page 5: ...lengths p 40 Themotor is toonoisy p 250 Iwant to applyPID control on mysystem p 163 What are thefactorydefaultsettingsfor P1 P7multi function terminals p 38 Iwant to view all of theparametersIhave modified p 259 Iwant to review recentfault tripand warninghistories p 59 Iwant to changetheinverter s operationfrequency using a potentiometer p 90 Iwant toinstall afrequency meter using an analog termin...

Page 6: ...s 52 3 1 2 About the Display 55 3 1 3 Display Modes 59 3 2 Learning to Use the Keypad 63 3 2 1 Display Mode Selection 63 3 2 2 Operation Modes 64 3 2 3 Switching between Groups in Parameter Display Mode 66 3 2 4 Switching between Groups in User Macro Mode 67 3 2 5 Navigating through the Codes Functions 68 3 2 6 Navigating Directly to Different Codes 70 3 2 7 Parameter Settings available in Monitor...

Page 7: ...4 6 3 Terminal Block as a Command Input Device Run and Rotation Direction Commands 108 4 6 4 RS 485 Communication as a Command Input Device 109 4 7 Forward or Reverse Run Prevention 110 4 8 Power on Run 111 4 9 Reset and Restart 113 4 10 Setting Acceleration and DecelerationTimes 114 4 10 1 Acc DecTime Based on Maximum Frequency 114 4 10 2 Acc DecTime Based on Operation Frequency 117 4 10 3 Multi ...

Page 8: ...Control 142 4 21 Multi function InputTerminal On Off Delay Control 144 5 Learning Advanced Features 145 5 1 Operating with Auxiliary References 147 5 2 Jog Operation 153 5 2 1 Jog Operation 1 Forward Jog by Multi functionTerminal 153 5 2 2 Jog Operation 2 Forward Reverse Jog by Multi functionTerminal 154 5 3 Up down Operation 155 5 4 3 Wire Operation 157 5 5 Safe Operation Mode 158 5 6 Dwell Opera...

Page 9: ... Energy Saving Operation 242 5 27 Speed Search Operation 243 5 28 Auto Restart Settings 248 5 29 Operational Noise Settings Carrier Frequency Settings 250 5 30 2nd Motor Operation 251 5 31 Supply PowerTransition 253 5 32 Cooling Fan Control 254 5 33 Input Power Frequency andVoltage Settings 255 5 34 Read Write and Save Parameters 256 5 35 Parameter Initialization 257 5 36 ParameterView Lock 258 5 ...

Page 10: ...5 50 OperationTime Monitor 318 5 51 PowerOn Resume Using the Communication 319 6 Learning Protection Features 321 6 1 Motor Protection 321 6 1 1 ElectronicThermal Motor Overheating Prevention ETH 321 6 1 2 Motor Over Heat Sensor 323 6 1 3 Overload EarlyWarning andTrip 325 6 1 4 Stall Prevention and Flux Braking 327 6 2 Inverter and Sequence Protection 331 6 2 1 Open phase Protection 331 6 2 2 Exte...

Page 11: ...n Input 362 7 3 2 Saving Parameters Defined by Communication 362 7 3 3 Total Memory Map for Communication 364 7 3 4 Parameter Group for DataTransmission 365 7 3 5 Parameter Group for User Macro Group 366 7 3 6 LS INV 485 Protocol 367 7 3 7 Modbus RTU Protocol 373 7 3 8 Compatible Common Area Parameter 378 7 3 9 H100 Expansion Common Area Parameter 382 7 4 BACnet Communication 398 7 4 1 What is BAC...

Page 12: ...IP Last x and Config CNF Mode 510 8 15 1 Trip Mode TRP Last x 510 8 15 2 Config Mode CNF 511 8 16 Macro Groups 516 8 16 1 Compressor MC1 Group 516 8 16 2 Supply Fan MC2 Group 519 8 16 3 Exhaust Fan MC3 Group 521 8 16 4 CoolingTower MC4 Group 542 8 16 5 Circululation Pump MC5 Group 545 8 16 6 Vacuum Pump MC6 Group 549 8 16 7 ConstantTorque MC7 Group 558 9 Troubleshooting 561 9 1 Trip andWarning 561...

Page 13: ... Resistors 606 11 7 1 Dynamic breaking unit DBU 606 11 7 2 Terminal arrangement 608 11 7 3 Dynamic Breaking DB Unit DB resistor basic wiring 612 11 7 4 Dimensions 613 11 7 5 Display Functions 616 11 7 6 DB Resistors 616 11 8 Inverter Continuous Rated Current Derating 618 12 Applying Drivesto Single phase Input Application 622 12 1 Introduction 622 12 2 Power HP Input Current and Output Current 623...

Page 14: ... in arange of product groups based on drive capacityand power source specifications Productname and specifications are detailed on the ratingplate Check the rating plate before installing the productand make sure thatthe product meets your requirements For more detailed productspecifications refer to 11 1InputandOutput Specificationson page 585 Note Checktheproductname openthepackaging and then co...

Page 15: ...Preparing the Installation 2 Note TheH10075 90kW 400VinverterssatisfytheEMCstandard EN61800 3withoutinstallationof optional EMC filters ...

Page 16: ...Preparing the Installation 3 1 2 Part Names The illustration below displays partnames Detailsmayvary between product groups 0 75 30kW 3 Phase ...

Page 17: ...Preparing the Installation 4 37 90kW 3 Phase ...

Page 18: ...Preparing the Installation 5 110 132kW 3 Phase ...

Page 19: ...Preparing the Installation 6 160 185kW 3 Phase ...

Page 20: ...Preparing the Installation 7 220 250kW 3 Phase ...

Page 21: ...Preparing the Installation 8 315 400kW 3 Phase ...

Page 22: ...Preparing the Installation 9 500kW 3 Phase ...

Page 23: ...hedriveif possible Ambient Humidity 95 relativehumidity no condensation StorageTemperature 4 149 F 20 65 Environmental Factors Anenvironmentfreefrom corrosive or flammablegases oil residueor dust Altitude Maximum3 280ft 1 000m abovesea level for standard operation After that thedriver rated voltage and therated output currentderating by 1 for everyextra328ft 100m up to 13 123ft 4 000m Vibration le...

Page 24: ...atcan support the inverter sweight The location mustbe free from vibration Vibration can adverselyaffectthe operation of the inverter The inverter can become veryhotduringoperation Install the inverter on asurface thatis fire resistantor flame retardantand with sufficientclearance around the inverter to allow air to circulate The illustrations below detail the required installation clearances ...

Page 25: ...he position of the inverter s coolingfan and the ventilation louver The coolingfan must be positioned to efficiently transfer the heat generated by the operation of the inverter If you are installingmultiple invertersin one location arrange them side by side and remove the ventcovers Use aflathead screwdriver to remove the vent covers Only the H100 invertersrated for up to 30 kW maybe installed si...

Page 26: ...bove if theinstallation sitesatisfies the UL Open Typerequirementsand thereisnodanger of foreign objects gettinginsidetheinverter and causingtrouble the vent cover may beremoved to improve coolingefficiency If you are installingmultiple invertersof differentratings provide sufficientclearance to meet the clearance specifications of the larger inverter The H100 invertersrated for up to 30 kW maybe ...

Page 27: ...g The invertersin the range between 15 and 90 kW must be grounded convenientlywith fixed connections The invertersin the range between 5 5kW and 11kW mustbe grounded with and industrial connector according to IEC 60309 The minimum size of the protective earthing conductor shall complywith the local safety regulationsfor high protective earthing conductor currentequipment Onlyone conductor per term...

Page 28: ... 4 4 45 25 25 4 4 55 50 50 1 0 1 0 75 38 2 70 70 1 0 1 0 90 70 70 1 0 1 0 110 50X2 1X2 70X2 70X2 132 95X2 95X2 160 50X2 70X2 1 0x2 95X2 95X2 185 70x2 95x2 3 0x2 120X2 120X2 220 95x2 250x2 150X2 150X2 250 300x2 185X2 185X2 315 60X4 150X2 2 0x4 120X4 400X2 120X4 400X2 355 70X4 150X2 3 0x4 120X4 400X2 120X4 400X2 400 95X4 200X2 4 0x4 120X4 400X2 120X4 400X2 500 120X4 350X2 4 0x4 750X2 185X4 630X2 185...

Page 29: ...l CableSpecifications 1 Use STP shielded twisted pair cablesfor signal wiring Terminals Wirethickness1 mm2 AWG P1 P7 CM VR V1 I2 24 TI 0 33 1 25 16 22 AO1 AO2 CM Q1 EG 0 33 2 0 14 22 A1 B1 C1 A2 C2 A3 C3 A4 C4 A5 C5 0 33 2 0 14 22 S S SG 0 75 18 ...

Page 30: ...s to be followed to install the product correctly Installation Flowchart The followingflowchartlists the sequence to be followed duringinstallation The steps cover equipmentinstallation and testingof the product More information on each stepis referenced in the steps Power and SignalWiring p 29 Post Installation Checks p 48 Turningon the Inverter Parameter Configuration p 61 Testing p 50 Mounting ...

Page 31: ...rior to installing the inverter ensure that the productis suitable for the application power rating capacity etc Ensure thatall of the required peripheralsand optional devices resistor brakes contactors noise filters etc are available For more detailson peripheral devices refer to 11 4 PeripheralDeviceson page600 200 V 0 75 18 5kW 400 V 0 75 90kW 400 V 110 500kW ...

Page 32: ...f theinputpower exceeds600kVA Refer to 11 5Fuseand ReactorsSpecificationson page603 and carefully select areactor thatmeetstherequirements 2 1 Mounting the Inverter Mountthe inverter on awall or inside a panel following the procedures provided below Before installation ensure thatthere is sufficient space to meet the clearance specifications and that there are no obstaclesimpeding the coolingfan s...

Page 33: ...0 V 220 500kW 4 Install the two lower mounting bolts Ensure that the inverter is placed flaton the mounting surface and that the installation surface can securely supportthe weightof the inverter 200 V 0 75 18 5kW 400 V 0 75 185kW ...

Page 34: ...21 Installing the Inverter 400 V 220 500kW ...

Page 35: ...or damage to theproduct Alwayssupport the inverter usingthemetal frameswhenmovingit Hi capacityinverters are very heavyand bulky Use an appropriatetransport method thatis suitablefor theweight Donotinstall theinverter onthefloor or mountitsideways against awall Theinverter must be installed vertically on awall or insidea panel withitsrear flaton the mountingsurface ...

Page 36: ...omponents on thePCB Therefore beextremely careful not to touchthePCB or the components on thePCB withbare handswhile you work ontheI O PCB Toprevent damage to thePCB from ESD touch ametal objectwith your hands todischargeany electricity beforeworking on thePCB or wear an anti static wriststrap and ground iton a metal object Follow the instructions below to remove the protective insulation stripand...

Page 37: ...Installing the Inverter 24 3 Remove the keypad from the inverter body 0 75 30kWModels 37 90kWModels ...

Page 38: ...on the I OPCB and remove the protective insulation strip by gentlypullingit 6 Reattach the front cover the power cover and the keypad back onto the inverter body 7 For detailed information on the RTC battery refer to the battery specificationson page 580 Ensure that theinverter is turned off and DClink voltagehas dropped to asafelevel before opening the terminal cover and installingthe RTCbattery ...

Page 39: ...nal area appropriatefor power terminal wiring toensure that voltagedropsdonotexceed 2 Use copper cablesrated at 600V 75 for power terminal wiring Use copper cablesrated at 300V 75 for control terminal wiring If you need tore wire the terminals due towiring related faults ensurethat theinverter keypad displayis turned off and the chargelampunder the terminal cover is off beforeworking onwiring conn...

Page 40: ...ove the cover byliftingitfrom the bottom and awayfrom the front 0 75 90 kW Models 110 185 kW Models 220 500 kW Models 2 Push and hold the leverson both sidesof the cable guide and then remove the cable guide by pullingitdirectly awayfrom the frontof the inverter In some models 37 90kW where the cable guide issecured bya bolt remove the boltfirst 0 75 30 110 185 kW Models 3 Connect the cables to th...

Page 41: ... ground connection for the inverter 1 Locate the ground terminal and connectan appropriatelyrated ground cable to the terminals Refer to 1 5CableSelection on page 14 to find the appropriate cable specification for your installation 0 75 30 kW 3 Phase 37 90 kW 3 Phase 110 185kW 3 Phase 220 250kW 3 Phase Ground terminals ...

Page 42: ...er and themotor without thespecified grounding connections may resultinelectric shock Thisproduct can cause aD C currentin the protective earthing conductor If a RCDor monitoring RCM device isused for protection only RCDor RCM ofType B isallowed on supply side of this product Step 3 PowerTerminalWiring The followingillustration shows the terminal layouton the power terminal block Refer to the deta...

Page 43: ...ry Equipmentmustonly befitted to the closed electric operatingareas Attention Appliquer des couplesde marche aux vis desbornes Desvisdesserréespeuventprovoquer des courts circuitsetdesdysfonctionnements Ne pastropserrer lavis car cela risque d endommager lesbornes etde provoquer des courts circuitsetdesdysfonctionnements Utiliser uniquementdesfils de cuivre avec une valeur nominale de 600V 90 pour...

Page 44: ...ltage terminal Used for connectinganexternal reactor P2 DClinkterminal Used for DCpower inverter DC connection N DClink terminal DCvoltage terminal Used for aDC power inverter DC connection P2 B Brakeresistor terminals Brakeresistor wiring connection U V W Motor output terminals 3 phaseinductionmotor wiring connections Note Apply aDCinput to theP2 and N terminals tooperate theinverter onDC current...

Page 45: ...nal MainssupplyACpower connections P2 DClinkterminal DCvoltage terminal Used for connectinganexternal reactor P3 DClinkterminal Used for aDC power inverter DC connection N DClink terminal DCvoltage terminal Used for aDC power inverter DC connection U V W Motor output terminals 3 phaseinductionmotor wiring connections N IM 3 phase AC input Motor ...

Page 46: ...2 T L3 ACpower input terminal MainssupplyACpower connections B Brakeresistor terminals It cannotbeused becauseit doesnot provide abraking unit P DClinkterminal DCvoltage terminal N DClink terminal DCvoltage terminal Used for aDC power inverter DC connection U V W Motor output terminals 3 phaseinductionmotor wiring connections ...

Page 47: ...me Description R L1 S L2 T L3 ACpower input terminal MainssupplyACpower connections P DClinkterminal DCvoltage terminal N DClink terminal DCvoltage terminal Used for aDC power inverter DC connection U V W Motor output terminals 3 phaseinductionmotor wiring connections ...

Page 48: ...ed over long cableruns Loweringthe carrier frequencyand installing amicrosurgefilter mayalso help to reduce voltagedrop Distance 165ft 50m 330ft 100m 330ft 100m Allowed Carrier Frequency 15 kHz 5 kHz 2 5 kHz Donot connect power totheinverter until installationhasbeenfully completed and theinverter is ready to be operated Doingsomayresultinelectricshock Power supplycables mustbe connected totheR S ...

Page 49: ...ingand ensure that the cablesused meetthe required specifications SwitchSymbolsandDescription Switch Description FactoryDefault SW1 Terminating Resistor selection switch Left On Right Off Right OFF SW2 NPN PNP modeselectionswitch Left PNP Right NPN Right NPN SW3 V1 T1 PTC modeselectionswitch Left V1 Right T1 Left V1 SW4 analogvoltage currentinput terminal selectionswitch Left I2 Right V2 Left I2 S...

Page 50: ...37 Installing the Inverter Inputand OutputControlTerminalBlockWiringDiagram 5 5 90kW ...

Page 51: ...BX P4 RST P5 Speed L P6 Speed M P7 Speed H CM Common Sequence Common terminal for analog terminal inputs and outputs Analoginput configuration VR Potentiometer power supply Used to setup or modify afrequency reference via analog voltage or currentinput MaximumVoltageOutput 12V MaximumCurrentOutput 12 mA Potentiometer 1 10kΩ V1 Voltageinputfor frequencyreference Used to setup or modify afrequency r...

Page 52: ...on Analog output AO Voltage Current Output Used to send inverter outputinformation toexternal devices outputfrequency output current output voltage or aDC voltage Operateswitch SW5 to selectthe signal outputtype voltageor current at theAO terminal OutputSignal Specifications Outputvoltage 0 10V Maximumoutput voltage current 12V 10mA Outputcurrent 0 20 mA Maximumoutput current 24 mA Factorydefault ...

Page 53: ... contact Defined intheinverter signal featuressuch as output via the multi function output terminal AC250V 5 A DC 30V 5 A S S SG RS 485signal line Used to send or receiveRS 485signals Refer to 7RS 485CommunicationFeatures onpage 354for more details Note Whilemakingwiring connectionsatthe control terminalsensurethatthe total cablelengthdoes notexceed 165ft 50m Ensure that the lengthof any safetyrel...

Page 54: ...election switch SW2 on the control board Refer to the followinginformation for detailed applications PNPMode Source SelectPNP using the PNP NPN selection switch SW2 Note that the factorydefault settingisNPN mode CM is the common ground terminal for all analoginputsat the terminal and P24 is24V internal source If you are using an external 24V source build acircuit that connects the external source ...

Page 55: ...nverter 42 NPNMode Sink SelectNPN using the PNP NPN selection switch SW2 Note that the factorydefault settingisNPN mode CM is the common ground terminal for all analoginputsat the terminal and P24 is24V internal source ...

Page 56: ...ms Intermediate grounding point onone phaseof a delta connection TN Systems Theend of a singlephaseis grounded TN Systems A3 phase connection without grounding TN Systems Donot activatetheEMCfilter if theinverter uses apower source with anasymmetrical grounding structure corner earthed systems for examplea grounded delta connection Personal injuryor death by electricshockmayresult Waitatleast 10 m...

Page 57: ...f terminal and replace the metal boltwith the plastic bolt If the EMC filter isrequired in the future reverse the stepsand replace the plastic boltwith the metal bolt to reconnectthe EMCfilter If the EMCfilter isrequired in the future reverse the steps and replace the plastic bolt with the metal bolt to enable the EMCfilter Steel bolt Plastic bolt ...

Page 58: ... kW 1 Remove the EMC ground cover located at the bottom of the inverter 2 Remove the EMC ground cable from the right terminal EMC filter ON factorydefault and connectit to the left terminal EMCfilter OFF for power sourceswith asymmetrical grounding If the EMCfilter isrequired in the future reverse the steps and connect the EMC ground cable to the right terminal to enable the EMCfilter ...

Page 59: ...rters Follow the instructionslisted below to disable the EMCfiltersfor the H100 invertersrated for 110 500 kW 1 Remove the front cover located at the topof the inverter 2 Remove the EMC ground cable from the right terminal EMC filter ON factorydefault and connectit to the left terminal EMCfilter OFF for power sourceswith asymmetrical grounding 110 132kW 3 Phase 160 185 kW 3 Phase EMC Filter ON Fac...

Page 60: ...Phase Step 7 Re assembling theCoversand Routing Bracket Re assemble the cable routing bracketand the covers after completing the wiring and basic configurations Note that the assemblyprocedure mayvary according to the product groupor frame size of the product ...

Page 61: ...uitbreaker installed on theinput sideof theinverter p 18 Isthe circuit breaker correctly rated p 600 Arethe power source cables correctly connected to the R S T terminalsof theinverter Caution connectingthepower source to theU V W terminals may damagetheinverter p 29 Arethe motor output cables connected in the correctphase rotation U V W Caution motorswill rotatein reversedirectionif threephase ca...

Page 62: ...rminal screwstightened totheir specified torques p 21 Isthe total cablelength of all control wiring 165ft 100m p 40 Isthe total lengthof safetywiring 100ft 30 m p 40 Miscellaneous Areoptional cards connected correctly Isthere anydebrisleftinsidetheinverter p 21 Areanycables contacting adjacent terminals creating a potential shortcircuit risk Arethe control terminal connections separated from the p...

Page 63: ...ltage and does the reference change according to the input voltage If I2 is selected as the frequency reference source is the voltage current selector switch SW4 set to current and does the reference change according to the input current 4 Setthe acceleration and deceleration time 5 Start the motor and check the following Ensure that the motor rotatesin the correctdirection refer to the note below...

Page 64: ...ngin AUTOmode press the AUTO keyonce on the keypad to operate the inverter in the forward Fx direction 5 Observe the motor srotation from the load side and ensure that the motor rotates counterclockwise forward Checktheparameter settings beforerunning theinverter Parameter settings mayhave tobe adjusted dependingon theload Toavoid damaging theinverter donotsupply theinverter withaninput voltage th...

Page 65: ...rectoperation of the inverter before advancing to more complex applications Examples are provided to demonstrate how the inverter actuallyoperates 3 1 About the Keypad The keypad is composed of two main components the display and the operation input keys Refer to the followingillustration to identify partnames and functions 3 1 1 Operation Keys The followingtable liststhe names and functionsof the...

Page 66: ...Perform BasicOperations 53 ...

Page 67: ...ation ESC Key Used to cancel aninputduringparameter setup Pressing the ESC key before pressingthe PROG ENT key reverts theparameter value to thepreviouslysetvalue Pressing the ESC keywhileeditingthe codesin anyfunction groupmakesthekeypad displaythefirst codeof thefunction group Pressing the ESC keywhile moving through themodes makes thekeypad display Monitor mode HAND Key Used to switch toHAND lo...

Page 68: ...Displaysthemotor s rotational direction Fx or Rx 3 Command Source Frequency reference Displaysa combination of a command source and a frequencyreference Command source K Keypad O Optional Fieldbusmodule A Application option E Time event R Built in RS 485 communication T Terminal block Frequency reference source K Keypad V V1 terminal I I2 terminal P Pulse terminal U Up operation frequency Up down ...

Page 69: ...eration REV Reverse operation Forward command given Reverse command given DC DCoutput WAN Warning STL Stall SPS Speed search OSS S W over current protectionison OSH H W overcurrentprotection TUN Auto tuning PHT Pre heat FIR Fire mode operation SLP Sleepmode operation LTS Load tuning CAP Capacitydiagnostics PCL Pump clean 6 Status displayitem Status bar displayitem 7 Monitor modeitem1 Monitor moded...

Page 70: ... TRP Tripmode CNF Config mode 2 Rotational direction Displaysthemotor s rotational direction Fx or Rx 3 Parameter group Displaysoneof thefollowing parameter groupnames DRV Drive group BAS Basic group ADV Advanced group CON Control group IN Input terminal group OUT Output terminal group COM Communication group PID PID group EPI External PID group AP1 Application1 group AP2 Application2 group AP3 Ap...

Page 71: ...r current protectionison OSH H W overcurrentprotection TUN Auto tuning PHT Pre heat FIR Fire mode operation SLP Sleepmode operation LTS Load tuning CAP Capacitydiagnostics PCL Pump clean 6 Displayitem Displaysthevalueof a monitor displayitemselected atCNF 20 AnytimePara 7 Parameter value Displaystheparameter value of currentlyselected code 8 Settingrange Displaysthevaluerangefor theselected parame...

Page 72: ...vanced Control Input Terminal Output Terminal Communication Appilcation 1 Protection M2 PID External PID Appilcation 2 Appilcation 3 Macro User Macro Parameter Monitor Press the MODE key to navigate between groups MODE MODE MODE MODE In the Parameter group press the LEFT or RIGHT cursor key to navigate between different groups MODE MULTI ESC HAND OFF AUTO PROG ENT MODE MODE key Cursor keys F r e q...

Page 73: ...sof theinverter to be grouped and managed in separate groups Thismodeisnotdisplayed whenyounavigate throughthe modesif no user groups or Macro groupshave been defined Tripmode TRP Used to monitor theinverter s fault tripinformation includingthepreviousfaulttriphistory Whenafault tripoccursduringinverter operation the operationfrequency output current and output voltageof theinverter at the timeof ...

Page 74: ...s related to speed searchand KEB kineticenergy buffering InputTerminal IN Configuresinput terminal related features including digital multi functional inputsand analoginputs OutputTerminal OUT Configuresoutput terminal related features including digital multi functional outputsand analogoutputs Communication COM ConfigurestheUSB related features and communication features for the RS 485 Modbus RTU...

Page 75: ...onfigurestheHVACfeatures by setting thefeatures suchasload tuning pumpcleaning and pay back counter Application3 AP3 Configuresthetimeevent related features Protection PRT Configuresmotor and inverter protectionfeatures Motor 2 Secondary motor M2 Configuresthesecondarymotor related features ...

Page 76: ...se the Keypad The keypad enablesmovement between groups and codes Italso enablesusers to selectand configure functions At code level you can set parameter values to turn specific functionson or off or decide how the functions will be used For detailed information on the codesin each function group refer to8TableofFunctionsonpage415 Confirm the correctvalues or the correctrange of the values then f...

Page 77: ...FF mode Selectone of the modes HAND AUTO OFF to operate the inverter or stopthe operation Follow the examplesbelow to learn how to switch between operation modes Operatingthe Inverter in HAND mode 1 Turn on the inverter The inverter entersOFF mode and the OFF LEDturnson 2 Move to Parameter mode and set DRV 07 frequencyreference to 0 keypad 3 Press the HAND key to enter HANDmode local control mode ...

Page 78: ... the keypad ispressed 3 Press the Auto keyagain to stopthe inverter operation using the keypad In AUTO mode the inverter beginsor stops operatingwhen the AUTO keyis pressed Note You canstoptheinverter operation bypressing the OFF keywhen the command source isset to Keypad Inthis case however theinverter entersOFF mode fromAUTO mode If thenetwork communicationisset as the command source theinverter...

Page 79: ...ess the Left key to go back to the previous code Thekeypad OFFLED isturned OFF and thekeypad displays Monitor mode Pressthe Mode key to changethe mode Parameter modeis displayed TheDrive groupis currentlyselected Pressthe Right key TheBasic groupisselected Pressthe Right key TheAdvanced groupisselected Pressthe Right key9 times TheProtection groupis selected Pressthe Right key ...

Page 80: ...lected Refer to 8 16MacroGroupson page 516for details aboutuser code registration or macro group selection After registering the user codes or selectinga macro group follow the examplesbelow to accessthe User Macro group Monitor modeisdisplayed on the keypad Pressthe MODE keytwice User USR groupin User Macro modeisdisplayed Pressthe Right key TheMacro MC2 groupin User Macromodeis displayed Pressth...

Page 81: ...as the operatingfrequency the outputcurrent or voltage are displayed according to the cursor position The cursor does notmove upor down in HAND mode or in OFF mode InAUTO mode the cursor appears to theleft of the frequencyinformation Pressthe Down key Information aboutthesecond iteminMonitor mode OutputCurrent isdisplayed Waitfor 2seconds until theinformationonthedisplay disappears Information abo...

Page 82: ...utputVoltage disappears and the cursor appears to theleftof the third item Pressthe Up keytwice Information aboutthefirstiteminMonitor mode Frequency isdisplayed Waitfor 2seconds until theinformationonthedisplay disappears Information aboutthefirstiteminMonitor mode Frequency disappearsand thecursor appears tothe left of thefirstitem Pressthe Up or Down key tomove toadesired item and view theinfor...

Page 83: ...lected If anyother groupisdisplayed pressthe MODE key until theDrive groupisdisplayed or press the ESC key Pressthe Down key to move to the second code DRV 01 of theDrive group Pressthe Right key to move tothe nextfunction group TheBasic group BAS isdisplayed Pressthe Up or Down key tomove tothe desired codes and configure theinverter functions 3 2 6 Navigating Directly to Different Codes Paramete...

Page 84: ...key TheCodeinput screenis displayed and thecursor flashes Aflashing cursor indicatesthatitiswaitingfor user input Pressthe Up key toincrease thenumber to 16 and thenpress the PROG ENT key to jump to codeDRV 16 DRV 16 Fwd boost isdisplayed Pressthe MODE key to view theoptions available and use the Up or Down key to move to adesired option Pressthe PROG ENT key to save theselection Thesettingissaved...

Page 85: ...e PROG ENT key to access the input screen for a frequency reference Parameter setting in HAND OFF mode Ensure that the cursor isatthe frequencyreferenceitem If not move the cursor to thefrequency reference item Whenthe cursor isatthefrequencyreferenceitem detailed information isdisplayed and the cursor flashes attheinputline Aflashing cursor indicates thatitis waitingfor user input Pressthe Left o...

Page 86: ...y reference On the top right Ensure that the cursor isatthe frequencyreferenceitem If not move the cursor to thefrequency reference item Whilethecursor isatthefrequencyreference monitor item pressthe PROG ENT key to editthefrequency reference Detailed informationisdisplayed and thecursor flashesat theinput line Aflashing cursor indicates thatitiswaiting for user input Pressthe Left or Right key to...

Page 87: ...he Config CNF mode Inthe Configmode codes CNF 21 23are used toselect thethree monitoring displayitems The currently selected displayitem and its setting arehighlighted Toview the availabledisplayitems and changethe settingfor the third monitoringdisplayitem press the Down key tomove toCNF 23and press the PROG ENT key The currently selected display itemfor CNF 23 Monitor Line 3 is OutputVoltage Pre...

Page 88: ... the type of information that suitsyour needs Thisitem can be configured onlywhen the inverter isoperatingin AUTOmode In HANDor OFF mode thismonitoringitem displaysfrequencyreference only The followingexample shows how to configure thismonitoringitem in AUTOmode Monitor modeisdisplayed Onthe top right edge of the display thefrequency referenceisdisplayed factory default Enter Config mode and go to...

Page 89: ... Down keytwice to move to 2 Output Current and thenpress the PROG ENT key toselectit The currently selected itemis highlighted atCNF 20 the displayitemis changed from Frequency to Output Current Pressthe MODE key to returntoMonitor mode ...

Page 90: ...tomaticallyand displays thetypeof fault trip thatoccurred Pressthe Down key to view theinformation onthe inverter at the timeof fault includingtheoutput frequency output current and operationtype If therewere anyfault tripsthatoccurred previously press the Right key todisplaythefault tripinformationatthe times of previousfault trips Whenthe inverter is reset and thefault tripis released thekeypad ...

Page 91: ...aulttrips occurred isdisplayed ontherightside of thefaulttrip type Pressthe PROG ENT key to view thelist of all thefault trips Thelistof all thefault tripsisdisplayed Pressthe Down key to view thetypes of faulttrips that occurred Pressthe Right key todisplaythefaulttripinformation Whenthe inverter is reset and thefault tripis released thekeypad display returns to thescreenitwasatwhen thefaulttrip ...

Page 92: ...for separate groupsin Parameter mode aswell Monitor modeisdisplayed Pressthe MODE key to move tothe Config CNF mode Pressthe Down key to go to CNF 40 Parameter Init Pressthe PROG ENT key to configure the parameter initializationoptions Inthelist of options select 1 All Grp and then pressthe PROG ENT key toperformparameter initialization Theparameter initialization optionisdisplayed again whenthein...

Page 93: ...equency reference p 96 Frequency reference source configurationfor the terminal block input pulse Configurestheinverter to allow input pulse at the terminal block TI and tosetupor modifya frequencyreference p 100 Frequency reference source configurationfor RS 485 communication Configurestheinverter to allow communication signals from upper level controllers such asPLCs or PCs and to setup or modif...

Page 94: ...tion towork the operation command terminalsat the terminal block must beturned on p 113 Acc Dectime configuration based ontheMax Frequency Configurestheaccelerationand deceleration timesfor a motor based onadefined maximumfrequency p 114 Acc Dectime configuration based onthefrequency reference Configures accelerationand deceleration timesfor a motor based on adefined frequency reference p 117 Mult...

Page 95: ... torque boost This configurationisfor loads thatrequire alarge amountof starting torque suchaselevatorsor lifts p 130 Outputvoltage adjustment Adjusts the output voltage to themotor whenthepower supply totheinverter differsfrom themotor srated input voltage p 131 Acceleratingstart Acceleratingstartis the general way tostartmotor operation Thetypical application configures the motor to accelerate t...

Page 96: ...atingfrequencies p 140 2nd OperationConfiguration Used to configure the2nd operation mode and switch betweenoperationmodes according to your requirements p 141 Multi function input terminal control configuration Enables the user toimprove theresponsiveness of the multi functioninput terminals p 142 4 1 Switching between the Operation Modes HAND AUTO OFF The H100 seriesinvertershave two operation m...

Page 97: ... Mode Keysand LED Status Keys LED Description Used to enter theHAND operation mode Used to enter theOFFmode standbymode or to resetfaulttrips Used to enter theAUTO operation mode or tostartor stopinverter operationin AUTO mode HAND LED Turns on green steady duringHAND mode operation OFFLED Turns onred steady while theinverter isinOFF mode standby and flashesthen afaulttrip occurs TheLED turnsonred...

Page 98: ...ed featuresarenot available PID EPID control Flow compensation Pump clean Load tuning Motor preheating Timescheduling PowerOnresume Multiple motor control Inverter monitoring and protectionfeatures are availablein HAND mode OFFMode Standby InOFFmode theinverter operationstops PressingtheOFF keyduring HAND AUTO mode operationswill cause theOFFLED toturnon Then the inverter stopsoperatingor decelera...

Page 99: ...OFF AUTOis enabled onlyduringworking 3 Unlocked Tomake HAND OFF AUTO enabled DRV 25 HAND Cmd Freq Frequencydisplayed atthemonitor displayitem Monitor Line 1 when the HAND keyis pressed inother modes defaultfrequencyreferencefor HAND mode OUT 31 36 Relay 1 5 SetAUTO State 36 toensure that theinverter isinAUTO mode OUT 31 36 Relay 1 5 Set HAND State 37 toensure that theinverter isin HAND mode Switch...

Page 100: ...operation 5HAND OFF Pressthe OFFkeyin HAND mode tostop theinverter operation theinverter entersOFFmode 6OFF HAND Pressthe HAND keyinOFFmode toswitch toHAND mode Theinverter operates based ontheoperationdirectionsetatDRV 02 Keypad RunDir and the frequencyreferencesetatDRV 25 HAND Cmd Freq Operation Mode at Power Recovery If a power interruption occursduringinverter operation in the OFF or HANDmode ...

Page 101: ...p without additional run commands 4 2 Setting Frequency Reference The H100 inverter provides several methods to setup and modify afrequencyreference for an operation The keypad analoginputs for example voltage V1 V2 and current I2 signals or RS 485 digital signalsfrom higher level controllers such as PCor PLC can be used Group Code Name LCDDisplay ParameterSetting SettingRange Unit DRV 7 Frequency...

Page 102: ...s the Max Frequency as configured with DRV 20 4 2 2 Keypad as the Source KeyPad 2 setting You can use the UP and DOWN cursor keys to modify afrequencyreference To use this asa second option setthe keypad as the source of the frequencyreference by going to DRV 07 Frequency reference source and change the parameter value to 1 Keypad 2 This allows frequency reference values to be increased or decreas...

Page 103: ...quired for each application External source application Internal source VR application Group Code Name LCDDisplay ParameterSetting SettingRange Unit DRV 07 Frequency reference source Freq Ref Src 2 V1 0 11 IN 01 Frequency at maximum analog input Freq at 100 Maximum frequency 0 00 Max Frequency Hz 05 V1input monitor V1 Monitor V 0 00 0 00 12 00 V 06 V1polarityoptions V1Polarity 0 Unipolar 0 1 07 V1...

Page 104: ...defaultvaluesfor codesIN 02 IN 16 Motor will runat40 00 Hz when a10Vinputisprovided atV1 Set codeIN 11 to 50 00 and usedefaultvaluesfor codesIN 01 IN 16 Motor will runat30 00 Hz 50 of thedefaultmaximumfrequency 60 Hz when a10Vinputis provided atV1 IN 05V1Monitor V Configurestheinverter tomonitor theinput voltage atV1 IN 07 V1Filter V1Filter may be used whenthere arelarge variations betweenreferenc...

Page 105: ...nput You can alsoturn onthelow passfilter using code IN 07 to reducethenoise but increasingthevaluewill reduceresponsiveness and may cause pulsations ripples in the outputfrequency Parameter valuesfor quantizingrefer to apercentagebased onthe maximum input Therefore if the valueis set to1 of the analogmaximuminput 60 Hz theoutputfrequencywill increaseor decrease by 0 6Hz per 0 1Vdifference Whenthe...

Page 106: ...93 Learning BasicFeatures 0 10V InputVoltageSettingDetails V1 Quantizing ...

Page 107: ...94 Learning BasicFeatures ...

Page 108: ... output frequency Group Code Name LCDDisplay ParameterSetting SettingRange Unit DRV 07 Frequency reference source Freq Ref Src 2 V1 0 11 IN 01 Frequency at maximum analog input Freq at100 60 00 0 Max Frequency Hz 05 V1input monitor V1Monitor 0 00 12 00 12 00V V 06 V1polarityoptions V1Polarity 1 Bipolar 0 1 12 V1minimuminput voltage V1 voltx1 0 00 10 00 0 00V V 13 V1outputat minimum voltage V1 Perc...

Page 109: ...ails Code Description IN 12V1 voltx1 IN 15V1 Perc y2 Sets the gradientlevel and off set value of the outputfrequencyin relation to theinput voltage These codesare displayed onlywhenIN 06isset to 1 bipolar Asan example if the minimuminput voltage atV1 isset to 2 V with 10 outputratio and the maximumvoltageisset to 8 V with 80 outputratio respectively theoutputfrequencywill varywithin therangeof 6 4...

Page 110: ...rce Freq Ref Src 5 I2 0 11 IN 01 Frequency at maximum analog input Freq at100 60 00 0 Maximum Frequency Hz 50 I2input monitor I2Monitor 0 00 0 00 24 00 mA 52 I2inputfilter time constant I2Filter 10 0 10000 ms 53 I2minimuminput current I2Curr x1 4 00 0 00 20 00 mA 54 I2outputatminimum current I2Perc y1 0 00 0 100 55 I2maximuminput current I2Curr x2 20 00 0 00 24 00 mA 56 I2outputat maximum current ...

Page 111: ...ce of 40 00Hz If IN 56isset to50 00 and defaultsettings are used for IN 01 60Hz and IN 53 55 20 mAinput current max toI2will produce afrequency reference of 30 00Hz 50 of 60Hz IN 50I2 Monitor Used to monitor inputcurrent atI2 IN 52I2 Filter Configuresthetimefor theoperationfrequency to reach63 of target frequencybased ontheinput currentat I2 IN 53I2 Curr x1 IN 56I2 Percy2 Configuresthe gradient le...

Page 112: ...5 Group Code Name LCDDisplay ParameterSetting SettingRange Unit DRV 07 Frequency referencesource Freq Ref Src 4 V2 0 11 IN 35 V2inputdisplay V2Monitor 0 00 0 00 12 00 V 37 V2inputfilter time constant V2Filter 10 0 10000 msec 38 MinimumV2input voltage V2Voltx1 0 00 0 00 10 00 V 39 Output at minimumV2 voltage V2Perc y1 0 00 0 00 100 00 40 MaximumV2input voltage V2Voltx2 10 00 0 00 10 00 V 41 Output ...

Page 113: ...N 01 Frequency at maximum analog input Freq at 100 60 00 0 00 Maximum frequency Hz 91 Pulseinputdisplay TIMonitor 0 00 0 00 50 00 kHz 92 TIinputfilter time constant TIFilter 10 0 9999 mse c 93 TIinputminimum pulse TIPlsx1 0 00 0 00 32 00 kHz 94 Output atTI minimum pulse TIPercy1 0 00 0 00 100 00 95 TIInput maximum pulse TIPlsx2 32 00 0 00 32 00 kHz 96 Output atTI maximumpulse TIPercy2 100 00 0 00 ...

Page 114: ...96isset to50 00 and codesIN 01 IN 93 95aresetatdefault 32 kHz input to theTI terminal yieldsafrequencyreferenceof 30 00 Hz IN 91TI Monitor Displaysthepulsefrequencysupplied atTI IN 92TI Filter Sets the timefor thepulseinput atTI to reach 63 of its nominal frequency whenthepulsefrequencyis supplied inmultiple steps IN 93TI Plsx1 IN 96TI Percy2 Configuresthe gradient level and offset valuesfor the o...

Page 115: ...net MaxComIDis 127 Otherwise MaxComIDis 250 COM 02 isautomaticallyset to 6 ModbusMaster when AP1 40 isset to 2 or 3 Otherwise a user can set the parameter value atuser s choice Group Code Name LCDDisplay ParameterSetting SettingRange Unit DRV 07 Frequency reference source Freq Ref Src 6 Int485 0 11 COM 01 Integrated RS 485 communication inverter ID Int485StID 1 1 MaxComID 02 Integrated communicati...

Page 116: ...e fixed upon an analoginputsignal Group Code Name LCDDisplay ParameterSetting Setting Range Unit DRV 07 Frequency reference source Freq Ref Src 0 Keypad 1 0 11 1 Keypad 2 2 V1 4 V2 5 I2 6 Int485 7 Fied Bus 9 Pulse 10 V3 11 I3 IN 65 71 Px terminal configuration Px Define Px P1 P7 23 Analog Hold 0 55 10 V3 11 I3 of DRV 07 are available when Extension IOoption isequipped Refer to Extension IOoption m...

Page 117: ...s or frequencies to the Px terminals Step0 uses the frequencyreference source set at DRV 07 Px terminal parameter values 7 Speed L 8 Speed M and 9 Speed H are recognized asbinary commands and work in combination with Fx or Rx run commands The inverter operatesaccording to the frequencies set with BAS 50 56 multi stepfrequency1 7 and the binary command combinations Group Code Name LCDDisplay Parame...

Page 118: ...vebeenset toSpeed L Speed M and Speed H respectively thefollowing multi step operation will be available Anexample of amulti stepoperation Speed Fx Rx P7 P6 P5 0 1 2 3 4 5 6 7 IN 89InCheck Time Set atimeinterval for theinverter to checkfor additional terminal blockinputs after receiving aninputsignal After adjustingIN 89 to 100 msand aninputsignal is received atP6 theinverter will searchfor inputs...

Page 119: ... 5 Time Event 4 6 1 The Keypad as a Command Input Device To use the keypad asthe command source press the AUTO key to enter AUTOmode Set DRV 06 to 0 Keypad to select the keypad as the command source and setthe operation direction at DRV 02 Keypad Run Dir Since the keypad isnow the command source operation startswhen the AUTO keyis pressed and it stopswhen the AUTO keyis pressed again The OFF keyma...

Page 120: ...ication enablesboth terminals to be turned on or off at the same time constituting astop command thatwill cause the inverter to stop operation Group Code Name LCDDisplay ParameterSetting Setting Range Unit IN 02 Operation direction for Keypad Keypad Run Dir 0 Reverse 0 1 1 Forward DRV 06 Command source Cmd Source 1 Fx Rx 1 0 5 IN 65 71 Px terminal configuration Px Define Px P1 P7 1 Fx 0 55 2 Rx Fw...

Page 121: ...1 for P1 P7 to 1 Fx and 2 Rx respectively This application uses an Fx input as a run command and an Rx input to change amotor s rotation direction On Rx Off Fx Group Code Name LCDDisplay ParameterSetting SettingRange Unit DRV 06 Command source Cmd Source 2 Fx Rx 2 0 5 IN 65 71 Px terminal configuration Px Define Px P1 P7 1 Fx 0 55 2 Rx Run Command and Fwd Rev Change Command Using Multi function Te...

Page 122: ...inalsat the terminal block For more details refer to 7RS 485 CommunicationFeatureson page 354 Group Code Name LCDDisplay Parameter Setting SettingRange Unit DRV 06 Command source Cmd Source 3 Int485 0 5 COM 01 Integrated communication inverter ID Int485StID 1 1 MaxComID 02 Integrated communication protocol Int485Proto 0 ModBus RTU 0 6 03 Integrated communication speed Int485BaudR 3 9600 bps 0 8 04...

Page 123: ...he motor to decelerate to 0 Hzand stop The inverter will remain on Group Code Name LCDDisplay ParameterSetting SettingRange Unit ADV 09 Run prevention options RunPrevent 0 None 0 2 1 Forward Prev 2 ReversePrev Forward ReverseRun PreventionSettingDetails Code Description ADV 09 Run Prevent Choose adirection to prevent Setting Description 0 None Do notsetrun prevention 1 Forward Prev Setforward run ...

Page 124: ...r startsoperating at power on when the following conditions are met Terminal blockinput asthe command source If they have been configured To enable power on run set DRV 06 command source to 1 Fx Rx 1 or 2 Fx Rx 2 in the Drive group and ADV 10 to 1 in the Advanced group Group Code Name LCDDisplay ParameterSetting SettingRange Unit DRV 06 Command source Cmd Source 1 2 Fx Rx 1 or Fx Rx 2 0 5 ADV 10 P...

Page 125: ...y Settings SettingRange Unit DRV 06 Command source Cmd Source 3 Int485 0 5 4 Field Bus COM 96 Power on resume PowerOn Resume 0 No 0 1 1 Yes Note Toprevent arepeatfault tripfrom occurring setCON 71 speed searchoptions bit4 the same as bit1 Theinverter will perform aspeed searchatthebeginningof the operation If thespeed search isnotenabled theinverter will startits operationin anormalV F pattern and...

Page 126: ...ore itrestarts The number of auto restarts PRT 09 refers to the number of times the inverter will try restarting itsoperation If faulttripsoccur again after restart the retrynumber countsdown each time the inverter restartsuntil the number becomes 0 Once the inverter restartssuccessfully after the initial fault trip the inverter does not restartuntil the nextfault tripoccurs The number of auto res...

Page 127: ...m frequency noton inverter operation frequency To setAcc Dec time valuesbased on maximum frequency setBAS 08 Acc Dec reference in the Basic group to 0 Max Freq Acceleration time setat DRV 03 Acceleration time refers to the time required for the inverter to reach the maximum frequencyfrom a stopped 0 Hz state Likewise the value setat the DRV 04 Deceleration time refers to the time required to retur...

Page 128: ...encyis 60 00Hz theAcc Dectimes are set to5 seconds and the frequencyreferencefor operationis set at 30Hz half of 60 Hz the timerequired toreach30Hz thereforeis 2 5seconds half of 5 seconds BAS 09Time scale Use the time scalefor all time related values It isparticularly useful whena moreaccurateAcc Dectimes are required because of load characteristics or whenthe maximum time rangeneeds tobeextended...

Page 129: ...116 Learning BasicFeatures second to 0 01 second will resultin amodified acceleration time of 60 00 seconds ...

Page 130: ... 250KW 100 0 315 500KW 04 Deceleration time DecTime 30 0 0 75 90KW 0 0 600 0 sec 90 0 110 250KW 150 0 315 500KW BAS 08 Acc Dec reference RampT Mode 1 DeltaFreq 0 1 Acc DecTimeBased onOperation Frequency SettingDetails Code Description BAS 08 RampT Mode Settheparameter value to 1 DeltaFreq tosetAcc Dec timesbased on Maximumfrequency Configuration Description 0 Max Freq SettheAcc Dec timebased onMax...

Page 131: ...ttingRange Unit DRV 03 Acceleration time AccTime 20 0 0 75 90KW 0 0 600 0 sec 60 0 110 250KW 100 0 315 500KW 04 Deceleration time DecTime 30 0 0 75 90KW 0 0 600 0 sec 90 0 110 250KW 150 0 315 500KW BAS 70 83 Multi step acceleration De celeration time1 7 AccTime 1 7 x xx 0 0 600 0 sec DecTime 1 7 x xx 0 0 600 0 sec IN 65 71 Px terminal configuration Px Define Px P1 P7 11 XCEL L 0 55 12 XCEL M 13 XC...

Page 132: ...commands are recognized as binary code inputs and will control the acceleration and deceleration based onparameter valuessetwithBAS 70 82 and BAS 71 83 If for example theP6and P7 terminals aresetas XCEL L and XCEL M respectively thefollowingoperationwill be available Acc Dec time P7 P6 0 1 2 3 Multi function terminal P6 P7 configuration IN 89InCheckTime Setthe time for the inverter to check for ot...

Page 133: ... sec ADV 60 Acc Dectime switchfrequency Xcel Change Fr 30 00 0 Maximum frequency Hz Acc DecTimeSwitch FrequencySettingDetails Code Description ADV 60 Xcel ChangeFr After theAcc Dec switchfrequencyhasbeenset Acc Dec gradients configured atBAS 70 and 71will be used whentheinverter s operation frequencyisator below theswitchfrequency If the operationfrequencyexceedstheswitch frequency the gradientlev...

Page 134: ... outputfrequency ideal for lift type loadsor elevator doors etc S curve gradientlevel can be adjusted using codes ADV 03 06 in the advanced group Group Code Name LCDDisplay ParameterSetting SettingRange Unit BAS 08 Acc Decreference RampT mode 0 Max Freq 0 1 ADV 01 Acceleration pattern AccPattern 0 Linear 0 1 02 Decelerationpattern DecPattern 1 S curve 03 S curveAccstart gradient Acc SStart 40 1 10...

Page 135: ...ntlevel as accelerationendswhen using an S curveAcc Dec pattern ADV 03defines S curve gradientlevel as apercentage abovehalf of total acceleration If thefrequencyreference and themaximumfrequency are setat60Hz and ADV 04isset to50 setting ADV 04 configures accelerationtoincreasefrom 30Hz half of 60 Hz to60 Hz end of acceleration Linear accelerationwill be applied within the30 45 Hz frequencyrange ...

Page 136: ...configured accelerationtimex starting gradientlevel 2 user configured accelerationtimex ending gradientlevel 2 Actual deceleration time user configured decelerationtime user configured deceleration timex starting gradientlevel 2 user configured deceleration timex ending gradientlevel 2 Notethat actual Acc Dec timesbecome greater than user defined Acc Dec timeswhen S curve Acc Decpatternsarein use ...

Page 137: ...e the multi function input terminals to stop acceleration or deceleration and operate the inverter at afixed frequency Group Code Name LCDDisplay ParameterSetting SettingRange Unit IN 65 71 Px terminal configuration Px Define Px P1 P7 14 XCEL Stop 0 55 Px Frequency Run cmd ...

Page 138: ...ol mode Control Mode 0 V F 0 1 18 Basefrequency BaseFreq 60 00 30 00 400 00 Hz 19 Startfrequency StartFreq 0 50 0 01 10 00 Hz BAS 07 V Fpattern V FPattern 0 Linear 0 3 LinearV FPatternSetting Details Code Description DRV 18BaseFreq Sets thebasefrequency A basefrequencyis theinverter soutputfrequency whenrunningatitsrated voltage Refer to the motor sratingplatetoset this parameter value DRV 19Start...

Page 139: ...FPattern 1 Square 0 3 3 Square2 SquareReductionV FpatternOperation Setting Details Code Description BAS 07V F Pattern Sets theparameter value to 1 Square or 2 Square2 accordingtotheload s start characteristics Setting Function 1 Square Theinverter producesoutput voltage proportional to1 5 squareof the operationfrequency 3 Square2 Theinverter producesoutput voltage proportional to2 squareof the ope...

Page 140: ...serVolt2 50 0 100 45 User Frequency3 User Freq 3 45 00 0 Maximum frequency Hz 46 UserVoltage 3 UserVolt3 75 0 100 47 User Frequency4 User Freq 4 Maximum frequency 0 Maximum frequency Hz 48 UserVoltage 4 UserVolt4 100 0 100 UserV FpatternSettingDetails Code Description BAS 41 User Freq 1 BAS 48 UserVolt 4 Settheparameter values to assign arbitraryfrequencies User Freq x for start and maximum freque...

Page 141: ...ustbe takennot to configure the output pattern awayfromalinearV Fpattern Non linearV Fpatternsmay causeinsufficientmotor torqueor motor overheatingdue to over excitation Whena userV Fpatternisin use forward torque boost DRV 16 and reverse torqueboost DRV 17 donotoperate ...

Page 142: ...high starting torque such aslift type loads Group Code Name LCDDisplay ParameterSetting SettingRange Unit DRV 15 Torque boost options Torque Boost 0 Manual 0 2 16 Forward torqueboost Fwd Boost 2 0 0 75 90kW 0 0 15 0 1 0 110 500kW 17 Reverse torque boost RevBoost 2 0 0 75 90kW 0 0 15 0 1 0 110 500kW ManualTorqueBoostSettingDetails Code Description DRV 16Fwd Boost Set torqueboostfor forward operatio...

Page 143: ... running aload thatrequires high starting torque such as lift type loads Refer to 5 21AutoTuning on page 219 4 14 3 AutoTorque Boost 2 No Motor ParameterTuning Required By adjustingthe auto torque boostvoltage gain setatDRV 15 ATBVolt Gain automatic torque boostmay be operated withouttuning the motor related parameter values The DRV 15 ATBVolt Gain value isused to adjust the amountof compensation ...

Page 144: ...nd supplies the motor with the voltage setatBAS 15 motor rated voltage If the motor srated voltage ishigher than the input voltage at the inverter the inverter will supplythe inverter input voltage to the motor If BAS 15 motor rated voltage is set to 0 the inverter corrects the output voltage based on the inputvoltage in the stopped condition If the frequencyishigher than the base frequency when t...

Page 145: ... DC Braking Thisstartmode supplies aDCvoltage for a setamountof time to provide DC braking before an inverter starts to accelerate a motor If the motor continues to rotate due to itsinertia DC braking will stopthe motor allowing the motor to accelerate from astopped condition DC brakingcan also be used with amechanical brake connected to amotor shaftwhen a constant torque load is applied if a cons...

Page 146: ...or brake timeis toolong the motor may overheator be damaged 4 17 Stop Mode Setting Selecta stopmode to stop the inverter operation 4 17 1 Deceleration Stop Deceleration stopis ageneral stopmode If there are no extra settingsapplied the motor decelerates down to 0 Hzand stops as shown in the figure below Group Code Name LCDDisplay ParameterSetting SettingRange Unit ADV 08 Stop mode StopMode 0 Dec 0...

Page 147: ...0 0 200 17 DCbraking frequency DC Brake Freq 5 00 0 00 60 00 Hz DCBrakingAfterStopSettingDetails Code Description ADV 14DC Block Time Setthetime toblocktheinverter outputbeforeDC braking If theinertia of the load is great or if DCbrakingfrequency ADV 17 is set toohigh afaulttrip may occur due to overcurrent conditionswhen theinverter suppliesDC voltage tothe motor Prevent overcurrentfault tripsby ...

Page 148: ...rated current 4 17 3 Free Run Stop When the Operation command isoff the inverter output turnsoff and the load stopsdue to residual inertia Group Code Name LCDDisplay ParameterSetting SettingRange Unit ADV 08 StopMethod Stop mode 2 Free Run 0 4 Notethatwhenthereishighinertiaon the outputside and themotor isoperatingathigh speed the load sinertiawill causethemotor to continuerotating evenif theinver...

Page 149: ...ging the motor do notapplypower braking totheloadsthat requirefrequentdeceleration Stall preventionand power braking onlyoperateduringdeceleration and power braking takes priority over stall prevention Inother words whenbothbit 3of PRT 50 stall prevention and flux braking and ADV 08 braking options areset power brakingwill takeprecedence and operate Notethatif decelerationtime istooshortor inertia...

Page 150: ...ed inHz or rpm If aninputfrequencyis lower thanthestartfrequency theparameter valuewill be0 00 DRV 20Max Freq Set upper and lower frequencylimits All frequencyselectionsarerestricted to frequenciesfromwithinthe upper and lower limits Thisrestriction alsoapplieswhenyouininput afrequencyreference using the keypad If you use a high speed motor over 60Hz there will be individual response due to the di...

Page 151: ...138 Learning BasicFeatures Group Code Name LCDDisplay ParameterSetting SettingRange Unit frequency ...

Page 152: ... limitfrequency toall speed unitparametersthat areexpressed inHz or rpm exceptfor thebasefrequency DRV 18 Frequency cannotbe sethigher WhenADV 24 Freq Limit isset to Yes thefrequency set at ADV 25 Freq LimitLo isthe minimumfrequency Low Freq If ADV 24 Freq Limit isset to No thefrequencysetatDRV 19 StartFreq becomes the minimumfrequency WhenADV 24 Freq Limit isset to Yes thefrequency set at ADV 26 ...

Page 153: ...the frequency jump band Group Code Name LCDDisplay Parameter Setting SettingRange Unit ADV 27 Frequency jump JumpFreq 00 1 0 1 28 Jumpfrequency lower limit1 JumpLo1 10 00 0 00 Jumpfrequency upper limit1 Hz 29 Jumpfrequency upper limit1 Jump Hi 1 15 00 Jumpfrequencylower limit1 Maximum frequency Hz 30 Jumpfrequency lower limit2 JumpLo2 20 00 0 00 Jumpfrequency upper limit2 Hz 31 Jumpfrequency upper...

Page 154: ...rom codes IN 65 71 and setthe parameter value to 15 2nd Source Group Code Name LCDDisplay ParameterSetting SettingRange Unit DRV 06 Command source Cmd Source 1 Fx Rx 1 0 5 07 Frequency reference source Freq Ref Src 2 V1 0 11 BAS 04 2nd Command source Cmd 2nd Src 0 Keypad 0 5 05 2nd Frequency referencesource Freq 2nd Src 0 KeyPad 1 0 11 IN 65 71 Px terminal configuration Px Define Px P1 P7 17 2nd S...

Page 155: ...inverter may stopoperatingwhen youswitch the command modes 4 20 Multi function InputTerminal Control Filter time constants and the type of multi function input terminals can be configured to improve the response of input terminals Group Code Name LCDDisplay ParameterSetting SettingRange Unit IN 85 Multi function input terminal Onfilter DIOnDelay 10 0 10000 mse c 86 Multi function input terminal Of...

Page 156: ...gured as aA terminal NormallyOpen contact With the topsegmenton itindicates that the terminal is configured asa B terminal Normally Closed contact Terminals arenumbered P1 P7 from right toleft Type B terminal status Normally Closed Aterminal status Normally Open Keypad IN 90DIStatus Display the configuration of each contact When asegment isconfigured as A terminal usingDRV 87 theOnconditionisindic...

Page 157: ...111 1111 000 0000 111 1111 84 Availability of applying DIOff Delay DIOff DelayEn 111 1111 000 0000 111 1111 Multi function InputTerminalOn OffDelay ControlSettingDetails Code Description IN 83DIOnDelay En IN 84DIOff DelayEn EveryInputTerminal it ispossible toset availability of using On Off Delay of InputTerminal From right Availabilityof usingOn Off Delay aboutMulti functionInput Terminal can bes...

Page 158: ...extra careisneeded in operating theinverter usingthemulti purpose terminals p 158 Dwell operation Use thisfeaturefor thelift typeloadssuch as elevators whenthe torqueneeds tobemaintained whilethe brakes are applied or released p 160 Slip compensation Thisfeatureensures that the motor rotatesat a constantspeed by compensatingfor themotor slipas aload increases p 162 PID control PID control provides...

Page 159: ...thefanmotor optimallywhen adamper is used in the system p 194 Lubrication operation Supplieslubricant to the machinery beforestartingtheinverter and themechanical system connected to it p 196 Flow compensation Compensatesfor pressurelossinasystemwithlongpipelines p 194 Energy savings display Displaystheamount of energysaved by the use of theinverter compared towhena commercial power source isused ...

Page 160: ...Src 0 Keypad 1 0 11 BAS 01 Auxiliaryfrequency referencesource Aux Ref Src 1 V1 0 13 02 Auxiliaryfrequency reference calculation type Aux Calc Type 0 M G A 0 7 03 Auxiliaryfrequency referencegain Aux Ref Gain 100 0 100 0 200 0 200 0 IN 65 71 Px terminal configuration Px Define 36 disAux Ref 0 55 The table above lists the available calculated conditionsfor the main and auxiliaryfrequency references ...

Page 161: ...current 5 Pulse Sets theTI pulse terminal at the control terminal blockasthe source of auxiliaryfrequencyreference BAS 02 Aux CalcType Setthe auxiliaryreference gainwithBAS 03 Aux Ref Gain to configure the auxiliaryreference and setthe percentage tobe reflected whencalculatingthe mainreference Notethatitems4 7below mayresultineither plus or minus references forward or reverseoperation evenwhen uni...

Page 162: ...ce gain A Auxiliaryfrequencyreference Hz or rpm or gain BAS 03Aux Ref Gain Adjustthesizeof theinput BAS 01Aux Ref Src configured for auxiliary frequency IN 65 71Px Define Set one of themulti functioninput terminals to 36 disAux Ref and turniton to disable the auxiliaryfrequencyreference Theinverter will operate using the mainfrequencyreferenceonly ...

Page 163: ...Vis60 Hz The table below showstheauxiliaryfrequencyA as 36 Hz 60 Hz X 6V 10V or 60 100 X 6V 10V Setting Calculatingfinal command frequency 0 M Hz G A Hz 30Hz M 50 G x36Hz A 48Hz 1 M Hz G A 30Hz M x 50 G x60 A 9 Hz 2 M Hz G A 30Hz M 50 G x60 A 100Hz 3 M Hz M Hz G A 30Hz M 30 Hz x 50 G x60 A 39 Hz 4 M Hz G 2 A 50 Hz 30Hz M 50 G x2x 60 A 50 x60 Hz 36Hz 5 M HZ G 2 A 50 30Hz M x 50 G x2x 60 A 50 3Hz 6 ...

Page 164: ...ablebelow showsauxiliaryfrequency as 24 Hz 60 Hz X 10 4 mA 4 mA 20 mA 4 mA or 40 100 X 10 4 mA 4 mA 20 mA 4 mA Setting Calculatingfinal command frequency 0 M Hz G A Hz 30Hz M 50 G x24Hz A 42Hz 1 M Hz G A 30Hz M x 50 G x40 A 6Hz 2 M Hz G A 30Hz M 50 G x40 A 150Hz 3 M Hz M Hz G A 30Hz M 30 Hz x 50 G x40 A 36Hz 4 M Hz G 2 A 50 Hz 30Hz M 50 G x2x 40 A 50 x60Hz 24Hz 5 M HZ G 2 A 50 30Hz M x 50 G x2x 40...

Page 165: ...ththefrequency corresponding to20 mA of 60 Hz Thetablebelow showsauxiliaryfrequency Aas24 Hz 60 Hz x 10 4 mA 4 mA 20 mA 4 mA or 40 100 x 10 4 mA 4 mA 20 mA 4 mA Setting Calculatingfinal command frequency 0 M Hz G A Hz 30Hz M 50 G x24Hz A 42Hz 1 M Hz G A 30Hz M x 50 G x40 A 6 Hz 2 M Hz G A 30Hz M 50 G x40 A 150Hz 3 M Hz M Hz G A 30Hz M 30 Hz x 50 G x40 A 36 Hz 4 M Hz G 2 A 50 Hz 30Hz M 50 G x2x 40 ...

Page 166: ... is available in either forward or reverse direction using the keypad or multi function terminal inputs The table below listsparameter settingfor aforward jogoperation using the multi function terminal inputs Group Code LCDDisplay LCDDisplay Parameter Setting SettingRange Unit DRV 11 Jogfrequency JOGFrequency 10 00 0 00 Low Freq HighFreq Hz 12 Jogoperation accelerationtime JOGAccTime 20 00 0 00 60...

Page 167: ...eration butwhile using jogoperation 2 a terminal thatis setfor aforward or reverse jog also starts an operation The prioritiesfor frequency Acc Dec time and terminal block inputduringoperation in relation to other operatingmodes Dwell 3 wire up down etc are identical to jogoperation 1 If adifferent operation command isentered duringa jogoperation it isignored and the operation maintains the jogfre...

Page 168: ...unction terminal block Similar to aflowmeter the up down operation can be applied easily to a system thatuses the upper lower limit switch signalsfor Acc Dec commands Group Code Name LCDDisplay ParameterSetting SettingRange Unit ADV 65 Up down operation frequencysave U D SaveMode 1 Yes 0 1 IN 65 71 Px terminal configuration Px Define Px P1 P7 19 Up 0 55 20 Down 22 U D Clear REV Jog FWD Jog DRV 11 ...

Page 169: ...Up and Downsignals are entered at thesame time ADV 65U D Save Mode Duringa constantspeed operation theoperatingfrequencyissaved automatically inthefollowing conditions the operation command Fx or Rx isoff afault tripoccurs or the power isoff Whenthe operation command isturned onagain or when theinverter regainsthepower sourceor resumes toa normal operation from afault trip itresumesoperation at th...

Page 170: ...e Unit DRV 07 Command source Cmd Source 1 Fx Rx 1 0 11 IN 65 71 Px terminal configuration Px Define Px P1 P7 16 3 Wire 0 55 To enable the 3 wire operation the followingcircuit sequence isnecessary The minimum input time t for 3 wire operation is2 ms and the operation stopswhen both forward and reverse operation commands are entered at the same time P1 P5 CM 1 FX 6 JOG P7 16 3 Wire Terminal connect...

Page 171: ...55 SafeOperation ModeSettingDetails Code Description IN 65 71Px Define From the multi function terminals select a terminal to operateinsafe operation mode and setit to 15 RUN Enable ADV 70 Run En Mode Setting Function 0 AlwaysEnable Enablessafe operationmode 1 DIDependent Recognizestheoperation command from amulti functioninput terminal ADV 71 Run Dis Stop Settheoperation of theinverter whenthemul...

Page 172: ...ll notbeginif onlythemulti function terminal is on 3 Q Stop Resume Theinverter decelerates tothedecelerationtime Q StopTime in safeoperationmode Itstops after deceleration Thenif the multi function terminal is on the operation resumes as soon as the operation command is entered again ADV 72Q Stop Time Sets thedeceleration timewhenADV 71RunDisStopisset to 1 Q Stop or 2 Q Stop Resume ...

Page 173: ... thatwasoriginallyset Deceleration DwellOperation When astop command isrun deceleration continuesuntil the deceleration dwell frequencyand constant speed are reached within the deceleration dwell operation time Dec Dwell Freq After the settime haspassed deceleration iscarried outbased on the deceleration time thatwasoriginally set then the operation stops Group Code Name LCDDisplay ParameterSettin...

Page 174: ...Accelerationdwell operation Although deceleration dwell operation iscarried outwhenever stop commandsare entered and the deceleration dwell frequencyis passed through itdoesnotwork during a deceleration bysimple frequencychange which is not a deceleration due to a stop operation or duringexternal brake control applications Decelerationdwell operation ...

Page 175: ...umber of motor poles PoleNumber 4 2 48 12 Rated slipspeed Rated Slip 40 5 5kWbased 0 3000 Rp m 13 Rated motor current Rated Curr 3 6 5 5 kW based 1 0 1000 0 A 14 Motor no load current Noload Curr 1 6 5 5 kW based 0 5 1000 0 A 16 Motor efficiency Efficiency 72 5 5kWbased 70 100 Slip CompensationOperationSettingDetails Code Description DRV 09Control Mode SetDRV 09 to 2 SlipCompen to carryouttheslip ...

Page 176: ...portional integral and differential PID controls that provide more effective control for automated systems The functionsof PID control that can be applied to the inverter operation are asfollows Purpose Function Speed Control Controlsspeed bymonitoring the currentspeed levelsof the equipment or machinerybeing controlled Control maintains consistentspeed or operates atthetargetspeed PressureControl...

Page 177: ...oup Code Name LCDDisplay ParameterSetting SettingRange Unit PID 01 PID Options PID Sel 0 No 0 1 03 PID output monitor PID Output 04 PID reference monitor PID RefValue 05 PID feedback monitor PID FdbValue 06 PID Error Monitor PID ErrValue 10 PID reference source PID Ref1 Source 0 Keypad 0 11 11 PID reference setting PID Ref Set UnitDefault UnitMin Unit Max Unit 12 PID reference 1 auxiliarysource se...

Page 178: ...ction PID Fdb Src 0 V1 0 9 21 PID feedback auxiliarysource selection PID Fdb AuxSrc 0 None 0 11 22 PID feedback auxiliary mode selection PID Fdb AuxMod 0 M G A 0 13 23 PID feedback auxiliary gain PID FdbAux G 0 0 200 0 200 0 Unit 24 PID feedback band PID FdbBand 0 0 UnitBand Unit 25 PID proportional gain 1 PID P Gain1 50 0 0 0 300 00 Unit 26 PID integral time1 PID I Time 1 10 0 0 0 200 0 sec 27 PI...

Page 179: ...f 1 UnitDefault UnitMin Unit Max Unit 41 PID multi step referencesetting2 PID Step Ref 2 UnitDefault UnitMin Unit Max Unit 42 PID multi step referencesetting3 PID Step Ref 3 UnitDefault UnitMin Unit Max Unit 43 PID multi step referencesetting4 PID Step Ref 4 UnitDefault UnitMin Unit Max Unit 44 PID multi step referencesetting5 PID Step Ref 5 UnitDefault UnitMin Unit Max Unit 45 PID multi step refe...

Page 180: ... or decelerates to thefrequencyreferencebased ontheAcc Dec times PIDBasicOperationSettingDetails Code Description PID 01PID Sel Sets the code to 1 Yes toselectfunctionsfor theprocessPID PID 03PID Output Displaystheexistingoutputvalueof the PID controller The unit gain and scale thatwere setin thePID groupare applied on thedisplay PID 04PID RefValue Displaystheexistingreferencevaluesetfor thePID co...

Page 181: ... I3 current input 0 20mA current If itisset toV3 voltage input 0 10V 11 I3 PID 11PID Ref Set Areferencevalue canbe entered if the PID referencetype PID 10 isset to 0 Keypad PID 12PID Ref1AuxSrc Selects theexternal inputsource to be used asthereferencefor aPID control If anexternal inputsourceisselected the reference isdetermined using the inputvalueatthe source set atPID 10 and the valuesetat PID ...

Page 182: ...g theinputvalueatthe source setatPID 10 and the inputvaluesetatPID 12 Setting 0 M G A 1 M G A 2 M G A 3 M M G A 4 M G 2 A 50 5 M G 2 A 50 6 M G 2 A 50 7 M M G 2 A 50 8 M A 2 9 M 2 A 2 10 MAX M A 11 MIN M A 12 M A 2 13 Square Root M A M Valueby thesourceset at PID 10 G Gainvalue set atPID 14 A Valueinput bythesourcesetatPID 12 PID 14PID Ref1Aux G Gainvaluefor theformulas provided byPID 13 PID 20PID...

Page 183: ...tthesource setatPID 10 and the valueset atPID 13 PID Ref1AuxMod Setting Function 0 None Not used 1 V1 10 10Vinput voltage terminal 3 V2 I2 analoginput terminal When the analog voltage currentinput terminal selectionswitch SW4 atthe terminal blockisset to I current input0 20 mAcurrent If itisset toV voltage input 0 10V 4 I2 6 Pulse TIPulseinput terminal 0 32 kHz Pulseinput 7 Int 485 RS 485input ter...

Page 184: ... the error is output PID 26 PID I Time 1 PID 33 PID I Time 2 Sets the time tooutput accumulated errors Whentheerror is100 thetime takenfor 100 outputisset Whenthe integral time PID I Time isset to1 second 100 output occursafter 1second of theerror remaining at100 Differencesin anormal state canbe reduced by PID ITime Whenthe multi function terminal blockisset to 24 I TermClear and is turned on all...

Page 185: ...PID output modes tomodifythe PID output Modifications can be madeby addinginput values and themain operationfrequencyof thePID output tothefinal PID output value Thefollowingtableliststhe5 modes thatare available Setting 0 PID Output 1 PID MainFreq 2 PID EPID1Out 3 PID EPID1 Main 4 PID or Main PID 36 PID OutInv WhenPID 36 PID OutInv isset to Yes thedifference error betweenthe reference and thefeed...

Page 186: ...ft3 min 13 V 34 f3 h ft3 h 14 I 35 lb s 15 kW 36 lb m 16 HP 37 lb m 17 mpm 38 lb h 18 ft 39 ppm 19 m s 40 pps 20 m3 s m 3 S PID 51 PID UnitScale Adjusts thescale tofit the unit selected atPID 50 PID Unit Sel PID 52 PID Unit0 PID 53 PID Unit100 Sets theUnit0 and Unit 100 values as theminimum and maximum valuesset atPID 50 ...

Page 187: ...174 Learning Advanced Features PIDCommandBlock ...

Page 188: ...175 Learning Advanced Features ...

Page 189: ...176 Learning Advanced Features PIDFeedbackBlock ...

Page 190: ...177 Learning Advanced Features PIDOutputBlock ...

Page 191: ...178 Learning Advanced Features PIDOutputModeBlock ...

Page 192: ... 20 SoftFill options SoftFill Sel 0 No 0 1 21 Pr PID operation frequency Pre PID Freq 30 00 Low Freq HighFreq Hz 22 Pre PID duration Pre PID Delay 60 0 600 0 sec 23 Softfill escapevalue SoftFill Set 20 00 UnitMin Unit Max 24 Softfill reference increment Fill StepSet 2 00 0 UnitBand 25 Softfill reference increment cycle Fill StepTime 20 0 9999 sec 26 Softfill feedback difference Fill FdbDiff 0 00 0...

Page 193: ...ue thesoftfill operationends and anormal processPID operationbegins AP1 24 Fill StepSet AP1 25 Fill StepTime AP1 26 Fill FdbDiff TheSoftFill PID Referenceincreaseseach timethesettime atAP1 25 Fill Step Time iselapsed bytheamountsetatAP1 24 Fill StepSet However notethatif thedifferencebetweentheSoftFill PID Referencevalue and thefeedbackvalueisgreater than thevalueset atAP1 26 Fill FdbDiff value th...

Page 194: ...nfigurations are available in PIDsleepmode for sleepmode frequency sleepmode delay time wakeupvariation and wakeupdelay time One of the two configurations maybe selected dependingon the multi function input terminal configuration and input conditions Group Code Name LCDDisplays ParameterSetting SettingRange Unit AP1 05 Sleepboostsettings SleepBst Set 0 00 0 UnitMax Unit 06 Sleepboostspeed SleepBst...

Page 195: ... Sleep2DT AP1 08PID Sleep1Freq AP1 12PID Sleep2Freq If the operatingfrequencystays below thefrequenciessetatAP1 08 and AP1 12for thesettimes atAP1 07 and AP1 11 theinverter accelerates tothePID sleep boostfrequency PID SleepBst Freq Then whenthefeedback reachesthe valuesetat the boost level the inverter entersstandbymode AP1 09PIDWakeUp1DT AP1 13PIDWakeUp2DT AP1 10PIDWakeUp1Dev AP1 14PIDWakeUp2Dev...

Page 196: ...4 PID Switching PID Openloop When one of the multi function terminals IN 65 71 isset to 25 PID Openloop and is turned on the PIDoperation stops and isswitched to general operation When the terminal turnsoff the PID operation startsagain ...

Page 197: ...monitor value EPID1 ErrVal 06 EPID1 command sourceselection EPID1 Ref Src 0 Keypad 0 10 07 EPID1 keypad command value EPID1 Ref Set UnitMin UnitMin Unit Max Purpose Function Speed Control Controlsspeed bymonitoring the currentspeed levelsof theequipment or machinery being controlled Control maintains consistentspeed or operates atthetargetspeed PressureControl Controlspressureby monitoringthe curr...

Page 198: ...1FF Gain 0 0 0 0 1000 0 Unit 13 EPID1 output filter EPID1Out LPF 0 0 10 00 Sec 14 EPID1 output upper limit EPID1Limit Hi 100 00 EPID1LimitLo 100 00 15 EPID1lower limit EPID1Limit Lo 0 00 100 00 EPID1 LimitHi 16 EPID1 output inverse EPID1Out Inv 0 No 0 1 17 EPID1 unit EPID1Unit Sel 1 Refer to EPID unit detailstable 18 EEPID1unitscale EPID1Unit Scl 2 X1 0 X100 1 X10 2 X1 3 X0 1 4 X0 01 19 EPID1 unit...

Page 199: ...e monitor value EPID2 RefVal 34 EPID2feedback monitor value EPID2 FdbVal 35 EPID2 error monitor value EPID2 ErrVal 36 EPID2 command sourceselection EPID2 Ref Src 0 Keypad 0 10 37 EPID2 keypad command value EPID2 Ref Set UnitMin UnitMin Unit Max Unit 38 EPID2feedback sourceselection EPID2 Fdb Src 0 V1 0 9 39 EPID2 proportional gain EPID2P Gain 50 0 0 0 300 0 Unit 40 EPID2integral time EPID2 I Time ...

Page 200: ...PID2Unit Scl 2 X1 0 X100 1 X10 2 X1 3 X0 1 4 X0 01 49 EPID2 unit 0 value EPID2 Unit0 Differsdepending ontheunitsetting X100 32000 Unit100 X10 3200 0 Unit 100 X1 320 00 Unit 100 X0 1 32 000 Unit 100 X0 01 3 2000 Unit100 50 EPID2 unit 100 value EPID2 Unit100 Differsdepending ontheunitsetting X100 Unit0 32000 X10 Unit0 3200 0 X1 Unit 0 320 00 X0 1 Unit 0 32 000 X0 01 Unit0 3 2000 Note TheEPID1 2outpu...

Page 201: ...188 Learning Advanced Features UnitMAX EPID1 EPID2 Unit100 PID 68 UnitMin 2xEPID1 EPID2 Unit0 EPID1 EPID2 Unit100 UnitDefault EPID1 EPID2 Unit100 EPID1 EPID2 Unit 0 2 ...

Page 202: ...unit gain and scale thatweresetinthe EPID groupare applied onthe display EPI 05 EPID1 ErrValue Displaysthedifferencebetweentheexistingreferenceand thefeedback error value The unit gain and scalethatweresetin thePID group are applied on thedisplay EPI1 06EPID1 Ref Src Selects the referenceinputfor the EPID control If theV1 terminal isset to an EPID1feedbacksource EPID1F B Source V1cannot besetasthe...

Page 203: ...ut terminal 7 FieldBus Communication command viaa communication option card EPI 10 EPID1 I Time Sets the time tooutput accumulated errors Whentheerror is100 the time takenfor 100 outputis set Whentheintegral time EPID I Time is set to 1second 100 output occurs after 1second of theerror remaining at 100 Differencesinanormal state can bereduced by EPID ITime All the accumulated errors canbedeleted b...

Page 204: ...variable 0 CUST is a customunitdefined bytheuser Setting 0 CUST 21 m3 m m3 min 1 22 m3 h m 3 h 2 PSI 23 l s 3 F 24 l m 4 C 25 l h 5 inWC 26 kg s 6 inM 27 kg m 7 Bar 28 kg h 8 mBar 29 gl s 9 Pa 30 gl m 10 kPa 31 gl h 11 Hz 32 ft s 12 Rpm 33 f3 s ft3 min 13 V 34 f3 h ft3 h 14 I 35 lb s 15 kW 36 lb m 16 HP 37 lb m 17 mpm 38 lb h 18 ft 39 ppm 19 m s 40 pps 20 m3 s m 3 S EPI 18 EPID1 UnitScl Adjusts th...

Page 205: ...192 Learning Advanced Features EPID1Controlblock ...

Page 206: ...193 Learning Advanced Features EPID2Controlblock ...

Page 207: ...per Err occurs If the damper open relayoutput and damper control inputare setat the same time and if the damper open signal isnot received until the time setatAP2 45 Damper DT is elapsed when the inverter isnotoperating damper error Damper Err occurs Group Code Name LCDDisplay ParameterSetting SettingRange Unit AP2 45 Damper check time Damper DT 0 1 600 0 sec IN 65 71 P1 7Px terminal configuration...

Page 208: ...195 Learning Advanced Features Note Damper operationis one of theessential systemfeatures that are availableinboth HAND and AUTO modes ...

Page 209: ...ti function relay 1 5 Relay 1 5 33 Damper Control Lubrication OperationSettingDetails Code Description AP2 46LubOp Time Outputsthelubrication signal for a set timewhen theinverter run command is turned on Theinverter starts operatingwhenthe set time haselapsed OUT 31 35 Relay 1 5 Sets one of theoutputrelays OUT 31 35 to 30 Lubrication toenablethe Lubricationfunction Note Thelubrication function ca...

Page 210: ...ume Thisfunctionisbased ona PID operation The volume is giventhesameunit used for thePID reference Longer pipescause the actual pressure to decrease which in turn increases the difference between the pressure reference and the actual pressure When the pipe lengthsare equal in two differentsystems more pressure lossiscaused in the system with greater flow Thisexplainsthe pressure difference between...

Page 211: ...n is displayed askWh saved energy cost and CO2 emission level Group Code Name LCDDisplay ParameterSetting SettingRange Unit AP2 87 1st MOTORaverage POWER M1AVGPWR Inverter capacity 0 1 500 0 kW 88 2nd MOTOR average POWER M2AVGPWR Inverter capacity 0 1 500 0 kW 89 Cost per kWh Cost per kWh 0 0 0 1000 0 kW 90 Saved kWh Saved kWh 0 999 9 999 9 kWh 91 Saved MWh Saved MWh 0 32000 32000 MWh 92 Saved Cos...

Page 212: ...r kWh Sets the cost per 1kWh Multiply theenergy payback counter valuewith thevaluesetatAP2 89 to calculate the total saved cost This valueis displayed inAP2 92 93 AP2 90 Saved kWh AP2 91 Saved MWh Displaysthesaved energyin kWh AP2 90 and MWh AP2 91 Whenthe valuereaches 999 9 kWh and continues toincrease AP2 91 becomes 1 MWH AP2 90resets to 0 0 and it continues toincrease AP2 92 Saved Cost1 AP2 93 ...

Page 213: ...p Clean Mode1 0 None 0 None 1 DIDependent 2 OutputPower 3 OutputCurrent 16 Pump clean mode 2 Pump Clean Mode2 0 None 0 None 1 Start 2 Stop 3 Start Stop 17 Pump cleanload setting PCCurve Rate 100 0 100 0 200 0 18 Pump clean referenceband PCCurve Band 5 0 0 0 100 0 19 Pump clean operationdelay time PCCurveDT 60 0 0 6000 0 sec 20 Pump cleanstart delay time PCStartDT 10 0 0 6000 0 Sec 21 0speed operat...

Page 214: ... 0 00 Low Freq HighFreq Hz 28 Number of Fx Rx stepsfor pump clean PCNumof Steps 5 0 10 29 Pump clean cycle monitoring RepeatNum Mon 30 Pump clean repeatnumber RepeatNum Set 5 0 10 31 Operation after pump clean PCEnd Mode 0 0 Stop 1 Run 32 Pump clean continuous time limit PCLimit Time 10 6 60 min 33 Pump clean continuous number limit PCLimit Num 3 0 10 BasicPump CleanOperation When a pumpclean star...

Page 215: ...terminal inputs to 46 Pump Clean Sel and performs thepump clean operation byturningonthe terminal 2 Power Performs a pump clean operationwhen a pump consumes morepower thanitis supposed to consumein anormal operation 3 Current Performs a pump clean operationwhen a pump consumes more currentthanitis supposed to consumein anormal operation AP2 16PumpClean Sel Sets thepump cleanstartmode Setting Func...

Page 216: ...SteadyFreq AP2 27 RevSteadyFreq Sets theforward and reverse operationfrequencies AP2 28PCNum of Steps Determines thenumber of steps acceleration deceleration stop inonecycle Each operation either in theforward or reverse direction constitutes onestep If set to 2 one forward step and onereversestep constituteone cycle AP2 31PC End Mode Determines theinverter operation after pump clean operation Set...

Page 217: ...itisturned on the operationistriggered 1pump clean cycleisoperated if ADV 10 PowerOn Resume isset to Yes and the terminal inputisturned off instantly after itisturned on theoperationis triggered and if theinverter isturned off during a pump cleanthenisturned back on again the pump clean operationisnotresumed becausethe input terminal is not onwhen theinverter isturned on if the terminal inputiskep...

Page 218: ...p operationfrequency for a Start End Rampoperation Freq LimitLo set atADV 25whenthe inverter starts itisdifferentfromDRV 03 acceleration gradient AP2 42End Ramp Dec Refers to the timeit takes toreach the 0step stop from the minimum pump operationfrequencyfor a Start End Rampoperation Freq LimitLo setat ADV 25 itisdifferentfromDRV 03decelerationgradient Start End RampAdjustment In the figure above ...

Page 219: ...ge Unit AP2 38 Decvalveramping startfrequency DecValve Freq 40 00 Low Freq High Freq Hz 39 Decvalveramping time DecValve Time 0 0 0 6000 0 Sec ADV 24 Frequencylimit options LimitMode 0 No 0 No 1 Yes 25 Low Freq minimum value Freq LimitLo 30 00 StartFreq Max Freq Hz 26 Low Freq maximum value Freq LimitHi 60 00 Freq LimitLo Max Freq Hz Code Description AP2 38DecValve Freq Sets thestartfrequencywhere...

Page 220: ...inimum set pointfor the load tuningbeginsat 15 of the base frequency DRV 18 Base Freq and the maximum set point can be setup to the base frequency If the frequencylimitis set to 1 Yes at ADV 24 Freq Limit the range islimited within the frequencies setat ADV 25 Freq Limit Lo and ADV 26 Freq LimitHi Group Code Name LCDDisplay ParameterSetting SettingRange Unit AP2 01 Load curve Tuning LoadTune No 0 ...

Page 221: ...e user definable AP2 08Load fitHFreq Defines thesecond frequency setpointfor load tuning user definable AP2 09Load FitHCurr AP2 10Load FitHPwr Displaysthecurrent and power measured at thefrequency setatAP2 08 as apercentage value based onmotor rated current and rated power Valuesfor AP2 09 and AP2 10are user definable AP2 11Load CurveCur AP2 12Load CurvePWR Monitorstheload curvevalue setatAP2 1 Lo...

Page 222: ...tof the range of the user defined values If the resetrestartfeature is turned on the inverter continues to operate based on the run command after the LDT fault tripisreleased Group Code Name LCDDisplay ParameterSetting SettingRange Unit PRT 70 Level detection mode LDT Sel Warning None Warning Trip 71 Level detection range LDT AreaSel 1 AboveLevel 0 1 72 Level detection source LDT Source 0 OutputCu...

Page 223: ...erationwhen alevel detectiontripoccurs Setting Functions 0 None Nooperation 1 Warning Theinverter displays awarningmessage 2 Free Run Theinverter free runs thenstops 3 Dec Theinverter decelerates then stops PRT 71Level Detect Sets thelevel detectionrange Setting Operation 1 Below Triggers alevel detectfault tripwhentheinverter operates belowthefrequencyset bytheuser 2 Above Triggers alevel detectf...

Page 224: ... Sets thePID outputas the source 11 EPID1 FdbVal Sets theexternal PID feedback1 asthesource 12 EPID2 FdbVal Sets theexternal PID feedback2 asthesource PRT 73LDT Dly Time Sets thedelay timefor the operation set atPRT 70 PRT 74LDT Level Sets thelevel for the level detection Thefollowing are thesettingrangesand defaultvalues by thesource Source DefaultValue SettingRange Output Current Rated current 0...

Page 225: ... atPRT 76elapseswhen anLDT tripis released TheLDT Restartoperates each timean LDT tripisreleased If PRT 77 isset to anyother value than 0 and theinverter isoperatinginHAND mode theinverter resets and theLDT tripisreleased However theinverter staysinOFF mode and doesnotrestarttheoperationinstantly PRT 96LDT Rst Cnt PRT 97LDT Rst CntM PRT 98LDT Cnt ClrT When the LDT trip occurs the number of automat...

Page 226: ...difyingLDT Sourceof PRT 71 PRT 74 and PRT 75becomedefault valueif theLDT Sourceismodified PRT 77 RestartDT and PRT 08 RST restart features operateseparately Theinverter waits until thedelaytimeset atPRT 73 LDT DlyTime beforeitoperates based onthe settinginLDT 70when the level detectiontime conditionismet 5 19 Pipe Break Detection Thisfunction detectsPipe Breakswhile the PIDoperation ison The fault...

Page 227: ...ration whiledetectingPipeBreaks Setting Function 0 None Nooperation 1 Warning Theinverter displays awarningmessage 2 Free Run Theinverter free runs thenstops 3 Dec Theinverter decelerates then stops PRT 61 PipeBrokenDev Sets thePipeBreakDetection level Set thedetectlevel by multiplying the set valuefor PRT 61 byPID Reference PRT 62 PipeBrokenDT Sets thedetectdelaytime PipeBreak operatesif thePipeB...

Page 228: ...215 Learning Advanced Features ...

Page 229: ...nputdelay time DCInjDelayT 60 0 0 0 600 0 sec IN 65 71 Terminal block input1 7 P1 7Define 44 PreHeat InitialHeatingSetting Details Code Description AP2 48Pre HeatCurr Sets the current to be used for initial heating Sets the currentto motor no load current value AP2 49Pre HeatDuty Sets theduty time for the current tobe used for initial heating from 10 seconds to value AP2 50DCInjDelayT Sets a certa...

Page 230: ...7 Learning Advanced Features The initial heatingoperation starts to run after an inverter operation stops when the initial heating function s terminal inputison after the inverter operation command isoff ...

Page 231: ...d a fixed frequency If the inverter operation command isoff the motor isin Free Run and the Pre Heat operations startsafter the time amountsetin AP2 50 If the valuefor AP2 48Pre HeatCurr is above therated motor currentvalue itislimited by the rated motor current value If the valuefor AP2 48Pre HeatCurr is toohighor theDCcurrentoutput timeis toolong the motor may overheator bedamaged and the Inver ...

Page 232: ...otor Capacity 9 5 5 kW 7 20 BAS 11 Motor pole number PoleNumber 4 2 48 12 Rated slipspeed Rated Slip 45 0 3000 Rpm 13 Rated motor current Rated Curr 21 0 1 0 1000 0 A 14 Motor no load current Noload curr 7 1 0 5 1000 0 A 15 Motor rated voltage RatedVolt 220 170 500 V 16 Motor efficiency Efficiency 85 70 100 20 Auto tuning AutoTuning 0 None 21 Stator resistance Rs 0 314 Depends onthe motor setting ...

Page 233: ...0 0 12 4 1 00 0 120 1 488 15 53 6 15 5 1 00 0 084 1 118 18 5 65 6 19 0 1 00 0 0676 0 819 400V 0 75 2 0 1 0 3 00 7 81 53 9 1 5 3 7 1 5 2 67 3 52 27 9 2 2 5 0 1 9 2 3 2 52 19 95 3 7 8 0 2 9 2 3 1 50 13 45 5 5 12 1 4 1 1 50 0 940 9 62 7 5 16 3 5 4 1 33 0 520 8 53 11 23 2 7 2 1 00 0 360 4 48 15 31 0 9 0 1 00 0 250 3 38 18 5 38 0 11 0 1 00 0 168 2 457 22 44 5 12 5 1 00 0 168 2 844 30 60 5 16 9 1 00 0 1...

Page 234: ...e used The maximummotor capacityis limited by theinverter capacityand the keypad onlydisplaysthe inverter capacity BAS 20AutoTuning Select an auto tuningtype and runit Select one of theoptionsand thenpress the ENT key torunthe autotuning Setting Function 0 None Auto tuningfunctionisdisabled Also if you select one of the autotuning options and runit theparameter valuewill revertback to 0 when the a...

Page 235: ...unning Auto tuning operateswhen theinverter s auto modeis off Before yourunautotuning checkthemotor polenumber rated slip rated current rated voltage and efficiency onthemotor s ratingplate and enter thedata Thedefaultparameter settingis used for values that arenotentered Whenmeasuring all parametersafter selecting2 All static type atBAS 20 compared with rotationtype auto tuningwhereparametersarem...

Page 236: ...est priority 4Time period Module types 8Time EventModule types and 8 Exception daytypescan be used to configure time events TheTime Eventfunction works based on aseriesof configuration using the moduleslisted in the table above Group Code Name LCDDisplay ParameterSetting SettingRange Unit AP3 01 Currentdate Now Date 01 01 2000 01 01 2000 12 31 2099 Date Hz 02 Current time NowTime 0 00 0 00 23 59 S...

Page 237: ...11 20 TimePeriod 4 Start time Period4 StartT 24 00 00 00 24 00 Min 21 TimePeriod 4 End time Period4 Stop T 24 00 Period4 StartT 24 00 Min Min 22 TimePeriod 4 Day of theweek Period4Day 0000000 0000000 1111111 30 Except1Date Start time Except1 StartT 24 00 00 00 24 00 Min 31 Except1Date End time Except1Stop T 24 00 Except1StartT 24 00 Min Min 32 Except1Date Except1Date 01 01 01 01 12 31 Day 33 53 Ex...

Page 238: ...fin e 0 None 0 None 1 Fx 2 Rx 3 Speed L 4 Speed M 5 Speed H 7 Xcel L 8 Xcel M 9 Xcel H 10 Xcel Stop 11 Run Enable 12 2nd Source 13 Exchange 14 AnalogHold 15 I Term Clear 16 PID Openloop 17 PID Gain2 18 PID Ref Change 19 2nd Motor 20 Timer In 21 DiasAux Ref 22 EPID1 Run 23 EPID1 ITerm Clr 24 PreHeat 25 EPID2 Run 26 EPID2iTerm Clr ...

Page 239: ...00 on April 1 If AP3 05 Summer T Stop is set to December 25th then it will be 1 59 on December 25th and it will be 3 00 on December 25 instead of 2 00 a minute later Summer time is different for each country The parameter is based on 2 o clock If there is no charge on the RTC battery it is initialized to 00 00 on January 1 2000 when the inverter power is off on AP3 04SummerT Start AP3 05SummerT St...

Page 240: ...efor the8Exceptiondays canbe set AP3 32 AP3 53 Exception1 8Date Thedatefor the8 Exceptiondays canbe set AP3 70Time Event En Enables or disablestheTime Event Setting Function 0 No Time Eventisnot used 1 Yes Time Eventis used AP3 71T Event Status ItshowswhichT Eventfrom1 8isbeingperformed 7 6 5 4 3 2 1 0 T Event 8 T Event 7 T Event 6 T Event 5 T Event 4 T Event 3 T Event 2 T Event 1 AP3 72 86T Event...

Page 241: ...PID2Openloop 11 2nd Source 27 SleepWakeChg 12 Exchange 28 PID Step Ref L 13 AnalogHold 29 PID Step Ref M 14 I Term Clear 30 PID Step Ref H 15 None TimePeriod ParameterSetting There are 4Time Period Sets in theTime Event EachTime Period Sethas period 1 4 Start Start time Period 1 4 StopT End time and Period 1 4 Day Operation day for which they can be set TimePeriod Schedule TimePeriod 1 Every Sunda...

Page 242: ... Theyare used to specify the operation on particular days public holidays etc The settingsfor the start time and the end time are the same as the settings for the modules and can be setfor particular days The Exception AP3 13 Period1Day 1101110 TimePeriod 2 Every Sunday and Saturdayfor 24hours On TimeSchedule Code Function Setting AP3 14 Period2 StartT 00 00 AP3 15 Period2 StopT 24 00 AP3 16 Perio...

Page 243: ... and 18 00 Off TimeSchedule Code Function Setting AP3 30 Except1StartT 06 00 AP3 31 Except1StopT 18 00 AP3 32 Except1Day 12 25 Exception Date 2 Every Sunday and Saturdayfor 24hours On TimeSchedule Code Function Setting AP3 33 Except2StartT 00 00 AP3 34 Except2StopT 24 00 AP3 35 Except2Day 01 01 Exception Date 3 Every Sunday Thursday Friday and Saturdayat10 00 On and 14 00 Off TimeSchedule Code Fun...

Page 244: ...231 Learning Advanced Features TheTime Chartfor the Exception Day ...

Page 245: ...set asa bitunitin the parametersfor Events1 8 The diagram below shows the connections between theTime eventmodulesand the time period modules TheTime Event 1 is connected toTime Period 4 TheTime Event8 is connected toTime Periods 1 4 and the Exception Dates2 TimeEvent Module FunctionSettings The functions to be performed in theTime EventforT Events 1 8 can be set 30 functionscan be set refer to pa...

Page 246: ... 24 00 Min 12 TimePeriod 1 End time Period1 StopT 20 00 00 00 24 00 Min 13 TimePeriod 1 Day of the week Period1Day 0110000 0000000 1111111 14 TimePeriod 2 Start time Period2 StartT 12 00 00 00 24 00 Min 15 TimePeriod 2 End time Period2 StopT 17 00 00 00 24 00 Min 16 TimePeriod 2 Day of the week Period2Day 00100000 0000000 1111111 70 Time Event configuration Time Event En 1 YES 0 No 1 Yes 72 Time E...

Page 247: ...2 2nd Source 13 Exchange 14 AnalogHold 15 I Term Clear 16 PID Openloop 17 PID Gain2 18 PID Ref Change 19 2nd Motor 20 Timer In 21 DiasAux Ref 22 EPID1 Run 23 EPID1 ITerm Clr 24 PreHeat 25 EPID2 Run 26 EPID2 ITerm Clr 27 SleepWake Chg 28 PID Step Ref L 29 PID Step Ref M 30 PID Step Ref H ...

Page 248: ...ion for the time setatTime Period module 1 Time Event2 operates the inverter at Speed Lfor the time set atTime Period module 2 On Mondays the inverter operatesin the forward direction based on the frequencyinputon the keypad from 10AM to 8PM Time Event 1 OnTuesdays itoperatesagain in the forward direction based on the keypad frequencyinputfrom 10AM to 12PM Time Event 1 and then operatesat Speed Lf...

Page 249: ...d multi step acc dec If afault trip occursduring a timeevent operation theinverter stopsthe operationand staysin a tripstate When thishappens there aretwooptions to resumethestopped operation SetPRT 08 RST Restart to YES to allow theinverter to automaticallyrestart after the trip conditionisreleased Refresh thesettingatAP3 70 Time EventEn SetAP3 70 to Yes from No If one of theinput terminals IN 65...

Page 250: ...etic energy bufferingstartlevel KEB StartLev 130 110 140 79 Kinetic energy bufferingstoplevel KEB StopLev 135 115 145 80 Kinetic energy bufferingslipgain KEB SlipGain 300 0 20000 81 Kinetic energy bufferingP Gain KEB P Gain 1000 0 20000 82 Kinetic energy buffering Igain KEB IGain 500 1 20000 83 Kinetic energy buffering accelerationtime KEB AccTime 10 0 0 75 90kW 0 0 600 0 Sec 30 0 110 500kW Kineti...

Page 251: ...e kinetic energybuffering operation CON 83 KEB AccTime Sets the accelerationtimefor thefrequency reference whentheinverter s operation becomesnormal after the kineticenergy bufferingoperation Note TheKEB functions may performdifferentlydependingon thesize of theloads TheKEB Gains can besetfor abetter performance If alow voltage tripoccurs after a power interruption itindicates the load inertia and...

Page 252: ...AHRLow Freq 0 0 AHR High Freq Hz 16 Anti hunting regulation end frequency AHR HighFreq 400 00 AHRLow Freq 400 00 Hz 17 Anti hunting regulation compensation voltagelimit AHRLimit 2 0 20 Anti huntingRegulationSettingDetails Code Description CON 13 AHRSel Selects theAnti huntingregulator operation Setting Function 0 No Disable anti huntingregulation 1 Yes Enable anti huntingregulation CON 14 AHRP Gai...

Page 253: ...0 Forward 1 Reverse 47 Firemoderun frequency FireMode Freq 60 00 0 max Freq Hz 48 Firemode operation count FireModeCnt 0 IN 65 75 Digital input configuration Px Define 40 FireMode 0 55 OUT 31 35 Digital output configuration Relay1 5 27 FireMode 0 41 36 TRoutput configuration Q1define 27 FireMode 0 41 When the multi function terminal configured for Fire mode is turned on the inverter ignores all ot...

Page 254: ...Fire mode operation PRT 47FireModeFreq Sets the operationfrequencyfor Fire mode PRT 48FireModeCnt Countsthenumber of theFire mode operations Thenumber increases only whenPRT 45 FireMode Sel isset to Fire Mode The countincreases up to99 thenitdoesnot increaseanymore If damper or lubricationoperations are setfor theinverter Firemodeoperationis performed after thedelaytimes setin the relevant operati...

Page 255: ...eleration Group Code Name LCDDisplay ParameterSetting SettingRange Unit ADV 50 Energy saving operation E SaveMode 1 Manual 0 None 1 Manual 2 Auto 51 Energy saving amount Energy Save 30 0 30 5 26 2 Automatic Energy Saving Operation The inverter finds the optimal energy savingpointfor the time setatADV 52 based on the rated motor currentand the voltage output The Energy savingoperation iseffective f...

Page 256: ...e inverter voltage outputisdisconnected and the motor isidling Since this feature estimates the motor rotation speed based on the inverter output current itdoesnot give the exact speed Group Code Name LCDDisplay ParameterSetting SettingRange Unit CON 70 Speed searchmode selection SSMode 0 FlyingStart 1 71 Speed search operationselection Speed Search 0000 bit 72 Speed search reference current SS Su...

Page 257: ...generated bythe counter electromotiveforceduringno load rotation Because thismodeestablishesthedirectionof theidling motor forward reverse thespeed searchfunctionis stableregardlessof thedirectionof theidlingmotor and direction of operation command However because the ripplecurrentisused whichis generated by the counter electromotive force atidle the counter electromotiveforceis proportional tothe...

Page 258: ...is initialized after afault trip Automatic restartafterapowerinterruption If bit3is setto 1 and if a low voltage tripoccursdue to apower interruptionbutthe power is restored before theinternal power shutsdown the speed search operation accelerates the motor back to itsfrequencyreference before thelow voltage trip If aninstantaneous power interruption occurs and theinputpower is disconnected theinv...

Page 259: ... isset to 1 Flying Start 2 different factorydefaults based onmotor capacity are used and defined inDRV 14 Motor Capacity CON 75 SSBlock Time Theblock time parameter prevents overvoltage tripsdue to counter electromotiveforce Note If operated within therated output the H100seriesinverter isdesigned towithstand instantaneous power interruptions within8 msand maintainnormal operation TheDC voltageins...

Page 260: ...247 Learning Advanced Features SpeedSearchOperation SettingDetails ...

Page 261: ...10 10 Autorestartdelaytime RetryDelay 1 0 0 1 60 0 sec CON 71 Selectspeed search operation Speed Search 0000 1111 bit 72 Speed searchstartup current SS Sup Current 90 70 120 73 Speed search proportional gain SSP Gain 100 0 9999 74 Speed searchintegral gain SS I Gain 200 0 9999 75 Outputblocktime before speed search SSBlockTime 1 0 0 0 60 0 sec AutoRestartSettingDetails Code Description PRT 08 RST ...

Page 262: ...ulttrip occursduring anoperation theinverter restartsafter thetimesetatPRT 10 RetryDelay Ateachrestart theinverter countsthenumber of tries and subtractsitfrom thenumber setatPRT 09 until theretrynumber count reaches0 After an autorestart if afaulttripdoesnot occur within60sec it will increasetherestart count number The maximum count number is limited by thenumber setatPRT 09 If theinverter stopsd...

Page 263: ... ParameterSetting Setting Range Unit CON 04 Carrier Frequency Carrier Freq 3 0 0 75 90kW 1 0 15 0 kHz 2 0 110 355kW 1 0 5 0 1 5 400 500kW 1 0 4 0 05 SwitchingMode PWM Mode 0 Normal PWM 0 1 PWM Pulse width modulation OperationalNoiseSetting Details Code Description CON 04 Carrier Freq Adjusts motor operational noiseby changing carrier frequencysettings Power transistors IGBT inthe inverter generate...

Page 264: ... exceedsrated load and isexpressed as aratiobased onthe rated load and theduration The overload capacity ontheH100 seriesinverter is120 1 minfor normal loads Thecurrentratingdiffersfrom theload rating as it alsohas an ambient temperaturelimit For deratingspecificationsrefer to11 8InverterContinuousRatedCurrent Derating onpage618 Currentratingfor ambient temperatureatnormal load operation 5 30 2nd ...

Page 265: ...eused Also PRT 40 ETHTripSel must besetfirst before M2 29 M2 ETH1 min and M2 30 M2 ETH Cont settings ParameterSettingatMulti functionTerminalInputona2ndMotor Code Description Code Description M2 04AccTime Acceleration time M2 15M2 Efficiency Motor efficiency M2 05M2 DecTime Decelerationtime M2 17M2 Rs Stator resistance M2 06M2 Capacity Motor capacity M2 18M2 Lsigma Leakageinductance M2 07M2 BaseFr...

Page 266: ...ty M2 Capacity 3 7 kW 08 Control mode M2 Ctrl Mode 0 V F 5 31 Supply PowerTransition Asupply power transition isused to switch the power source for the motor connected to the inverter from the inverter output power to the main supply power source commercial power source or vice versa Group Code Name LCDDisplay ParameterSetting SettingRange Unit IN 65 71 Px terminal configuration Px Define Px P1 P7...

Page 267: ...DDisplay ParameterSetting SettingRange Unit ADV 64 Coolingfan control FanControl 0 DuringRun 0 2 Cooling Fan ControlDetailSettings Code Description IN 65 71 Px Define Whenthe motor power sourcechangesfrominverter output tomainsupply power select a terminal to useand setthe codevalue to 18 Exchange Power will beswitched when theselected terminal ison Toreversethe transition switchoff the terminal O...

Page 268: ...Run if theheat sink temperaturereaches asetlevel by current inputharmonicwave or noise the cooling fan may run as a protectivefunction Acapacity of 110 kW or more has asmall built infaninstalled to cool theinternal temperature The internal fan controls on off in conjunctionwiththeoperation command of the inverter main control fan 5 33 Input Power Frequency andVoltage Settings Select the frequencyf...

Page 269: ...Save 1 Yes Read Write andSaveParameterSettingDetails Code Description CNF 46Parameter Read Copiessaved parametersfromtheinverter tothe keypad Saved parameters onthekeypad will bedeleted and replaced with the copied parameters CNF 47Parameter Write Copiessaved parametersfromthe keypad to theinverter Saved parameters ontheinverter will bedeleted and replaced with the copied parameters If anerror occ...

Page 270: ...itialize all groups All Grp Initialize all data Select 1 All Grp and pressthe PROG ENT key tostartinitialization On completion 0 No will be displayed 2 InitializeDRV group DRVGrp Initializedataby groups Select initialize groupand pressthe PROG ENT key tostart initialization On completion 0 No will bedisplayed 3 InitializeBAS group BASGrp 4 InitializeADV group ADVGrp 5 Initialize CON group CONGrp 6...

Page 271: ... the user toenter anew password will be displayed theprocesswill not progress to thenextstage until the user enters avalid password 4 Register a new password 5 After registration codeCNF 51will bedisplayed CNF 50View LockSet Toenable parameter view lock enter aregistered password The Locked signwill bedisplayed on thescreen toindicate thatparameter view lock isenabled Todisableparameter view lock ...

Page 272: ...anew window to enter anew password will bedisplayed Theprocesswill not move tonextstage until theuser enters avalid password 4 Register a new password 5 After registration CodeCNF 53will bedisplayed CNF 52KeyLock Set Toenable parameter lock enter the registered password The Locked signwill bedisplayed onthescreen to indicate thatprohibitionis enabled Once enabled pressing the PROG ENT keyatoncefun...

Page 273: ...trations Group Code Name LCDDisplay ParameterSetting SettingRange Unit CNF 42 Multi function key settings Multi Key Sel 3 UserGrpSelKey 45 Delete all user registered codes UserGrp AllDel 0 No UserGroupSettingDetails Code Description CNF 42Multi KeySel Select 3 UserGrpSelKey fromthe multi function keysettingoptions If user groupparametersarenotregistered setting the multi functionkey to the user gr...

Page 274: ...press the PROG ENT key 4 Changing the value in will alsochangethevaluein If no codeisregistered EmptyCode will bedisplayed Entering 0 cancels thesettings 5 Theregistered parameters are listed inthe user groupinU M mode You canregister oneparameter multiple timesif necessary For example a parameter can beregistered as code2 code 11 and moreintheuser group Follow theproceduresbelow to delete paramet...

Page 275: ...EasyStartOn Setthevaluesin thefollowing screens ontheKeypad ToescapefromEasyStartOn press the ESC key Start Easy Set Select Yes CNF 43 Selecta macro BAS 10 60 50 Hz Sel Set motor rated frequency DRV 14Motor Capacity Set motor capacity BAS 13 Rated Curr Set motor rated current BAS 15 RatedVolt Set motor rated voltage BAS 11PoleNumber Setmotor polenumber BAS 19AC InputVolt Setinputvoltage PRT 08Sele...

Page 276: ...he configmode parametersare used to configure keypad related features can be operated withthe command sourceset atDRV 06 Group Code Name LCDDisplay ParameterSetting SettingRange Unit CNF 2 LCD brightness contrast adjustment LCD Contrast 10 Inverter S Wversion InvS WVer x xx 11 Keypad S Wversion Keypad S W Ver x xx 12 Keypad title version KPDTitleVer x xx 30 32 Power slottype Option x Type None 44 ...

Page 277: ...ion 1 Type CNF 31 and CNF 32are not used CNF 44EraseAllTrip Deletes the stored triphistory CNF 60AddTitleUp Wheninverter SW versionisupdated and more codeis added CNF 60settingswill add display and operate the added codes SetCNF 60 to 1 Yes and disconnect thekeypad from theinverter Reconnecting the keypad to theinverter updatestitles CNF 62WHCount Reset Initialize the accumulated electric energy c...

Page 278: ...rolled bytheMacrofunction are initialized For other macro applicationsettings settings 1 7 refer to 5 42MacroSelection onpage 264 5 43 Timer Settings Setamulti function input terminal to atimer Sets the On Off controls to the multi function outputs and relays according to the timer settings Group Code Name LCDDisplay ParameterSetting SettingRange Unit IN 65 71 Px terminal configuration Px Define P...

Page 279: ...eset atOUT 56 5 44 Multiple Motor Control MMC The MMC Multiple Motor Control function isused to control multiple motorsfor a pumpsystem The main motor connected with the inverter outputis controlled bythe PID controller The auxiliarymotors are connected with the supply power and turned on and off by the relaywithin the inverter Group Code Name LCDDisplay ParameterSetting SettingRange Unit AP1 40 M...

Page 280: ...operation atstop Aux All Stop 0 No 0 No 1 Yes 49 Stop order for auxiliary motors FIFO FILO 0 FILO 0 FILO 1 FIFO 2 OpTime Order 50 Auxiliarymotor pressure difference Actual Start Diff 2 0 100 Unit 51 Mainmotor accelerationtime whenauxiliary motor is reduced Aux AccTime 2 0 600 0 Sec 52 Mainmotor Aux Dec 2 0 600 0 Sec 2 If Extension IOoption is equipped or AP1 40 is set to 2 or 3 AuxMaxMotor is set ...

Page 281: ...xchange 56 Auto change time AutoCh Time 72 00 00 00 99 00 Min 57 Auto change frequency AutoCh Level 20 00 Low Freq High Freq Hz 58 Auto change operation time AutoOp Time 59 Auxiliarymotor pressure difference Aux StopDiff 2 0 100 Unit 60 Targetfrequency of Aux Motor whileMulti Master is operating Follower Freq 60 00 Low Freq High Freq Hz 61 1auxiliary motor start frequency StartFreq 1 45 Low Freq H...

Page 282: ...q 7 45 Low Freq High Freq Hz 68 8auxiliary motor start frequency StartFreq 8 45 Low Freq High Freq Hz 70 1auxiliary motor stop frequency StopFreq 1 20 Low Freq High Freq Hz 71 2auxiliary motor stop frequency StopFreq 2 20 Low Freq High Freq Hz 72 3auxiliary motor stop frequency StopFreq 3 20 Low Freq High Freq Hz 73 4auxiliary motor stop frequency StopFreq 4 20 Low Freq High Freq Hz 74 5auxiliary ...

Page 283: ...Unit 81 2auxiliary motor reference compensation Aux2 Ref Comp 0 0 UnitBand Unit 82 3auxiliary motor reference compensation Aux3 Ref Comp 0 0 UnitBand Unit 83 4auxiliary motor reference compensation Aux4 Ref Comp 0 0 UnitBand Unit 84 5auxiliary motor reference compensation Aux5 Ref Comp 0 0 UnitBand Unit 85 6auxiliary motor reference compensation Aux6 Ref Comp 0 0 UnitBand Unit 86 7auxiliary motor ...

Page 284: ... 1 Aux 2 2 Aux 3 3 Aux 4 4 Aux 5 56 Aux 6 6 Aux 7 7 Aux 8 96 Operating time Day of auxiliary motor chosenin AP1 95 AuxRunTime Day 0 0 65535 97 Operating time of auxiliary motor chosenin AP1 95 AuxRunTime Min 00 00 00 00 23 59 98 Deleting operatingtime of auxiliary motor AuxRunTime Clr 0 None 1 All 5 AP1 95 98 are available when MMC and Master Follower functions are performed 6 5 Aux6 7 Aux8 of AP1...

Page 285: ...272 Learning Advanced Features Group Code Name LCDDisplay ParameterSetting SettingRange Unit 2 Aux 1 3 Aux 2 4 Aux 3 5 Aux 4 6 Aux 5 7 Aux 6 8 Aux 7 9 Aux 8 ...

Page 286: ...trightnumber of AP1 45Aux Priority1 indicatesthepriority of Auxiliarymotor 1and the second number fromtherightof AP1 45Aux Priority1 indicatesthe priorityof Auxiliary motor 2 AP1 45 Aux Priority1 x x x x The Priority of the Aux motor1 The Priority of the Aux motor4 AP1 46 Aux Priority2 x x x x The Priority of the Aux motor5 The Priority of the Aux motor8 AP1 48Aux All Stop When AP1 48Aux All Stop ...

Page 287: ...onfrequencyset atAP1 70 74 StopFreq 1 5 based on thedecelerationtime set atAP1 52 DecTime Whenthe auxiliarymotor stops the main motor acceleratesup to the auxiliary motor restartfrequencysetatAP1 61 65 StartFreq 1 5 based ontheaccelerationtimesetatAP1 51 AccTime AP1 53Aux StartDT AP1 54Aux StopDT The auxiliary motorsturnson or off after the auxiliarymotor stop delay time or the auxiliary motor res...

Page 288: ...65 1 5 auxiliary motor start frequency StartFreq 1 5 Frequency value withintherange Low Freq HighFreq Hz 50 Auxiliarymotors pressure difference Actual Pr Diff Percentagevalue withintherange 0 100 70 74 1 5 auxiliary motor stop frequency StopFreq 1 5 Frequency value withintherange Low Freq HighFreq Hz ...

Page 289: ...LOand FIFO settings AP1 61 AP1 62 AP1 63 AP1 64 AP1 65 Max Freq Frequency Output frequency Aux Motor 1 Off On PID Feedback AP1 71 AP1 70 AP1 72 AP1 73 AP1 74 AP1 74 AP1 71 AP1 72 AP1 73 AP1 70 Aux Motor 2 Aux Motor 3 Aux Motor 4 Aux Motor 5 PID Reference AP1 50 AP1 59 Time MMC Basic operation FILO ...

Page 290: ... PID Feedback Aux Motor 1 Aux Motor 2 Aux Motor 3 Aux Motor 4 Aux Motor 5 PID Reference AP1 50 AP1 59 AP1 61 AP1 62 AP1 63 AP1 64 AP1 65 AP1 71 AP1 72 AP1 73 AP1 74 AP1 70 AP1 70 AP1 71 AP1 72 AP1 73 AP1 74 AP1 65 AP1 64 AP1 63 AP1 62 AP1 61 MMC Basic operation FIFO ...

Page 291: ...Priority at the moment M3 M2 M1 M4 M5 Priority at the moment M3 M2 M1 M4 M5 5min 10min AP1 61 30min Operation time M1 30min M2 25min M3 20min Supposing its operating in less than 1 minute Output frequency MMC Basic operation OP Time Order Thefollowingdiagramis an operation graph based on thestart and stopdelaytimessetatAP1 53 Aux startDT and AP1 54 Aux stopDT Whenthestartor stopfrequenciesarereach...

Page 292: ... Ex In case that Replay1 2 3and 4 and 5 are set toMMC and thenumber of Num of Aux is3 Relay1 Relay2 Relay3 Relay4 Relay5 Operable Operable Operable Standby Standby Inthis case thoughonly Relay1 2 3 operateMMCfunction and theoutputof Relayisset toMMC it doesn twork aslong astheorder isnotchanged by Interlockand Auto Change Standby auxiliary motor becomes operablewhenthereis Interlockor Autochangein...

Page 293: ...Exchange 56 Auto changetime AutoChMode Timevaluewithin therange 00 00 99 00 Sec 57 Auto change frequency AutoChLevel Frequency value withintherange Low Freq HighFreq Hz 58 Auto change operation time AutoOpTime Timevaluewithin therange Sec AutoChangeSetting Details Code Description AP1 55AutoChMode Select the motors toapplythe auto changefunction Setting Description 0 None 1 Aux Exchange 2 MainExch...

Page 294: ...rymotors areoperating Auto changeisoperated only whenall the auxiliarymotors arestopped and if all the conditionssetfor theauto changearemet Whenthe inverter stops all motorsstop operating and the auxiliary motor with thehighestpriority becomes thestartingauxiliarymotor If theinverter power isturned off thenturned back on the auxiliary motor setatAP1 43 StartingAux becomes thestarting auxiliary mo...

Page 295: ...1 63 AP1 64 AP1 65 AP1 72 AP1 73 AP1 74 Option 2 All auxiliary motors are off Aux Auto Change operation FILO AP1 57 100 AP1 70 AP1 70 AP1 61 Option 1 AP1 58 Auto Op Time AP1 56 Auto Ch Time AP1 70 Aux Auto Change operation FIFO option 1 AP1 58 Auto Op Time AP1 56 Auto Ch Time Max Freq Output frequency Feedback 0 Fx Off On Aux Motor 1 Aux Motor 2 Aux Motor 3 Aux Motor 4 Aux Motor 5 AP1 61 AP1 62 AP...

Page 296: ...M5 Motor to operate MMC M3 M4 M5 Standby motor M1 M2 Supposing its operation in less than 1 minute AP1 74 AP1 72 AP1 65 AuxAuto Changeoperation OpTimeOrder when operable motor and standbymotor are set to 3 and 2 each Option 1 AP1 58 Auto Op Time AP1 56 Auto Ch Time When AP1 55 AutoChMode isset to 2 Main Exchange the system uses all the motors main and auxiliarymotors regardless of the types The au...

Page 297: ...AP1 55 Auto Ch Mode is set to 2 Main when the inverter operation time exceeds the auto change interval set at AP1 58 If the inverter operation frequency is below the frequency set at AP1 57 all the auxiliary motors including the start auxiliary motor are turned off After the delay time set at AP1 91 Interlock DT elapses the Main auto change is operated After the Main auto change the auxiliary moto...

Page 298: ... Option 3 AP1 91 Interlock DT AP1 70 Off Stop On Run Main Auto Change operation FILO Max Freq Freqency Fx Inv State Max Freq Frequency Main Main Main Main_ _ _ _Exch occurs Exch occurs Exch occurs Exch occurs AP1 70 Output frequency Main Motor Option 3 AP1 91 Interlock DT AP1 70 Fx Off Stop Inv State On Run Main Auto Change operation FIFO ...

Page 299: ...tandby Motor are set to 3 and 2 each Option 3 AP1 91 Interlock DT 5 44 4 Interlock When there ismotor trouble the interlock feature isused to stopthe affected motor and replace it with another thatisnot currentlyoperating off state To activate the interlock feature connect the cablesfor abnormal motor signal to the inverter input terminal and configure the terminals as interlock 1 5 inputs Then th...

Page 300: ...d and On when they are invalid InterLockSettingDetails Code Description AP1 90InterLock Enables or disablesthe Interlock AP1 91InterlockDT Sets thedelay time before the Interlockoccurs Note IN 65 71PxDefine Selectthe terminal from theinput terminal function group IN 65 71 and set Interlock1 5respectively with the correct motor order Whenauto change modeselection AP1 55 is set to 0 None or 1 Aux an...

Page 301: ...he frequency set atAP1 71 and rises again Then the interlock occursat auxiliarymotor 1 The auxiliarymotor stopsand falls to the frequency setat AP1 71 and then risesagain Interlock 2 should be released first then release interlock 1 to let the auxiliarymotor operate When interlocksare released theywill have the lowest priorityof the operatingmotors If the auxiliarymotor turnsoff by a rise of Feedb...

Page 302: ...occurs at auxiliarymotor 3 the priorityisnumber 1 3 4 5 2 When itoccursat auxiliarymotor 1 the priorityisnumber 3 4 5 2 1 The figure below shows the order of the auxiliarymotors activatingdependingon the priority of Interlock occurring and releasing In the figure the order is the same for FILO FIFO because the auxiliarymotor turnson Max Freq Off On AP1 62 AP1 61 AP1 74 AP1 73 AP1 72 AP1 71 AP1 70 ...

Page 303: ...otor5 01 50 Operating Set 3 Aux2of AP1 98 AuxRunTime Clr 2 AuxMotor2 00 00 Operating AuxMotor3 00 30 Operating AuxMotor1 00 50 Operating AuxMotor4 01 30 Operating AuxMotor5 01 50 Operating Set timeof Aux2to 2 00 through AP1 97 AuxRunTime Min 3 AuxMotor3 00 30 Operating AuxMotor1 00 50 Operating AuxMotor2 02 00 Operating AuxMotor4 01 30 Stopping AuxMotor5 01 50 Stopping The table below shows the ca...

Page 304: ...arBypass DetailSettings Code Description AP1 41 Regular Bypass Sets theregular bypass mode Mode Setting 0 No 1 Yes AP1 61 65StartFreq 1 5 Sets the auxiliary motor startfrequency AP1 70 74StopFreq 1 5 Sets the auxiliary motor stopfrequency OUT 31 35 Relay1 5 OUT 36Q1Define SetOUT31 35 to 21 MMC tousetheout terminal for auxiliary motor operation Thenumber of configured output terminals determinesthe...

Page 305: ...uency To use the regular bypassfunction 1 Yes has to be selected in the MMCand PIDfunctions Only FILOoperates between the AP1 49 FIFO FILO in a regular bypassfunction Out Freq 10 20 30 40 50 60 70 80 90 100 16 6 33 3 49 9 66 6 83 3 0 area 6 Off On Aux Motor 1 Max Freq AP1 61 AP1 62 AP1 63 AP1 64 AP1 65 AP1 71 AP1 72 AP1 73 AP1 74 AP1 70 Regular ByPass area 5 area 4 area 3 area 2 area 1 Aux Motor 2...

Page 306: ... additional PID reference value relevant to the auxiliarymotor to the currentreference the lossof pressure can be compensated for AuxiliaryPID CompensationDetailedSettings Code Description AP1 80 84 Aux 1 5 Ref Comp SettherelevantPID reference compensationratewhenever the auxiliary motor is turned on The PID referencecanbe set over 100 butwhenitexceeds 100 the maximumvalue of thePID referenceislim...

Page 307: ...ack from sensor control Multi Motor and function asMaster of communication In addition if itisset to Leader Drive Drive turned on atfirst performsfunctionsof SoftFill Pre PID Sleep WakeUp and Aux Motor PID Compensation ServeDrive Itis an inverter to operate motorswith Leader Drive Each inverter and motor has the same number ID COM 01 Int485 StID Among the operatingmotors the motor with the lowest ...

Page 308: ... below shows that the priorityis Motor1 M1 Motor2 M2 Motor3 M3 The prioritycan be changed automatically according to operating time Start Freq 1 Start Freq 3 Out Freq Run Cmd Follower Freq t M1 OutFreq M2 OutFreq FeedBack Stop Freq 2 PID Reference Start Freq 2 Stop Freq 3 M3 OutFreq M1 M2 M3 M1 M2 M1 Cmd Freq PID Ctrl Follower Freq M2 Cmd Freq M3 Cmd Freq PID Ctrl Follower Freq PID Ctrl PID Ctrl M...

Page 309: ...ityin AP1 45 46 Aux Priority AconditionthatAux Motoristurnedoff If the real operatingfrequencyof Main Motor islower than the frequencysetin Stop Freq AP1 44 Aux Motor Run decreases 1 after the time setin AP1 54 Aux StopDT and the presentMain Motor becomes Aux Motor deceleratingbased on time of DRV 04 DecTime until 0Hz Atthe same time the motor corresponding to the previouspriority becomesMain Moto...

Page 310: ...44 Aux Motor Run increases 1 In addition Aux Motor with the next priorityof Main Motor is turned on and the new operating Aux Motor becomesMain Motor Operatingmotors can be controlled together byPID Itis possible to check the priorityin AP1 45 46 Aux Priority AconditionthatAux Motoristurnedoff If the real operatingfrequencyof Main Motor islower than the frequencysetin Stop Freq AP1 44 Aux Motor Ru...

Page 311: ...er Freq PID Ctrl Main Motor Aux Motor Aux Motor Aux Motor PID Ctrl Main Motor M1 M2 M3 M2 M3 The picture below shows the operatingtime of M1 is the longestduring Multi Follower Mode Start Freq 1 Start Freq 3 Out Freq High Freq M1 OutFreq M2 OutFreq Start Freq 2 M3 OutFreq M2 M3 M1 Run Cmd FeedBack PID Reference M1 Cmd Freq PID Ctrl M2 Cmd Freq M3 Cmd Freq Main Motor PID Ctrl PID Ctrl Aux Motor Aux...

Page 312: ... Follower keeps performing the function exceptLeader Drive if there is anotherTrip Leader Drive executesPID control and overall system control consistently In thisoperatingpriority M1 M2 M3 M4 M5 M6 M7 M8 if interlock3 or any trip and HAND OFF State are caused the motor is activated in thisorder M1 M2 M4 M5 M6 M7 M8 Interlock1 Interlock2 Interlock3 Interlock4 Interlock8 Leader Drive ID 1 Serve Dri...

Page 313: ...p M3 FreeRun M1 M2 M1 M2 M3 M3 Time to sort the priority according to the operation time Aux Motor Main Motor PID Ctrl PID Ctrl Main Motor Aux Motor 5 45 Multi function Output On Off Control Setreference values on off level for analoginputand control output relayor multi function output terminal on off statusaccordingly Group Code Name LCDDisplay Parameter Setting SettingRange Unit ADV 66 Output t...

Page 314: ...tions to preventbrakingduring the regeneration process If motor regeneration occursduring apressoperation motor operation speed automatically goes up to avoid theregenerationzone Group Code Name LCDDisplay ParameterSetting SettingRange Unit ADV 74 Select press regeneration preventionfor press RegenAvd Sel 0 No 0 1 75 Pressregeneration preventionoperation voltagelevel RegenAvd Level 350V 200V class...

Page 315: ...ortenbrakelife Toprevent this selectADV 74 RegenAvd Sel to control DClinkvoltage and disablethebrake unit operation ADV 75 RegenAvd Level Setbrakeoperationpreventionlevel voltagewhenthe DClinkvoltagegoes up due to regeneration ADV 76 CompFreq Limit Set analternativefrequency widththatcanreplace actual operationfrequency during regeneration prevention ADV 77 RegenAvd Pgain ADV 78 RegenAvd Igain Top...

Page 316: ...ltage currentoutput terminal setting switch SW5 to change the output type voltage current Group Code Name LCDDisplay ParameterSetting SettingRange Unit OUT 01 Analogoutput1 AO1Mode 0 Frequency 0 15 02 Analogoutput1 gain AO1Gain 100 0 1000 0 1000 0 03 Analogoutput1 bias AO1Bias 0 0 100 0 100 0 04 Analogoutput1filter AO1Filter 5 0 10000 ms 05 Analog constant output1 AO1Const 0 0 0 0 100 0 06 Analogo...

Page 317: ...uts10Vwhen theDC linkvoltageis410VDCfor 200V models and 820VDCfor 400Vmodels 4 Output Power Monitorsoutputwattage 150 of rated outputis the maximumdisplay voltage 10V 7 Target Freq Outputssetfrequency as astandard Outputs 10V at the maximumfrequency DRV 20 8 Ramp Freq Outputsfrequency calculated withAcc Decfunction asa standard Mayvarywith actual outputfrequency Outputs10V 9 PID Ref Value Outputs ...

Page 318: ...ow illustrateshow theanalog voltageoutput AO1 changes depending onOUT 02 AO1Gain and OUT 3 AO1Bias values TheY axisis analog output voltage 0 10V and theX axisis a value of theoutputitem Example if the maximumfrequencysetatDRV 20 Max Freq is60 Hz and the presentoutputfrequencyis30Hz thenthe x axisvalue on thenext graphis 50 OUT 04AO1 Filter Setfilter time constant on analog output OUT 05A01 Const ...

Page 319: ...output constant output2 TO Const 0 0 0 0 100 0 66 Pulse output monitor TO Monitor 0 0 0 1000 0 Analog PulseOutputSettingDetails Code Description OUT 62TO Gain OUT 63TO Bias Adjusts output value and offset If frequencyisselected as anoutput itwill operate as shownbelow C2 34567589 3456 C2 8 C2 A B Thefollowing graphillustratesthatthe pulse output TO changesdepend onOUT 62 TO Gain and OUT 63 TO Bias...

Page 320: ... Setsfilter time constant on analogoutput OUT 65TO Const If the analogoutputitemissetto constant theanalogpulseoutputis dependent onthesetparameter values OUT 66TO Monitor Monitorstheanalog output value Itdisplaysthe maximum output pulse 32 kHz as apercentage of thestandard ...

Page 321: ...9 AO2 Bias until 4 mAismeasured If the value ismore than 4 mA graduallydecrease OUT 09 AO2 Bias until 4 mAis measured 3 SetOUT 11 AO2 Const to 100 0 4 SetOUT 08 AO2 Gain to 80 0 and measure the current outputat 20 mA If the value isless than 20 mA graduallyincrease OUT 08 AO2 Gain until 20 mAis measured If the value ismore than 20 mA graduallydecrease OUT 08 AO2 Gain until 20 mAis measured Thefunc...

Page 322: ...0 None 34 Multi function relay4 setting Relay 4 0 None 35 Multi function relay5 setting Relay 5 0 None 36 Multi function output setting Q1define 0 None 41 Multi function output monitor DO Status 00 11 bit 57 Detectionfrequency FDT Frequency 30 00 0 00 Maximum frequency Hz 58 Detectionfrequency band FDT Band 10 00 IN 65 71 Px terminal configuration Px Define 18 Exchange 0 55 Multi function OutputTe...

Page 323: ...al whenthe user setfrequency and detected frequency FDT Frequency areequal and fulfills FDT 1 conditionatthesame time Absolute value setfrequency detected frequency detected frequencywidth 2 FDT 1 Detected frequencywidthis10Hz Whenthedetected frequencyisset to 30 Hz FDT 2outputis asshownin the graphbelow 3 FDT 3 Outputs asignal whentheAbsolutevalue output frequency operationfrequency detected freq...

Page 324: ...ted current and aprotective functionis activated to preventdamage to theinverter based on inverseproportional characteristics 7 Under Load Outputs asignal at load fault warning 8 FanWarning Outputs asignal atfanfaultwarning 9 Stall Outputs asignal when amotor is overloaded and stalled 10 OverVoltage Outputs asignal whentheinverter DClink voltage rises above theprotectiveoperation voltage 11 LowVol...

Page 325: ...efer to 5 31Supply PowerTransitionpageon253 19 Speed Search Outputs asignal duringinverter speed search operation For details refer to5 27SpeedSearchOperationonpage 243 20 Ready Outputs asignal whentheinverter isinstand bymode and ready toreceiveexternal operation commands 21 MMC Used as amulti motor control function By configuring therelay outputand the multi function output to MMCand configuring...

Page 326: ...eration 31 PumpCleanSel Outputs asignal when apumpcleaningfunction isin operation 32 LDTTrip Outputs asignal when anLDT trip occurs 33 Damper Control Outputs asignal when adamper opensignal isset at IN 65 71multi function terminals and run command ison 34 CAP Warning Outputs asignal whenvalue of thePRT 85islower than thevalue of thePRT 86 CAP lifecycle examinationdonot operateproperly 35 Fan Excha...

Page 327: ...multi function output terminal Q1 and relay Relay1 Group Code Name LCDDisplay Parameter Setting SettingRange Unit OUT 30 Fault tripoutput mode Trip OutMode 010 bit 31 Multi function relay1 Relay1 23 Trip 32 Multi function relay2 Relay2 14 Run 33 Multi function relay3 Relay3 0 none 34 Multi function relay4 Relay4 0 none 35 Multi function relay5 Relay5 0 none 36 Multi functionoutput1 Q1 Define 0 non...

Page 328: ... NC NO Sel 000000 00 11 bit Multi function output terminals are numbered Starting from the right number 1 the number increases to the left Code Description OUT 30 Trip OutMode Fault trip relay operates basedon the fault tripoutput settings Item biton bitoff Keypad display Select a fault trip output terminal relay and select 29 TripMode at codes OUT 31 33 When a fault trip occurs in the inverter th...

Page 329: ...play 1 Monitor Line 1 0 Frequency Hz Code Description OUT 50 DO OnDelay Whena relayoperationsignal operationsetinOUT 31 35 36 occurs therelay turnsonor the multi function output operates after thetimedelay set atOUT 50 OUT 51 DO Off Delay Whenrelay or multi function outputisinitialized off signal occurs the relayturns off or multi function output turns off after the timedelaysetatOUT 54 OUT 52 DO ...

Page 330: ...plays thesetspeed rpm During operation displaystheactual operating speed rpm 2 Output Current Displaysoutput current 3 Output Voltage Displaysoutput voltage 4 OutputPower Displaysoutputpower 5 WHour Counter Displaysinverter power consumption 6 DCLink Voltage DisplaysDClinkvoltagewithintheinverter 7 DIStatus Displaysinput terminal status of theterminal block Startingfrom theright displaysP1 P8 8 DO...

Page 331: ...total of threeitems frommonitor line 1 to monitor line 3 canbedisplayed simultaneously CNF 24Mon ModeInit Selecting 1 Yes initializesCNF 20 23 5 50 OperationTime Monitor Note Inverterpowerconsumption Values are calculated using voltage and current Electric power iscalculated everysecond and the results are accumulated SettingCNF 62 WHCount Reset value to 1 Yes will resetcumulated electricenergy co...

Page 332: ... Code Description CNF 70On time Displaysaccumulated power supply time Informationisdisplayed in Day Hr Min 00000DAY 00 00 format CNF 71Run time Displaysaccumulated time of voltage outputby operation command input Informationisdisplayed in DayHr Min 00000DAY 00 00 format CNF 72Time Reset Setting 1 Yes will delete the power supply accumulated time On time and operation accumulated time Run time CNF ...

Page 333: ...ication is unavailable after the instantaneous power interruption even if the COM 96 PowerOn Resume function is set to Yes do notoperate the inverter The Power on Run function operates separately Power on Run function and PowerOn Resume function is set to Yes and power turnsoff and turnson inverter maintainsfor the time setin Power on run function and then by the Power On Resume function if the in...

Page 334: ...to protect the motor based on itsheat characteristics Group Code Name LCDDisplay ParameterSetting Settingrange Unit PRT 40 Electronicthermal preventionfaulttrip selection ETHTripSel 0 None 0 2 41 Motor cooling fan type Motor Cooling 0 Self cool 42 Electronicthermal one minuterating ETH 1min 120 100 150 43 Electronicthermal prevention continuous rating ETH Cont 100 50 150 Code Description PRT 40 ET...

Page 335: ...n motorshave thisdesign 1 Forced cool Additional power is supplied tooperate the coolingfan Thisprovidesextended operationatlow speeds Motors designed for inverterstypicallyhavethisdesign PRT 42 ETH1 min The amount of inputcurrent that can be continuouslysupplied tothemotor for 1 minute based on the motor rated current BAS 13 PRT 43 ETHCont Sets the amountof currentwiththe ETHfunctionactivated The...

Page 336: ...ermal T Area 0 Low 0 1 OUT 07 Analogoutput2item AO2Mode 14 Constant 0 18 08 Analogoutput2 gain AO2Gain 100 0 100 MotorOverheat ProtectSensor InputDetailSettings Code Description PRT 34 Thermal T Sel Sets theinverter operationstatewhenmotor is overheated Setting Function 0 None Donotoperatewhenmotor overheatingisdetected 1 Free Run Whenthe motor is overheated theinverter outputis blocked and themot...

Page 337: ...he I2 orV1 terminal blockby using the analog output terminal Usingthetemperaturesensor PTC by connecting ittotheanalog inputterminal When the AO2 analogcurrentoutput terminal is connected to the temperature sensor installed on amotor the inverter supplies constant current to the temperature sensor Then connectingthe motor signal wire to one of the inverter s analoginput terminals allows the invert...

Page 338: ...ernal delay time The trip delay time isnot resetinstantlywhen the trip condition is released butitonlydecreases astime passes 6 1 3 Overload EarlyWarning andTrip Group Code Name LCDDisplay ParameterSetting Settingrange Unit PRT 17 Overload warning selection OLWarn Select 1 Yes 0 1 18 Overload warning level OLWarnLevel 110 30 150 19 Overload warning time OLWarnTime 10 0 0 30 sec 20 Motionat overloa...

Page 339: ...al or relay outputs asignal The signal outputdoesnot block the inverter output PRT 20 OLTripSelect Select theinverter protective actionintheevent of an overload fault trip Setting Function 0 None Noprotective actionis taken 1 Free Run Inthe eventof an overload fault inverter outputis blocked and themotor will free rundue toinertia 3 Dec If afault trip occurs the motor deceleratesand stops PRT 21OL...

Page 340: ...regenerate energy therefore optimum deceleration is available withoutover voltage fault trip To protectthe motor from overload faults the inverter output frequencyis adjusted automatically based on the size of load Group Code Name LCDDisplay ParameterSetting Settingrange Unit PRT 50 Stall preventionand flux braking Stall Prevent 0100 bit 51 Stall frequency 1 Stall Freq 1 60 00 StartFreq Stall Freq...

Page 341: ...gdeceleration Setting Function 0001 Stall protection during acceleration If inverter output currentexceedsthe presetstall level PRT 52 54 56 58 duringacceleration the motor stopsacceleratingand startsdecelerating If currentlevel stays above thestall level themotor decelerates to thestartfrequency DRV 19 If the currentlevel causesdecelerationbelow the preset level while operating thestall protectio...

Page 342: ...ll protection and flux braking during deceleration Stall protection and flux brakingoperate together during deceleration to achievetheshortest and moststabledecelerationperformance PRT 51 Stall Freq 1 PRT 58Stall Level4 Additional stall protection levelscanbe configured for differentfrequencies based ontheload type Asshowninthe graphbelow the stall level canbe set abovethebasefrequency Thelower an...

Page 343: ... protection If theinput voltageexceedsthenominal voltage thereis a possibility thatthedecelerationstall doesnotworkproperly PRT 59Flux Brake Kp Again used to decelerate withoutover voltage fault trip It compensatesfor the inverter outputvoltage Note Stall protection and flux brakingoperate together onlyduringdeceleration Turn onthethird and fourthbitsof PRT 50 Stall Prevention toachievethe shortes...

Page 344: ... due to alack of torque Group Code Name LCDDisplay ParameterSetting Settingrange Unit PRT 05 Input outputopen phaseprotection PhaseLoss Chk 00 bit 06 Open phaseinput voltage band IPOVBand 40 1 100V V Inputand Output Open phaseProtectionSetting Details Code Description PRT 05PhaseLoss Chk PRT 06 IPOVBand Whenopen phaseprotection isoperating input and output configurations are displayed differently ...

Page 345: ...71 Px terminal setting options Px Define Px P1 P7 4 ExternalTrip 0 55 87 Multi function input contact selection DINC NO Sel bit ExternalTripSignalSettingDetails Code Description IN 87DINC NO Sel Selects the type of input contact If themarkof the switchis atthebottom 0 it operatesas anA contact NormallyOpen If themarkis at thetop 1 it operatesas aB contact NormallyClosed The corresponding terminals...

Page 346: ...ics Group Code Name LCDDisplay ParameterSetting Settingrange Unit OUT 31 35 Multi function relay 1 5 Relay 1 5 6 IOL 36 Multi function output 1 Q1Define Note Awarning signal outputcanbeprovided inadvanceby the multi functionoutput terminal beforethe inverter overload protectionfunction IOLT operates Whenthe overcurrenttimereaches60 of the allowed overcurrent 120 1 min 140 5sec awarning signal outp...

Page 347: ...de Name LCDDisplay ParameterSetting Settingrange Unit PRT 11 Keypad command loss operation mode LostKPD Mode 0 None 0 None 1 Warning 2 Free Run 3 Dec 12 Speed command loss operation mode LostCmd Mode 1 Free Run 13 Time todetermine speed command loss LostCmd Time 1 0 0 1 120 0 sec 14 Operation frequencyat speed command loss LostPresetF 0 00 Start frequency Max frequency Hz 15 Analoginputloss decisi...

Page 348: ...etting Function 0 None Thespeed command immediately becomesthe operationfrequencywithout any protectionfunction 1 Free Run Theinverter blocksoutput Themotor performsinfree run condition 2 Dec Themotor decelerates and thenstopsat the timesetat PRT 07 Trip DecTime 3 Hold Input Theinverter calculates the averageinputvaluefor 10 seconds before theloss of the speed command and usesit asthespeed referen...

Page 349: ...RT 13 LostCmd Time CodesIN 08and IN 12 are used tosetthe standard values If theset value of theIN 08and IN 12is 0 theLostCmd functiondoesnot operate PRT 14LostPresetF Insituationswherespeed commandsarelost settheoperation mode PRT 12 LostCmd Mode to 5 LostPreset This operatestheprotectionfunction and sets thefrequencyso thatthe operation can continue SetIN 06 V1 Polarity to Unipolar and IN 08 to 5...

Page 350: ...337 Learning Protection Features communication theprotectionfunctionoperates after the command lossdecisiontimesetatPRT 13 LostCmdTime is elapsed ...

Page 351: ...ulti function output 1item Q1Define DynamicBreakingResistorSettingDetails Code Description PRT 66DB Warn ED Setthebrakingresistor configuration ED EnableDuty Thebrakingresistor configurationsets therate at whichthebrakingresistor operatesfor one operation cycle The maximumtimefor continuousbrakingis15 secand the brakingresistor signal isnotoutputfrom theinverter after the15sec period elapses Anexa...

Page 352: ... for theinverter s multi functioninput 6 2 6 Low BatteryVoltageWarning The H100 series has abatterylow voltage warningfeature If the low battery voltage warning function is set to Yes alow battery voltage warningoccurswhen the batteryvoltage islower than 2V normal voltage is 3V Replace the batterywhen the low batterywarningisdisplayed Group Code Name LCDDisplay ParameterSetting SettingRange Unit P...

Page 353: ...WarnSel 1 Yes 0 1 26 Under load warning time ULWarnTime 10 0 0 600 0 sec 27 Under load trip selection ULTripSel 1 Free Run 28 Under load trip timer ULTripTime 30 0 0 600 0 sec UnderLoadTripandWarningSettingDetails Code Description PRT 23 UL Source Select asource todetectthe under load trip An under load tripcan bedetected using outputcurrent or outputpower PRT 24 UL Band Make astandard valuefor th...

Page 354: ...ning manuallyset theload fitfrequencies AP2 02Load Fit Lfreq AP2 10Load FitHfreq TheUnder Load protectiondoesnot operatewhiletheEnergy Savefunctionisin operation 6 3 1 Fan Fault Detection Group Code Name LCDDisplay ParameterSetting Settingrange Unit PRT 79 Coolingfanfault selection FanTripMode 0 Trip OUT 31 35 Multi function relay 1 5 Relay 1 5 8 Fan Warning OUT 36 Multi function output 1 Q1Define...

Page 355: ...Name LCDDisplay ParameterSetting Settingrange Unit PRT 81 Low voltagetrip decisiondelaytime LVT Delay 0 0 0 60 0 sec OUT 31 35 Multi function relay 1 5 Relay 1 5 11 Low Voltage 36 Multi function output 1 Q1Define LowVoltage FaultTripSettingDetails Code Description PRT 81 LVT Delay If the code valueisset to 11 LowVoltage theinverter stopsthe outputfirstwhena low voltage trip condition occurs thenaf...

Page 356: ... signal terminal and the signal is input to the terminal then the operation stops Group Code Name LCDDisplay ParameterSetting Settingrange Unit IN 65 71 Px terminal settingoptions Px Define Px P1 P7 5 BX 0 55 OutputBlock byMulti functionTerminalSetting Details Code Description IN 65 71 Px Define Whenthe operationof the multi functioninput terminal is set to 5 BX and is turned onduring operation th...

Page 357: ...ardTrip Option card tripsmayoccur when an option card isused with the inverter Set the operation mode for the inverter when a communication error occurs between the option card and the inverter body or when the option card isdetached duringoperation Group Code Name LCDDisplay ParameterSetting Settingrange Unit PRT 80 Operation mode for option card trip OptTripMode 0 None 0 3 1 Free Run 2 Dec Opera...

Page 358: ...ntlevel NoMotor Level 5 1 100 33 Nomotor detection time NoMotorTime 3 0 0 1 10 sec NoMotorTripSetting Details Code Description PRT 32NoMotor Level PRT 33NoMotorTime If the output currentvalue based on therated current BAS 13 islower than thevalue set atPRT 32 NoMotor Level and if this continuesfor the timeset atPRT 33 NoMotorTime a no motor trip occurs If BAS 07 V FPattern isset to 1 Square setPRT...

Page 359: ...CurrentTrq 0 100 0 94 Function torque currentof broken belt BrokenBeltTrq 10 0 0 100 0 95 FunctionDelay time of brokenbelt BrokenBeltDly 10 0 10 0 S Currentoutput torque value compared to motor rated torque Broken beltoperation torque compared to motor rated torque After inverter isoperatingin the frequencyover PRT 92 and current torque reachesthe limit setat PRT 94 and then itmeets the conditions...

Page 360: ...citor in the inverter can be predicted bylookingat the changesin the capacitance value Group Code Name LCDDisplay Parameter Setting SettingRange Unit PRT 83 Estimated current level of the capacitance CAP Diag Perc 0 0 10 0 100 0 84 CAP estimating mode CAP Diag 0 None 0 None 1 CAP Diag1 2 CAP Diag2 3 CAP Init 85 CAP deterioration level CAP Level1 0 0 0 100 0 86 CAP detected level CAP Level2 0 0 0 1...

Page 361: ...e inverter for the first time estimate initial capacitance 2 CAP Diag2 Estimate the capacitancewhilemaintainingthe inverter 3 CAP Init Initialize the estimated value of thecapacitance to0 PRT 85 CAP Level 1 Setthestandard level for the capacitancereplacement PRT 86 CAP Level 2 Displayestimated capacitancevalueaccording to the modeinPRT 84 If this value islower than thevaluesetinPRT 85 thewarningme...

Page 362: ... Fan Exchange alarm doesnot occur and user can use the function when itis set to avalue other than 0 Fan Life EstimationSettingDetails Code Description PRT 87 FanTimePerc Displaysthetimethefanis used inpercentage based on 50 000hours If thisvalueis bigger than the valueinPRT 88 thewarning message Fan Exchange appearsonthedisplay PRT 88 Fan Exchange Displaysthelifereplacementstandard of thefanin pe...

Page 363: ...350 Learning Protection Features Fan life examination isonlyfor the reference and cannot be used asan absolute value ...

Page 364: ...ip OptionTrip x Optionfault trip Over Heat Over heat faulttrip OutPhaseOpen Outputopen phasefaulttrip InPhaseOpen Inputopen phasefault trip GroundTrip Ground faulttrip FanTrip Fanfault trip E Thermal Motor overheatfault trip IO BoardTrip IO Board connectionfault trip NoMotorTrip Nomotor fault trip LowVoltage2 Low voltagefaulttripduring operation ParaWriteTrip Writeparameter faulttrip PipeBroken Pi...

Page 365: ...DCOff Set Analoginput error IO BoardTrip IO Board connectionfault trip WatchDog 1 CPUWatchDogfault trip WatchDog 2 Warning LostCommand Command loss faulttripwarning Over Load Overload warning Under Load Under load warning InvOver Load Inverter overload warning FanWarning Fan operationwarning DBWarn ED Brakingresistor brakingrate warning Low Battery Low batterywarning FireMode Firemodewarning PipeB...

Page 366: ...etrip theinverter can unlock the faultbyitself if thetripstateis unlocked after thetrip occurs Inafetal type trip thereisno way to unlockthe faultother thanturning theinverter off thenback onafter thetripoccurs BrokenBelt Brokenbeltwarning ParaWriteFail Smart copier error warning RsTune Err Auto tuningwarning Rs LsigTune Err Auto tuningwarning Lsigma InFANWarning Inner FanWarning 110 500kW ...

Page 367: ...rongly resistant to noise Please refer to the following table for detailsabout the communication standards Item Standard Communicationmethod Transmissiontype RS 485 Bus type Multi dropLink System Inverter typename H100 Number of connected inverters Transmission distance Maximumof 16inverters Maximum1 200m recommended distance within700 m Recommended cablesize 0 75mm 18 AWG ShieldedTypeTwisted Pair...

Page 368: ...rameterson the inverter by referring to the followingillustration of the communication system configuration 7 2 1 Communication Line Connection Make sure that the inverter is turned off completely and then connectthe RS 485 communication line to the S S SG terminalsof the terminal block The maximum number of invertersyou can connectis 16 For communication lines use shielded twisted pair STP cables...

Page 369: ...356 RS 485 Communication Features Whenwiring the communicationline makesure thattheSGterminals onthePLCand inverter are connected SG terminalsprevent communicationerrorsduetoelectronicnoiseinterference ...

Page 370: ...n framesetting Int485 Mode 0 D8 PN S1 0 3 05 Transmissiondelay after reception Resp Delay 5 0 1000 msec Communication ParametersSetting Details Code Description COM 01Int485 St ID Sets theinverter stationID between1 and MaxComID COM 02Int485Proto Select one of thefour built in protocols Modbus RTU LSINV485 BACnet or Metasys N2 Setting Function 0 Modbus RTU Modbus RTU compatibleprotocol 2 LSINV 485...

Page 371: ...de Set a communication configuration Setthedatalength parity check method and thenumber of stopbits Setting Function 0 D8 PN S1 8 bit data noparity check 1 stopbit 1 D8 PN S2 8 bit data noparity check 2 stopbits 2 D8 PE S1 8 bit data evenparity 1 stopbit 3 D8 PO S1 8 bit data odd parity 1stop bit If the COM 02Int485ProtosettingisMetasys N2 the communication frame composition isfixed to D8 PN S1 an...

Page 372: ...command refer to 4 2 6Settinga FrequencyReferenceviaRS 485Communication on page 102 To selectthe built in RS485 communication as the source of command setDRV 07 to 6 Int485 on the keypad Then set common area parametersfor the operation command and frequency via communication Group Code Name LCDDisplay ParameterSetting Settingrange Unit DRV 06 Command source Cmd Source 3 Int485 0 5 07 Frequency set...

Page 373: ...unication Features Group Code Name LCDDisplay ParameterSetting Settingrange Unit PRT 12 Speed command loss operation mode LostCmd Mode 0 None 0 5 13 Time todetermine speed command loss LostCmd Time 6 1 0 0 1 120 0 Sec ...

Page 374: ...hemotor performsinfree run condition 2 Dec Themotor decelerates and thenstops 3 Hold Input Operates continuouslywith thespeed of theinputted speed command until thelossof thespeed command Theinverter calculates the averageinputvaluefor 10 seconds before theloss of the speed command and uses itas thespeed reference 4 Hold Output Operates continuouslywith theoperatefrequency beforethespeed loss Thei...

Page 375: ...COM 70 77 Communication multi functioninputx Virtual DIx x 1 8 0 None 0 55 86 Communication multi functioninput monitoring VirtDIStatus Example When sendingan Fx command by controlling virtual multi function inputin the common area via Int485 set COM 70 to FX and set address0h0385 to 0h0001 7 3 2 Saving Parameters Defined by Communication If you turn off the inverter after setting the common area ...

Page 376: ...ures Setting address0h03E0 to 0 and then settingitagain to 1 via communication allows the existing parameter settings to be saved However setting address 0h03E0 to 1 and then settingit to 0 does not carryout the same function 1 Yes ...

Page 377: ...00 0h023F Arearegistered for User Group 0h0240 0h027F Arearegistered for MacroGroup 0h0280 0h02FF Reserved Communication common area 0h0300 0h037F Inverter monitoring area 0h0380 0h03DF Inverter control area 0h03E0 0h03FF Inverter memory control area 0h0400 0h0FFF Reserved 0h1100 DRVGroup 0h1200 BASGroup 0h1300 ADVGroup 0h1400 CONGroup 0h1500 INGroup 0h1600 OUT Group 0h1700 COM Group 0h1800 PID Gr...

Page 378: ...ddressx ParaControl x 0000 FFFF Hex CurrentlyRegisteredCMGroup Parameter Note Whenregistering control parameters register the operation speed 0h0005 0h0380 0h0381 and operation command 0h0006 0h0382 parameters attheend of a parameter control frame For example when theparameter control framehas 5parameter control items Para Control x register theoperationspeed atParaControl 4 and the operation comm...

Page 379: ...gistered atU M USR 1 Read Write access 0h0201 User Grp Code2 Parameter value registered atU M USR 2 Read Write access 0h023E User Grp Code63 Parameter value registered atU M USR 63 Read Write Read Write access 0h023F User Grp Code64 Parameter value registered atU M USR 64 Read Write Read Write access CurrentlyRegisteredMacroGroup Parameters Address Parameter AssignedContentbyBit 0h0240 Macro Grp C...

Page 380: ...Q and endswith EOT Anormal response startswith ACK and endswith EOT An error response startswith NAK and endswith EOT Astation IDindicates the inverter number and isdisplayed asa two byte ASCII HEX string thatuses characters 0 9 and A F CMD Usesuppercase characters returns an IF error if lowercase charactersare encountered please refer to the following table Character ASCII HEX Command R 52h Read ...

Page 381: ...30h 30h 31h 1A7h the control value is notincluded ENQ ACK NAK etc ENQ StationID CMD Address NumberofAddresses SUM EOT 05h 01 R 3000 1 A7 04h 1byte 2bytes 1byte 4bytes 1byte 2bytes 1byte Note Broadcasting Broadcastingsends commandstoall inverters connected tothe networksimultaneously When commands aresent fromstationID 255 eachinverter acts onthe command regardlessof thestation ID However norespons...

Page 382: ...M EOT 06h 01 FA R XXXX XX 04h 1byte 2bytes 1byte nx 4bytes 2bytes 1byte NAK StationID CMD Errorcode SUM EOT 15h 01 FA R XX 04h 1byte 2bytes 1byte 2bytes 2bytes 1byte ENQ StationID CMD Address NumberofAddresses Data SUM EOT 05h 01 FA W XXXX 1 8 n XXXX XX 04h 1byte 2bytes 1byte 4bytes 1byte nx 4bytes 2bytes 1byte ACK StationID CMD Data SUM EOT 06h 01 FA W XXXX XX 04h 1byte 2bytes 1byte nx 4bytes 2by...

Page 383: ...umof40 MonitorRegistrationNormalResponse Totalbytes 7 MonitorRegistrationError Response Totalbytes 9 MonitorRegistrationPerformRequest Adata read requestfor a registered address received ENQ StationID CMD NumberofAddresses Address SUM EOT 05h 01 FA X 1 8 n XXXX XX 04h 1 byte 2 bytes 1 byte 1 byte n x4 bytes 2 bytes 1 byte ACK StationID CMD SUM EOT 06h 01 FA X XX 04h 1 byte 2 bytes 1 byte 2 bytes 1...

Page 384: ...de Abbreviation Description ILLEGAL FUNCTION IF Therequested function cannotbeperformed by aslave because the correspondingfunctiondoesnotexist ILLEGAL DATA ADDRESS IA Thereceived parameter addressisinvalid at theslave ILLEGAL DATAVALUE ID Thereceived parameter dataisinvalid attheslave WRITEMODE ERROR WM Tried writing W to aparameter thatdoesnot allow writing read onlyparameters or whenwritingispr...

Page 385: ... f g 41 42 43 44 45 46 47 48 49 4A 4B 4C 4D 4E 4F 50 51 52 53 54 55 56 57 58 59 5A 61 62 63 64 65 66 67 q r s t u v w x y z 0 1 2 3 4 5 6 7 8 9 space 71 72 73 74 75 76 77 78 79 7A 30 31 32 33 34 35 36 37 38 39 20 21 22 23 24 25 26 27 28 29 2A 2B 2C BEL BS CAN CR DC1 DC2 DC3 DC4 DEL DLE EM ACK ENQ EOT ESC ETB ETX FF FS GS HT LF 40 5B 5C 5D 5E 5F 60 7B 7C 7D 7E 07 08 18 0D 11 12 13 14 7F 10 19 06 05...

Page 386: ...re information about communication addresses refer to 7 3 8 CompatibleCommonAreaParameteron page 378 Readingupto 8ConsecutiveInverter ParametersBasedontheSetNumber ReadHolding Register Func Code 0x03 andReadInputRegister Func Code 0x04 Read Holding Registers Func Code 0x03 and Read Input Registers Func Code 0x04 are processed identically by the inverter Codes Description StartAddr Startingaddress1...

Page 387: ...schanged by the RequestNo of Reg ErrorResponse SlaveStationID Func Code Except Code CRC Lo CRC Hi 1byte 1byte 1byte 1byte 1byte Func Code of the error response is RequestFunc Code 0x80 Writing One Inverter ParameterValue Func Code 0x06 Codes Description Addr Address1 of theinverter parameter common areaor keypad to bewritten to Reg Value Theinverter parameter common area or keypad value to writewi...

Page 388: ...Registers Func Code 0x10 Codes Description StartAddr Startingaddress1 of theinverter parameters common area or keypad tobe written to No of Reg Number of theinverter parameters commonareaor keypad tobewritten Reg Value Theinverter parameter common area or keypad values to writewith Except Code Error codes Request Slave Station ID Func Code Start Addr Hi Start Addr Lo Noof Reg Hi Noof Reg Lo Byte C...

Page 389: ...StartAddr Hi StartAddr Lo NoofReg Hi NoofReg Lo CRC Lo CRC Hi 1byte 1byte 1byte 1byte 1byte 1byte 1byte 1byte ErrorResponse SlaveStationID Func Code Except Code CRC Lo CRC Hi 1byte 1byte 1byte 1byte 1byte Func Code of the error response is RequestFunc Code 0x80 ...

Page 390: ...d to 10 0sec FrameTransmission fromMaster to Slave Item Station ID Function Starting Address of Register Byte Count Data1 Data2 CRC Hex 0x01 0x10 0x1102 0x0002 0x04 0x0032 0x0064 0x1202 Des cript ion COM 01 Int485 StID Preset Multiple Register Start Address 1 0x1103 1 50 Acc time 5 0 sec 100 Dectime 10 0sec FrameTransmission fromSlavetoMaster Item StationId Function StartingAddress ofRegister CRC ...

Page 391: ...W 2 2 2kW 3 3 7kW4 5 5kW 5 7 5kW 6 11kW 7 15kW 8 18 5kW 9 22kW 10 30kW 11 37kW 12 45kW 13 55kW 14 75kW 15 90kW 16 110kW 17 132kW 18 160kW 19 185kW 20 220kW 21 250kW 22 315kW 23 355kW 24 400kW 25 500kW 0h0002 Inverter input voltage R 0 220V product 1 440V product 0h0003 Version R Example 0h0064 Version 1 00 Example 0h0065 Version 1 01 0h0004 Reserved R 0h0005 Command frequency 0 01 Hz R W 0h0006 Op...

Page 392: ...ecelerationtime 0 1 sec R W 0h0009 Outputcurrent 0 1 A R 0h000A Outputfrequency 0 01 Hz R 0h000B Outputvoltage 1 V R 0h000C DClink voltage 1 V R 0h000D Outputpower 0 1 kW R 0h000E Operation status R B15 0 HAND 1 AUTO B14 1 Frequency command source by communication built in option B13 1 Operation command source by communication built in option B12 Reverse operation command B11 Forward operation com...

Page 393: ...tinginforward direction B0 Stopped 0h000F Fault tripinformation R B15 Reserved B14 Reserved B13 Reserved B12 Reserved B11 Reserved B10 H W Diag B9 Reserved B8 Reserved B7 Reserved B6 Reserved B5 Reserved B4 Reserved B3 LevelType trip B2 Reserved B1 Reserved B0 LatchType trip 0h0010 Input terminal information R B15 B7 Reserved B6 P7 B5 P6 B4 P5 B3 P4 B2 P3 ...

Page 394: ...ay 5 B3 Relay 4 B2 Relay 3 B1 Relay 2 B0 Relay 1 0h0012 V1 0 1 R V1input voltage 0h0013 Thermal 0 1 R InputThermal 0h0014 V2 0 1 R V2input voltage 0h0015 I2 0 1 R I2input Current 0h0016 Motor rotationspeed 1 Rpm R Displaysexistingmotor rotationspeed 0h0017 0h0019 Reserved 0h001A Select Hz rpm R 0 Hz unit 1 rpm unit 0h001B Display thenumber of polesfor the selected motor R Display thenumber of pole...

Page 395: ... 18 5kW 4125h 22 kW 4160h 30kW 41E0h 37 kW 4250h 45kW 42D0h 55kW 4370h 75kW 44B0h 90kW 45A0h 110 kW 46E0h 132 kW 4840h 160 kW 4A00h 185kW 4B90h 220 kW 4DC0h 250 kW 4FA0h 315 kW 53B0h 355kW 5630h 400 kW 5900h 500 kW 5F40h 0h0302 Inverter input voltage power Single phase 3 phase cooling method 200V 3 phaseforced cooling 0231h 400V 3 phaseforced cooling 0431h 0h0303 Inverter S Wversion ex 0h0064 Vers...

Page 396: ...B4 B3 0 Stopped 1 Operatingin forward direction 2 Operatingin reversedirection 3 DC operating B2 B1 B0 0h0306 Inverter operation frequency command source B15 Operation command source 0 Keypad 1 Communicationoption 3 Built in RS485 4 Terminal block B14 B13 B12 B11 B10 B9 B8 B7 Frequency command source 0 Keypad speed 1 Keypad torque 2 4 Up Downoperationspeed 5 V1 7 V2 8 I2 9 Pulse B6 B5 B4 B3 ...

Page 397: ...m 0h0313 Reserved 0h0314 Outputvoltage 1 V 0h0315 DCLinkvoltage 1 V 0h0316 Outputpower 0 1 kW 0h0317 Reserved 0h0318 PID reference 0 1 PID reference value 0h0319 PID feedback 0 1 PID feedbackvalue 0h031A Display thenumber of poles for the1st motor Displaysthenumber of poles for the first motor 0h031B Display thenumber of poles for the2nd motor Displaysthenumber of poles for the 2nd motor 0h031C Di...

Page 398: ... Reserved B4 Relay 5 B3 Relay 4 B2 Relay 3 B1 Relay 2 B0 Relay 1 0h0322 Virtual digital input information B15 B8 Reserved B7 Virtual DI 8 COM 77 B6 Virtual DI 7 COM 76 B5 Virtual DI 6 COM 75 B4 Virtual DI 5 COM 74 B3 Virtual DI 4 COM 73 B2 Virtual DI 3 COM 72 B1 Virtual DI 2 COM 71 B0 Virtual DI 1 COM 70 0h0323 Display theselected motor 0 1st motor 1 2nd motor 0h0324 AI1 0 01 AnaloginputV1orTherma...

Page 399: ...d 0h032C Reserved Reserved 0h032D Reserved Reserved 0h032E Consumptionenergy kWh 0 1 kWh Consumptionenergy kWh 0h032F Consumptionenergy MWh 1 MWh Consumptionenergy MWh 0h0330 Latchtype trip information 1 B15 PCRepeat Err B14 Over HeatTrip B13 Reserved B12 ExternalTrip B11 Damper Err B10 PipeBreak B9 NTCOpen B8 Reserved B7 Reserved B6 InPhaseOpen B5 OutPhaseOpen B4 LowVoltage2 B3 E Thermal B2 Inver...

Page 400: ...p B6 BrokenBelt B5 ParaWriteTrip B4 TBTrip B3 FanTrip B2 ThermalTrip B1 Level Detect B0 Reserved 0h0332 Level typetrip information B15 B4 Reserved B3 LostKeypad B2 LostCommand B1 LowVoltage B0 BX 0h0333 H WDiagnosisTrip information B15 B3 Reserved B2 Watchdog 1 error B1 EEP Err B0 ADCOffset 0h0334 Warninginformation 1 B15 BrokenBelt B14 Low Battery B13 LoadTune ...

Page 401: ...arn ED B4 FanWarning B3 LostCommand B2 InvOver Load B1 Under Load B0 Over Load 0h0335 Latchtype trip information 3 B15 Reserved Reserved B4 Reserved B3 Overcurrent2Trip B2 OvervoltageTrip B1 Overcurrent1Trip B0 Ground FaultTrip 0h0336 Warninginformation 2 B15 Reserved Reserved B3 KPD H O A Lock B2 LsigTune Err B1 RsTune Err B0 ParaWriteFail ...

Page 402: ...otal number of OnTimedays 0h0342 RunTimedate 0 Day Total number of daystheinverter hasdriven themotor 0h0343 RunTimeminute 0 Min Total number of minutesexcluding the total number of RunTimedays 0h0344 FanTimedate 0 Day Total number of daysthe heat sinkfanhas beenrunning 0h0345 FanTime minute 0 Min Total number of minutesexcluding the total number of FanTimedays 0h0346 0h0348 Reserved Reserved 0h03...

Page 403: ...h0358 E PID 2 Ref 0 1 External PID 2 Reference 0h0359 E PID 2Fdb 0 1 External PID 2feedback 0h035A E PID 2UnitScale Ref Proc Unit Proc Unit UnitScaleExternal PID 2 Reference 0h035B E PID 2UnitScale Fdb Proc Unit Proc Unit UnitScaleExternal PID 2feedback 0h035C ApplicationStatus B15 B2 Reserved B1 FireMode B0 Pump Clean 0h035D InvTemperature 0 HeatsinkTemperature 0h035E Power Factor 0 1 Outputpower...

Page 404: ...391 RS 485 Communication Features B3 4th motor running B2 3rd motor running B1 2nd motor running B0 1st motor running ...

Page 405: ...392 RS 485 Communication Features 7 3 9 2 Control Area Parameter Read Write ...

Page 406: ...command Example Forward operation command 0003h Reverse operation command 0001h 0h0383 Acceleration time 0 1 sec Acceleration timesetting 0h0384 Decelerationtime 0 1 sec Decelerationtimesetting 0h0385 Virtual digital input control 0 Off 1 On B15 B8 Reserved B7 Virtual DI 8 COM 77 B6 Virtual DI 7 COM 76 B5 Virtual DI 6 COM 75 B4 Virtual DI 5 COM 74 B3 Virtual DI 4 COM 73 B2 Virtual DI 3 COM 72 B1 V...

Page 407: ...0399 Reserved Reserved 0h039A AnytimePara SettheCNF 20value refer to 5 49Operation StateMonitor onpage 316 0h039B Monitor Line 1 SettheCNF 21value refer to5 49Operation StateMonitor onpage 316 0h039C Monitor Line 2 SettheCNF 22value refer to5 49Operation StateMonitoronpage316 0h039D Monitor Line 3 SettheCNF 23value refer to5 49Operation StateMonitor onpage316 0h039E 0h039F Reserved Reserved 0h03A0...

Page 408: ...fore turningoff the power isdisplayed Scale Unit Unit 0h03A5 ProcPID FdbAux Unit Scale Proc Unit Proc Unit UnitScalePID Aux feedback 0h03A6 0h03AF Reserved Reserved 0h03B0 E PID 1 Ref 0 1 External PID 1reference 0h03B1 E PID 1Fdb 0 1 External PID 1reference 0h03B2 E PID 1UnitScale Ref Proc Unit Proc Unit UnitScaleExternal PID 1reference 0h03B3 E PID 1UnitScale Fdb Proc Unit Proc Unit UnitScaleExte...

Page 409: ... 13 AP3 Grp 14 PRT Grp 15 M2 Grp Setting is prohibited during fault trip interruptions 0h03E3 Display changed O 0 No 1 Yes 0h03E4 Macro FunctionSetting X 0 Basic 1 Compressor 2 Supply Fan 3 Exhaust Fan 4 CoolingTower 5 Circul Pump 6 Vacuum Pump 7 ConstantTorq 0h03E5 Delete all fault history O 0 No 1 Yes 0h03E6 Deleteuser registrated codes O 0 No 1 Yes 0h03E7 Hide parameter mode 0 Hex O Write 0 999...

Page 410: ...244 0 244 If the communicationparameter settings areinitialized bysettingtheaddress0h03E2 to 1 All Grp or 8 COM Grp or if any Macrofunctionitemis modified bysettingthe address0h03E4 all the communication parameter settings are reverted to thefactorydefault If thishappens the inverter maynotbeable toproperly receiveresponsesfrom the upper level devicesdue tothe changesinthe settings If thereis an u...

Page 411: ...tion Items Specification Connection Interface 5PinPluggable connector Data transmission RS 485MS TP Half duplex Cable Twisted pair 1pair and shield Communication BACnetMS TP Stated inANSI ASHRAEStandards135 2004 Baud Rate Supports 9600 19200 38400 76800bps MACAddress 1 127 Start Stopbit Start 1bit Stop bit Parity check None Even Odd 7 4 3 BACnet Quick Communication Start Follow the instructions be...

Page 412: ...t485 StID by entering avalue for BACnet the Int485 station IDmust be set within arange of 0 127 The station IDvalue setatCOM 01 must be within the value range defined by the Max Master Propertyof differentMaster for MS TP token passing 4 Testthe network and make sure the BACnet communication isworkingproperly Group Code Name LCDdisplay ParameterSetting SettingRange Unit COM 03 Communication Speed ...

Page 413: ... 22BAC Dev Inst1 2 BACnetDeviceInstanceisused toidentifyBACnetDevice and mustbe set as the unique valueintheBACnetnetwork Itis used efficientlywhenfinding BACnetDevice of other Deviceswhileinstalling Thefollowingformulais used to calculate theDeviceInstancevalue COM 21 X1000 COM 22 Therefore in theDeviceInstancevalue COM 21 takes the thousands and higher places fourthdigit and over and COM 22takes...

Page 414: ...Answer toWho Is when broadcastor reset after power up I Have Answer toWho Has Read Property WriteProperty DeviceCommunication Control IgnoresPassword inDevice CommunicationControl ReinitializeDevice Warm Cold Starts SupportsPassword StartBackup End Backup Start Restore End Restore or Abort Restore services areNOT available DataLinkLayer BACnet communication card supports anMS TP Master DataLink La...

Page 415: ...Model Name O Firmware Revision O Appl Software Revision O Location O ProtocolVersion O Protocol Revision O Services Supported O ObjectTypes Supported O Object List O Max APDULength O APDUTimeout O Number APDU Retries O Max Master O Max InfoFrames O DeviceAddressBinding O Database Revision O PresetValue O O O O O O Description O O O O O O O Status Flags O O O O O O Event State O O O O O O Reliabili...

Page 416: ...tion and Description onlyif itis the device object You can write a maximum of 29 words 7 4 5 1 AnalogValue Object Instance InstanceID ObjectName Description SettingRange Units R W AV1 CommTimeoutSet Command timeout setting 0 1 120 0 Secs R W AV2 AccelTimeSet Accelerate timesetting 0 0 600 0 Secs R W AV3 DecelTimeSet Deceleratetimesetting 0 0 600 0 Secs R W AV4 CommandFreqSet Command frequency sett...

Page 417: ...mand False True R W BV5 FreeRunStopCmd Freerunstop command False True R W BV6 Relay1Cmd Relay 1On Off command False True R W BV7 Relay2Cmd Relay 2On Off command False True R W BV8 Relay3Cmd Relay 3On Off command False True R W WhenPowerOn Resume COM 96 isset to yes valueissaved evenif thepower of theinverter is disconnected WhenPowerOnResume COM 96 isset to no valueisnotsaved if thepower of theinv...

Page 418: ...3 InvVoltageClass Inverter voltage type Volts R AI4 OutputCurrent Outputcurrent Amps R AI5 OutputFreq Outputfrequency Hz R AI6 OutputVolgate Outputvoltage Volts R AI7 DCLinkVoltage DCLinkvoltage Volts R AI8 OutputPower Outputpower kW R AI9 AI1 Value of Analog1 R AI10 AI2 Values of Analog2 R AI11 OutputRPM Outputspeed RPM R AI12 Pole Polenumber of themotor R AI13 InvStatus Information of theinverte...

Page 419: ...ngInfo Warninginformation Refer toaddress0h0334inthe common area R AI20 KiloWattHour Outputpower bykW h kW h R AI21 MegaWattHour Outputpower byMW h MW h R AI22 PowerFactor Power factor R AI23 RunTimeDay Run timebyday Day R AI24 RunTimeMin Run timeby minute Day R AI25 PidOutValue PID OutputValue R AI26 PidReferenceValue PID ReferenceValue R AI27 PidFeedbackValue PID FeedbackValue R Refer to the rel...

Page 420: ...vRunCommandState Reverserun command state R BI12 P1 P1state R BI13 P2 P2state R BI14 P3 P3state R BI15 P4 P4state R BI16 P5 P5state R BI17 P6 P6state R BI18 P7 P7state R BI19 Relay1 Relay1 state R BI20 Relay2 Relay2 state R BI21 Relay3 Relay3 state R BI22 Relay4 Relay4 state R BI23 Relay5 Relay5 state R BI24 Q1 Q1state R BI25 SpeedSearch Speed searchoperating R BI26 HWOCS H WOCS occurred R BI27 SW...

Page 421: ...5 7 Error Message Display Description serviceserror 7 Inconsistentparameters propertyerror 9 Invalid data type serviceserror 10 Invalid accessmethod serviceserror 11 Invalid filestart serviceserror 29 Servicerequestdenied objecterror 31 Unknown object propertyerror 0 Property other propertyerror 27 Read accessdenied propertyerror 32 Unknown property propertyerror 37 Value out of range propertyerro...

Page 422: ...s Display Description clienterror 31 Unknowndevice resourceserror 0 Resourcesother clienterror 30 Timeout abortreason 4 Segmentationnotsupported rejectreason 4 Invalid tag clienterror 0xFF Noinvokeid securityerror 26 Password failure ...

Page 423: ...ixed to DataBit8 No ParityBit StartBit1 StopBit1 4 Testthe network and make sure Metasys N2 communication isworking properly 7 5 2 Metasys N2 Communication Standard Item Standards Communicationspeed 9600bps Control procedure Asynchronous communicationssystem Communicationsystem Half duplex system Cable Twisted pair 1pair and shield Character system LS485 ASCII 8bit Modbus RTU Binary 7 8bit Metasys...

Page 424: ...Unit Description AO1 Command Frequency 0 0 Max Freq Hz Command frequencysetting AO2 AccelTime 0 0 600 0 Sec ACCtimesetting AO3 DecelTime 0 0 600 0 Sec DECtimesetting AO4 Drive mode 0 KeyPad Drive modesetting 1 Fx Rx 1 2 Fx Rx 2 3 Int 485 4 FieldBus 5 Time Event AO5 Freq mode 0 KeyPad 1 Frequency modesetting 1 KeyPad 2 2 V1 3 Reversed 4 V2 5 I2 6 Int485 7 FieldBus 8 Reversed 9 Pulse ...

Page 425: ...yOutput The output pointmap controlling the inverter from the Metasys N2 master No Name Range Description BO1 StopCommand 1 Stop Stop command BO2 Run Forward Command 1 Forward Run Forward run command BO3 Run Reverse Command 1 Reverse Run Reverserun command BO4 ResetFault 1 Reset Faultreset command BO5 Free RunStop 1 Bx Free run stop command 7 5 3 3 Analog Input Metasys N2 master monitorsinverter s...

Page 426: ...1 AI10 Warning Info Warninginformation Refer toCommonAreaparameter address0h0334 1 Refer to7 3 8CompatibleCommonAreaParameteron page 378 7 5 3 4 BinaryInput Metasys N2 master unitmonitors the inverter input and output statusin binary codes The following table liststhe binary codesused and their meanings No Name Description BI1 Stopped 1 Stopped BI2 RunningForward 1 Forward operationisrunning BI3 R...

Page 427: ...tate 1 On 0 Off 7 5 3 5 Error Code DefinedCodes Description 00 Thedevicehasbeenreset Currentlywaitingfor the IdentityYourself command 01 Undefined command 02 Checksum error has occurred 03 Datasizeexceeded theinput buffer messageisbigger thanthedevice buffer size 05 Datafield error input messagesizedoesnotfitthe command type 10 Invalid data message valueis outof therange 11 Invalid command for dat...

Page 428: ...will be displayed onlywhen the related code has been selected O Write enabledduring operation Δ Write enabledwhenoperation stops X Write disabled Code Comm Address Name LCDDisplay SettingRange Initialvalue Prope rty Ref 00 Jump Code Jump Code 1 99 9 O p 70 01 0h1101 Target frequency Cmd Frequency 0 00 Low Freq HighFreq 0 00 O p 88 02 0h1102 Keypad run direction Keypad Run Dir 0 Reverse 1 O p 86 1 ...

Page 429: ... 1 Fx Rx 1 Δ p 106 1 Fx Rx 1 2 Fx Rx 2 3 Int485 4 Field Bus 5 Time Event 07 0h1107 Frequency reference source Freq Ref Src 0 Keypad 1 0 Keypad 1 Δ p 88 1 Keypad 2 2 V1 4 V2 5 I2 6 Int485 7 FieldBus 9 Pulse 108 V3 11 I3 09 0h1109 Control mode Control Mode 0 V F 0 V F Δ p 125 p 162 1 Slip Compen 8 10 V3 11 I3 of DRV 07 are available when Extension IOoption isequipped Refer to Extension IOoption manu...

Page 430: ...0C Jogrun accelerati ontime JogAcc Time 0 0 600 0 sec 20 0 O p 153 13 0h110D Jogrun decelerati ontime JogDec Time 0 0 600 0 sec 30 0 O p 153 14 0h110E Motor capacity Motor Capacity 0 0 2Kw 0 3HP Dependenton motor setting Δ p 219 1 0 4 kW 0 5HP 2 0 75kW 1 0HP 3 1 1 kW 1 5HP 4 1 5 kW 2 0HP 5 2 2 kW 3 0HP 6 3 0 kW 4 0HP 7 3 7 kW 5 0HP 8 4 0 kW 5 5HP 9 5 5 kW 7 5HP 10 7 5 kW 10 0HP ...

Page 431: ...value Prope rty Ref 11 11 0kW 15 0HP 12 15 0kW 20 0HP 13 18 5kW 25 0HP 14 22 0kW 30 0HP 15 30 0kW 40 0HP 16 37 0kW 50 0HP 17 45 0kW 60 0HP 18 55 0kW 75 0HP 19 75 0kW 100 0HP 20 90 0kW 125 0HP 21 110 0kW 150 0HP 22 132 0kW 220 0HP 23 160 0kW 250 0HP 24 185 0kW 300 0HP 25 220 0kW ...

Page 432: ... Manual Δ p 129 1 Auto 1 2 Auto 2 169 0h1110 Forward Torque boost Fwd Boost 0 0 15 0 2 0 0 75 90kW Δ p 129 1 0 110 500kW 17 0h1111 Reverse Torque boost RevBoost 0 0 15 0 2 0 0 75 90kW Δ p 129 1 0 110 500kW 18 0h1112 Base frequency BaseFreq 30 00 400 00 Hz 60 00 Δ p 125 19 0h1113 Start frequency StartFreq 0 01 10 00 Hz 0 50 Δ p 125 20 0h1114 Maximum frequency Max Freq 40 00 400 00 Hz 60 00 Δ p 137 ...

Page 433: ...operation Frequency reference source HAND Ref Mode 0 HAND Parameter 0 HAND Parameter Δ p 83 1 Follow AUTO 30 0h111E kW HP unit selection kW HP Unit Sel 0 kW 1 HP O 1 HP 91 0h115B Smart Copy SmartCopy 0 None 0 None Δ 1 SmartDow nload 3 SmartUplo ad 98 0h1162 Display I O S W Version I O S WVer X 8 2 Basic Function Group BAS Datain the followingtable will be displayed onlywhen the related code has be...

Page 434: ... I2 6 Pulse 7 Int485 8 FieldBus 10 EPID1 Output 11 EPID1 Fdb Val 1210 V3 13 I3 0211 0h1202 Auxiliary command calculation type Aux Calc Type 0 M G A 0 M G A Δ p 147 1 Mx G A 2 M G A 3 M M G A 4 M G 2 A 50 5 M G 2 A 50 6 M G 2 A 10 12 V3 13 I3 of BAS 01 are available when Extension IOoption isequipped Refer to Extension IOoption manual for more detailed information 11 BAS 02 03 are displayed when BA...

Page 435: ...eypad 1 Fx Rx 1 Δ p 141 1 Fx Rx 1 2 Fx Rx 2 3 Int485 4 FieldBus 5 Time Event 05 0h1205 Second frequency source Freq 2nd Src 0 Keypad 1 0 Keypad 1 O p 141 1 Keypad 2 2 V1 4 V2 5 I2 6 Int485 7 FieldBus 9 Pulse 1012 V3 11 I3 07 0h1207 V Fpattern options V F Pattern 0 Linear 0 Linear Δ p 125 1 Square 12 10 V3 11 I3 of BAS 05 are available when Extension IOoption isequipped Refer to Extension IOoption ...

Page 436: ... 1 50Hz 11 0h120B Number of motor poles Pole Number 2 48 Dependent onmotor setting Δ p 162 12 0h120C Rated slip speed Rated Slip 0 3000 RPM Δ p 162 13 0h120D Motor rated current Rated Curr 1 0 1000 0 A Δ p 162 14 0h120E Motor no load current NoloadCur r 0 0 1000 0 A Δ p 162 15 0h120F Motor rated voltage RatedVolt 0 170 480 V 0 Δ p 131 16 0h1210 Motor efficiency Efficiency 70 100 Dependent onmotor ...

Page 437: ...User frequency1 User Freq 1 0 00 Maximum frequency Hz 15 00 Δ p 127 42 0h122A User voltage1 UserVolt1 0 100 25 Δ p 127 43 0h122B User frequency2 User Freq 2 0 00 Maximum frequency Hz 30 00 Δ p 127 44 0h122C User voltage2 UserVolt2 0 100 50 Δ p 127 45 0h122D User frequency3 User Freq 3 0 00 Maximum frequency Hz 45 00 Δ p 127 46 0h122E User voltage3 UserVolt3 0 100 75 Δ p 127 47 0h122F User frequenc...

Page 438: ...40 00 O p 104 54 0h1236 Multi step speed frequency5 StepFreq 5 Low Freq HighFreq 50 00 O p 104 55 0h1237 Multi step speed frequency6 StepFreq 6 Low Freq HighFreq 60 00 O p 104 56 0h1238 Multi step speed frequency7 StepFreq 7 Low Freq HighFreq 60 00 O p 104 70 0h1246 Multi step deceleratio ntime1 AccTime 1 0 0 600 0 sec 20 0 O p 118 71 0h1247 Multi step deceleratio ntime1 DecTime 1 0 0 600 0 sec 20...

Page 439: ...Time 4 0 0 600 0 sec 50 0 O p 118 77 0h124D Multi step acceleratio ntime4 DecTime 4 0 0 600 0 sec 50 0 O p 118 78 0h124E Multi step acceleratio ntime5 AccTime 5 0 0 600 0 sec 40 0 O p 118 79 0h124F Multi step acceleratio ntime5 DecTime 5 0 0 600 0 sec 40 0 O p 118 80 0h1250 Multi step acceleratio ntime6 AccTime 6 0 0 600 0 sec 30 0 O p 118 81 0h1251 Multi step deceleratio ntime6 DecTime 6 0 0 600 ...

Page 440: ...h1302 Deceleration pattern Dec Pattern 1 S curve Δ p 121 0316 0h1303 S curve acceleration startpoint gradient Acc S Start 1 100 40 Δ p 121 04 0h1304 S curve acceleration end point gradient Acc S End 1 100 40 Δ p 121 0517 0h1305 S curve deceleration startpoint gradient Dec S Start 1 100 40 Δ p 121 06 0h1306 S curve deceleration end point gradient Dec S End 1 100 40 Δ p 121 07 0h1307 StartMode Start...

Page 441: ...219 0h130C DCbraking time at startup DC Start Time 0 00 60 00 sec 0 00 Δ p 132 13 0h130D Amountof applied DC DCInj Level 0 200 50 Δ p 132 1420 0h130E Output blocking time before DCbraking DC Block Time 0 00 60 00 sec 0 00 0 75 90kW Δ p 133 2 00 110 500kW 15 0h130F DCbraking time DC Brake Time 0 00 60 00 sec 1 00 Δ p 133 16 0h1310 DCbraking rate DC Brake Level 0 200 50 Δ p 133 17 0h1311 DCbraking D...

Page 442: ... Dwell operation time on deceleration Dec Dwell Time 0 0 60 0 sec 0 0 Δ p 160 24 0h1318 Frequency limit Freq Limit 0 No 0 No Δ p 137 1 Yes 25 0h1319 Frequency lower limit value Freq LimitLo 0 00 Upper limit frequency Hz 0 50 Δ p 137 26 0h131A Frequency upper limit value Freq LimitHi Lower limit frequency Maximum frequency Hz Max freq Δ p 137 27 0h131B Frequency jump Jump Freq 0 No 0 No Δ p 140 1 Y...

Page 443: ...er limit3 Hz 30 00 O p 140 33 0h1321 Jump frequency upper limit3 Jump Hi 3 Jumpfrequency lower limit3 Maximum frequency Hz 35 00 O p 140 50 0h1332 Energy saving operation E Save Mode 0 None 0 None Δ p 242 1 Manual 2 Auto 5122 0h1333 Energy savinglevel Energy Save 0 30 0 O p 242 52 0h1334 Energy saving point search time E Save DetT 0 0 100 0 sec 20 0 Δ p 242 60 0h133C Acc Dec time transition freque...

Page 444: ...3 Output contactOn level On Ctrl Level Output contact off level 100 00 90 00 Δ p 294 68 0h1344 Output contactOff level Off Ctrl Level 100 00 outputcontact onlevel 10 00 Δ p 294 70 0h1346 Safe operation selection Run En Mode 0 Always Enable 0 Always Enable Δ p 158 1 DI Dependent 7124 0h1347 Safe operation RunDis Stop 0 Free Run 0 Free Run Δ p 158 1 Q Stop 23 10 V3 11 I3 of ADV 66 are available when...

Page 445: ...o 0 No Δ p 301 1 Yes 75 0h134B Voltagelevel of regeneration evasion motionfor press RegenAv d Level 200V 300 400V 350 Δ p 301 400V 600 800V 700 7625 0h134C Compensati onfrequency limit of regeneration evasionfor press CompFre q Limit 0 00 10 00 Hz 1 00 Δ p 301 77 0h134D Regeneratio nevasionfor pressP Gain RegenAv dPgain 0 0 100 0 50 0 O p 301 78 0h134E Regeneratio nevasionfor press Igain RegenAv d...

Page 446: ...y Carrier Freq 1 0 15 0 kHz 0 75 90 kW 3 0 O p 250 1 0 5 0 kHz 110 355 kW 2 0 1 0 4 0 kHz 400 500 kW 1 5 05 0h1405 Switching mode PWM Mode 0 Normal PWM 0 Normal PWM Δ p 250 1 Low leakage PWM 13 0h140D Anti hunting regulator mode AHRSel 0 No 1 Yes Δ p 239 1 Yes 14 0h140E Anti hunting regulator P Gain AHRP Gain 0 32767 1000 O p 239 15 0h140F Anti hunting regulator start frequency AHRLow Freq 0 00 AH...

Page 447: ...to torque boost voltage ATBVolt Gain 0 0 300 0 100 0 O p 130 70 0h1446 Speed search mode selection SSMode 0 Flying Start 1 0 FlyingStart 1 Δ p 243 1 Flying Start 2 71 0h1447 Speed search operation selection Speed Search Bit 0000 1111 0000 Δ p 243 Bit 0 Speed search on accelerati on Bit 1 Restart after trips other thanLV trip Bit 2 Restart after instantan eous interrupti on 26CON 21 22 are displaye...

Page 448: ... 1 200 O p 243 FlyingStart 2 Dependent on motor setting 75 0h144B Outputblock time before speed search SSBlock Time 0 0 60 0 sec 1 0 Δ p 243 77 0h144D Energy buffering selection KEB Select 0 No 0 No Δ p 197 1 Yes 7829 0h144E Energy buffering startlevel KEB Start Lev 110 0 140 0 125 0 0 75 90kW Δ p 197 115 0 110 500kW 79 0h144F Energy buffering stoplevel KEB Stop Lev KEB StartLev 125 0 145 0 130 0 ...

Page 449: ... 0 10 0 0 75 90kW O p 197 30 0 110 500kW 8 5 InputTerminal Group IN Data In the following table will be displayed onlywhen the related code has been selected O Write enabledduringoperation Δ Write enabledwhenoperationstops X Write disabled Code Comm Address Name LCDDisplay SettingRange Initial Value Prope rty Ref 00 Jump Code Jump Code 1 99 65 O p 70 01 0h1501 Frequency at maximum analoginput Freq...

Page 450: ...inimum voltage V1Perc y1 0 00 100 00 0 00 O p 90 10 0h150A V1maximum inputvoltage V1Voltx2 0 00 12 00 V 10 00 O p 90 11 0h150B OutputatV1 maximum voltage V1Perc y2 0 00 100 00 100 00 O p 90 1231 0h150C V1input at minimum voltage V1 Voltx1 10 00 0 00 V 0 00 O p 93 13 0h150D OutputatV1 minimum voltage V1 Perc y1 100 00 0 00 0 00 O p 93 14 0h150E V1maximum inputvoltage V1 Voltx2 12 00 0 00 V 10 00 O ...

Page 451: ...O p 99 39 0h1527 OutputatV2 minimum voltage V2Perc y1 0 00 100 00 0 00 O p 99 40 0h1528 V2maximum inputvoltage V2Voltx2 0 00 10 00 V 10 00 O p 99 41 0h1529 OutputatV2 maximum voltage V2Perc y2 0 00 100 00 100 00 O p 99 46 0h152E V2 Rotation direction options V2Inverting 0 No 0 No O p 99 1 Yes 47 0h152F V2Quantizing level V2 Quantizing 0 0035 0 04 O p 99 32 Quantizingis disabled if 0 is selected 33...

Page 452: ... p 96 56 0h1538 OutputatI2 maximum current I2Perc y2 0 00 100 00 100 00 O p 96 61 0h153D I2rotation direction options I2Inverting 0 No 0 No O p 96 1 Yes 62 0h153E I2Quantizing level I2 Quantizing 0 0037 0 04 10 00 0 04 O p 96 65 0h1541 P1Px terminal configuration P1Define 0 None 1 Fx Δ p 106 1 Fx 66 0h1542 P2Px terminal configuration P2Define 2 Rx 2 Rx Δ p 106 67 0h1543 P3Px terminal configuration...

Page 453: ...inal configuration P6Define 6 JOG 8 Sp M Δ p 153 71 0h1547 P7Px terminal configuration P7Define 7 Speed L 9 Sp H Δ p 104 8 Speed M p 104 9 Speed H p 104 11 XCEL L p 118 12 XCEL M p 118 13 XCEL H p 118 14 XCEL Stop p 124 15 RUN Enable p 158 16 3 Wire p 157 17 2nd Source p 141 18 Exchange p 253 19 Up p 155 20 Down p 155 22 U D Clear p 155 23 Analog Hold p 102 24 I Term Clear p 164 25 PID Openloo p p...

Page 454: ...p 124 28 2nd Motor p 251 29 Interlock 1 p 286 30 Interlock 2 p 286 31 Interlock 3 p 286 32 Interlock 4 p 286 33 Interlock 5 p 286 34 PreExcite 35 Timer In p 265 37 disAux Ref p 147 38 FWD JOG p 154 39 REVJOG p 154 40 Fire Mode p 240 41 EPID1 Run p 184 42 EPID1 ItermClr p 184 43 Time Event En p 222 44 PreHeat p 216 45 Damper Open p 194 ...

Page 455: ...Ref H p 164 5338 Interlock 6 54 Interlock 7 55 Interlock 8 83 0h1553 DIOnDelay Selection DIOn DelayEn 000 0000 111 1111 111 1111 Δ 84 0h1554 DI Off Delay Selection DIOff DelayEn 000 0000 111 1111 111 1111 Δ 85 0h1555 Multi function inputterminal Onfilter DIOnDelay 0 10000 msec 10 O p 142 38 53 Interlock6 55 Interlock8 of IN 65 71 are available when Extension IOoption is equipped Refer to Extension...

Page 456: ... Δ p 104 90 0h155A Multi function inputterminal status DIStatus P7 P1 000 0000 O p 142 0 Contact Off 1 Contact On 91 0h155B Pulseinput amount display TIMonitor 0 00 50 00 kHz 0 00 X p 100 92 0h155C TIminimum inputpulse TIFilter 0 9999 msec 10 O p 100 93 0h155D TIminimum inputpulse TIPlsx1 0 TIPlsx2 0 00 O p 100 94 0h153E OutputatTI minimum pulse TIPercy1 0 00 100 00 0 00 O p 100 95 0h155F TImaximu...

Page 457: ...4 Code Comm Address Name LCDDisplay SettingRange Initial Value Prope rty Ref direction change 1 Yes p 100 98 0h1562 TIquantization level TI Quantizing 0 0039 0 04 10 00 0 04 O p 100 39 Quantizingisdisabled if 0 is selected ...

Page 458: ...ng InitialValue Prope rty Ref 00 Jump Code Jump Code 1 99 30 O p 70 01 0h1601 Analog output1 AO1 Mode 0 Frequency 0 Frequency O p 303 1 Output Current 2 Output Voltage 3 DCLink Voltage 4 OutputPower 7 TargetFreq 8 RampFreq 9 PID RefValue 10 PID FdbValue 11 PID Output 12 Constant 13 EPID1Output 14 EPID1 RefVal 15 EPID1 FdbVal 16 EPID2Output 17 EPID2 RefVal 18 EPID2 FdbVal 02 0h1602 Analog output1 g...

Page 459: ...alog output2 AO2 Mode Identical totheOUT 02AO1Mode selected range 0 Frequency O p 303 08 0h1608 Analog output2 gain AO2 Gain 1000 0 1000 0 100 0 O p 303 09 0h1609 Analog output2 bias AO2Bias 100 0 100 0 0 0 O p 303 10 0h160A Analog output2 filter AO2 Filter 0 10000 msec 5 O p 303 11 0h160B Analog constant output2 AO2 Const 0 0 100 0 0 0 O p 303 12 0h160C Analog output2 monitor AO2 Monitor 0 0 1000...

Page 460: ... restartfinal failure 31 0h161F Multi function relay1 Relay 1 0 None 23 Trip O p 308 1 FDT 1 2 FDT 2 3 FDT 3 4 FDT 4 5 Over Load 6 IOL 7 Under Load 8 FanWarning 9 Stall 10 OverVoltage 11 LowVoltage 12 Over Heat 13 Lost Command 14 Run 15 Stop 16 Steady 17 Inverter Line 18 CommLine 19 Speed Search 20 Ready 21 MMC 22 Timer Out ...

Page 461: ...Damper Control 34 CAP Warning 35 Fan Exchange 32 0h1620 Multi function relay2 Relay 2 36 AUTO State 14 RUN O p 308 33 0h1621 Multi function relay3 Relay 3 37 Hand State 0 None O p 308 34 0h1622 Multi function relay4 Relay 4 38 TO 0 None O p 308 35 0h1623 Multi function relay5 Relay 5 39 ExceptDate 0 None O p 308 36 0h1624 Multi function 1item Q1 Define 40 KEB Operating 0 None O p 308 41 BrokenBelt...

Page 462: ...y1 000000 Δ p 315 0 Acontact NO 1 B contact NC 53 0h1635 Fault output Ondelay TripOut OnDly 0 00 100 00 sec 0 00 O p 314 54 0h1636 Fault output Off delay TripOut OffDly 0 00 100 00 sec 0 00 O p 314 55 0h1637 Timer On delay TimerOn Delay 0 00 100 00 sec 0 00 O p 264 56 0h1638 Timer Off delay TimerOff Delay 0 00 100 00 sec 0 00 O p 264 57 0h1639 Detected frequenc y FDT Frequen cy 0 00 Maximum freque...

Page 463: ...lue 10 PID FdbValue 11 PID Output 12 Constant 13 EPID1Output 14 EPID1 RefVal 15 EPID1 FdbVal 16 EPID2Output 17 EPID2 RefVal 18 EPID2 FdbVal 62 0h163E Pulse output gain TO Gain 1000 0 1000 0 100 0 O p 306 63 0h163F Pulse output bias TO Bias 100 0 100 0 0 0 O p 306 64 0h1640 Pulse output filter TO Filter 0 10000 msec 5 O p 306 65 0h1641 Pulse output constant output 2 TO Const 0 0 100 0 0 0 O p 306 ...

Page 464: ... InitialValue Prope rty Ref 00 Jump Code Jump Code 1 99 20 O p 70 01 0h1701 Built in communic ation inverter ID Int485St ID 1 MaxComID40 1 O p 357 02 0h1702 Built in communic ation protocol Int485 Proto 0 ModBusRTU 0 ModBusRT U O p 357 2 LSInv 485 4 BACnet 5 Metasys N2 641 ModBusMaster 03 0h1703 Built in communic Int485 BaudR 0 1200bps 3 9600bps O p 357 1 2400bps 40 If AP1 40 is set to 4 Serve Drv...

Page 465: ... D8 PN S1 O p 357 1 D8 PN S2 2 D8 PE S1 3 D8 PO S1 05 0h1705 Transmissi ondelay after reception Resp Delay 0 1000 msec 5 O p 357 0643 0h1706 Communic ation option S W version FBus S W Ver O 07 0h1707 Communic ation option inverter ID FBusID 0 255 1 O 08 0h1708 FIELD BUS communic ation speed FBUS BaudRate 12Mbps O 42115 200 bps 43COM 06 09 are displayed onlywhen a communication option card isinstal...

Page 466: ...Inst2 0 999 0 O p 398 23 0h1717 BACnet password BAC PassWord 0 32767 0 O p 398 28 0h171C USB Protocol USB Protocol 0 ModbusRTU 2 LS Inv 485 O 2 LSInv 485 30 0h171E Numberof output parameters ParaStatu sNum 0 8 3 O p 366 31 0h171F Output Communic ation address1 Para Status 1 0000 FFFF Hex 000A O p 366 32 0h1720 Output Communic ation address2 Para Status 2 0000 FFFF Hex 000E O p 366 33 0h1721 Output...

Page 467: ...address7 Para Status 7 0000 FFFF Hex 0000 O p 366 38 0h1726 Output Communic ation address8 Para Status 8 0000 FFFF Hex 0000 O p 366 50 0h1732 Numberof input parameters ParaCtrl Num 0 8 2 O p 366 51 0h1733 Input Communic ation address1 Para Control 1 0000 FFFF Hex 0005 O p 366 52 0h1734 Input Communic ation address2 Para Control 2 0000 FFFF Hex 0006 O p 366 53 0h1735 Input Communic ation address3 P...

Page 468: ...7 0h1739 Input Communic ation address 7 Para Control 7 0000 FFFF Hex 0000 O p 366 58 0h173A Input Communic ation address 8 Para Control 8 0000 FFFF Hex 0000 O p 366 70 0h1746 Communic ation multi function input1 Virtual DI 1 0 None 0 None O p 393 71 0h1747 Communic ation multi function input2 Virtual DI 2 1 Fx 0 None O p 393 72 0h1748 Communic ation multi function input3 Virtual DI 3 2 Rx 0 None O...

Page 469: ... None O p 393 75 0h174B Communic ation multi function input6 Virtual DI 6 5 BX 0 None O p 393 76 0h174C Communic ation multi function input7 Virtual DI 7 6 JOG 0 None O p 393 77 0h174D Communic ation multi function input8 Virtual DI 8 7 Speed L 0 None O p 393 8 Speed M 9 Speed H 11 XCEL L 12 XCEL M 13 XCEL H 14 XCEL Stop 15 Run Enable 16 3 wire 17 2nd source 18 Exchange 19 Up 20 Down ...

Page 470: ... AnalogHold 24 I Term Clear 25 PID Openloop 26 PID Gain2 27 PID Ref Change 28 2nd Motor 29 Interlock1 30 Interlock2 31 Interlock3 32 Interlock4 33 Interlock5 34 PreExcite 35 Timer In 37 disAux Ref 38 FWD JOG 39 REVJOG 40 FireMode 41 EPID1 Run 42 EPID1 ItermClr 43 Time Event En 44 PreHeat 45 Damper Open 46 Pump Clean ...

Page 471: ...mmunic ation multi function input monitoring VirtDI Status 00000000 11111111 00000000 Δ p 362 96 0h173C Communic ation operation auto resume Power On Resume 0 No 0 No Δ p 319 8 8 Advanced Function Group PID Functions Datain the followingtable will be displayed onlywhen the related code has been selected 44 53 Interlock6 55 Interlock8 of ADV 66 are available when Extension IOoption is equipped Refe...

Page 472: ...e rty Ref 00 Jump Code Jump Code 1 99 50 O p 70 01 0h1801 PID mode selection PID Sel 0 No 0 No Δ p 164 1 Yes 02 0h1802 E PID selection E PID Sel 0 No 0 No O p 184 1 Yes 03 0h1803 PID output monitor PID Output X p 164 04 0h1804 PID reference monitor PID Ref Value X p 164 05 0h1805 PID feedback monitor PID Fdb Value X p 164 06 0h1806 PID error monitor value PID Err Value X p 164 10 0h180A PID refere...

Page 473: ...180C PID reference1 auxiliary source selection PIDRef1Au xSrc 0 None 0 None Δ p 164 1 V1 3 V2 4 I2 6 Pulse 7 Int485 8 FieldBus 10 EPID1 Output 11 E PID FdbVal 12 46 V3 45 10 V3 11 I3 of PID 10 are available when Extension IOoption isequipped Refer to Extension IOoption manual for more detailed information 46 12 V3 13 I3 of PID 12 are available when Extension IOoption isequipped Refer to Extension ...

Page 474: ...M G A 0 M G A O p 164 1 M G A 2 M G A 3 M M G A 4 M G 2 A 50 5 M G 2 A 50 6 M G 2 A 50 7 M M G 2 A 50 8 M A 2 9 M 2 A 2 10 MAX M A 11 MIN M A 12 M A 2 13 Root M A 14 0h180E PID reference auxiliary gain PID Ref1 Aux G 200 0 200 0 0 0 O p 164 15 0h180F PID reference2 auxiliary source selection PID Ref 2 Src 0 Keypad 0 KeyPad Δ p 164 1 V1 3 V2 4 I2 5 Int485 6 Fieldbus 8 Pulse ...

Page 475: ... PID Ref2AuxSrc 0 None 0 None Δ p 164 1 V1 3 V2 4 I2 6 Pulse 7 Int485 8 FieldBus 10 EPID1 Output 11 EPID1 FdbVal 12 48 V3 13 I3 18 0h1812 PID reference2 PID Ref2AuxM 0 M G A 0 M G A O p 164 1 M G A 47 10 V3 11 I3 of PID 15 are available when Extension IOoption isequipped Refer to Extension IOoption manual for more detailed information 48 12 V3 13 I3 of PID 17 are available when Extension IOoption ...

Page 476: ...M M G A 4 M G 2 A 50 5 M G 2 A 50 6 M G 2 A 50 7 M M G 2 A 50 8 M A 2 9 M 2 A 2 10 MAX M A 11 MIN M A 12 M A 2 13 Root M A 19 0h1813 PID reference2 auxiliary gain PID Ref2 Aux G 200 0 200 0 0 0 O p 164 20 0h1814 PID feedback selection PIDFdb Source 0 V1 0 V1 Δ p 164 2 V2 3 I2 4 Int485 5 FieldBus 7 Pulse 8 EPID1 Output 9 EPID1 FdbVal 10 V3 ...

Page 477: ...tput 11 EPID1 FdbVal 12 50 V3 13 I3 22 0h1816 PID feedback auxiliary mode selection PID FdbAuxMo d 0 M G A 0 M G A O p 164 1 M G A 2 M G A 3 M M G A 4 M G 2 A 50 5 M G 2 A 50 49 10 V3 11 I3 of PID 20 are available when Extension IOoption isequipped Refer to Extension IOoption manual for more detailed information 50 12 V3 13 I3 of PID 21 are available when Extension IOoption isequipped Refer to Ext...

Page 478: ...PID Fdb Band 0 00 UnitBand 0 00 O p 164 25 0h1819 PID controller proportiona l gain 1 PID P Gain 1 0 00 300 00 50 00 O p 164 26 0h181A PID contro ller integral time 1 PID I Time 1 0 0 200 0 sec 10 0 O p 164 27 0h181B PID controller differential time 1 PID D Time 1 0 00 1 00 sec 0 00 O p 164 28 0h181C PID controller feed forward gain PID FF Gain 0 0 1000 0 0 0 O p 164 29 0h181D PID output filter PI...

Page 479: ...0 0 sec 10 0 O p 164 34 0h1822 PID controller differential time 2 PID D Time 2 0 00 1 00 sec 0 00 O p 164 35 0h1823 PID output mode PID Out Mode 0 PID Output 4 PID or Main O p 164 1 PID Main Freq 2 PID EPID1 Out 3 PID EPID1 Main 4 PID or Main 36 0h1824 PID output inverse PID OutInv 0 No 0 No Δ p 164 1 Yes 37 0h1825 PID output scale PID Out Scale 0 1 1000 0 100 0 Δ p 164 40 0h1828 PID multi step re...

Page 480: ...tep Ref 4 UnitMin Unit Max Unit Default O p 164 44 0h182C PID multi step reference setting5 PID Step Ref 5 UnitMin Unit Max Unit Default O p 164 45 0h182D PID multi step reference setting6 PID Step Ref 6 UnitMin Unit Max Unit Default O p 164 46 0h182E PID multi step reference setting7 PID Step Ref 7 UnitMin Unit Max Unit Default O p 164 50 0h1832 PID controller unit selection PID Unit Sel Refer to...

Page 481: ... LCDDisplay ParameterSetting InitialValue Prope rty Ref 8 Bar 9 Pa 10 kPa 11 Hz 12 rpm 13 V 14 A 15 kW 16 HP 17 mpm 18 ft 19 m s 20 m3 s 21 m3 m 22 m3 h 23 l s 24 l m 25 l h 26 kg s 27 kg m 28 kg h 29 gl s 30 gl m 31 gl h 32 ft s 33 f3 s 34 f3 m ...

Page 482: ...2 x1 3 x 0 1 4 x0 01 52 0h1834 PID control 0 setting figure PID Unit 0 X100 30000 UnitMax Range varies depending onPID 50 setting O p 164 X10 3000 0 UnitMax X1 300 00 UnitMax X0 1 30 000 UnitMax X0 01 3 0000 UnitMax 53 0h1835 PID control 100 setting figure PID Unit 100 X100 UnitMin 30000 Range differs depending onPID 50 setting O p 164 X10 UnitMin 3000 0 X1 UnitMin 300 00 X0 1 UnitMin 30 000 X0 01...

Page 483: ...ddress Name LCD Display SettingRange InitialValue Prope rty Ref 00 Jump Code Jump Code 1 99 1 O p 70 01 0h1901 EPID 1 Mode Selection EPID1 Mode 0 None 0 None O p 184 1 AlwaysON 2 DuringRun 3 DI dependent 0252 0h1902 EPID1outp ut monitor value EPID1 Output 100 00 100 00 0 00 X p 184 03 0h1903 EPID1 standard monitor EPID1 Ref Val X p 184 04 0h1904 EPID1 feedback monitor value EPID1 FdbVal X p 184 05...

Page 484: ...it Max UnitMin O p 184 08 0h1908 EPID1 feedback source selection EPID1 FdbSrc 0 V1 0 V1 O p 184 2 V2 3 I2 4 Int485 5 FieldBus 7 Pulse 854 V3 9 I3 09 0h1909 EPID1 proportion al gain EPID1P Gain 0 00 300 00 50 00 O p 184 53 9 V3 10 I3 of EPID 06 are available when Extension IOoption isequipped Refer to Extension IOoption manual for more detailed information 54 8 V3 9 I3 of EPID 08 are available when...

Page 485: ... 00 10 00 sec 0 00 O p 184 14 0h190E EPID1 output upper limit EPID1 LimitHi EPID1LimitLo 100 00 100 00 O p 184 15 0h190F EPID1 lower limit EPID1 LimitLo 100 00 EPID1 LimitHi 0 00 O p 184 16 0h1910 EPID1 output inverse EPID1 Out Inv 0 No 0 No O p 184 1 Yes 17 0h1911 EPID1 unit EPID1 UnitSel Refer to the EPID Unitdetails table p 184 1 O p 184 18 0h1912 EPID1 unit scale EPID1 UnitScl 0 X100 2 X1 O p ...

Page 486: ...Values vary depending ontheunit setting O p 184 X10 UnitMin 3000 0 X1 UnitMin 300 00 X 0 1 UnitMin 30 000 X 0 01 UnitMin 3 0000 31 0h191F EPID2 Mode selection EPID2 Mode 0 None 0 None O p 184 1 AlwaysON 2 DuringRun 3 DI dependent 3255 0h1920 EPID2 output monitor value EPID2 Output 100 00 100 00 0 00 X p 184 33 0h1921 EPID2 reference monitor value EPID2 Ref Val X p 184 55EPID 32 50 are displayed wh...

Page 487: ...rce selection EPID2 Ref Src 0 Keypad 0 Keypad Δ p 184 1 V1 3 V2 4 I2 5 Int485 6 FieldBus 8 Pulse 956 V3 10 I3 37 0h1925 EPID2 keypad command value EPID2 Ref Set UnitMin Unit Max UnitMin O p 184 38 0h1926 EPID2 feedback source selection EPID2 FdbSrc 0 V1 0 V1 O p 184 2 V2 3 I2 4 Int485 5 FieldBus 7 Pulse 56 9 V3 10 I3 of EPID 36 are available when Extension IOoption isequipped Refer to Extension IO...

Page 488: ... 0h192B EPID2 output filter EPID2 OutLPF 0 00 10 00 sec 0 00 O p 184 44 0h192C EPID2 output upper limit EPID2 LimitHi EPID2LimitLo 100 00 100 00 O p 184 45 0h192D EPID2 output lower limit EPID2 LimitLo 100 00 EPID2 LimitHi 0 00 O p 184 46 0h192E EPID2 output inverse EPID2 Out Inv 0 No 0 No O p 184 1 Yes 47 0h192F EPID2 unit EPID2 UnitSel Refer to EPID Unit detailstable p 184 0 CUST O p 184 48 0h19...

Page 489: ...D2 Unit0 X 100 30000 Unit Max Values vary depending ontheunit setting O p 184 X10 3000 0 UnitMax X1 300 00 Unit Max X 0 1 30 000 UnitMax X 0 01 3 0000 Unit Max 50 0h1932 EPID2 unit 0 value EPID2 Unit100 X 100 UnitMin 30000 Values vary depending ontheunit setting O p 184 X10 UnitMin 3000 0 X1 UnitMin 300 00 X 0 1 UnitMin 30 000 X 0 01 UnitMin 3 0000 ...

Page 490: ...20 O p 70 05 0h1A05 Sleepboost amount SleepBst Set 0 00 UnitMax 0 00 O p 180 06 0h1A06 Sleepboost speed Sleep BstFreq 0 00 Low Freq HighFreq 60 00 O p 180 07 0h1A07 PID sleepmode 1delay time PID Sleep 1DT 0 0 6000 0 sec 20 0 O p 180 08 0h1A08 PID sleepmode 1frequency PID Sleep1Fre q 0 00 Low Freq HighFreq 0 00 O p 180 09 0h1A09 PID wakeup 1 delay time PID WakeUp1 DT 0 0 6000 0 sec 20 0 O p 180 10 ...

Page 491: ... 0h1A16 Pre PID delay time Pre PID Delay 0 0 600 0 sec 60 0 O p 179 23 0h1A17 SoftFill escape value SoftFill Set UnitMin Unit Max 20 00 O p 179 24 0h1A18 SoftFill reference increasingvalue Fill Step Set 0 00 UnitBand 2 00 O p 179 25 0h1A19 Soft Fill reference increasing cycle Fill Step Time 0 9999 sec 20 O p 179 26 0h1A1A SoftFill changing amount Fill Fdb Diff 0 00 UnitBand 0 00 O p 179 30 0h1A1E ...

Page 492: ...tarting Aux 1 5 1 Δ p 266 44 0h1A2C Display the number of running auxiliary motors Aux Motor Run X p 266 45 0h1A2D Display auxiliary motors1 4 priority Aux Priority1 X p 266 46 0h1A2E Display auxiliary motors5 8 priority Aux Priority2 X p 266 48 0h1A30 Auxiliarymotor optionsfor inverter stop Aux All Stop 0 No 1 Yes O p 266 1 Yes 49 0h1A31 Auxiliarymotor stop order Aux On Off Seq 0 FILO 0 FILO Δ p ...

Page 493: ...d Aux Dec Time 0 0 600 0 sec 2 0 O p 266 53 0h1A35 Auxiliarymotors startdelay time Aux Start DT 0 0 3600 0 sec 60 0 O p 266 54 0h1A36 Auxiliarymotors stopdelay time Aux Stop DT 0 0 3600 0 sec 60 0 O p 266 55 0h1A37 Auto change modeselection AutoCh Mode 0 None 1 AUX Exchange Δ p 266 1 AUX Exchange 2 Main Exchange 56 0h1A38 Auto change time AutoCh Time 00 00 99 00 72 00 O p 266 57 0h1A39 Auto change...

Page 494: ...quency StartFreq 3 Low Freq HighFreq 45 00 O p 266 64 0h1A40 4auxiliary motor start frequency StartFreq 4 Low Freq HighFreq 45 00 O p 266 65 0h1A41 5auxiliary motor start frequency StartFreq 5 Low Freq HighFreq 45 00 O p 266 70 0h1A46 1auxiliary motor stop frequency StopFreq 1 Low Freq HighFreq 20 00 O p 266 71 0h1A47 2auxiliary motor stop frequency StopFreq 2 Low Freq HighFreq 20 00 O p 266 72 0h...

Page 495: ...p 266 82 0h1A52 3auxiliary motor reference compensation Aux3 Ref Comp 0 00 UnitBand 0 00 O p 266 83 0h1A53 4auxiliary motor reference compensation Aux4 Ref Comp 0 00 UnitBand 0 00 O p 266 84 0h1A54 5auxiliary motor reference compensation Aux5 Ref Comp 0 00 UnitBand 0 00 O p 266 90 0h1A5A Interlock selection Interlock 0 NO 0 No O p 286 1 YES 91 0h1A5B Delay time beforenext motor operates whenan int...

Page 496: ...elected in AP1 95 AuxRunTi meDay 0 65535 0 O 97 0h1A61 Operation time of Auxiliary motor selected in AP1 95 Hour Minute AuxRunTi meMin 00 00 23 59 00 00 O 98 0h1A62 Deleting operation time of Auxiliary motor AuxRunTi meClr 0 None 0 None O 1 All 2 Aux 1 3 Aux 2 4 Aux 3 5 Aux 4 6 Aux 5 8 11 Application 2 Function Group AP2 61 AP1 95 98 is available when MMC and Master Follower functions are performe...

Page 497: ...Load Fit HFreq 30 00 Δ p 207 03 0h1B03 Low Freq current Load Fit LCurr 0 0 80 0 40 0 Δ p 207 04 0h1B04 Low Freq power total Load Fit LPwr 0 0 80 0 30 0 Δ p 207 08 0h1B08 HighFreq load curve Load Fit Hfreq Load FitLFreq HighFreq 51 00 Δ p 207 09 0h1B09 HighFreq current Load Fit HCurr Load FitLCurr 200 0 80 0 Δ p 207 10 0h1B0A HighFreq total power Load Fit HPwr Load FitLPwr 200 0 80 0 Δ p 207 11 0h1...

Page 498: ...d PCCurve Band 0 0 100 0 5 0 O p 200 19 0h1B13 Pump clean operation delay time PCCurve DT 0 0 6000 0 sec 60 0 O p 200 20 0h1B14 Pump clean startdelay time PCStartDT 0 0 6000 0 sec 10 0 O p 200 21 0h1B15 0speed operating time at Fx Rx switching PCStepDT 0 1 6000 0 sec 5 0 O p 200 22 0h1B16 Pump clean Acctime PCAcc Time 0 0 600 0 sec 10 0 O p 200 23 0h1B17 Pump clean Dec time PCDec Time 0 0 600 0 se...

Page 499: ...p 200 29 0h1B1D Pump clean function cycle monitoring Repeat NumMon X p 200 30 0h1B1E Number of pump clean repetitions Repeat NumSet 0 10 2 O p 200 31 0h1B1F Operation after pump cleanend PCEnd Mode 0 Stop 0 Stop Δ p 200 1 Run 32 0h1B20 Pump clean continuous limit time PCLimit Time 6 60 min 10 O p 200 33 0h1B21 Pump clean continuous limit numbers PCLimit Num 0 10 3 O p 200 38 0h1B26 DecValve operat...

Page 500: ... 0 sec 5 0 O p 196 4863 0h1B30 Preheat level PreHeat Level 1 100 20 O p 216 49 0h1B31 Pre heat duty Pre Heat Duty 1 100 30 O p 216 50 0h1B32 DCinput delay time DCInj DelayT 0 0 600 0 sec 60 0 O p 216 87 0h1B57 1Motor average power M1AVG PWR 0 1 500 0 kW O p 198 88 0h1B58 2Motor average power M2AVG PWR 0 1 500 0 kW O p 198 89 0h1B59 Cost per kWh Cost per kWh 0 0 1000 0 0 0 O p 198 90 0h1B5A Saved k...

Page 501: ...y Ref 93 0h1B5D Saved Cost over 1000 unit Saved Cost2 0 X p 198 94 0h1B5E Saved CO2 conversion Factor CO2Factor 0 0 5 0 0 0 O p 198 95 0h1B5F Saved CO2 Ton Saved CO2 1 0 0 X p 198 96 0h1B60 Saved CO2 kTon Saved CO2 2 0 X p 198 97 0h1B61 Saved energy reset Reset Energy 0 No 0 No Δ p 198 1 Yes ...

Page 502: ...0 O p 222 03 0h1C03 Currentday Now Weekday 0000000 1111111 Bit 0000001 O p 222 04 0h1C04 Summer Time Startdate Summer T Start 01 01 SummerT Stop 04 01 O p 222 05 0h1C05 Summer Time Finishdate Summer T Stop SummerT Start 12 31 Date 11 31 O p 222 0664 0h1C06 Datedisplay format Date Format 0 YYYY MM DD Date Format O p 222 1 MM DD YYYY 2 DD MM YYYY 10 0h1C0A Period connection status Period Status X p ...

Page 503: ...tion Period2 Day 0000000 1111111 Bit 00000000 O p 222 17 0h1C11 Time Period3 Start time configuration Period3 StartT 0 00 24 00 min 24 00 O p 222 18 0h1C12 Time Period3 End time configuration Period3 StopT Period3 StartT 24 00 min 24 00 O p 222 19 0h1C13 Time Period3 Dayof the week configuration Period3 Day 0000000 1111111 Bit 0000000 O p 222 20 0h1C14 Time Period4 Start time configuration Period4...

Page 504: ... Except2StartT 24 00 min 24 00 O p 222 35 0h1C23 Except2 Date configuration Except2D ate 01 01 12 31 Date 01 01 O p 222 36 0h1C24 Except3 Date Start time configuration Except3 StartT 0 00 24 00 min 24 00 O p 222 37 0h1C25 Except3 Date End time configuration Except3 StopT Except3StartT 24 00 min 24 00 O p 222 38 0h1C26 Except3 Date configuration Except3D ate 01 01 12 31 Date 01 01 O p 222 39 0h1C27...

Page 505: ...in 24 00 O p 222 47 0h1C2F Except6 Date configuration Except6 Date 01 01 12 31 Date 01 01 O p 222 48 0h1C30 Except7 Date Start time configuration Except7 StartT 0 00 24 00 min 24 00 O p 222 49 0h1C31 Except7 Date End time configuration Except7 StopT Except7StartT 24 00 min 24 00 O p 222 50 0h1C32 Except7 Date configuration Except7 Date 01 01 12 31 Date 01 01 O p 222 51 0h1C33 Except8 Date Start ti...

Page 506: ... X p 222 72 0h1C48 Time Event1 connection status T Event1 Period 000000000000 111111111111 00000000000 0 Δ p 222 73 0h1C49 Time Event1 functions T Event1 Define 0 None 0 None Δ p 222 1 Fx 2 Rx 3 Speed L 4 Speed M 5 Speed H 7 Xcel L 8 Xcel M 9 Xcel H 10 Xcel Stop 11 Run Enable 12 2nd Source 13 Exchange 14 AnalogHold 15 I Term Clear 16 PID Openloop 17 PID Gain2 18 PID Ref Change 19 2nd Motor ...

Page 507: ...configuration T Event2 Period 000000000000 111111111111 00000000000 0 Δ p 222 75 0h1C4B Time Event2 functions T Event2 Define Identical tothe settingrangefor AP3 73 0 None Δ p 222 76 0h1C4C Time Event3 connection configuration T Event2 Period 000000000000 111111111111 00000000000 0 Δ p 222 77 0h1C4D Time Event3 functions T Event3 Define Identical tothe settingrangefor AP3 73 0 None Δ p 222 78 0h1C...

Page 508: ... 0h1C52 Time Event6 connection configuration T Event6 Period 000000000000 111111111111 00000000000 0 Δ p 222 83 0h1C53 Time Event6 functions T Event6 Define Identical tothe settingrangefor AP3 73 0 None Δ p 222 84 0h1C54 Time Event7 connection configuration T Event7 Period 000000000000 111111111111 00000000000 0 Δ p 222 85 0h1C55 Time Event7 functions T Event7 Define Same setting rangefor AP3 73 0...

Page 509: ... LossChk Bit 00 11 00 Δ p 331 Bit 0 Output open phase Bit 1 Inputopen phase 06 0h1D06 Input voltage rangeduring open phase IPOV Band 1 100 V 15 O p 331 07 0h1D07 Deceleration time atfault trip TripDec Time 0 0 600 0 sec 3 0 0 75 90kW O 90 0 110 500kW 08 0h1D08 Selectionof startup ontrip reset RST Restart Bit 00 11 00 O p 248 Bit 0 Fault trips other than LVtrip Bit 1 LVTrip 09 0h1D09 Number of auto...

Page 510: ... 0h1D0E Operation frequencyat speed command loss Lost PresetF 0 00 Low Freq HighFreq 0 00 O p 334 15 0h1D0F Analoginput lossdecision level AILost Level 0 Half of x1 0 Half of x1 O p 334 1 Below x1 17 0h1D11 Overload warning selection OLWarn Select 0 No 0 No O p 323 1 Yes 18 0h1D12 Overload warninglevel OLWarn Level 30 OLTrip Level 110 O p 323 19 0h1D13 Overload warning time OLWarn Time 0 0 30 0 se...

Page 511: ...der load warning selection ULWarn Sel 0 No 0 No O p 340 1 Yes 26 0h1D1A Under load warning time ULWarn Time 0 0 600 0 sec 10 0 O p 340 27 0h1D1B Under load trip selection ULTrip Sel 0 None 0 None O p 340 1 Free Run 2 Dec 28 0h1D1C Under load trip timer ULTrip Time 0 0 600 0 sec 30 0 O p 340 31 0h1D1F Operation on nomotor trip NoMotor Trip 0 None 0 None O p 345 1 Free Run 32 0h1D20 Nomotor trip cur...

Page 512: ...tor overheat detection sensor Thermal Monitor X p 323 40 0h1D28 Electronic thermal prevention fault trip selection ETHTrip Sel 0 None 0 None O p 321 1 Free Run 2 Dec 41 0h1D29 Motor cooling fantype Motor Cooling 0 Self cool 0 Self cool O p 321 1 Forced cool 42 0h1D2A Electronic thermal one minuterating ETH 1 min ETH Cont 150 120 O p 321 43 0h1D2B Electronic thermal prevention continuous rating ETH...

Page 513: ...ux braking Stall Prevent bit 0000 1111 0100 Δ p 327 Bit 0 At acceleration Bit 1 At constant speed Bit 2 At deceleration Bit 3 Flux braking 51 0h1D33 Stall frequency 1 Stall Freq 1 Startfrequency Stall frequency2 Hz 60 00 O p 327 52 0h1D34 Stall level 1 Stall Level 1 30 150 130 Δ p 327 67 PRT 45 can only be setwhen PRT 44 isin Fire mode To change the mode in PRT 44 create a new password for PRT 44 ...

Page 514: ... 30 150 130 Δ p 327 57 0h1D39 Stall frequency 4 Stall Freq 4 Stall frequency3 Maximum frequency Hz 60 00 O p 327 58 0h1D3A Stall level 4 Stall Level 4 30 150 130 Δ p 327 59 0h1D3B Flux braking gain Flux BrakeKp 0 75 90kW 0 150 0 O 110 500kW 0 10 60 0h1D3C Pipebreak detection setting PipeBrok enSel 0 None 0 None O p 213 1 Warning 2 Free Run 3 Dec 61 0h1D3D Pipebreak detection variation PipeBrok enL...

Page 515: ...ing LDT Area Sel 0 Below Level 0 Below Level O p 209 1 Above Level 72 0h1D48 Level detect source LDT Source 0 Output Current 0 Output Current O p 209 1 DCLink Voltage 2 Output 3 kW 4 HP 5 V1 6 V2 7 I2 8 PID Ref 9 PID Fdb 10 PID Output 11 EPID1 Fdb 12 EPID2 Fdb Val 73 0h1D49 Level detect delay time LDT DlyTime 0 9999 sec 2 O p 209 74 0h1D4A Level detect standard set value LDT Level Sourcesetting So...

Page 516: ... Mode 0 Trip 0 Trip O p 341 1 Warning 80 0h1D50 Operation mode on optional card trip OptTrip Mode 0 None 1 Free Run O p 344 1 Free Run 2 Dec 81 0h1D51 Low voltage tripdecision delay time LVT Delay 0 0 60 0 sec 0 0 Δ p 342 82 0h1D52 Low voltage tripdecision during operation LV2 TripSel 0 No 0 No Δ p 342 1 Yes 83 0h1D53 Remaining capacitor life diagnosislevel CAP Diag Perc 10 100 0 O p 346 8470 Capa...

Page 517: ...ement alarm level Fan Exchange 0 0 100 0 0 0 O p 348 90 0h1D5A Low battery voltagesetting Low Battery 0 None 0 None O p 339 1 Warning 91 0h1D5B Settingthe functionof Brokenbelt BrokenBe ltSel 0 None 0 None Δ 1 Warning 2 Free Run 92 0h1D5C Operating the frequencyof Brokenbelt BrokenBe ltFreq 15 00 MzxFreq 15 00 Δ 93 0h1D5D Motor torque current Current Trq X 94 0h1D5E Torque current of operating Bro...

Page 518: ...isplay SettingRange InitialValue Prope rty Ref 96 0h1D60 LDT Auto restart count LDT Rst Cnt 0 6000 1 Δ P205 97 0h1D61 LDT Auto restartcycle count LDT Rst CntM 0 6000 0 X P205 98 0h1D62 LDT Auto restart cycle Initialization LDT Cnt ClrT 0 5000 60 Δ P205 ...

Page 519: ...te enabledwhenstopped X Writedisabled Code Comm Address Name LCD Display SettingRange InitialValue Prope rty Ref 00 Jump code Jump Code 1 99 14 O p 70 04 0h1E04 Acceleratio ntime M2 Acc Time 0 0 600 0 sec 20 0 0 75 90kW O p 251 60 0 110 250kW 100 0 315 500kW 05 0h1E05 Decelerati ontime M2 Dec Time 0 0 600 0 sec 30 0 0 75 90kW O p 251 90 0 110 250kW 150 0 315 500kW 06 0h1E06 Motor capacity M2 Capac...

Page 520: ...ingRange InitialValue Prope rty Ref 5 2 2 kW 3 0HP 6 3 0 kW 4 0HP 7 3 7 kW 5 0HP 8 4 0 kW 5 5HP 9 5 5 kW 7 5HP 10 7 5Kw 10 0HP 11 11 0kW 15 0HP 12 15 0kW 20 0HP 13 18 5kW 25 0HP 14 22 0kW 30 0HP 15 30 0kW 40 0HP 16 37 0kW 50 0HP 17 45 0kW 60 0HP 18 55 0kW 75 0HP ...

Page 521: ...0HP 21 110 0kW 150 0HP 22 132 0kW 200 0HP 23 160 0kW 250 0HP 24 185 0kW 300 0HP 25 220 0kW 350 0HP 26 250 0kW 400 0HP 27 315 0kW 500 0HP 28 355 0kW 550 0HP 29 400 0kW 650 0HP 30 500 0kW 800 0HP 07 0h1E07 Base frequency M2 Base Freq 30 00 400 00 Hz 60 00 Δ p 251 08 0h1E08 Control mode M2 Ctrl Mode 0 V F 0 V F Δ p 251 2 Slip Compen ...

Page 522: ...d Curr 0 0 1000 0 A Δ p 251 14 0h1E0E Motor rated voltage M2 Rated Volt 072 170 480 V Δ p 251 15 0h1E0F Motor efficiency M2 Efficiency 70 100 Δ p 251 17 Stator resistor M2 Rs 0 000 9 999 Ω Δ p 251 18 0h1E12 Leakage inductance M2 Lsigma 0 00 99 99 mH Δ p 251 25 0h1E19 V Fpattern M2 V F Patt 0 Linear 0 Linear Δ p 251 1 Square 2 UserV F 26 0h1E1A Forward torque boost M2 Fwd Boost 0 0 15 0 2 0 0 75 90...

Page 523: ...Electronic thermal continuous rating M2 ETH Cont 50 120 100 Δ p 251 8 15 Trip TRIP Last x and Config CNF Mode 8 15 1 Trip Mode TRP Last x Code Name LCDDisplay SettingRange InitialValue Ref 00 Triptypedisplay TripName x 01 Frequency reference at trip OutputFreq 02 Outputcurrent at trip OutputCurrent 03 Acceleration Decelerationstateattrip Inverter State 04 DCsection state DCLinkVoltage 05 NTCtemper...

Page 524: ...de 1 99 42 p 70 01 Keypad language selection LanguageSel 0 English 0 English 02 LCD contrast adjustment LCD Contrast p 263 10 Inverter S W version InvS WVer p 263 11 Keypad S W version KeypadS WVer p 263 12 Keypad title version KPDTitleVer p 263 20 Displayitem condition displaywindow AnytimePara 0 Frequency 0 Frequency p 316 21 Monitor mode display 1 Monitor Line 1 1 Speed 0 Frequency p 316 22 Mon...

Page 525: ...nitor 17 PID Output 18 PID RefValue 19 PID FdbValue 20 EPID1Out 21 EPID1 RefVal 22 EPID1 FdbVal 23 EPID2Out 24 EPID2 RefVal 25 EPID2FdbVal 24 Monitor mode initialize MonModeInit 0 No 0 No p 316 1 Yes 3073 Optionslot 1type display Option 1Type p 263 31 Optionslot 2type display Option 2Type p 263 32 Optionslot 3type display Option 3Type p 263 73 Please refer to the communication option manual for de...

Page 526: ...UT Grp 8 COM Grp 9 PID Grp 10 EPIGrp 11 AP1Grp 12 AP2Grp 13 AP3Grp 14 PRT Grp 15 M2Grp 41 Display changed Parameter Changed Para 0 View All 0 View All p 259 1 View Changed 42 Multi keyitem Multi Key Sel 0 None 0 None p 259 1 UserGrpSelKey 43 Macrofunction item MacroSelect 0 Basic 0 Basic p 264 1 Compressor 2 SupplyFan 3 ExhaustFan 4 CoolingTower 5 Circul Pump 6 VacuumPump 7 ConstantTorque ...

Page 527: ...Yes 48 Saveparameters Parameter Save 0 No 0 No p 256 1 Yes 50 Hideparameter mode View LockSet 0 9999 Un locked p 258 51 Password protection hide parameters View LockPw 0 9999 Password p 258 52 Lock parameter edit KeyLock Set 0 9999 Un locked p 258 53 Password for lockingparameter edit KeyLock Pw 0 9999 Password p 258 60 Additional title update AddTitleUp 0 No 0 No p 263 1 Yes 61 Simpleparameter se...

Page 528: ...ime Run time 00000DAY 00 00 p 318 72 Accumulated inverter operation timeinitialization Time Reset 0 No 0 No p 318 1 Yes 7374 RealTime RealTime Date Format 74 Accumulated coolingfan operation time FanTime 00000DAY 00 00 p 318 75 Reset of accumulated coolingfan operation time FanTime Rst 0 No 0 No p 318 1 Yes 74 The date format can be changed according to the AP3 06 settings ...

Page 529: ...Table ofFunctions 516 8 16 Macro Groups The followingtable listsdetailed parameter settingsfor each macro configuration 8 16 1 Compressor MC1 Group ...

Page 530: ...DRV 9 Control Mode 1 SlipCompen 5 DRV 11 JOG Frequenc y 20 00 6 DRV 12 JOG Acc Time 13 0 7 DRV 13 JOGDec Time 20 0 8 DRV 15 Torque Boost 1 Auto1 9 BAS 70 AccTime 1 10 0 10 BAS 71 Dec Time 1 20 0 11 ADV 10 Power on Run 1 Yes 12 ADV 65 U D Save Mode 1 Yes 13 CON 4 Carrier Freq 3 0 14 CON 70 SS Mode 0 FlyingStart 1 15 CON 77 KEB Select 1 Yes 16 OUT 32 Relay 2 14 Run 17 PID 1 PID Sel 1 Yes 18 PID 3 PI...

Page 531: ...PRT 8 RST Restart 11 31 PRT 9 Retry Number 3 32 PRT 10 RetryDelay 4 0 33 PRT 011 LostKPD Mode 3 Dec 34 PRT 12 LostCmd Mode 2 Dec 35 PRT 13 LostCmd Time 4 0 36 PRT 40 ETHTripSel 1 FreeRun 37 PRT 42 ETH 1min 120 38 PRT 52 Stall Level 1 130 39 PRT 66 DB Warn ED 10 40 PRT 70 LDT Sel 1 Warning 41 PRT 72 LDT Source 0 Output Current 42 PRT 75 LDT Band Width LDT Source 10 of theMax value 43 PRT 76 LDT Fre...

Page 532: ...3 PRT 011 LostKPD Mode 3 Dec 34 PRT 12 LostCmd Mode 2 Dec 35 PRT 13 LostCmd Time 4 0 36 PRT 40 ETHTripSel 1 FreeRun 37 PRT 42 ETH 1min 120 38 PRT 52 Stall Level 1 130 39 PRT 66 DB Warn ED 10 40 PRT 70 LDT Sel 1 Warning 41 PRT 72 LDT Source 0 Output Current 42 PRT 75 LDT Band Width LDT Source 10 of theMax value 43 PRT 76 LDT Freq 20 00 44 M2 4 M2 AccTime 10 0 45 M2 5 M2 DecTime 20 0 46 M2 8 M2 Ctrl...

Page 533: ...Power onRun 1 Yes 9 ADV 50 E Save Mode 2 Auto 10 ADV 64 FAN Control 2 Temp Control 11 ADV 65 U D Save Mode 1 Yes 12 CON 4 Carrier Freq 3 0 13 CON 70 SS Mode 1 FlyingStart 2 14 CON 77 KEB Select 1 Yes 15 OUT 32 Relay 2 10 OverVoltage 16 PID 1 PID Sel 1 Yes 17 PID 3 PID Output 18 PID 4 PID Ref Value 19 PID 5 PID Fdb Value 20 PID 10 PID Ref 1Src 4 I2 21 PID 11 PID Ref 1Set 0 5000 22 PID 25 PID P Gain...

Page 534: ...rip Sel 1 FreeRun 35 PRT 42 ETH 1 min 120 36 PRT 52 Stall Level 1 130 37 PRT 70 LDT Sel 1 Warning 38 PRT 72 LDT Source 0 OutputCurrent 39 PRT 75 LDT Band Width LDT Source 10 of theMax value 40 PRT 76 LDT Freq 10 00 41 PRT 77 LDT Restart DT 500 0 42 M2 25 M2 V F Patt 1 Square 43 M2 28 M2 Stall Lev 110 44 M2 29 M2 ETH 1min 110 8 16 3 Exhaust Fan MC3 Group ...

Page 535: ...equ ency 15 00 5 BAS 7 V F Pattern 1 Square 6 BAS 70 Acc Time 1 20 0 7 BAS 71 DecTime 1 30 0 8 BAS 72 Acc Time 2 22 5 9 BAS 73 DecTime 2 32 5 10 BAS 74 Acc Time 3 25 0 11 BAS 75 DecTime 3 35 0 12 BAS 76 Acc Time 4 27 5 13 BAS 77 DecTime 4 37 5 14 BAS 78 Acc Time 5 30 0 15 BAS 80 AccTime 6 32 5 16 BAS 81 Dec Time 6 42 5 17 BAS 82 AccTime 7 35 0 18 BAS 83 Dec Time 7 45 0 19 ADV 10 Power on Run 1 Yes...

Page 536: ...RV 11 JOG Frequ ency 15 00 5 BAS 7 V F Pattern 1 Square 6 BAS 70 Acc Time 1 20 0 7 BAS 71 DecTime 1 30 0 8 BAS 72 Acc Time 2 22 5 9 BAS 73 DecTime 2 32 5 10 BAS 74 Acc Time 3 25 0 11 BAS 75 DecTime 3 35 0 12 BAS 76 Acc Time 4 27 5 13 BAS 77 DecTime 4 37 5 14 BAS 78 Acc Time 5 30 0 15 BAS 80 AccTime 6 32 5 16 BAS 81 Dec Time 6 42 5 17 BAS 82 AccTime 7 35 0 18 BAS 83 Dec Time 7 45 0 19 ADV 10 Power ...

Page 537: ... 4 DRV 11 JOG Frequ ency 15 00 5 BAS 7 V F Pattern 1 Square 6 BAS 70 Acc Time 1 20 0 7 BAS 71 DecTime 1 30 0 8 BAS 72 Acc Time 2 22 5 9 BAS 73 DecTime 2 32 5 10 BAS 74 Acc Time 3 25 0 11 BAS 75 DecTime 3 35 0 12 BAS 76 Acc Time 4 27 5 13 BAS 77 DecTime 4 37 5 14 BAS 78 Acc Time 5 30 0 15 BAS 80 AccTime 6 32 5 16 BAS 81 Dec Time 6 42 5 17 BAS 82 AccTime 7 35 0 18 BAS 83 Dec Time 7 45 0 19 ADV 10 Po...

Page 538: ... ency 15 00 5 BAS 7 V F Pattern 1 Square 6 BAS 70 Acc Time 1 20 0 7 BAS 71 DecTime 1 30 0 8 BAS 72 Acc Time 2 22 5 9 BAS 73 DecTime 2 32 5 10 BAS 74 Acc Time 3 25 0 11 BAS 75 DecTime 3 35 0 12 BAS 76 Acc Time 4 27 5 13 BAS 77 DecTime 4 37 5 14 BAS 78 Acc Time 5 30 0 15 BAS 80 AccTime 6 32 5 16 BAS 81 Dec Time 6 42 5 17 BAS 82 AccTime 7 35 0 18 BAS 83 Dec Time 7 45 0 19 ADV 10 Power on Run 1 Yes 20...

Page 539: ... 11 JOG Frequ ency 15 00 5 BAS 7 V F Pattern 1 Square 6 BAS 70 Acc Time 1 20 0 7 BAS 71 DecTime 1 30 0 8 BAS 72 Acc Time 2 22 5 9 BAS 73 DecTime 2 32 5 10 BAS 74 Acc Time 3 25 0 11 BAS 75 DecTime 3 35 0 12 BAS 76 Acc Time 4 27 5 13 BAS 77 DecTime 4 37 5 14 BAS 78 Acc Time 5 30 0 15 BAS 80 AccTime 6 32 5 16 BAS 81 Dec Time 6 42 5 17 BAS 82 AccTime 7 35 0 18 BAS 83 Dec Time 7 45 0 19 ADV 10 Power on...

Page 540: ...y 15 00 5 BAS 7 V F Pattern 1 Square 6 BAS 70 Acc Time 1 20 0 7 BAS 71 DecTime 1 30 0 8 BAS 72 Acc Time 2 22 5 9 BAS 73 DecTime 2 32 5 10 BAS 74 Acc Time 3 25 0 11 BAS 75 DecTime 3 35 0 12 BAS 76 Acc Time 4 27 5 13 BAS 77 DecTime 4 37 5 14 BAS 78 Acc Time 5 30 0 15 BAS 80 AccTime 6 32 5 16 BAS 81 Dec Time 6 42 5 17 BAS 82 AccTime 7 35 0 18 BAS 83 Dec Time 7 45 0 19 ADV 10 Power on Run 1 Yes 20 ADV...

Page 541: ... 4 DRV 11 JOG Frequ ency 15 00 5 BAS 7 V F Pattern 1 Square 6 BAS 70 Acc Time 1 20 0 7 BAS 71 DecTime 1 30 0 8 BAS 72 Acc Time 2 22 5 9 BAS 73 DecTime 2 32 5 10 BAS 74 Acc Time 3 25 0 11 BAS 75 DecTime 3 35 0 12 BAS 76 Acc Time 4 27 5 13 BAS 77 DecTime 4 37 5 14 BAS 78 Acc Time 5 30 0 15 BAS 80 AccTime 6 32 5 16 BAS 81 Dec Time 6 42 5 17 BAS 82 AccTime 7 35 0 18 BAS 83 Dec Time 7 45 0 19 ADV 10 Po...

Page 542: ...G Frequ ency 15 00 5 BAS 7 V F Pattern 1 Square 6 BAS 70 Acc Time 1 20 0 7 BAS 71 DecTime 1 30 0 8 BAS 72 Acc Time 2 22 5 9 BAS 73 DecTime 2 32 5 10 BAS 74 Acc Time 3 25 0 11 BAS 75 DecTime 3 35 0 12 BAS 76 Acc Time 4 27 5 13 BAS 77 DecTime 4 37 5 14 BAS 78 Acc Time 5 30 0 15 BAS 80 AccTime 6 32 5 16 BAS 81 Dec Time 6 42 5 17 BAS 82 AccTime 7 35 0 18 BAS 83 Dec Time 7 45 0 19 ADV 10 Power on Run 1...

Page 543: ...DRV 11 JOG Frequ ency 15 00 5 BAS 7 V F Pattern 1 Square 6 BAS 70 Acc Time 1 20 0 7 BAS 71 DecTime 1 30 0 8 BAS 72 Acc Time 2 22 5 9 BAS 73 DecTime 2 32 5 10 BAS 74 Acc Time 3 25 0 11 BAS 75 DecTime 3 35 0 12 BAS 76 Acc Time 4 27 5 13 BAS 77 DecTime 4 37 5 14 BAS 78 Acc Time 5 30 0 15 BAS 80 AccTime 6 32 5 16 BAS 81 Dec Time 6 42 5 17 BAS 82 AccTime 7 35 0 18 BAS 83 Dec Time 7 45 0 19 ADV 10 Power...

Page 544: ...0 4 DRV 11 JOG Frequ ency 15 00 5 BAS 7 V F Pattern 1 Square 6 BAS 70 Acc Time 1 20 0 7 BAS 71 DecTime 1 30 0 8 BAS 72 Acc Time 2 22 5 9 BAS 73 DecTime 2 32 5 10 BAS 74 Acc Time 3 25 0 11 BAS 75 DecTime 3 35 0 12 BAS 76 Acc Time 4 27 5 13 BAS 77 DecTime 4 37 5 14 BAS 78 Acc Time 5 30 0 15 BAS 80 AccTime 6 32 5 16 BAS 81 Dec Time 6 42 5 17 BAS 82 AccTime 7 35 0 18 BAS 83 Dec Time 7 45 0 19 ADV 10 P...

Page 545: ...equ ency 15 00 5 BAS 7 V F Pattern 1 Square 6 BAS 70 Acc Time 1 20 0 7 BAS 71 DecTime 1 30 0 8 BAS 72 Acc Time 2 22 5 9 BAS 73 DecTime 2 32 5 10 BAS 74 Acc Time 3 25 0 11 BAS 75 DecTime 3 35 0 12 BAS 76 Acc Time 4 27 5 13 BAS 77 DecTime 4 37 5 14 BAS 78 Acc Time 5 30 0 15 BAS 80 AccTime 6 32 5 16 BAS 81 Dec Time 6 42 5 17 BAS 82 AccTime 7 35 0 18 BAS 83 Dec Time 7 45 0 19 ADV 10 Power on Run 1 Yes...

Page 546: ...4 DRV 11 JOG Frequ ency 15 00 5 BAS 7 V F Pattern 1 Square 6 BAS 70 Acc Time 1 20 0 7 BAS 71 DecTime 1 30 0 8 BAS 72 Acc Time 2 22 5 9 BAS 73 DecTime 2 32 5 10 BAS 74 Acc Time 3 25 0 11 BAS 75 DecTime 3 35 0 12 BAS 76 Acc Time 4 27 5 13 BAS 77 DecTime 4 37 5 14 BAS 78 Acc Time 5 30 0 15 BAS 80 AccTime 6 32 5 16 BAS 81 Dec Time 6 42 5 17 BAS 82 AccTime 7 35 0 18 BAS 83 Dec Time 7 45 0 19 ADV 10 Pow...

Page 547: ... 4 DRV 11 JOG Frequ ency 15 00 5 BAS 7 V F Pattern 1 Square 6 BAS 70 Acc Time 1 20 0 7 BAS 71 DecTime 1 30 0 8 BAS 72 Acc Time 2 22 5 9 BAS 73 DecTime 2 32 5 10 BAS 74 Acc Time 3 25 0 11 BAS 75 DecTime 3 35 0 12 BAS 76 Acc Time 4 27 5 13 BAS 77 DecTime 4 37 5 14 BAS 78 Acc Time 5 30 0 15 BAS 80 AccTime 6 32 5 16 BAS 81 Dec Time 6 42 5 17 BAS 82 AccTime 7 35 0 18 BAS 83 Dec Time 7 45 0 19 ADV 10 Po...

Page 548: ... ency 15 00 5 BAS 7 V F Pattern 1 Square 6 BAS 70 Acc Time 1 20 0 7 BAS 71 DecTime 1 30 0 8 BAS 72 Acc Time 2 22 5 9 BAS 73 DecTime 2 32 5 10 BAS 74 Acc Time 3 25 0 11 BAS 75 DecTime 3 35 0 12 BAS 76 Acc Time 4 27 5 13 BAS 77 DecTime 4 37 5 14 BAS 78 Acc Time 5 30 0 15 BAS 80 AccTime 6 32 5 16 BAS 81 Dec Time 6 42 5 17 BAS 82 AccTime 7 35 0 18 BAS 83 Dec Time 7 45 0 19 ADV 10 Power on Run 1 Yes 20...

Page 549: ...DRV 11 JOG Frequ ency 15 00 5 BAS 7 V F Pattern 1 Square 6 BAS 70 Acc Time 1 20 0 7 BAS 71 DecTime 1 30 0 8 BAS 72 Acc Time 2 22 5 9 BAS 73 DecTime 2 32 5 10 BAS 74 Acc Time 3 25 0 11 BAS 75 DecTime 3 35 0 12 BAS 76 Acc Time 4 27 5 13 BAS 77 DecTime 4 37 5 14 BAS 78 Acc Time 5 30 0 15 BAS 80 AccTime 6 32 5 16 BAS 81 Dec Time 6 42 5 17 BAS 82 AccTime 7 35 0 18 BAS 83 Dec Time 7 45 0 19 ADV 10 Power...

Page 550: ...0 4 DRV 11 JOG Frequ ency 15 00 5 BAS 7 V F Pattern 1 Square 6 BAS 70 Acc Time 1 20 0 7 BAS 71 DecTime 1 30 0 8 BAS 72 Acc Time 2 22 5 9 BAS 73 DecTime 2 32 5 10 BAS 74 Acc Time 3 25 0 11 BAS 75 DecTime 3 35 0 12 BAS 76 Acc Time 4 27 5 13 BAS 77 DecTime 4 37 5 14 BAS 78 Acc Time 5 30 0 15 BAS 80 AccTime 6 32 5 16 BAS 81 Dec Time 6 42 5 17 BAS 82 AccTime 7 35 0 18 BAS 83 Dec Time 7 45 0 19 ADV 10 P...

Page 551: ...ency 15 00 5 BAS 7 V F Pattern 1 Square 6 BAS 70 Acc Time 1 20 0 7 BAS 71 DecTime 1 30 0 8 BAS 72 Acc Time 2 22 5 9 BAS 73 DecTime 2 32 5 10 BAS 74 Acc Time 3 25 0 11 BAS 75 DecTime 3 35 0 12 BAS 76 Acc Time 4 27 5 13 BAS 77 DecTime 4 37 5 14 BAS 78 Acc Time 5 30 0 15 BAS 80 AccTime 6 32 5 16 BAS 81 Dec Time 6 42 5 17 BAS 82 AccTime 7 35 0 18 BAS 83 Dec Time 7 45 0 19 ADV 10 Power on Run 1 Yes 20 ...

Page 552: ... DRV 11 JOG Frequ ency 15 00 5 BAS 7 V F Pattern 1 Square 6 BAS 70 Acc Time 1 20 0 7 BAS 71 DecTime 1 30 0 8 BAS 72 Acc Time 2 22 5 9 BAS 73 DecTime 2 32 5 10 BAS 74 Acc Time 3 25 0 11 BAS 75 DecTime 3 35 0 12 BAS 76 Acc Time 4 27 5 13 BAS 77 DecTime 4 37 5 14 BAS 78 Acc Time 5 30 0 15 BAS 80 AccTime 6 32 5 16 BAS 81 Dec Time 6 42 5 17 BAS 82 AccTime 7 35 0 18 BAS 83 Dec Time 7 45 0 19 ADV 10 Powe...

Page 553: ... 0 4 DRV 11 JOG Frequ ency 15 00 5 BAS 7 V F Pattern 1 Square 6 BAS 70 Acc Time 1 20 0 7 BAS 71 DecTime 1 30 0 8 BAS 72 Acc Time 2 22 5 9 BAS 73 DecTime 2 32 5 10 BAS 74 Acc Time 3 25 0 11 BAS 75 DecTime 3 35 0 12 BAS 76 Acc Time 4 27 5 13 BAS 77 DecTime 4 37 5 14 BAS 78 Acc Time 5 30 0 15 BAS 80 AccTime 6 32 5 16 BAS 81 Dec Time 6 42 5 17 BAS 82 AccTime 7 35 0 18 BAS 83 Dec Time 7 45 0 19 ADV 10 ...

Page 554: ...PRT 12 LostCmd Mode 3 Hold Input 44 PRT 40 ETHTripSel 1 Free Run 45 PRT 42 ETH 1min 120 46 PRT 52 Stall Level 1 130 47 PRT 70 LDT Sel 1 Warning 48 PRT 72 LDT Source 0 Output Current 49 PRT 75 LDT Band Width LDT Source 10 of theMax value 50 PRT 76 LDT Freq 10 00 51 PRT 77 LDT RestartDT 300 0 52 M2 4 M2 AccTime 10 0 53 M2 5 M2 Dec Time 20 0 54 M2 25 M2 V FPatt 1 Square 55 M2 28 M2 Stall Lev 110 56 M...

Page 555: ...Table ofFunctions 542 8 16 4 CoolingTower MC4 Group ...

Page 556: ... 15 00 5 BAS 7 V F Pattern 1 Square 6 BAS 70 AccTime 1 20 0 7 BAS 71 DecTime 1 30 0 8 BAS 072 AccTime 2 22 5 9 BAS 73 DecTime 2 32 5 10 BAS 74 AccTime 3 25 0 11 BAS 75 DecTime 3 35 0 12 BAS 76 AccTime 4 27 5 13 BAS 77 DecTime 4 37 5 14 BAS 78 AccTime 5 30 0 15 BAS 80 AccTime 6 32 5 16 BAS 81 DecTime 6 42 5 17 BAS 82 AccTime 7 35 0 18 BAS 83 DecTime 7 45 0 19 ADV 10 Power on Run 1 Yes 20 ADV 50 E S...

Page 557: ... F 37 PID 51 PID Unit Scale 2 x1 38 AP1 21 Pre PID Freq 30 00 39 AP1 22 Pre PID Delay 120 0 40 PRT 8 RST Restart 11 41 PRT 9 Retry Number 0 42 PRT 10 RetryDelay 10 0 43 PRT 11 LostKPD Mode 3 Dec 44 PRT 12 LostCmd Mode 3 Hold Input 45 PRT 40 ETHTripSel 1 FreeRun 46 PRT 42 ETH 1min 120 47 PRT 52 Stall Level 1 130 48 PRT 70 LDT Sel 1 Warning 49 PRT 72 LDT Source 0 Output Current 50 PRT 75 LDT Band Wi...

Page 558: ...Tableof Functions 545 8 16 5 Circulation Pump MC5 Group ...

Page 559: ...de 1 SlipCompen 5 DRV 11 JOG Frequency 15 00 6 DRV 12 JOGAcc Time 30 0 7 DRV 13 JOGDec Time 50 0 8 DRV 15 Torque Boost 1 Auto1 9 BAS 7 V FPattern 1 Square 10 BAS 70 AccTime 1 30 0 11 BAS 71 DecTime 1 50 0 12 BAS 72 AccTime 2 32 0 13 BAS 73 DecTime 2 52 0 14 BAS 74 AccTime 3 34 0 15 BAS 75 DecTime 3 54 0 16 BAS 76 AccTime 4 36 0 17 BAS 77 DecTime 4 56 0 18 BAS 78 AccTime 5 38 0 19 BAS 79 DecTime 5 ...

Page 560: ...Ref 1 Src 4 I2 38 PID 11 PID Ref 1 Set 5 000 39 PID 25 PID P Gain1 50 00 40 PID 26 PID I Time 1 5 0 41 PID 50 PID UnitSel 2 PSI 42 PID 51 PID Unit Scale 3 x0 1 43 AP1 8 PID Sleep1Freq 10 00 44 AP1 21 Pre PID Freq 30 00 45 AP1 22 Pre PID Delay 120 0 46 PRT 8 RST Restart 11 47 PRT 9 Retry Number 3 48 PRT 10 RetryDelay 5 0 49 PRT 11 LostKPD Mode 3 Dec 50 PRT 12 LostCmd Mode 3 Hold Input 51 PRT 40 ETH...

Page 561: ...ut Current 59 PRT 75 LDT Band Width LDT Source 10 of theMax value 60 PRT 76 LDT Freq 10 00 61 PRT 77 LDT RestartDT 100 0 62 M2 4 M2 Acc Time 10 0 63 M2 5 M2 DecTime 20 0 64 M2 25 M2 V FPatt 1 Square 65 M2 28 M2 Stall Lev 125 66 M2 29 M2 ETH 1 min 120 ...

Page 562: ...Tableof Functions 549 8 16 6 Vacuum Pump MC6 Group ...

Page 563: ...de 1 SlipCompen 5 DRV 11 JOG Frequenc y 20 00 6 DRV 12 JOGAcc Time 30 0 7 DRV 13 JOGDec Time 60 0 8 DRV 15 Torque Boost 1 Auto1 9 BAS 7 V F Pattern 1 Square 10 BAS 70 AccTime 1 30 0 11 BAS 71 DecTime 1 50 0 12 BAS 72 AccTime 2 32 0 13 BAS 73 DecTime 2 52 0 14 BAS 74 AccTime 3 34 0 15 BAS 75 DecTime 3 54 0 16 BAS 76 AccTime 4 36 0 17 BAS 77 DecTime 4 56 0 18 BAS 78 AccTime 5 38 0 19 BAS 79 DecTime ...

Page 564: ...DRV 11 JOG Frequenc y 20 00 6 DRV 12 JOGAcc Time 30 0 7 DRV 13 JOGDec Time 60 0 8 DRV 15 Torque Boost 1 Auto1 9 BAS 7 V F Pattern 1 Square 10 BAS 70 AccTime 1 30 0 11 BAS 71 DecTime 1 50 0 12 BAS 72 AccTime 2 32 0 13 BAS 73 DecTime 2 52 0 14 BAS 74 AccTime 3 34 0 15 BAS 75 DecTime 3 54 0 16 BAS 76 AccTime 4 36 0 17 BAS 77 DecTime 4 56 0 24 ADV 10 Power on Run 1 Yes 25 ADV 25 Freq Limit Lo 40 00 26...

Page 565: ...l Mode 1 SlipCompen 5 DRV 11 JOG Frequenc y 20 00 6 DRV 12 JOGAcc Time 30 0 7 DRV 13 JOGDec Time 60 0 8 DRV 15 Torque Boost 1 Auto1 9 BAS 7 V F Pattern 1 Square 10 BAS 70 AccTime 1 30 0 11 BAS 71 DecTime 1 50 0 12 BAS 72 AccTime 2 32 0 13 BAS 73 DecTime 2 52 0 14 BAS 74 AccTime 3 34 0 15 BAS 75 DecTime 3 54 0 16 BAS 76 AccTime 4 36 0 17 BAS 77 DecTime 4 56 0 30 CON 77 KEB Select 1 Yes 31 OUT 32 Re...

Page 566: ...n 5 DRV 11 JOG Frequenc y 20 00 6 DRV 12 JOGAcc Time 30 0 7 DRV 13 JOGDec Time 60 0 8 DRV 15 Torque Boost 1 Auto1 9 BAS 7 V F Pattern 1 Square 10 BAS 70 AccTime 1 30 0 11 BAS 71 DecTime 1 50 0 12 BAS 72 AccTime 2 32 0 13 BAS 73 DecTime 2 52 0 14 BAS 74 AccTime 3 34 0 15 BAS 75 DecTime 3 54 0 16 BAS 76 AccTime 4 36 0 17 BAS 77 DecTime 4 56 0 36 PID 10 PID Ref 1 Src 4 I2 37 PID 11 PID Ref 1 Set 5 00...

Page 567: ...Compen 5 DRV 11 JOG Frequenc y 20 00 6 DRV 12 JOGAcc Time 30 0 7 DRV 13 JOGDec Time 60 0 8 DRV 15 Torque Boost 1 Auto1 9 BAS 7 V F Pattern 1 Square 10 BAS 70 AccTime 1 30 0 11 BAS 71 DecTime 1 50 0 12 BAS 72 AccTime 2 32 0 13 BAS 73 DecTime 2 52 0 14 BAS 74 AccTime 3 34 0 15 BAS 75 DecTime 3 54 0 16 BAS 76 AccTime 4 36 0 17 BAS 77 DecTime 4 56 0 42 AP1 21 Pre PID Freq 30 00 43 PRT 8 RST Restart 11...

Page 568: ...n 5 DRV 11 JOG Frequenc y 20 00 6 DRV 12 JOGAcc Time 30 0 7 DRV 13 JOGDec Time 60 0 8 DRV 15 Torque Boost 1 Auto1 9 BAS 7 V F Pattern 1 Square 10 BAS 70 AccTime 1 30 0 11 BAS 71 DecTime 1 50 0 12 BAS 72 AccTime 2 32 0 13 BAS 73 DecTime 2 52 0 14 BAS 74 AccTime 3 34 0 15 BAS 75 DecTime 3 54 0 16 BAS 76 AccTime 4 36 0 17 BAS 77 DecTime 4 56 0 48 PRT 40 ETHTrip Sel 1 FreeRun 49 PRT 42 ETH 1min 120 50...

Page 569: ...JOG Frequenc y 20 00 6 DRV 12 JOGAcc Time 30 0 7 DRV 13 JOGDec Time 60 0 8 DRV 15 Torque Boost 1 Auto1 9 BAS 7 V F Pattern 1 Square 10 BAS 70 AccTime 1 30 0 11 BAS 71 DecTime 1 50 0 12 BAS 72 AccTime 2 32 0 13 BAS 73 DecTime 2 52 0 14 BAS 74 AccTime 3 34 0 15 BAS 75 DecTime 3 54 0 16 BAS 76 AccTime 4 36 0 17 BAS 77 DecTime 4 56 0 54 PRT 66 DB Warn ED 10 55 PRT 70 LDT Sel 1 Warning 56 PRT 72 LDT So...

Page 570: ...pCompen 5 DRV 11 JOG Frequenc y 20 00 6 DRV 12 JOGAcc Time 30 0 7 DRV 13 JOGDec Time 60 0 8 DRV 15 Torque Boost 1 Auto1 9 BAS 7 V F Pattern 1 Square 10 BAS 70 AccTime 1 30 0 11 BAS 71 DecTime 1 50 0 12 BAS 72 AccTime 2 32 0 13 BAS 73 DecTime 2 52 0 14 BAS 74 AccTime 3 34 0 15 BAS 75 DecTime 3 54 0 16 BAS 76 AccTime 4 36 0 17 BAS 77 DecTime 4 56 0 60 M2 4 M2 Acc Time 10 0 61 M2 5 M2 Dec Time 20 0 6...

Page 571: ...0 kW 60 0 315 500 kW 100 0 4 DRV 9 Control Mode 1 SlipCompen 5 DRV 12 JOGAcc Time 10 0 6 DRV 13 JOGDec Time 20 0 7 DRV 15 Torque Boost 1 Auto1 8 BAS 70 AccTime 1 10 0 9 BAS 71 DecTime 1 20 0 10 BAS 72 AccTime 2 12 5 11 BAS 73 DecTime 2 22 5 12 BAS 74 AccTime 3 15 0 13 BAS 75 DecTime 3 25 0 14 BAS 76 AccTime 4 17 5 15 BAS 77 DecTime 4 27 5 16 BAS 78 AccTime 5 20 0 17 BAS 79 DecTime 5 30 0 18 BAS 80...

Page 572: ...RV 12 JOGAcc Time 10 0 6 DRV 13 JOGDec Time 20 0 7 DRV 15 Torque Boost 1 Auto1 8 BAS 70 AccTime 1 10 0 9 BAS 71 DecTime 1 20 0 10 BAS 72 AccTime 2 12 5 11 BAS 73 DecTime 2 22 5 22 ADV 1 AccPattern 1 S curve 23 ADV 2 DecPattern 1 S curve 24 ADV 25 Freq Limit Lo 20 00 25 ADV 74 RegenAvd Sel 1 Yes 26 CON 4 Carrier Freq 3 0 27 CON 70 SSMode 0 FlyingStart 1 28 CON 77 KEB Select 1 Yes 29 OUT 32 Relay 2 ...

Page 573: ...9 Control Mode 1 SlipCompen 5 DRV 12 JOGAcc Time 10 0 6 DRV 13 JOGDec Time 20 0 7 DRV 15 Torque Boost 1 Auto1 8 BAS 70 AccTime 1 10 0 9 BAS 71 DecTime 1 20 0 10 BAS 72 AccTime 2 12 5 11 BAS 73 DecTime 2 22 5 34 PRT 66 DB Warn ED 10 35 PRT 70 LDT Sel 1 Warning 36 PRT 72 LDT Source 0 Output Current 37 PRT 75 LDT Band Width LDT Source 10 of theMax value 38 PRT 76 LDT Freq 5 00 39 PRT 77 LDT Restart D...

Page 574: ...irst Use the Up Down Left or Right cursor keyon the keypad to view the fault tripinformation The fault conditions can be categorized asfollows Level When the faultis corrected the tripor warning signal disappears and the faultisnot saved in the faulthistory Latch When the faultis corrected and aresetinputsignal isprovided the tripor warning signal disappears Fatal When the faultis corrected the fa...

Page 575: ...pacity E Thermal Latch Displayed based oninversetime limitthermal characteristics to prevent motor overheating Operateswhen PRT 40isset to avalue other than 0 OutPhaseOpen Latch Displayed whena 3 phaseinverter outputhas one or more phases inanopen circuit condition Operateswhen bit 1of PRT 05 isset to 1 InPhaseOpen Latch Displayed whena 3 phaseinverter input has one or morephasesin anopen circuit ...

Page 576: ...rr Anerror in reading writingparametersdue to keypad or memory EEPRom fault ADCOff Set Anerror inthecurrentsensing circuit U V W terminal currentsensor etc NTCOpen Latch Displayed whenanerror is detected in the temperature sensor of theInsulated GateBipolarTransistor IGBT FanTrip Latch Displayed whenanerror is detected in the coolingfan Set PRT 79 to 0 to activatefantrip for modelsbelow 22kWcapaci...

Page 577: ...hevaluessetbytheuser SetthevaluesatPRT 71 PRT 77 BrokenBelt Latch Triggered whenPRT 91isset toFree Run Option Protection LCDDisplay Type Description LostCommand Level Displayed whena frequency or operation command error is detected duringinverter operation by controllers other thanthe keypad e g using a terminal block and a communication mode Activate bysetting PRT 12 to any value other than 0 IO ...

Page 578: ...detected fromthe cooling fanwhilePRT 79isset to 1 Set thedigital output terminals or relay OUT 31 35or OUT 36 to 8 Fan Warning to receive thefanwarningoutputsignals DBWarn ED Displayed whentheDB resistor usagerateexceeds theset value Setthe detection level atPRT 66 FireMode Whenthereis afire FireMode forces theinverter to ignore certainfaulttrips and continue to operate Set thedigital output termi...

Page 579: ...not normal RsTune Err Displayed whenthefunction of Rs tuningisnot normal For example auto tuningisperformed without wiringthemotor LsigTune Err Displayed whenthefunction of Lsigmatuningisnotnormal For example autotuningisperformed withoutwiringthe motor KPD H O A Lock If DRV 05KPD H O ALock setsHAND OFF AUTO disabled itlasts onesecond whenHAND OFF AUTO keyis pressed using user keypad InFanWarning ...

Page 580: ... brake OverVoltage Decelerationtimeis tooshort for the load inertia GD2 Increasetheaccelerationtime Agenerativeload occurs at theinverter output Use thebraking unit Theinput voltageis toohigh Determineif theinputvoltageisabovethe specified value LowVoltage Theinput voltageis toolow Determineif theinputvoltageisbelow the specified value Aload greater thanthepower capacity isconnected tothesystem a ...

Page 581: ...ctor on theinput sidehas a connectionfault Checkthemagnetic contactor onthe inputside Theinputwiringisfaulty Checktheinputwiring TheDClinkcapacitor needs tobe replaced ReplacetheDClinkcapacitor Contactthe retailer or theLSIS customer service center Inverter OLT Theload is greater thantherated motor capacity Replacethemotor and inverter with modelsthathaveincreased capacity The torque boost level i...

Page 582: ...inverter to changeto programmode and setthe parameter Theparameter accessisincorrect Checkthe correctparameter access level and set the parameter Thepassword isincorrect Checkthepassword disable the parameter lockand set theparameter Low voltageisdetected Checkthepower input toresolvethe low voltage and settheparameter Themotor does notrotate Thefrequency command sourceisset incorrectly Checkthefr...

Page 583: ...snormal if soresume operationnormally Motor torqueis too low Increasethevolumeof the torque boost If thefaultremains replace the inverter with amodel withincreased capacity Themotor rotatesin the opposite direction tothe command Thewiringfor the motor output cableis incorrect Determineif the cable onthe output sideiswired correctly to the phase U V W of the motor Thesignal connectionbetweenthe con...

Page 584: ...hinverters ConnecttheACreactor tothe inverter output setthe carrier frequency to3 kHz Themotor fanhasstopped or thefanis obstructed withdebris Checkthemotor fan and remove any foreign objects Themotor stops during acceleration Theload is toohigh Reduce theload Increasethevolumeof the torque boost Replacethemotor and theinverter withmodelswith capacity appropriatefor theload The current is toobig I...

Page 585: ...on Motor speed variations occur at a specificfrequency Adjusttheoutputfrequency to avoid aresonance area Themotor rotationis differentfrom thesetting TheV Fpatternissetincorrectly Set aV Fpattern thatissuitablefor themotor specification Themotor deceleration timeis too long even with DynamicBraking DB resistor connected Thedeceleration timeisset toolong Changethesettingaccordingly Themotor torquei...

Page 586: ...alance the voltage Check and test the motor sinsulation Themotor makes humming or loud noises Resonance occursbetween themotor s natural frequencyand the carrier frequency Slightlyincreaseor decrease the carrier frequency Resonance occursbetween themotor s natural frequencyand theinverter s outputfrequency Slightlyincreaseor decrease the carrier frequency Use thefrequencyjumpfunction to avoid thef...

Page 587: ...referenceiswithinthe jumpfrequencyrange Setthefrequency reference higher than the jump frequencyrange Thefrequency referenceisexceeding the upper limitof thefrequency command Setthe upper limitof thefrequency command higher thanthefrequency reference Because theload is tooheavy thestall preventionfunctionisworking Replacetheinverter with amodel withincreased capacity The coolingfan doesnotrotate T...

Page 588: ...575 Troubleshooting ...

Page 589: ...or detergents may resultin electric shockor damage totheproduct 10 1 Regular Inspection Lists 10 1 1 Daily Inspection Inspection area Inspection item Inspectiondetails Inspection method Inspection standard Inspection equipment All Ambient environm ent Isthe ambient temperature and humiditywithin thedesignrange and isthere any dust or foreign objects present Refer to 1 3 Installation Considerations...

Page 590: ...nually Fanrotates smoothly Display Measuring device Isthe display valuenormal Checkthe displayvalue on thepanel Check and managespecified values Voltmeter ammeter etc Motor All Isthere any abnormal vibrationor noise Visual inspection Noabnormality Isthere any abnormal smell Checkfor overheating or damage 10 1 2 Annual Inspection Inspection area Inspection item Inspectiondetails Inspection method J...

Page 591: ...age Visual inspection No abnormality Smoothing condenser Measure electrostatic capacity Measurewith capacity meter Rated capacity over 85 Capacitymeter Relay Isthere any chatteringnoise during operation Visual inspection No abnormality Isthere any damage tothe contacts Visual inspection Braking resistor Isthere any damage from resistance Visual inspection No abnormality Digital multimeter analog t...

Page 592: ... conditions The circuit mustwork according to thesequence Cooling system Coolingfan Areanyof thefan partsloose Check all connected parts and tighten all screws No abnormality Display Display device Isthe display valuenormal Checkthe command value onthe displaydevice Specified and managed values must match Voltmeter Ammeter etc 10 1 3 Bi annual Inspection Inspection area Inspection item Inspectiond...

Page 593: ...ttery specifications when abatteryreplacement isrequired RTCBatterySpecifications Model type CR2032 lithium manganese Nominal voltage 3V Nominal capacity 220 mAh Operating temperature range 20 80 degreesC Life span approximately 53 300 hrs inverter on 25 800 hrs inverter off Follow the instructions below to replace the RTC battery ESD Electrostaticdischarge from thehuman bodymaydamagesensitive ele...

Page 594: ... 581 1 Turn off the inverter and make sure thatDClink voltage hasdropped to a safe level 2 Loosen the screw on the power cover then remove the power cover 0 75 30kWModels 110 185kWModels 37 90 kWModels 220 500kWModels ...

Page 595: ... 3 Remove the keypad from the inverter body 0 75 30kWModels 37 90kWModels 4 Loosen the screws securing the front cover and remove the front cover by liftingit The main PCB isexposed 0 75 30kWModels 37 90kWModels 3V 3V ...

Page 596: ...ain PCB and replace the battery 6 Reattach the front cover the power cover and the keypad back onto the inverter body Ensure that theinverter is turned off and DClink voltagehas dropped to asafelevel before opening the terminal cover and installingthe RTCbattery ...

Page 597: ...allow the inverter to be exposed to dustyor humid environments If the inverter is installed in such environments for example a construction site and the inverter will be unused for an extended period remove the inverter and store itin asafe place 10 3 2 Disposal When disposingof the product categorize it as general industrial waste Recyclable materials are included in the product so recycle them w...

Page 598: ...utFrequency 0 400Hz OutputVoltage V 3 Phase200 240V Rated input Working Voltage V Three Phase 3 Phase200 240VAC 15 10 Single Phase 1 Phase240VAC 5 10 Input Frequency Three Phase 50 60Hz 5 Single Phase 60Hz 5 Rated Current A 4 9 8 4 12 9 17 5 Weight kg 3 3 3 3 3 3 3 3 The standard motor capacityis based on a standard 4 pole motor The standard used for 200V invertersisbased on a 220V supply voltage ...

Page 599: ...ltage V 3 Phase200 240V Rated input Working Voltage V Three Phase 3 Phase200 240VAC 15 10 Single Phase 1 Phase240VAC 5 10 Input Frequency Three Phase 50 60Hz 5 Single Phase 60Hz 5 Rated Current A 23 7 32 7 46 4 62 3 77 2 Weight kg 3 3 3 3 3 3 4 6 7 1 The standard motor capacityis based on a standard 4 pole motor The standard used for 200V invertersisbased on a 220V supply voltage and 400Vinverters...

Page 600: ...ge V 3 Phase380 480V Rated input Working Voltage V Three Phase 3 Phase380 480VAC 15 10 Single Phase 1 Phase480VAC 5 10 Input Frequency Three Phase 50 60Hz 5 Single Phase 60Hz 5 Rated Current A 2 4 4 2 6 5 8 7 Weight kg 3 3 3 3 3 3 3 3 The standard motor capacityis based on a standard 4 pole motor The standard used for 200V invertersisbased on a 220V supply voltage and 400Vinverters are based on a ...

Page 601: ...utputVoltage V 3 Phase380 480V Rated input Working Voltage V Three Phase 3 Phase380 480VAC 15 10 Single Phase 1 Phase480VAC 5 10 Input Frequency Three Phase 50 60Hz 5 Single Phase 60Hz 5 Rated Current A 12 2 17 5 26 5 33 4 42 5 50 7 Weight kg 3 3 3 3 3 4 4 6 4 8 7 5 The standard motor capacityis based on a standard 4 pole motor The standard used for 200V invertersisbased on a 220V supply voltage a...

Page 602: ... OutputVoltage V 3 Phase380 480V Rated input Working Voltage V Three Phase 3 Phase380 480VAC 15 10 Single Phase 1 Phase480VAC 5 10 Input Frequency Three Phase 50 60Hz 5 Single Phase 60Hz 5 Rated Current A 69 1 69 3 84 6 100 1 133 6 160 0 Weight kg 7 5 26 35 35 43 43 The standard motor capacityis based on a standard 4 pole motor The standard used for 200V invertersisbased on a 220V supply voltage a...

Page 603: ...62 OutputFrequency 0 400Hz OutputVoltage V 3 Phase380 500V Rated input Working Voltage V Three Phase 3 Phase380 500VAC 15 10 Input Frequency Three Phase 50 60Hz 5 Rated Current A 215 1 254 6 315 3 358 9 419 1 469 3 598 1 666 4 751 3 938 6 Weight kg 55 8 55 8 74 7 74 7 120 0 120 0 185 5 185 5 185 5 265 The standard motor capacityis based on a standard 4 pole motor The standard used for 200V inverte...

Page 604: ...torqueboost Operation Operation type Select keypad terminal strip or communication operation Frequencysettings Analogtype 10 10V 0 10V 0 20 mA Digital type keypad pulse traininput Operation function PID control 3 wire operation Frequency limit Second function Anti forward and reverse direction rotation Commercial transition Speed search Power braking Leakage reduction Up down operation DCbraking F...

Page 605: ...log command frequency TranstionfromPID togeneral operationPre Heat Pump Cleaning RTC Time Event Pulse train 0 32 kHz Low Level 0 0 8V HighLevel 3 5 12V Output Multi function open collector terminal Fault output and inverter operation status output LessthanDC26V 50 mA Fault signal relay terminal N O Less thanAC 250V2A DC30V 3A N C Less thanAC250V 1A DC30V 1A Multi function relay terminal LessthanAC...

Page 606: ...ion Low voltagetrip Analoginput error Motor overload trip Pipebroken trip Keypad command lost trip Damper trip Level Detect trip MMCInterlocktrip PumpCleannig trip Alarm Command loss tripalarm overload alarm normal load alarm inverter overload alarm fan operationalarm resistancebrakingrate alarm Capacitor life alarm Pump Clean alarm FireModeAlarm LDT Alarm Instantaneous blackout Lessthan8 ms Conti...

Page 607: ...on forming Storage temperature 20 C 65 C 4 149 F Surrounding environment Prevent contactwith corrosivegases inflammable gases oil stains dust and other pollutants 0 75 90kWPollutionDegree 3Environment 110 500kWPollutionDegree2Environment Operation altitude Maximum3 280ft 1 000m abovesea level for standard operation After that thedriver rated voltage and therated output currentderating by 1 for eve...

Page 608: ...TechnicalSpecification 595 11 3 External Dimensions 0 75 30kW 3 phase 37 90kW 3 phase ...

Page 609: ...TechnicalSpecification 596 110 185kW 3 phase ...

Page 610: ... 5 0015H100 2 160 137 232 216 5 10 5 181 5 5 0022H100 2 160 137 232 216 5 10 5 181 5 5 0037H100 2 160 137 232 216 5 10 5 181 5 5 0055H100 2 160 137 232 216 5 10 5 181 5 5 0075H100 2 160 137 232 216 5 10 5 181 5 5 0110H100 2 160 137 232 216 5 10 5 181 5 5 0150H100 2 180 157 290 273 7 11 3 205 3 5 5 0185H100 2 220 193 8 350 331 13 223 2 6 6 ...

Page 611: ...223 2 6 6 0300H100 4 220 193 8 350 331 13 223 2 6 6 0370H100 4 275 232 450 428 5 14 284 7 7 0450H100 4 325 282 510 486 5 16 284 7 7 0550H100 4 325 282 510 486 5 16 284 7 7 0750H100 4 325 275 550 524 5 16 309 9 9 0900H100 4 325 275 550 524 5 16 309 9 9 1100H100 4 300 200 240 706 688 5 9 5 386 9 9 1320H100 4 300 200 240 706 688 5 9 5 386 9 9 1600H100 4 380 300 300 705 685 5 9 5 396 9 9 1850H100 4 38...

Page 612: ...9 13 8 52 0 41 7 13 0 20 0 20 0022H100 4 6 30 5 39 9 13 8 52 0 41 7 13 0 20 0 20 0037H100 4 6 30 5 39 9 13 8 52 0 41 7 13 0 20 0 20 0055H100 4 6 30 5 39 9 13 8 52 0 41 7 13 0 20 0 20 0075H100 4 6 30 5 39 9 13 8 52 0 41 7 13 0 20 0 20 0110H100 4 6 30 5 39 9 13 8 52 0 41 7 13 0 20 0 20 0150H100 4 7 09 6 18 11 42 10 78 0 45 8 08 0 20 0 20 0185H100 4 7 09 6 18 11 42 10 78 0 45 8 08 0 20 0 20 0220H100 ...

Page 613: ...7 0 59 19 69 0 55 0 55 5000H100 4 30 55 19 69 41 50 40 20 0 79 19 69 0 55 0 55 11 4 Peripheral Devices CompatibleCircuitBreaker LeakageBreakerand MagneticContactorModels manufactured by LSIS Product kW CircuitBreaker LeakageBreaker MagneticContactor Model Rated Current Model Rated Current Model Rated Current Model Rated Current 3 Phase 200V 0 75 ABS33c 15 UTE100 15 EBS33c 15 MC 9a 11 1 5 15 15 15 ...

Page 614: ...75 UTS250 175 EBS203c 200 MC 150a 150 45 ABS203c 225 225 225 MC 185a 185 55 ABS203c 250 250 250 MC 185a 185 75 ABS403c 300 UTS400 300 EBS403C 300 MC 225a 225 90 ABS403c 350 350 350 MC 330a 330 110 ABS603c 500 UTS600 500 EBS603c 500 MC 400a 400 132 ABS603c 600 600 EBS603c 630 MC 400a 400 160 ABS603c 630 600 EBS603c 630 MC 630a 630 185 ABS803c 800 UTS800 800 EBS803c 800 MC 630a 630 220 ABS803c 800 8...

Page 615: ...ity qualified as UL standard If you want to use UL Type products please use that ACB product Maximum allowed prospective short circuitcurrentat the input power connection is defined in IEC60439 1 as100 kA LSLV H100 issuitable for use in a circuitcapable of delivering notmore than 100kARMS at the drive smaximum rated voltage dependingon the selected MCCB RMS symmetrical amperesfor recommended MCCB ...

Page 616: ...9 16 1 26 16 5 5 50 0 43 24 0 93 25 7 5 63 0 31 33 0 73 32 11 80 0 22 46 0 53 50 15 100 0 16 62 0 32 62 18 5 125 0 13 77 0 29 80 3 Phase 400V 0 75 10 8 09 2 5 16 17 3 1 5 10 5 05 4 10 11 4 2 2 15 3 37 6 6 74 6 3 7 20 2 25 9 5 05 8 5 5 32 1 56 13 3 56 13 7 5 35 1 16 17 2 53 18 11 50 0 76 27 1 64 26 15 63 0 61 33 1 42 33 18 5 70 0 48 43 0 98 42 22 100 0 40 51 0 88 50 30 125 0 29 69 0 59 68 37 0 29 6...

Page 617: ... RK5UL Listed InputFuse and UL Listed Breaker Only See the table abovefor theVoltage and Currentratingof thefuse and thebreaker Attention Utiliser UNIQUEMENT desfusiblesd entréehomologuésde ClasseH ouRK5UL etdesdisjoncteursUL Sereporter au tableau ci dessuspour la tensionet le courantnominal desfusiblessetdes disjoncteurs 11 6 Terminal Screw Specifications Input OutputTermianlScrewSpecification Pr...

Page 618: ...18 5 3 Phase 400V 0 75 M4 7 1 12 2 0 7 1 2 1 5 2 2 3 7 5 5 7 5 11 15 M5 24 5 31 8 2 4 3 1 18 5 22 30 37 M8 61 2 91 8 6 9 45 55 75 90 110 M10 89 7 122 0 8 8 11 96 132 160 M12 182 4 215 0 17 87 21 07 185 220 250 315 M8 X 2 M12 X 1 61 2 91 8 6 9 182 4 215 0 17 87 21 07 355 400 500 M10 X 2 89 7 122 0 8 8 11 96 ...

Page 619: ...minal wiring and 300V 75 rating for the control terminal wiring Attention Appliquer des couplesde marche aux visdesbornes Des visdesserréespeuvent provoquer des courts circuits etdesdysfonctionnements Ne pas tropserrer la vis car cela risqued endommager les bornesetdeprovoquer des courts circuitsetdesdysfonctionnements Utiliser uniquementdesfilsde cuivre avec unevaleur nominalede 600V 90 pour le c...

Page 620: ...he appearance of Group3 185 220kW SV2200DB 4 Refer to the appearance of Group4 250 355kW SV2200DB 4 2Set TypeC Resistance of DB Resistor refer to the manual of DB Unit 200V 30 37 kW LSLV0370DBU 2LN Refer to the appearance of Group5 LSLV0370DBU 2HN Refer to the appearance of Group6 45 55 75kW LSLV0750DBU 2LN Refer to the appearance of Group5 LSLV0750DBU 2HN Refer to the appearance of Group6 400V 30...

Page 621: ... breaking torque EDof DB Resistor forType ADB Unit refer to the table of 11 7 6 DB Resistors and Resistance of DB Resistor for type B and C refer to the manual of DB Unit 11 7 2 Terminal arrangement Group1 Group2 Terminals Functions G Ground Terminal B2 Terminal for connection with B2 of DBU B1 Terminal for connection with B1 of DBU N Terminal for connection with N of Inverter P Terminal for conne...

Page 622: ...nection with B1 of DBU N Terminal for connection with N of Inverter P Terminal for connection with P of Inverter Group5 Terminals Functions P Terminal for connection with P of Inverter N Terminal for connection with N of Inverter B1 Terminal for connection with B1 of DBU P P P P N N N N B1 B2 N C E B1 B2 N C E B1 B2 N C E B1 B2 N C E ...

Page 623: ...W 4 B CFrame 75kW 2 90 220kW Terminals Functions P Terminal for connection with P of Inverter N Terminal for connection with N of Inverter B1 Terminal for connection with B1 of DBU B2 Terminal for connection with B2 of DBU E Unused P P P P N N N N B1 B2 N C E B1 B2 N C E B1 B2 N C E B1 B2 N C E P P P P N N N N B1 B2 E B1 B2 E B1 B2 E B1 B2 E ...

Page 624: ...TechnicalSpecification 611 Note You mustrefer to dynamic brakingunitmanual for choice the braking resistor to use the dynamic brakingunit ...

Page 625: ...5 90kW 110 500kW DBUTerminals Description B1 B2 Wire correctlyreferring towiringdiagram DB Resistors connectwith B1 B2 of DB Unit In case of large capacity it may be necessary to connect more than 2 sets of DB Unit according to the usage environment In such cases check the DB Unit manual ...

Page 626: ...Group4 166 2 5 5 5 5 25 25 25 25 5 5 5 5 24 24 24 24 2 2 2 2 80 80 80 80 80 80 80 80 123 123 123 123 Dynamic RESE RESE RESE RESE POWE POWE POWE POWE RUN RUN RUN RUN OHT OHT OHT OHT OCT OCT OCT OCT 231 231 231 231 1 1 1 1 15 15 15 15 27 27 27 27 130 130 130 130 7 7 7 7 ...

Page 627: ...ge Capacity ofapplied motor Dimension mm Holeposition for installation mm Weight Holesizefor installation V kW W H H2 D W1 H1 kg φ φ φ φ 220 15 140 227 4 192 76 4 125 215 4 1 50 M4 22 1 55 37 1 57 75 1 84 440 15 1 53 22 1 55 37 1 56 75 1 85 ...

Page 628: ... Dimension mm Hole positionfor installation mm Weig ht Holesize for installati on W H H2 D W1 H1 Kg φ φ φ φ A Fram e 220 V 37 kW 50 200 219 190 165 2 160 208 5 3 77 M6 440 V 37 kW 50 3 84 75 kW 50 3 98 B Fram e 220 V 75 kW 50 215 340 311 175 329 5 8 26 90 kW 50 8 48 440 90 kW 50 8 30 ...

Page 629: ...wer supplied because DBU is connected with inverter RUN Green LED RUN LED is turnedoff while DBU is ON by regenerative energy ofMotor OHT Green LED Under Breaking if the temperature isexceeded over settingvaluedue to over heat of Heatsink Cut theTURN ON signalof DBU and LED is turn on by working overheat protection function 11 7 6 DB Resistors Product kW DB unit Torque100 Torque150 Resistor Ω Watt...

Page 630: ...00 7200 22 30 2400 4800 20 3600 7200 30 20 3600 7200 16 5000 10000 37 DBU U 16 9 3200 6400 DBH 16 9 3200 6400 12 5000 10000 LSLV DB 16 9 3200 6400 12 5000 10000 45 DBU U 11 4 4800 9600 DBH 11 4 4800 9600 10 6400 12800 LSLV DB 11 4 4800 9600 10 6400 12800 55 DBU U 11 4 4800 9600 DBH 11 4 4800 9600 8 4 7200 14400 LSLV DB 11 4 4800 9600 8 4 7200 14400 75 DBU U 8 4 6400 12800 DBH 8 4 6400 12800 6 1000...

Page 631: ...Itis notnecessary to use optiontypedynamic braking unitfor H100 0 75 18 5kW 200V and 0 75 30kW 400V becausebasicallythedynamicbraking unitisbuiltin Theresistance rated capacity breaking torque ED of DB Resistor arevalid onlyfor theDB unit of typeA and thevalues of DB Resistor for typeB and C refer tothe manual of DB Unit RatingWattof DBUhas tobe doubled when ED isdoubled 11 8 Inverter Continuous R...

Page 632: ...TechnicalSpecification 619 400 V 37 500 kW Current Derating Rate ...

Page 633: ...W fs def kHz 3 3 3 3 3 2 1 5 1 5 fs c kHz 8 8 8 2 4 fs max kHz 15 15 15 10 7 5 4 4 DR1 70 65 65 95 92 DR2 60 55 50 60 55 76 75 65 fs def Switchingfrequency for continued operation fs c Switchingfrequencywhere the firstcurrentderating ends ffs max The maximum switching frequency where the secondcurrentderating begins ...

Page 634: ...V 100 91 264 V 528 V 550 V 110 kW 이상만 해당 Deratingby AmbientTemperatureand InstallationType Ambient temperature and installation type determine the constant rated currentof the inverter Refer to the following graph A2 5 currentderatingisapplied duringoperation when the ambient temperature is above 40 The inverter must be operated atless than 75 of itsrated capacitywhen the ambient temperature is ab...

Page 635: ...ed with a three phase 60 Hz supply However under single phase use the DCbus ripple becomes120 Hz and theVFDs DC buscircuit issubject to higher stressin order to deliver equivalentpower Additionally input currents and harmonicsincrease beyond those encountered with three phase input Input current distortion of 90 THDand greater can be expected under single phase input compared to approximately 40 w...

Page 636: ...ing consideration for theVFD Inputcurrent harmonic distortion will increase beyond thatwith athree phase supplymaking the overall input power factor low Input currentdistortion over 100 islikelyunder single phase conditions withouta reactor Therefore the reactor isalwaysrequired When using amotor thatis selected by the three phase drive rating criteriawhen using single phase input itmayresultin po...

Page 637: ...put islower than the equivalentof athree phase input Therefore the maximum output voltage motor voltage will be lower with a single phase input The minimum input voltage mustbe no less than 228Vac for 240 voltmodelsand 456Vac for 480 voltmodels to ensure motor voltage production of 207Vac and 415Vac respectively Thus if full motor torque mustbe developed near base speed full power itwill be necess...

Page 638: ...or as 3 phases can be used for single phase aswell If phase open tripoccurs please turn off the inputphase open protection PRT 05 Protection for output currentlike OCT or IOLT is based on 3 phase inputratingswhich is larger than single phase input User should set the parameters thatare relative to motor information BAS 11 16 overload trip PRT 17 22 and E thermal functions PRT 40 43 Theminimuminput...

Page 639: ...e productwarranty coversproductmalfunctions under normal operating conditions for 12 monthsfrom the date of installation If the date of installation isunknown the productwarranty isvalid for 18 monthsfrom the date of manufacturing Please note thatthe product warranty termsmayvarydepending on purchase or installation contracts WarrantyServiceInformation Duringtheproductwarranty period warrantyservi...

Page 640: ... negligence power supplyproblemsor fromother appliancesbeing connected totheproduct acts of nature fire flood earthquake gas accidents etc modifications or repair by unauthorized persons missing authenticLSISrating plates expired warrantyperiod VisitOurWebsite Visit us at http www lsis com for detailed service information ...

Page 641: ...with European safetyand environmental regulations European standardsinclude the Machinery Directive for machine manufacturers the LowVoltage Directive for electronics manufacturersand the EMC guidelines for safe noise control LowVoltage Directive We have confirmed thatour products complywith the LowVoltage Directive EN 61800 5 1 EMCDirective The Directive definesthe requirementsfor immunityand emi...

Page 642: ...owing technical regulations and requirementsof the Eurasian CustomsUnion Technical Regulationsof the CustomsUnion 004 2011 On safetyof low voltage equipment Technical Regulationsof the CustomsUnion 020 2011 On electromagnetic compatibilityof technical products ...

Page 643: ...630 ...

Page 644: ...631 ...

Page 645: ...632 ...

Page 646: ...tern 79 117 linear pattern 117 S curve pattern 117 Acc Dec reference 113 DeltaFreq 112 Max Freq 112 Acc Dec reference frequency 112 RampTMode 112 Acc Dec stop 79 120 Acc Dec time 111 Acc Dec time switch frequency 116 configuration viamulti functionterminal 114 maximum frequency 111 operation frequency 113 Acc Dec time configuration 79 accelerating start 80 add User group UserGrp SelKey 247 ADV adv...

Page 647: ... after a trip 79 automatic start up at power on 79 automatic torque boost 80 auto tuning 208 auxiliary command source 81 auxiliary frequency 142 auxiliaryfrequencyreferenceconfiguration 143 auxiliaryreference 142 auxiliaryreference gain 143 final commandfrequencycalculation 144 main reference 142 auxiliary motor PID compensation 279 280 Ｂ B terminal Normally Closed 138 BACnet 337 373 analoginputob...

Page 648: ...rminal Refer to EG terminal communication 335 BACnet 373 commandlossprotective operation 339 communication address 351 communication lineconnection 336 communication parameters 337 communication speed 337 communication standards 335 memorymap 342 parameter groupfor datatransmission 343 PLC 335 savingparameters definedbycommunication 341 settingvirtual multi function input 341 Communication functio...

Page 649: ...ction 54 disposal 520 528 draw operation 140 Drive group Refer to DRV Drive group DRV Drive function group 60 DRV Drive group 389 dwell operation 154 Acc Dec dewel frequency 154 acceleration dwell 154 deceleration dwell 154 dynamic braking DB resistor configuration 320 Ｅ earth leakage breaker 516 Easy Start On 249 EEP Rom Empty 244 EG terminal 40 electronic thermal overheating protection ETH 304 E...

Page 650: ... 332 Level DetectWarning 332 LostCommand 332 LowBatteryWarning 332 LowVoltage 332 LowVoltage2 332 NoMotorTrip 332 NTCOpen 332 OptionTrip x 332 OutPhase Open 332 Over Current1 332 Over Current2 332 Over Heat 332 Over LoadTrip 332 OverVoltage 332 ParaWriteTrip 332 PipeBrokenTrip 332 PipeBrokenWarning 332 Under LoadTrip 332 FE Frame Error 349 ferrite 40 fieldbus 86 103 communication option 136 FIFO F...

Page 651: ...9 ID illegal data value 349 IF illegal function 349 IN Input terminal function group 60 411 In Phase Open 506 initializing accumulated electric energy count 250 input and output specifications 529 564 565 566 input open phase fault trip Refer to In Phase Open input phase open inputopen phaseprotection 314 input power frequency 243 input power voltage 243 input power voltage settings 243 input term...

Page 652: ...atus 55 57 operation keys 52 operation mode 56 parameter group 56 parameter mode 59 parameter value 57 rotational direction 56 S Wversion 250 setvalue 57 settingrange 57 status bar configuration 55 tripmode 59 User Macromode 59 wiringlength 40 keypad display 54 keypad features faultmonitoring 75 navigatingdirectlyto differentcodes 68 navigatingthroughthecodes 66 operation modes 62 parameter settin...

Page 653: ...error 349 LS INV 485 protocol 345 LSINV 485 337 lubrication 188 lubrication operation 188 Ｍ M2 Secondary Motor function group 482 M2 secondary motor related features group 60 Macro CirculationPump MC5 499 ConstantTorque MC7 503 CoolingTower MC4 497 ExhaustFan MC3 495 SupplyFan MC2 494 Vacuum Pump MC6 501 Macro function group 492 Macro group 492 Macro mode 61 macro selection 251 Macro selection Bas...

Page 654: ... ETHtrip 304 mounting bolt 19 Multi Key Multi keyitem 489 Multi KeySel 489 multi drop link system 335 multi function input terminal 38 factory default 38 IN 65 71 414 multi functioninputterminal Offfilter 137 multi functioninputterminal On filter 137 P1 P7 38 Px Define 414 Pxterminal configuration 414 multi function input terminal control 137 139 multi function input terminals factory default 38 m...

Page 655: ...C1 B1terminal 40 AOterminal 39 EGterminal 40 S S SGterminal 40 over current trip Refer to Over Current1 Over Current1 506 Over Current2 507 Over Heat 506 over heat fault trip Refer to Over Heat Over Load 505 Over LoadWarning 509 overloadfaulttrip 332 overloadwarning 332 Over Voltage 506 over voltage trip Refer to Over Voltage overload Refer to Over Load overloadtrip 308 overloadwarning 308 overloa...

Page 656: ...terminalRefer to R S T terminal Refer to R S T terminal Refer to R S T terminal power output terminal Refer to R S T terminal Refer to R S T terminal Refer to R S T terminal power terminal board wiring 29 power terminals 32 33 N terminal 31 32 33 34 P terminal 33 34 P Bterminal 33 P1 terminal 31 P2 terminal 31 32 P2 Bterminal 31 P3 terminal 32 R S Tterminals 31 32 33 34 U V Wterminal 31 32 33 34 P...

Page 657: ... W version 250 inverter 250 keypad 250 S S SG terminal 40 safe operation mode 152 safety information ii screw specification controlcircuitterminalscrew 550 input outputterminalscrew 549 screwsize 549 screwtorque 549 S curve pattern 117 actual Acc Dectime 119 secondary motor related features group Refer to M2 the secondary motor related features group selecting operation modes 62 81 automode operat...

Page 658: ...36 analogoutputselection switch SW5 36 PNP NPNmode selection switch SW2 36 Terminating Resistor selection switch SW1 36 V1 T1 PTC modeselection switch SW3 36 Switches 36 Ｔ target frequency Cmdfrequency 389 Temperature sensor fault trip NTC Open terminal Aterminal 138 299 Bterminal 138 299 terminal for frequency reference setting Refer to VR terminal terminal screw specifications 548 Terminating Re...

Page 659: ...ypad 61 Ｖ V F control 121 linearV F pattern operation 121 squarereductionV F pattern operation 122 userV F pattern operation 123 V Fpattern configuration 80 V1 terminal 38 88 V1 T1 PTC mode selection switch SW3 36 V2 analoginputselectionswitch SW4 39 V2 input 96 I2 voltageinput 96 Vacuum Pump MC6 501 variable torque load 122 vent cover 12 virtual multi function input 341 voltage current output ter...

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