YASKAWA CIMR-XC2 Series Instruction Manual Download | Manualshive

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Summary of Contents for CIMR-XC2 Series

Page 1: ...TION MANUAL ULTRA COMPACT ALL DIGITAL INVERTER ADVANCED FUNCTION TYPE Upon receipt of the product and prior to initial operation read these instructions thoroughly and retain for future reference _ V YASKAWA MANUAL NO TOE S606 10 20B ...

Page 2: ...ith the protective cover or shields removed in order to describe detail with more clarity Make sure all covers and shields are replaced before operating this product This manual may be modified when necessary because of improvement of the product modification or changes in specifications Such modifications are denoted by a revised manual No To order a copy of this manual if your copy has been dama...

Page 3: ...entially hazardous situation which if not avoided may result in minor or moderate injury to personnel and d amage to equipment It may also be used to alert against unsafe practices Even items described in _ may result in a vital accident in some situations In either case follow these important notes O These are steps to be taken to insure proper operation RECEIVING _ CAUTION Ref page Do not instal...

Page 4: ...0 C Overheating may cause a fire or damage to the unit 15 The VS mini generates heat For effective cooling mount it vertically Refer to the figure in Mounting Dimensions on page15 WIRING Z_x WARNING Ref page Only commence wiring after verifying that the power supply is turned OFF Failure to observe this warning can result in an electrical shock or a fire 16 Wiring should be performed only by quali...

Page 5: ...resistor braking resistor unit or braking unit follow the procedures described in this manual Improperconnection may causea fire 17 Make sure to tighten terminal screws of the main circuit and the control circuit Failure to observe this caution can result in a malfunction damage or a fire 16 Never connect the AC main circuit power supply to output terminals U V and W The inverter will be damaged a...

Page 6: ...being stopped Construct machine system so as to assure safety for personnel even if the inverter should restart Failure to observe this warning can result in personal injury 38 When continuous operation after power recovery is selected stand clear of the inverter or the load since it may restart suddenly after being stopped Construct machine system so as to assure safety for personnel even if the ...

Page 7: ...rve this caution can result in personal injury Do not change signals during operation The machine or the inverter may be damaged All the constants of the inverter have been preset at the factory Do not change the settings unnecessarily The inverter may bedamaged 20 MAINTENANCE AND INSPECTION _ WARNING Ref page_ Never touch high voltage terminals in the inverter Failure to observe this warning can ...

Page 8: ...reinsulatedagainstelectrical shock Failure to observe this warning can result in an electrical shock 59 _ CAUTION Ref page The control PC board employs CMOS ICs Do not touch the CMOS elements They are easily damaged by static electricity 59 Do not connect or disconnect wires or connectors while power is applied to the circuit Failure to observethis caution canresult in personal injury 59 Others wA...

Page 9: ...hese inslructions when handling the inverter PLASTIC COOLING FIN _ Digital operator JVOP 120 CASE A OS ERM NAL IND_CAIOR _ COVER _TERMINAL COVERS Warning Label Z_ WARNING May cause electric shock Disconnect all power before opening terminal cover of unit Wait 1 minute until DC Bus capacitors discharge ...

Page 10: ...ing Inspection 19 5 OPERATING THE INVERTER 20 m Test Run 20 m Operating the Digital Operator 21 LED Description 23 Simple Data Setting 27 6 PROGRAMMING FEATURES 29 Constant Set up and Initialization 29 Setting Operation Conditions 30 Reverse run prohibit n05 30 Multi step speed selection 30 Operating at low speed 31 d Adjusting frequency setting signal 32 Adjusting frequency upper and lower limits...

Page 11: ...Applying DC injection braking 45 Building Interface Circuits with External Devices 46 Using input signals n06 n07 n08 46 Using output signals n09 nl0 49 Setting Frequency by Current Reference Input 50 Adjusting Motor Torque 51 Adjusting torque according to application 51 Preventing motor from stalling Current limit 54 Decreasing Motor Speed Fluctuation 56 Slip compensation _ 56 Motor Protection 57...

Page 12: ...0 13HP 0 IkW INVERTER MODEL _ M3OEL CIMR XCJA 20P1 SPEC _ INPUISPEC _ JJ _LfT AC3PH 2 0 230V 50 60Hz 0 gA I OUTPUT SPEC _ IOJTF UT AC 3 PH 0 230V0 3k VA0 aA LOTN0 _ LOT N_ MASS 05k_l MASS SERIAL 0 LSER NO P_G __ J PROM 0 CIMR XCJA OP1 vS mini series 0Pt O 13HP 0 1kW OP2 0 25HP 0 2kW Type to J Low carrier type 1P5 2HP 1 5kW B Low noise type P indicates a decima_point Specifications Voltage class A ...

Page 13: ...nts INDICAiO R _p_COVE R NAMEPLATE Blank cover optional In models with blank cover the blank cover is mounted in place of the digital operator _TERMINAL COVERS TOP BoTr0M terminal covers _ _ _ MAIN CIRCUIT TERMINAL BLOCK _ I 1 or n Orn rno x j _ ICONTROL CIRCUITTERMINAL BLOCK I_Z _ L_ _MAIN CIRCUITTERMINAL BLOCK GROUND TERMINAL _ 13 ...

Page 14: ...perature range 14to122 F 10 to 50 C I t3 Rain moisture Oil sprays splashes D Salt spray o Direct sunlight Avoid using outdoors Corrosive gases e g sulfurized gas or liquids D Dust or metallic particles in the air Physical shock vibration Magnetic noise Example welding machines power devices etc High humidity o Radioactive substances rnCombustibles thinner solvents etc 14 ...

Page 15: ...15 ...

Page 16: ...wiring distance between inverter and motor is long reduce the inverter carrier frequency For details refer to Reducing motor noise or leakage current n37 on page 42 4 Control wiring must be less than 164fl 5om in length and separate from the power wiring Use twisted pair shielded wire when inputting the frequency signal externally Wire and Terminal Screw Sizes Wire Circuit Model Terminal Symbol 3o...

Page 17: ...er may be _ Ibermal overload3relay between damaged _ III the braking resist d the ill inverter This provides a Groundm_ Use _round r_ _ _ sequence which shuts off the terminal _ III _ w III p pply by a tb I G d resist hould be III relay trip contact 100f_ or I III Use thi proced hen g d he vsmi ii III _ ga bra _ng resistor ith weldingm_chi III nit motors or other electrical equip III Ill _ Invert ...

Page 18: ... FAOtT I FREQUENCY SETTING Wiring on page 68 RUN STOPI_JREstr_I I VOLUME RESISTOR Wirino the control circuit terminals t Screwdriver blade width 0 098 io _n_x 0 016 in _mm 0 4 ram In sen the wire into the lower part of the terminal block and connect it tightly with a screwdriver 0 22in 5 5mm _ _ Wire sheath strip length must be 0 22in 5 5mm Open the control circuit terminal cover and verify that t...

Page 19: ...t left in the unit Screws are securely tightened Bare wire in the terminal does not contact other terminals O If the FWD REV run command is given during the operation mode MODE 1 3 or 5 from the control circuit terminal the motor will starl automatically after the main circuit input power supply is turned ON 19 ...

Page 20: ...ator t 2 LED Status Indicator Operation Steps Display Displa_ LED 1 TurnON thepowersupply 6 0 _ lights RUN Frequencyreference 6 0Hz is ALARM displayed Operatk3n ready 2 _ _ pzpzpzIRUN _ Inverter runsat6 0Hz _ ALARM The moto_ rotates in a c_ountercleckwise directk3o FWDrun LED srotatein Normal operation whenviewedfromoppos_edriveend directionof 3 Press _ to stop 6 0 mote mot_ rotation Status indica...

Page 21: ... Press to increase _ _ I I selecting constant no bYrPR_ q constant no data II I IIv Eo value II _ _ II Pressto decrease constant Press to run _ u j _no data value the motor l_ _ _ _l J _ Press to stop the motor Press to reset at faults I I FREF FOUT lOUT requency reference Output frequency Output current I setting monitoring monilor monitor Green F R ACC DEC Operator RUN Accel time Deceltime comma...

Page 22: ...rmalOpera on For the details on how the status indicator LED s function at inverter faults refer to Section 8 FAULT DIAGNOSIS AND CORRECTIVE ACTIONS on page 60 If a fault occurs the ALARM LED lights O The fault can be reset by turning ON the fault reset signal or depressing _ key on the digital operator with the operation signal OFF or by turning OFF the power supply If the operation signal is ON ...

Page 23: ...isabled of these modes it _ will return to this mode once power is _ Output current monitor A Displays current that VS mini is currently restored outpu_ing Setting d_sabled _ Acceleration time sec FREQ Sets the time needed for the motor to I i _ accelerate to the maximum output I frequency from the stopped status MAX OUTPUT Sets the time neededfor the motor to stop RUN from the maximum output freq...

Page 24: ...ase frequency only __ _ FREQf during _ Fe_s _MAk StOp _ Electronic thermal reference current A a _ Sets motor rated current The following table shows the standard set value for each capacity When the applicable motor rated current value differs from the value listed below change the set value When set to O OA motor overload protection will not be activated VS mini Model 20P12020 220P4I 20P721P5 CI...

Page 25: ...e Operator 0 Operator Frequency Reference1 Setting ControlCircuit Operator enabled 1 TerminalSF SR Frequency Reference1 only Control CircuitTerminal during 2 Operator FR Voltageinput stop Control Circuit Contro Circuit Termlna 3 Terminal SF SR FR Vdtage input Control CircuitTerminal 4 Operator FR Current input Control Circuil Con_ol Circuit Terminal 5 Terminal SF SR FR Current input _ Constant No ...

Page 26: ...o alternate between SETTfNG q_ _ IFC II FWD REV run T frequency by analog voltage Set signal 0 100 max frequency O IOV from the control circuit terminal Seit ing J__ Use the switch connected to the _ control cLrcult terminal to alternate FWD UNtSTOPJ _c _ _SF I between RUN STOP and FWD REV L _ _ FS Set frequency by analog voltage FREQ signal 0 100 max frequency SETTINGL_ _ _ _cR _ I O lOV from the...

Page 27: ... 12 LED StatusIndicator Operation Steps Dmsplay Display LED 1 TurnONthepowersupply 6 0 _ RUN _ _ ALARM 2 Set frequency Press_ to moveto r_ 6 0 3 Press _ to display60 0 60 0 Blinking 4 Press _ 60 0 5 Settheacoeleration time 10 0 _ Press_ to movetol A _ _ 6 Press _ to display15 0 15 0 Blinking 7 Press E_ _ 15 0 8 Set thedeceleration time Press_ to move E E C 10 0 _ 9 Press _ to display5 0 5 0 Blinki...

Page 28: ...ress_ to stopthemotor 0 0 RUN 6 Themotordecelerates to stopin5 ALARM seconds 14 Rotatethemotorin reversedirects 1 N_W_ tcla_ _ rn_r in reverse inapplications wherereverse runis n_ allowed 15 Press _ or _ to displayr E_ rE_ Blinking 16 Press _ _ _ r E_ 17 Press _ _ RUN _ Reverserunstarts ALARM 18 Press R_E_ tostopthe motor RUN 0 ALARM II 28 ...

Page 29: ...f input terminal function selection 1 2 and 3 nO6 n07 and nO8 are the same 2 If thefollowing conditions are not satisfied in the torquepattern_setting V f pattern setting Max output frequency n24 Max voltage output frequency n26 Mid output frequency n27 Min output frequency n29 For details refer to Adjustingtorque according Io application V f pattern setting on page 51 3 If the following condilion...

Page 30: ...s of speed can be set 8 step speed change n02 l operation mode selection n06 4 Multi function contact input terminal n l l 25 0Hz n07 5 Multi function contadt input terminal n 12 30 0Hz n08 6 Multi function contact input terminal n13 35 0Hz n43 1 Terminal FR function selection n 14 40 0Hz n 15 45 0Hz _D n16 50 OHz RUN STOP o o _SF n 17 55 0Hz REVRUNISTOP 0 _0_ _ _ SR n18 60 OHz MULTI STEP ISPEEDRE...

Page 31: ...tion When multi step speed reference 3 is turned OFF accel decel time I n20 21 is selected When it is turned ON accel decel time 2 n22 23 is selected Operating at low speed By inputting a jog command and then a forward reverse run command operation is enabled at the jog frequency set in hi9 When multi step speed references 1 2 or 3 are input simultaneously with the jog command the jog command has ...

Page 32: ... 00 0V IOVxGAIN 14mA 20mA Frequency reference bias n40 indicates when cuo ent reference input isse ecled The frequency reference provided when analog input is OV 4mA can be set in units of 1 n24 Maximum output frequency 100 Factory setting 0 Gain Outputs 100 max output frequency _A X n24 at _V t _ n39 _V I0V Bias Outputs _ ratio to max output frequency at 0V _vn40 _ Typical Setting _At0to5Vinput _...

Page 33: ...e frequency reference lower limit However when frequency lower limit is set to less than the minimum output frequency n29 operation is not performed Factory setting 0 I Using two accel decel times J DECEL ACCEL TIME 1 ACCE TDIEMCEE k2 TIME 1 tnzIj TIME 2 m231 OUTPUT n20 _ J n22 _ DECEL FREQUENCY k _ TIME 1 V FORWARD ONi REVERSE RUN COMMAND i i ACCEL DECEL TIMESELECTION I ON I TERMINAL I 2 or 3 Whe...

Page 34: ...oss not provided Continuous operation after power recovery within 1 0 5 second Continuous operation after power recovery Fauit 2 I output not provided Hold the operation command to continue the operation after recovery from a momentary power loss t When 2 is selected operation restarts if power supply _ollagereaches its normal level No fault signal is output Soft start characteristics n49 I To pre...

Page 35: ... UENCY Tn_ME ATSTO _ _ 29 OUTPUTFREQUENCY MIN OUTPUT _ r S curve charactedsti___ECEkERATlO N I Torque detection I If an excessive load is applied to the machine output current increase can be detected to output alarm signals to muhi function output terminals MA MB and PA To output an overtorque detection signal set output terminal function selection n09 or nlO to overtorquc detection setting 6 MOT...

Page 36: ...e at accel deeel set to 3 or 4 2 To continue the operation after overtorque detection set to 1 or 3 During detection the operator displays _ _ 3 alarm blinking 3 To halt the inverter by a fault at overtorque detection set to 2 or 4 At detection the operator displays rag 3 fault ON Overtorque detection level n51 Sets the overtorque detection current level in units of 1 Inverter rated current 100 Fa...

Page 37: ...ection level n53 Frequency detection Output frequency Frequency detection level Set n09 or nl0 to 4 RELEASE WIDTH FREQUENCYDETECTION J 2Hz LEVEL Hzl n53 _ V Z OUTPUT _ i i FREQUENCY i i i i FREQUENCY DETECTION SIGNAL Frequency detection Output frequency Frequency detection level Set n09 or nlO to 5 RELEASE WIDTH _N FREQUENCY 2Hz DETECTION Z I _ _ _ LEVEL Hz OUTPUT _ i i x_ 3 FREQUENCY i i FREQUENC...

Page 38: ...for fl __ ns9 one minute and restores the It _ t t _ n data to original settings FREQUENCY REFERENCE Continuing operation by automatic fault reset n60 Sets the inverter to restart and reset fault detection after a fault occurs The number of self diagnosis and retry attempts can be set at n60 up to 10 The inverter will automatically restart after the following faults occur OC overcurrent OV overvol...

Page 39: ...command If the run command is input before the search command the search command becomes disabled Time chart at search command input EWD REV RUN COMMAND _ _ SEARCHCOMMAND _ AGREED SPEED MAX OUTPUT FREQUENCY OR l I DETECTION FREQUENCY REFERENCE AT j_ RUNCOMMAND INPUT II OUTPUT FREQUENCY i __ MIN BASEBLOCK I SPEED SEAI_CH OPERATION TIME I I DC injection braking at start n46 n48 Restarts a coasting m...

Page 40: ... n06 07 or 08 to 13 accel decel hold command Time chart at accet decel hold command input FWD REV o_ RUN COMMANDi r _ ACCEL DECEL i _ HOLD COMMAND I j I I I I I _ FREQUENCY 4 I _ i I I_ I REFERENCE I I _ _ _ i O TPUT _L i FREQUENCY FREQUENCY AGREED SIGNAL Note Whenthe FWD REV run command is input alongwith the accel decel hold command Ihe motor does nol operate However when frequency reference tow...

Page 41: ... is 100 _FREOUENCY METER OUTPUT FREOUENCY_ OUTPUT CURRENT T Analog monitor gain AM lOO canbeset byn45 L AC 0 3V 10V ANALOG OUTPUT Calibrating frequency meter or ammeter n45 Used to adjust analog output gain FACTORY SETTING OUTPUT EREOUENCY n45 0 30 OUTPUT CURRENT _ 100 _il _ n45 1 00 3V IOV ANALOG OUTPUT Set the analog output voltage at 100 of output frequency output current Frequency meter displa...

Page 42: ...n No NSP600101 or before O 1 Reduce continuous output current for changing the carrier frequency to 5 or6 Carrier Frequency Maximum Continuous Output Current Set Value 1 to 4 Up to 100 of inverter rated output current 5 6 Up to 90 of inverter rated output current 2 Wiring Distance between Inverter and Motor If the wiring distance between inverter and motor is long reduce the inverter carrier frequ...

Page 43: ...nning from terminals When STOP key is depressed the inverter stops according to the setting of constant nO3 At this time the digital operator displays SI F alarm blinking This stop command is held in the inverter until both forward and reverse run commands are open 1 STOP key ineffective when running from terminals Not provided for softwareversion No NSP600101 or before 43 ...

Page 44: ... SETTING I SHzI DC INJECTION BRAKING FWD REVI _ ON BUN TIME AT STOP n47I COMMAND FACTORY SETTING 0 5s Upon removal of the FWD REV run command the motor decelerates at the decel rate determined by the time set to decel time 1 n21 and DC injection braking is applied immediately before stop If the decel time is short or the load inertia is large overvohage OV fault may occur at deceleration In this c...

Page 45: ...njection braking current in units of 1 Inverter rated current 100 DC injection braking time at stop n47 Sets the DC injection braking time at stopping in units of 0 1 second When the setting of n44 is 0 DC injection braking is not perfon_ned but inverter output is shut OFF at the timing of DC injection braking start n29 OUTPUT FREOU ENC Y _ n47 DC INJECTION BRAKING TIME AT STOP When coasting to a ...

Page 46: ...nverterstops by external fault signal input Digita_ operator 3 IExternal fault NC contact input display is EF 3 4 _ Multi step speed reference 1 5 _Multi stepspeed reference 2 30 6 Multi step speed reference 3 7 JOG command 31 8 Accel deceltime select 33 External baseblock 9 NO contact input Motor coasts to a stop by this External baseblock signal input Digital operator 10 NC contact input display...

Page 47: ...y reference from control circuit terminal FR and run command from control circuit terminals SF SR Closed Run by frequency reference and run command from the digital operalor UP DOWN command selling nO8 15 With the FWD REV run command entered accel decel is enabled by inputting the UP or DOWN signals to control circuit terminals 2 and 3 without changing the frequency reference so that operation can...

Page 48: ...tus U1 UP status clamping at upper limit speed D1 DOWN status clamping at lower limit speed Nol_s I When UP DOWN command is selected lbe upper limit speed is set reg_ rd ess of Frequency r_lel cnce Upper limil speed Maximum output frequency n24 Frequency reference upper limit n41 lO0 2 Lower limll value is eilher minimum output frequency n29 or frequency reference lower limil n42 whichever is larg...

Page 49: ...ter output 3 Zero speed frequency is less than min output frequency Frequency detection 4 output frequency _ frequency detection leve 37 Frequency detection 5 output frequency _frequency detection level 6 Overtorque detection 35 Closed whenthe inverteroutput 7 Base blocked is shut off Closed when the inverter is 8 Lowvoltage detected detectinglow voltage Closed when the inverter is 9 Speed search ...

Page 50: ...tor keys to run or I I 11 stop the inverter SwitCh run and stop CURRENTREFERENCE _s _ _ i_8 direction by setting F R LEO item 420mA t 1FC j Set frequency by the analog current signal 0 100 max frequency 4 20mA connected to thecontrol circuit terminal Setting 5 _o v q_ _ _ _ Switch run stop and FWD REV run with Fwo_L_NtSIOP i _ _ s_ v switching device connected to the control I c tterm na CURRENT F...

Page 51: ...ollowing as _ii _ ii conditions n29 n30 lf n29 n27 n27 for n26is set the n24 the setting set value of n24 of n28to i i i l is disabled n2g n27 n26 n24 FREQUENCY Initial Constants No Name Unit Settingrange Settin_l n24 Max outputfrequency 0 1HZ 50 0 tO4OOHz 6O 0Hz n25 Max voltage 1V 1 to255V 200V Max volta e Output frequency_li_ase frequency 0 1Hz 0 6 to 4OOHz _0 0Hz n26 n27 Mid Output fr_luency 0 ...

Page 52: ...cation 60Hz Motor Specification 50Hz Factory setting 200 t2 In29 1 5 f I n30 I 12 0 12 t 2 For fans pumps Motor Specification 60Hz Motor Specification 50Hz __f 200 10 10 1 3 23 _ _t 3 For applications requiring high starting torque Motor Specification 60Hz MotorSpecification 50Hz I n27 I 3 0 I n28 J 23 0 I _ f n3_ 18 0 I t 3Z_2 _f Increasing voltage of V f pattern increases motor torque but an exc...

Page 53: ...red torque is calculated by the inverter This ensures tripless operation and energy saving effects __ Automatic torque boost gain n38 I IRequired torque I Operation V R i quired torque _ Increase voltage IVOLTAGE _ f FI_EQUENCY Normally no adjustment is necessary for automatic torque boost gain n38 factory setting 1 0 When the wiring distance between the inverter and the motor is long or when the ...

Page 54: ... During acceleration if the output current exceeds the value set for n34 acceleration stops and frequency is maintained When the output current goes down to the value set for n34 acceleration starts MOTOR CURRENT n34 OUTPUT i T_M_ FREOUENCY i _ TME prevent the motor from stalling In the constant output area output frequency _max voltage output frequency n26 the stall prevention current limit level...

Page 55: ...goes down to the value set for n35 acceleration starts up to the set frequency MOTOR CURRENT OUTPUT TIME FREQUENCY i Decreases frequency to prevent the TIME motor from stalling Stall prevention current limit during deceleration n33 To prevent overvoltage during deceleration the inverter automatically extends the deceleration time according to the value of main circuit DC voltage When using an opti...

Page 56: ...0 1Hz 50 0 to 400Hz 60 OHz Max voltage output n26 frequency 0 1Hz 0 6 to 400Hz 6O 0Hz n31 referenceElectr ric thermalcurrent O 1A 0 to 120 of inverter rated current 0 0 to 9 9 100 max voltage Slip compensation 0 1 output frequency n26 0 0 n54 gain Setting 0 0 invalidated slip compensation Motor no load 0 to 99 100 Electronic thermal n55 current 1 reference current n31 40 n62 t Slip compensation 0 ...

Page 57: ...ectronic Thermal Characteristics O Applied to general purpose motor standard ratings 1 Applied to general purpose motor short term ratings 2 Applied to inverter motor standard ratings 3 Applied to inverter motor short term ratings 4 Electronic thermal overload protection not provided The electronic thermal overload function monitors motor temperature based on inverter output ciarrent and time to p...

Page 58: ...commercial co_uous continuously ipower supply To_ u_ operatedat 50 60Hz i _l or assat 100 pad 5 L X_ __ Ei 3 20 6 I 12g OPERATION FREQUENCY Hzl _ _ Base Frequency 60Hz _i V f for 60Hz 220V Input Voltage For low speed operation torque must be limited in order to stop motor temperature rise Effective even _80 _ _0s_c_ Electronicthermal when operated at _ _0_ overload protection low speed notactivate...

Page 59: ... seated and lardware etc securely tightened Cooling fins Built up dust dirt and debris Blow with dry compressed air 39 2 x 104 to 58 8 x 104 Pa 57 to 85 psi 4 to 6kg cm 2 pressure Printed circuit Accumulation of conductive Blow with dry compressed air board material oroil mist i39 2 x 104 to 58 8 x 104pa 57 to 85 psi 4 to 6kg cm2 xessure Ifdust or oil cannot be removed replace the inverter unit Po...

Page 60: ...e taken if the VS mini malfunctions Corrective actions for models with blank cover no operator 1 Input fault reset or cycle the power supply OFF and ON 2 When a fault cannot be corrected I Turn the power supply OFF and check the wiring and control logic 2 Turn the power supply OFF and replace the blank cover with the digital operator to display faults 6O ...

Page 61: ...mpora y cond _ feared when input command is removed Warning STP Operator function Check terminals Fault stop SF and SR contacts _ S_P do not is pressed change luring running bythe Blinking state ontrol circuitterminals 3F and SR The inverter tops according to onstant nO3 OL 3 Overtorque Check the driven detection machine andcorrect Motorcurrent exceeded the cause of the fault or o 3 the preset val...

Page 62: ...ion level whilethe nverter outpuIis OFF supply wiring is Blinking connected Terminal screws are securely tightened Warning OV Maincircuitovervolta e I Check the power supply Fau_t Main circuit DC voltage voltage contacts exceeds the overvoltage o u _ do not detection levelwhile the change inverter outpul is OFF Blinking state OH Cooling finoverheat Check the intakeair H Intake air temperature temp...

Page 63: ...Operation Main circuit DC voltage Loweringof minus load o_ Output is exceeds the oventoltage elevator etc ___ shut OFF detection level because _ and motor of excessiveregenerative coaststo energy fromthe motor Increase decel time Connect optional a stop braking resistor UV1 Maincircuit low Reductionof input voltage power supply voltage Main circuit DC voltage Ope_pt _ase d intout s_ dropsbelow the...

Page 64: ...ation built in electronicthermal Setthe motor rated Output is overload relay current shown onthe _ _ shut OFF nameplate byconstant and motor n31 coasts to eL2 Inverter overload Check the loadsize or a stop Inverter overload V f pattern setting o 2 protection operates by constants n24to n30 built in electronic the mel Check the inverter overload relay capacity eL3 Overtorque Check the driven detecl...

Page 65: ...nstant F_J_ Operation initialization Output is Cycle power shutOFF If the faultremains _ and motor repracethe inverter coasts Io a stop CPF O5 Cycle power AD converterfault is If the faultremains F_S detected replace theinverter CPF 06 Remove power tothe Optioncorlnectingfault inverter Checktheconnection F_ ofthe option Insufficientpower Check thefollowing supplyvoltage Power supplyvoltage Control...

Page 66: ...ence signal 0 to t0VDC 20k_ 4 to 20mA 250_ Saiectable_ Accob decel time 0 1 to 999 sec _ _ne am _ programmed Short term average deceleration torquer O 13HP 0 25HP 0 1kW 0 2kW 150 Braking torque O 5HP 1HP 0 4kW 0 75kW 100 2HP t 5kW _ or more Continuous regenerative torque Approx 2 P o 150 with optional braking resistor braking transistor built in V f charactedstic Possible to program an V f pattern...

Page 67: ... 12o frequency output current FWD REV selection Main c_rcuif screwlermrdafs Terminals Control circuit lu in screwterminal Wiring distancebetween inverter 32811 100m or less andmotor Enclosure Open chassis Coolingmethod Self cooling _emperature 14to 122 1 10 to 5O C not frozen 90 RH or less non condensing I Storagetemperature 4to t40 F 20to60 C Indoor free fromcorrosive gasesor dust Elevation 3280f...

Page 68: ... FUNCTION T I _ _ i I MB I R N I CONTACT I I SC Lub L U N NG SC _ _ _ I 2SOVAC _A OR LESS _ L u_AMuN L Mc_ I _ _ERMINAL 9 I 30VDC IA OR LESS _ SH ELOED PAl CONNECTION _ _U 1 MULTI FUNCT ON TERMINAL LT _ PHOTOCOUPLER _PS SETT_NGPOV EF_ SUPPLY 48VDC SOmA OR LESS FREQUENCY I2V 20reAl REE REFERENCE E O TO_OVS4 TO2o_1A_ i J I Connection Example of Braking Resistor Use_e_ Ic blmJw OVERLOAD RELAY Ocm _ _...

Page 69: ...3 speed reference 1 Sequence common input t 2V allowaple current max 20mA Frequency reference input 0to t0VDC 20k Q or4to20mA 250_ Frequency reference input OV Factory resetis Analogmonitoroutput Output_equency O to 10VDC 0V 2mA or less J I Factorypreset is JContantcapacity qCcontact output Duringrunning J25 0VAC 1A o less250VAC 1Aor less 3ontactoutputcommon holocoupleroutput Factorypreset is Ph t...

Page 70: ... Dimensions M4 _ _ _ _ _i_i_ _ i_ Dt Fig 1 4 M4 _ HIIIID __ _ _ _ _ _ i _ _ Fig 2 70 ...

Page 71: ...130 96 151 1 3 2 4 25 6 10 3 78 6 93 3 3 2 4 25 6 10 3 78 6 93 3 3 2 1 5 108 155 96 176 1 6 11081 155 96 176 1 5 0 13 0 1 2 68 2 96 2 20 3 78 1 1 2 68 2 95 2 20 3 78 1 1 68 75 56 96 0 5 1 68 75 56 96 0 5 1 2 68 3 74 2 20 4 57 1 3 2 68 4 25 2 20 5 09 1 3 0 25 0 2 68 95 56 116 0 6 68 108 56 129 0 6 0 5 0 4 4 25 5 12 3 78 5 94 4 25 5 12 3 78 5 94 108 130 96 151 2 9 11081 130 96 151 2 9 2 4 25 5 123 7...

Page 72: ...I I iE TTI 20P1 20P2 20P4 20P7 2 _P5 Capacity kVA 0 3 0 6 1 1 1 9 2 6 Rated OutputCurrent A 0 8 1 5 3 5 7 MCCB type NF30 IMITSUBISHI 5A 5A 5A 10A 20A Magneticcontactor type HI YASKAWA CONTROL HI 7E HI 7E HI TE HI 7E RI 10 2E 200V single 3 phase vs mini model CtMR XC I AiT CIMR XC _E _ BOP1 BOP2 BOP4 BOP7 Capacity kVA 0 3 0 6 t 1 1 9 Raled Outpul Current A 0 8 1 5 3 5 JMCCB type NF30 NF50 J MITSUBI...

Page 73: ...ries by Fuji Electric Co Ltd manufactured in 1984 and after AC reactor Install an AC reactor to connect to a power supply transformer of large capacity 600kVA or more or to improve power factor on the power supply side Noise filter Use a noise filter exclusively for inverter if radio noise generated from the inverter causes other control devices to malfunction O 1 Never connect a general LC RC noi...

Page 74: ... 15 1 Mu ti funedon No_e Se_ting 15disablesthefunctionset 46 8 input select 3 _oconstantn07 4 terminal 3 Then terminal 2becomesaninput terminal for theUPcommand and terminal 3 becomes thatlor Ihe OOWN con ma_ Multi function 9 output select1 0 to 10 1 1 terminal MA MB 49 Mclti4uectioe outpul 10 select 2 terminal PA 0to10 1 0 1 Frequency reference 6 0Hz 121 Frequency reference 2 0 0Hz I 13i Frequenc...

Page 75: ... Electronic thermal 3to 120 o_inverter 0 1A reference current rated current 57 32 Electronic thermal 0 to 4 1 0 57 motor protection 33 Stan prevention currentlimit 0 1 I 0 55 during deceleration taIIpreven_n currentli_t 30 to 200 1 170 54 34 level during acceleration Stall i _evention current liner 30 to 200 1 160 55 35 levetduring running 36 Operation selection after O to 2 1 0 34 momentray power...

Page 76: ...ime 0 1 te 10 0 0 1s 0 1s 53 Frequency detection level 0 0 te 400Hz 0 1Hz lessthan lOOHz 1Hz tOOHZ em_e O OHz 37 54 Slipcompensation gain 0 0 to 9 9 0 1 0 0 56 55 Motor no load current 0 to 99 1 40 56 Jump frequency 1 O 0Hz 57 Jump frequency 2 0 0 to 400Hz 0 1Hz lessthan 10_z O OHz tHz 100Hz orrr_re 38 58 Jump frequency 3 0 0Hz 59 Jump width 0 0 to 25 5Hz 0 1Hz 1 0Hz 60 No of fault retry time 0 to...

Page 77: ...deJdstra_ e 1 85391 AlJershausen Germany Phone 08166 900 Fa_ 06166 9036 YASKAWA ELECTRIC UK LTD 3 Drum Mains Park Orchafdton WOODSCumbernau Scotland G68 9LO U K Phone 1236 73 5000 Fax 1236 458182 YASKAWA ELECTRIC KOREA CORPORATION Paik Nam Sl Jg 901 188 3 I Go Euljiro Joong Gu Seoul Korea PhOne 02 776 7844 Fax 02 753 2639 YASKAWA ELECTRIC1SINGAPORE PTE LTD HeadOffice CPF_4dg 79 Robm_n R_d _ 13 05 ...

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