ACP Speecon 7200M3 Manual Download Page 7

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1.3

INSTALLATION

LOCATION

Location of the equipment is important to achieve proper performance and normal operating life.

The 7200M3 units should be installed in areas where the following conditions exist.

•Ambient temperature:

-10 to +40°C ,+14 to 104°F (For enclosed type) ,

-10 to +45ºC ,+14 to 113ºF (For open chassis type)

•Protected from rain or moisture.

•Protected from direct sunlight.

•Protected from corrosive gases or liquids.

•Free form airborne dust or metallic particles.

•Free form vibration.

•Free form magnetic noise.

MOUNTING SPACE

Unit : mm

CAUTION:

• Handle with care so as not to damage the inverter during transportation

• Do not hold only the faceplate (plastic section) but the die-cast section.

Fig 1.1 Mounting Space

30mm 30mm

100mm

7200M3

Summary of Contents for Speecon 7200M3

Page 1: ......

Page 2: ...ration Setting 1 5 3 Test Run Method 1 5 4 Inverter Status Display LED 1 5 5 Digital Operator Display 1 5 6 Check Points at Test Run 1 6 MAINTENANCE 1 6 1 Periodical Inspection 1 6 2 High Voltage Test 1 7 FAULT DISPLAY AND TROUBLESHOOTING 1 7 1 Checking of Causes 1 7 2 Alarm Display and Contents 1 7 3 Corrective Action for Motor Faults 1 8 SPECIFICATIONS 1 8 1 Specifications 1 8 2 Dimensions 1 9 O...

Page 3: ...s Pn 23 and Gain Pn 22 2 4 2 Calibration of Frequency Meter 2 5 MONITOR FUNCTION 2 6 FUNCTION CONSTANT LIST 2 6 1 A Group Functions Constant Pn 00 to 19 2 6 2 B Group Functions Constant Pn 20 to 29 2 6 3 C Group Functions Constant Pn 30 to 59 2 7 DESCRIPTION OF FUNCTIONS AND CONSTANTS 2 7 1 Display of Operator 2 7 2 Run Stop Procedure Selection 2 7 3 V f Characteristic Setting 2 7 4 Accel Decel Ti...

Page 4: ...R OUTPUT FUNCTION 2 7 17 SPEED AGREED SIGNAL OUTPUT 2 7 18 OVERTORQUE DETECTION FUNCTION 2 7 19 CARRIER FREQUENCY SETTING 2 7 20 FREQUENCY CURRENT METER CALIBRATION 2 7 21 OPERATION AT MOMENTARY POWER LOSS 2 7 22 AUTOMATIC RESET AND RESTART FUNCTION 2 7 23 FREQUENCY JUMP CONTROL 2 7 24 SPEED SEARCH FUNCTION 2 7 25 FREQUENCY UP DOWN FUNCTION 2 7 26 FUNCTIONS FOR REDUCTION OF MACHINE 2 8 PROTECTION ...

Page 5: ...provided with the analog operator is used for simple applications where no complicated constant setting are necessary Free kit operator JNEP 15 is also available for sample applications 1 1 PARTS NAMES OF 7200M3 With Digital operator PROTECTIVE COVER TERMINAL COVER DIGITAL OPERATOR JNEP 13 DIE CAST CASE With analog operator Free Kit operator External dimensions and mounting Dimensions are the same...

Page 6: ...erved Voltage Input Voltage JK 200 to 230V A Three phase AZ 400 to 460V B Single phase Specifications Applicable max motor Output BD Domestic standards R500 0 5HP BE UL listed component planning 0010 10HP Operator type Enclosures and mountings B Digital Operator JNEP 13 A Open chassis type IEC IP00 C Analog Operator JNEP 14 B Enclosed Wall mounted type D Free Kit JNEP 15 NEMA 1 MODEL INPUT OUTPUT ...

Page 7: ... 10 to 45ºC 14 to 113ºF For open chassis type Protected from rain or moisture Protected from direct sunlight Protected from corrosive gases or liquids Free form airborne dust or metallic particles Free form vibration Free form magnetic noise MOUNTING SPACE Unit mm CAUTION Handle with care so as not to damage the inverter during transportation Do not hold only the faceplate plastic section but the ...

Page 8: ...age 4 For removing terminal cover first remove the operator then press the cover in direction of 1 on both sides and at the same time lift in direction of 2 For mounting reverse the procedure The figure below shows how to unlock in direction of 1 and lock in direction of 2 the ribbon cable between the digital operator and the inverter Please see the 7200M3 manual page 4 ...

Page 9: ... Digital Operator SEQUENCE COMMON 0V SHIELDEDTERMINAL SPEED SETTING POWER SUPPLY 12V 20mA SPEED REF 0 10V 20kΩ 4 20mA 250Ω 0V 7200M3 R S T U IM V W E MOTOR 1 2 3 4 5 7 8 11 13 14 6 P P 0V FWD RUN STOP 2kΩ 0 to 10V 4 to 20mA B1 P B2 P B BRAKING RESISTOR UNIT OPTION R S T GROUNDING EXT FAULT JOG REF EXT POWER SUPPLY Only terminal R S For single phase series MULT1 FUNCION CONTACT INPUT MASTER FREQUEN...

Page 10: ...t braking resistor from overheating Also use sequencer to break power supply side on thermal overload relay trip contact when using braking resistor ANALOG OUTPUT RESET STOP FWD RUN SEQUENCE COMMON 0V SHIELDEDTERMINAL SPEED SETTING POWER SUPPLY 12V 20mA SPEED REF 0 10V 20kΩ 4 20mA 250Ω 0V 7200M3 R S T U IM V W E MOTOR 1 2 3 12 11 7 8 11 13 14 6 P 0V FWD RUN STOP 2kΩ 0 to 10V B1 P B2 P B BRAKING RE...

Page 11: ...r input R S are used for single phase input specifications U V W Inverter output B1 P B2 Braking resistor options E Grounding ground resistance should be 100 ohms or less Use screw for frame ground Main circuit terminal arrangement 3 Phase series all models 220V single phase series R S T B1 P B2 U V W R S B1 P B2 U V W BLANK 7200M3 R S T U IM V W E MOTOR 1 2 B1 P B2 P B R S T GROUNDING POWER SUPPL...

Page 12: ...10 R500 0001 0002 0003 0005 Capacity KVA 1 4 2 1 2 7 4 1 6 9 10 3 13 7 1 4 2 1 2 7 4 1 6 9 Rated Output 3 2 Current A 4 8 6 5 9 6 16 24 32 3 2 4 8 6 5 9 6 16 MCCB 5A 10A 20A 20A 30A 50A 60A 10A 20A 20A 40A 50A TAIAN CN 11 Magnetic Contactors Model CN 11 CN 11 CN 11 CN 16 CN 18 CN 25 CN 11 CN 11 CN 16 CN 18 CN 25 440V Class 3 Phase Input Series Voltage Class 440V 3 phase JNTABDCB AZ Inverter model ...

Page 13: ... Input Series Wire Size Wire Type Circuit Model JNTAABD C B Inverter Capacity KVA Terminal Symbol Terminal Screw AWG mm R500JK 1 4 R S T B1 P B2 U V W E M4 1 4 10 14 10 2 to 5 5 2 to 5 5 0001JK 2 1 R S T B1 P B2 U V W E M4 1 4 10 14 10 2 to 5 5 2 to 5 5 0002JK 2 7 R S T B1 P B2 U V W E M4 12 10 14 10 3 5 to 5 5 2 to 5 5 0003JK 4 1 R S T B1 P B2 U V W E M4 12 10 14 10 3 5 to 5 5 2 to 5 5 0005JK 6 9...

Page 14: ... 3 5 20 14 0 5 to 2 Shielded lead orequivalent 440V Class 3 phase Input Series Wire Size Wire Type Circuit Model JNTAB DCB Inverter Capactiy KVA Terminal Symbol TerminalScr ew AWG mm R S T B1 P B2 U V W 14 10 2 to 5 5 R500AZ 1 4 E M4 14 10 2 to 5 5 R S T B1 P B2 U V W 14 10 2 to 5 5 0001AZ 2 2 E M4 14 10 2 to 5 5 R S T B1 P B2 U V W 14 10 2 to 5 5 0002AZ 3 4 E M4 14 10 2 to 5 5 R S T B1 P B2 U V W...

Page 15: ... between inverter and motor If total wiring distance between inverter and motor is excessively long and inverter carrier frequency main transistor switching frequency is high harmonic leakage current from the cable willincrease to affect the inverter unit or peripheral devices If the wiring distance between inverter and motor is long reduce the in verter carrier frequency as shown below Carrier fr...

Page 16: ...en the main circuit terminal screws 6 Be sure to separate the main circuit wiring from inverter and peripheral device control lines Otherwise it may cause the devices to malfunction b Grounding 1 Ground the casing of the 7200M3 using ground terminal E Ground resistance should be 100ohm or less 2 Never ground 7200M3 in common with welding machines motors or other large current electrical equipment ...

Page 17: ...ration mode from the digital operator is set for the model with the digital operator it is necessary to change the control constants when operation is performed from the control circuit terminals For the model with analog operator JNEP 14 operation mode from the control circuit terminals is the standard setting preset at the factory prior to shipping R S T 1 2 3 4 8 13 14 B1 P B BRAKING RESISTOR U...

Page 18: ...circuit 0 v 13 During running NO L level at Run Open collector output 48V 50Ma or less 14 Speed agreed detection L level at set Frequency output freq Multifunction contact input Two signals available to select Note 2 Open collector output 48V 50Ma or less 7 Open collector output common A B Sequence Output Signal C Fault contact output common NO NC Fault at closed between terminals A and C Fault at...

Page 19: ...mination sufficiently Wiring length of the control signal line must be 50 m or less To drive the contact input signal by transistor use one having ratings of 50V 50m A or more Circuit leakage current at signal OFF must be 100 A or less To drive an inductive load relay coil etc by multifunction photo coupler output be sure to insert a free wheel diode 7200M3 1 2 3 4 5 6 7 8 9 10 11 12 13 14 7 13 14...

Page 20: ...tor must be able to operate alone by separating it from the coupling of belt which connects the motor and the machine Pay close attention when the motor is operated with the machine directly connected 5 Wiring is not grounded 6 Run command is not input When the forward reverse run command is input in the operation mode factory setting for the model with blank cover from the control circuit termina...

Page 21: ...equency is set to 60 Hz and accel decel time to 10 seconds at the factory prior to shipping To change the values refer to ACCEL DECEL TIME SETTING on page 71 OUTPUT FREQ Fig 1 7 Output Frequency and Accel Decel Time Fig 1 8 shows the inverter output frequency for control circuit terminal master frequency reference voltage To change the value refer to FREQUENCY COMMAND GAIN BIAS on page 78 Fig 1 8 ...

Page 22: ... electronic thermal overload protective function in order to protect the motor from overheating set the rated current value described on the motor nameplate to constant Pn 19 TECO standard 4 pole motor current value is set as the initial value For details refer to ELECTRONIG THERMAL OVERLOAD FUNCTION on page 74 Note Provide a thermal overload relay or thermal protector for each motor when more tha...

Page 23: ...hipping operation can be performed only by main circuit wiring For details of the operation method refer to Section 2 beginning on page 43 This method is to operate the inverter by frequency setter or operation switch connected to the control circuit terminal To perform operation by control circuit terminal input of the model with digital operator change the operation mode to OPERATION FROM CONTRO...

Page 24: ...d Note Operation Select frequency reference value display F000 0 by depressing DSPL key on digital operator Depress DATA key after setting frequency value by using or SHIFT key Depress RUN key Turn the frequency setter knob to the left to decrease value fully Frequency reference 0 Turn on FWD or REV run signal Turn the frequency setter knob slowly to the right to increase value fully Operation by ...

Page 25: ...ay LED With the model with analog operator or free kit operator LED provided for the inverter is of help to know the inverter status This LED can be seen by removing the terminal cover or from the right side without removing the cover Inverter status can be seen by the LED lighting modes Table 1 6 shows the LED lighting modes and the contents Check that the inverter is in the normal status at powe...

Page 26: ...rdware fault such as control power supply fault CPU runaway etc Cannot be reset Replace the inverter LED light off LED blink LED light Note 1 By initializing control constants using the digital operator errors may be released For details of constant initialization refer to DISPLAY OF OPERATOR on page 67 1 5 5 Digital Operator Display When the inverter power supply is turned ON for the first time t...

Page 27: ...factory setting 2 When output frequency is reduced to 1 5 Hz preset value prior to shipping at deceleration the DC injection braking operates for 0 5 second preset value prior to shipping and metallic noise is generated by the motor However this noise is normal To eliminate this noise refer to DC INJECTION BRAKING on page 80 3 If a fault occurs during acceleration or deceleration and the motor coa...

Page 28: ...mponent Check Corrective Action Loosened screws Tighten External Terminals Unit Mounting Bolts Connectors etc Loosened connectors Tighten Cooling Fins Build up of dust or dirt Blow with dry compressed air of 392 10 to 588 10 Pa 57 to 85 1bs in 4 to 6 kg cm pressure Printed Circuit Board Accumulation of conductive dust or oil mist Clean the board If dust and oil cannot be removed replace the invert...

Page 29: ...e inverter main circuit and control circuit terminal wiring and execute the test only between the main circuit terminals and ground ground terminal E as shown in Fig 1 10 2 The equipment is normal with the insulation resistance tester indicating 1MΩ or more Note Do not conduct high voltage test on the control circuit terminals Fig 1 10 High Voltage Test 7200M3 R S T U V W B1 P B2 E ...

Page 30: ...er has protective functions to protect it from faults such as overcurrent or overvoltage If a fault occurs the protective functions operate to shut off the inverter output and the motor coasts to a stop At the same time the fault contact signal is output When the protective functions operate in models with analog operator LED displays a fault show in table 1 6 Also when the digital operator is use...

Page 31: ... is not sufficient Constant Pn 10 12 or minus load cranes etc is decreasing Increase decel time or connect a braking resistor option UV Under voltage Under voltage status is entered Main control DC voltage becomes approx 210 V or less 220 V class 3 phase 170 V or less 220 V class single phase or 420 V or less 440 V class 3 phase Input power supply voltage is reduced phases are opened or momentary ...

Page 32: ...t value up to the machine allowable value constant Pn 38 EF4 5 Note 2 External Fault Inverter accepts external fault input from external circuit Check the external circuitry sequence CPF Note 3 Control Function Fault Inverter control functions are broken down Turn OFF the power supply once and then turns it ON again Or initialize the control constant by using the digital operator If the fault stil...

Page 33: ...ion error 2 Turn OFF the power supply once and turn it ON again If the fault still exists replace the inverter CPF 04 E PROM fault CPF 05 AD converter fault in CPU Record all data and then make initialization Turn OFF the power supply once and turn it ON again If the fault still exists replace the inverter For initialization of constants refer to Par 2 5 1 Constant Initialization on page51 ...

Page 34: ...sequence circuit UV Main Circuit Under voltage Uv blinks Main circuit DC voltage is reduced less than detection level when inverter is not outputting Check the power supply voltage main circuit power supply wiring connection or terminal screw tightening OL3 Overtorque Detection Note 1 oL3 blinks Motor current exceeding the set value flows due to machine fault or overload Inverter continues operati...

Page 35: ...ctifier type voltmeter Turn OFF the power supply and then ON again Load is excessively large Motor is locked Reduce the load Release the lock Fault is displayed Check according to Par 1 7 1 FWD or REV run command is entered Correct the wiring Frequency setting voltage is entered Correct the wiring Check frequency setting Voltage Motor does not rotate Operation method selection mode setting is prop...

Page 36: ...is too high low Voltage between motor terminals is not excessively reduced Use rectifier type Volt meter Check V f characteristic set value Constant Pn 02 08 Load is not excessively large Reduce the load Load variation is not excessively large Reduce the load variation Increase the inverter or motor capacity Motor r min is not stable during operation Note 3 phase or single phase power supply is us...

Page 37: ...nute Freq Setting Signal 0 to 10v 20kΩ 4 to 20 mA 250Ω Accel Decel Time 0 1 to 600 sec accel decel time setting independently Braking Torque Approx 20 up to 150 possible with optional braking resistor V F Characteristic Possible to set any program of v f pattern Control Characteristics Stall prevention level Possible to set operating current Instantaneous OC Motor coasts to stop at approx 200 rate...

Page 38: ...ing Resolution Digital 0 1 Hz Analog 0 06 60Hz Output freq Resolution 0 1 Hz Overload Capacity 150 rated output current for one minute Freq Setting Signal 0 to 10v 20kΩ 4 to 20 mA 250Ω Accel Decel Time 0 1 to 600 sec accel decel time setting independently Braking Torque Approx 20 up to 150 possible with optional braking resistor V F Characteristic Possible to set any program of v f pattern Control...

Page 39: ...0 0010 Max Applicable Motor Output HP KW 1 0 5 0 4 1 0 75 2 1 5 3 2 2 5 3 7 7 5 5 5 10 7 5 Mass Kg 2 5 2 5 5 0 5 0 9 5 9 5 Cooling Method Self cooling Forced cooling Protective Configuration NEMA 1 open chassis type also available Environmental characteristics Location Indoor protected from corrosive gases and dust ...

Page 40: ...2 7 4 1 6 9 Rated Output current A 3 2 4 8 6 5 9 6 16 Max Output Voltage V 3 phase 200 to 240V 50 60 Hz proportional to input voltage Output characteristics Max Output Frequency 400 Hz available with constant setting Mass Kg 4 6 4 6 6 7 7 4 Cooling Method Self cooling Self cooling Forced cooling Protective Configuration NEMA 1 open chassis type also available Location Indoor protected from corrosi...

Page 41: ... freq Resolution 0 1 Hz Overload Capacity 150 rated output current for one minute Freq Setting Signal 0 to 10v 20kΩ 4 to 20 mA 250Ω Accel Decel Time 0 1 to 600 sec accel decel time setting independently Braking Torque Approx 20 up to 150 possible with optional braking resistor V F Characteristic Possible to set any program of v f pattern Control Characteristics Stall prevention level Possible to s...

Page 42: ...plicable motor output 2 To select automatic restart after momentary power loss set the 1st digit of constant Pn 46 to 1 Automatic restart is available within approx 1 second for models of 1HP or less or within approx 2 seconds for models of 2 HP or more ...

Page 43: ...50 0010 Max Applicable Motor Output HP KW 1 0 5 0 4 1 0 75 2 1 5 3 2 2 5 3 7 7 5 5 5 10 7 5 Mass Kg 4 5 4 6 6 4 6 7 9 5 9 5 Cooling Method Self cooling Forced cooling Protective Configuration NEMA 1 open chassis type also available Environmental characteristics Location Indoor protected from corrosive gases and dust ...

Page 44: ... 44 1 8 2 Dimensions A Digital Operator Type W1 W B Analog Operator Type W1 W Unit mm D H H1 D H H1 7200M3 7200M3 ...

Page 45: ...40 M4 220V 1Ø 3 5 HP 440V 3Ø 3 5 HP 205 305 165 180 285 M6 Digital 220V 3Ø 7 5 10 HP 440V 3Ø 7 5 10 HP 205 354 200 180 335 M6 220V 3Ø 0 5 2 HP 140 150 170 130 140 M4 220V 1Ø 0 5 2 HP 3Ø 3 5 HP 440V 3Ø 0 5 2 HP 140 250 191 130 240 M4 220V 1Ø 3 5 HP 440V 3Ø 3 5 HP 205 305 185 180 285 M6 Analog 220V 3Ø 7 5 10 HP 440V 3Ø 7 5 10 HP 205 354 220 180 335 M6 ...

Page 46: ...e operated from the digital operator only by main circuit wiring On the inverter front cover Free kit Operator JNEP 15 Models with free kit operator are operated by control circuit terminals There is only a LED on the operator can display the inverter status On the inverter front cover Analog Operator Unit JNEP 16 An exclusive control panel for remotely setting frequency and for turning the unit O...

Page 47: ...h as Display Depressing this key changes mode DRIVE or PRGM Mode Selection Depressing this key changes the Display Display Selection Depressing this key changes the Display Read Write Changes numeral such as set values and constant signals Increment key Decrement key Numeral Change Selects numerical digits Selected digit blinks Digit Selection STOP command is input Motor stops in either mode Selec...

Page 48: ...changed during running PRG mode Program function selection constant setting can be changed Operation is not enabled Display Contents of DRV Mode and PRG Mode 1 Display contents of the digital operator differ according to selected mode PRG DRV 2 The constant group to be displayed is changed each time display selection key DSPL is depressed 3 If a fault occurs the contents are displayed Additionally...

Page 49: ...DE SWITCHABLE ONLY AT STOPPING DRIVE PRGM PRGM MODE DRIVE MODE DRIV MODE Pn POWER ON Frequency reference value display setting Output frequency monitor display Output current monitor display Pn display If a fault occurs the contents are displayed Fault reset RESET ...

Page 50: ...ns Use it with the set values according to the load conditions or operation conditions of the matching machine Control constants are read or set by the digital operator Set constant Pn 00 as follows Setting Value Description Note 0 A group function Pn 01 19 can not be set Lock mode 1 A group function Pn 00 19 can be set read Factory Setting 2 A B group function Pn 00 29 can be set read Pn 00 3 A B...

Page 51: ...changed from 10 seconds to 5 seconds Other constant can be changed in the same operation Depress Key Change the value with Or Key Depress Key Change the value with Or Key Depress Key and Check that End is displayed End is displayed for 1 second The data are displayed again Depress Key ...

Page 52: ...ect the inverter or machine 4 In the following cases are setting error the set value blinks for 3 seconds and the data before changing are returned a When a value exceeding the setting range is set b If the following condition is not satisfied in the multifunction input selection constant setting Multifunction input selection 1 Pn 32 Multifunction input selection 2 Pn 33 c If the following conditi...

Page 53: ...erence value is displayed zSelect PRGM mode zSelect control constant Pn zDisplay Pn 03 data zSet 220V as input voltage Depress three times LED DRIVE OFF Displayed for 0 5 second Confirm the display FWD RUN 60Hz INPUT VOLT POWER FWD JOG FREQ SET CHANGE REV RUN t POWER ON RUN RUN FWD RUN 1 5Hz REV RUN 60Hz STOP DSPL RESET DATA STR DRIVE PRGM DATA STR Turn on power supply 1 Set input voltage 2 Cont d...

Page 54: ...t output frequency monitor display z Running operation z Select frequency reference value display z Change reference value z Set value is written in z Select output frequency monitor value z Switch to reverse run Depress Six times LED DRIVE lights LED FWD lights Stops blinking for two seconds LED lights Stops blinking for two seconds LED REV lights LED lights 3 Cont d 15Hz FWD JOG 4 Frequency sett...

Page 55: ...n 00 data zChange the set value zWrite in the set value End is displayed The data are displayed LED DRIVE OFF Note 1 Displayed for 0 5 second Confirm the display Note 2 Note 1 Differs according to the setting data before changing 2 The display returns to 01 after write in This indicateds that initialization is executed at writing in the data DSPL RESET DATA STR DRIVE PRGM DATA STR DSPL JOG DSPL DS...

Page 56: ...or Display Remarks zFrequency reference value is displayed zSelect PRGM mode zSelect constant Pn 00 zDisplay Pn 00 data zChange the set value zWrite in the set value End is displayed The data are displayed LED DRIVE OFF Note Displayed for 0 5 second Confirm the display Note Differs according to the setting data before changing For details refer to DISPLAY OF OPERATOR on page 67 RESET DATA STR DRIV...

Page 57: ...nstant Pn 23 Bias z Display Pn 23 data z Change the set value z Write in the set value End is displayed The data are displayed z Select constant Pn 23 Bias z Display Pn 23 data z Change the set value z Write in the set value End is displayed The data are displayed LED DRIVE OFF 10 0 1 Displayed for 0 5 second Confirm the display 123 RESET DATA STR DRIVE PRGM DATA STR Pn 01 Pn 23 0 10 0 00 0 10 DAT...

Page 58: ...mA in this example the following equation is established mA 4 mA 20 mA 4 mA 8 16 0 8a 0 8 b Bias level Since it is 10 6Hz at frequency requence input 4mA in this example the following equation is established b 10 G gain set value 123 in this example 2 4 2 Calibration of Frequency Meter Calibration of frequency meter or ammeter connected to the inverter can be performed even without providing a cal...

Page 59: ...d The data are displayed LED DRIVE OFF Note Displayed for 0 5 second Confirm the display Note 1 Since analog monitor gain is set to 1 00 prior shipping 10V is output at maximum output frequency constant Pn 02 operation 2 By data display of constant Pn 45 in the program mode voltage at 100 level according to the constant Pn 45 set value is output by the meter calibrating function without any condit...

Page 60: ...ay 2 Monitoring of Fault Contents a If a fault occurs the fault conents are displayed with priority over other display items Depress the key or turn on the fault reset input signal terminal 3 to reset the fault DSPL RESET Frequency reference value display setting Output frequency monitor display Output current monitor display Pn display If a fault occurs the contents are displayed Fault reset RESE...

Page 61: ...y setting 6 to the constant Pn 00 Or they are also cleared by constant initialization Set constant Pn 00 8 or9 At this time other constants are changed to the factory setting values Therefore record all of the constant data before initializing constant 3 Faults to be stored OC overcurrent OV overvoltage OH cooling fin overheat OL1 motor overload OL2 inverter overload OL3 overtorque detection EF4 E...

Page 62: ...al initial value setting 9 Initalize 3 wire sequence 1 2 7 1 4 3 2 1 0 Master frequency Reference Control circuit terminals 8 and 11 or 9 and 11 inputs 1 Master frequency reference Operator FXXXX 0 Run by control circuit terminal run command Operation Method Selection 1 Run by operator run command 0 Deceleration to stop Run Stop Signal Selection 1 Stopping Method Selection 1 Coasting to stop 0 Fre...

Page 63: ...mediate Output Frequency Voltage Setting unit 0 1 V Setting range 0 1 to 255 0V 13 2V Note 1 07 Minimum Output Frequency Setting unit 0 1Hz Setting range 0 1 to 10Hz 1 5Hz V f Pattern Setting 08 Minimum Output Frequency Voltage Setting unit 0 1 V Setting range 0 1 to 50V 13 2V Note 1 2 7 3 09 Acceleration Time 1 Setting unit 0 1s Setting range 0 0 to 600 0s 10 0s First Accel Decel Time Setting 10 ...

Page 64: ...tronic thermal overload characteristics is for standard motor 1 Electronic thermal overload characteristics is for constant torque motor 0 Electronic thermal overload time constant is of standard rating 1 Electronic thermal overload time constant is of short term rating 0 Electronic Thermal Overload Motor Protection 18 Motor Protection Selection 1 Not used 0000 2 7 7 Electronic Thermal Overload Re...

Page 65: ...quency starting to up or down Output Frequency UP DOWN operation 1 The output frequency can be up or down by Increament or Decerament key directly 2 7 25 0 Stall prevention during deceleration provided Run Signal Selection 2 20 Stall Prevention During Deceleration 1 Stall prevention during deceleration not provided when braking resistor connected 0000 2 7 14 0 1 Not used 0 Analog monitor output fr...

Page 66: ...00 Frequency Limit Control 25 Frequency Lower Limit Setting unit 1 Setting range 0 to 110 0 2 7 11 26 DC Injection Braking Current Setting unit 1 Setting range 0 to 100 of inverter rated current 50 27 DC Injection Braking Time at Stop Setting unit 0 1s Setting range 0 0 to 5 0s 0 5s DC Injection Braking 28 DC Injection Braking Time at Start Setting unit 0 1s Setting range 0 to 5 0s 0 0s 2 7 12 Tor...

Page 67: ...d reference 2 5 JOG command 6 Accel decel time select 7 External baseblock No contact input 8 External baseblock NC contact input 9 Search command from maximum frequency 10 Search command from setting frequency 11 Accel decel prohibit 1 Multifunction Selection Contact Input Signal 33 Multifunction Input Selection 2 Terminal 5 Function Selection 1 External fault No contact input 2 External fault NC...

Page 68: ...detection level 4 Overtorque detection 1 2 7 16 2 7 17 Desired Speed Detection 36 Frequency Detection Level Setting unit 0 1 Hz Setting range 0 0 to 400 0Hz 0 0Hz 2 7 17 4 3 2 1 0 Overtorque detection not provided 1 Overtorque detection provided 0 Detected only frequency agreement 1 Detected during running 0 Operation continues after overtorque 1 detection output shut off at overtorque detection 0...

Page 69: ...ss Protection 46 Operation Selection after Momentary Power Loss 0 0 0 Not used Fault Retry 47 Fault Retry Selection Setting unit 1 time Setting range 0 to 10 times Note By setting 0 times fault retry function becomes disabled 0 2 7 22 Fault Trace 48 Fault Record The latest fault is displayed setting disabled Software Version 49 PROM No PROM No is displayed setting disabled 50 Jump Frequency 1 Sett...

Page 70: ...on Level Setting unit 1 Setting range 0 to 200 of inverter rated current 150 55 Minimum Baseblock Time Setting unit 0 1s Setting range 0 5 to 5 0s 0 5s Speed Search Control 56 V f during Speed Search Setting unit 1 Setting range 0 to 100 100 2 7 21 2 7 22 2 7 24 57 to 59 Not Uesd Setting disabled ...

Page 71: ...ents constant from being reset by improper operation after completion of constant setting 1 The A group functions 0 to 19 can be set and read 2 The A and B group functions 0 to 29 can be set and read 3 The A B and C group functions 0 to 59 can be set and read 6 Fault history is cleared 8 All control constants can be initialized Terminal functions are retuned to the factory setting 9 All control co...

Page 72: ...ation can be performed from the operator or control circuit terminal input 1 X X 0 0 X means 1 or 0 1st digit 0 Frequency reference from control circuit terminal 1 Frequency reference from the operator 2nd digit 0 Start stop control from control circuit terminal 1 Start stop control from the operator z Stop procedure Stopping mode can be selected according to the application 1 X 0 X X 3rd digit 0 ...

Page 73: ...ge 3 220 0V Max Voltage Output Frequency 4 60 0Hz Intermediate Output Frequency 5 1 5Hz Intermediate Output Frequency Voltage 6 13 2V Min Output Frequency 7 1 5Hz Min Output Frequency Voltage 8 13 2V Output Voltage Limiter Selection 1 0000 z V F pattern setting Any desired v f pattern can be set for special specifications too Any v f pattern can be set according to the load characterics The factor...

Page 74: ...frequency Pn 05 Min output frequency Pn 07 Output limiter selection When v f is set to excessively large value an inverter fault may occur Therefore in order to prevent the malfunction the upper limit is provided for the output voltage However the setting is not necessary under normal operation 1 0 X X X 4th digit 0 Desired v f with output voltage limiter 1 Desired v f without output voltage limit...

Page 75: ...h item can be set from 0 0 sec to 600 sec The set time indicates the interval required before the maximum output freqnency setting Pn 02 is reached Accel decel time can be set for two step switching using multifunction contact input control circuit terminals 4 or 5 even during running Between control circuit terminals 4 or 5 open Pn 09 and Pn 10 are selected closed Pn 11 and Pn 12 are selected Whe...

Page 76: ...eration Function 32 33 See page 63 Up to 4 steps of speed can be set by contact input by setting 4 and 5 multi speed references To multi function contact input terminals This eliminates the need for an analog signal thereby enabling operation even at low speed without being affected by noise See the following example Set according to run specifications REVRUN COMMAND 2 Time Pn 09 Pn 10 TERMINAL 0 ...

Page 77: ...tant to be set Factory Preset Jog Frequency Reference Setting 17 6 0Hz Jog Reference Selection 32 33 See page 63 Select the JOG mode closed between terminals 4 to 6 and JOG operation can be performed by FWD REV run command when setting Pn 32 5 Depressing the JOG key on the digital operator performs the same operation ON ON ON MULTI STEP SPEED 4 REFERENCE 1 MULTI STEP SPEED 5 REFERENCE 2 Fref MULTI...

Page 78: ...xclusive use motor or standard motors are prevented from overloading It is not necessary to mount the thermal relay externally However to connect several motors to one inverter a thermal overload relay must be inserted for each motor It is necessary to reduce carrier frequency according to the wiring distance between the inverter and motor when thermal overload relays are inserted For details refe...

Page 79: ...mon in 3 phase and Single phase Series 3 phase JNTABDCB JK Model Single phase JNTBBDCB JK R500 0001 0002 0003 0005 7R50 0010 Max Applicable HP Motor Capacity KW 0 5 0 4 1 0 75 2 1 5 3 2 2 5 3 7 7 5 5 5 10 7 5 Motor Current Value at Factory Setting A 2 1 3 3 6 4 8 6 13 5 20 1 25 1 440V Class 3 phase Series Model JNTABDCB AZ R500 0001 0002 0003 0005 7R50 0010 Electronic thermal characteristics 0 For...

Page 80: ...G Item Name Constant to be set Factory Preset Output Monitor Select 21 0000 Analog Monitor Gain 45 1 00 Either output frequency or output current can be monitored by analog output between control circuit terminals 12 and 11 0 to 10V output Pn 21 X X 0 X Not used Output contents between control circuit terminals 12 to 11 2nd digital 0 Output frequency monitor 1 Output current monitor Analog output ...

Page 81: ...nd the inverter rated current is exceeded To keep linearity set Pn 45 to approx 0 5 2 7 9 S CURVE PATTERN SELECTION Item Name Constant to be set Factory Preset S curve Pattern Selection 21 0000 To prevent shock at machine starting stopping accel decel S curve pattern is enabled by the setting of Pn 21 Pn 21 0 0 X X 4th digit 3rd digit Contents 0 0 1 1 0 1 0 1 No S curve characteristics The S curve...

Page 82: ... Item Name Constant to be set Factory Preset Frequency Reference Gain 22 1 00 Frequency Reference Bias 23 0 00 Output frequency gain bias can be set freely according to frequency setting 0 to 10 v Or 4 to 20 mA S CURVE CHARACTERISTICS TIME TSC FWD RUN REV RUN ACCELER DECELER DC INJECTION BRAKINC TIME ACCELERATION OUTPUT MIN OUTPUT FREQUENCY S CURVE CHARACTERISTIC DC INJECTION BRAKINC START FREQUEN...

Page 83: ...quency Speed Upper Limit 24 100 Output Frequency Speed Lower Limit 25 0 The upper and lower limits for the output frequency can be set When the lower limit is not 0 acceleration to that lower limit setpoint begins until frequency reference reaches the lower limit value when the start command is input FREQUENCY REF UPPER LIMIT Pn 24 FREQUENCY REF LOWER LIMIT Pn 25 0 100 Output Fref Hz ...

Page 84: ...Braking during Stop 27 0 5s DC Injection Braking at Start 28 0 0s DC Injection Braking Current 26 50 DC injection braking at stop Prevents overrun at stop If output frequency becomes Minimum output frequency Pn 07 or less DC injection brake is applied for the time set by Pn 27 and the motor is stopped By setting 0 0s to Pn 27 DC injection braking becomes disable the motor coast to stop when the ou...

Page 85: ...o shipping 2 7 13 FULL RANGE AUTOMATIC TORQUE BOOST Item Name Constant to be set Factory Preset Torque Compensation Gain 29 1 0 Automatic control of V f ratio according to the load torque ensures tripless operation and optimum output current Therefore tripless operation with excellent energy saving effect is available When the wiring distance between the inverter and motor is long normally approx ...

Page 86: ... 160 Stall Prevention Function during Deceleration 20 0000 Automatically adjusts output frequency according to the load so as to continue operation of the machine without stalling the motor Stall prevention during acceleration If the motor current exceeds the value set to Pn 30 during acceleration accleration is stopped until the motor current is reduced to the Pn 30 set value or less Pn 30 Motor ...

Page 87: ...on during deceleration Automatically adjusts deceleration rate with monitoring DC voltage to prevent overvoltage during deceleration Set 1 for connecting braking resistor Pn 20 0 X X X 4th digit 0 Stall prevention during deceleration enabled 1 Stall prevention during deceleration disabled When the motor load is large or accel decel time is short the accel decel time may be longer than the set valu...

Page 88: ...to page 63 The function of control circuit terminals 4 and 5 can be changed if necessary Set Pn 32 and Pn 33 in the descending order Pn 32 set value Pn 33 set value Terminal 4 function Set to Pn 32 Set Value Function Page 0 Note FWD REV run command 3 wire sequence selection ˍ 1 External fault NO contact input 101 2 External fault NC contact input 101 ...

Page 89: ...al baseblock NC contact input 107 9 Search command from maximum frequency 96 10 Search command from setting frequency 96 11 Accel decel prohibit command 98 Note Terminal function at 3 wire sequence selection Terminal 5 function Set to Pn 33 STOP RUN RUN COMMAND RUNS WHEN CLOSED 7200M3 STOP COMMAND STOPS WHEN OPEN FWD REV RUN SELECT OPEN FWD RUN CLOSED REV RUN 1 2 4 6 ...

Page 90: ...nstant to be set Factory Preset Multifunction Contact Output Fubction 34 35 See page 64 Set Value Function Page 1 External fault NO contact input 101 2 External fault NC contact input 101 3 Multi step speed reference 1 72 4 Multi step speed reference 2 72 5 JOG command 73 6 Accel decel time select 71 7 External baseblock NO contact input 107 8 External baseblock NC contact input 107 9 Search comma...

Page 91: ...o speed 3 Frequency detection output frequency frequency detection level 4 Overtorque detected Note 1 Factory preset value of 2 Factory preset value of Maximum output capacity is 48 VDC 50mA To drive an inductive load be sure to insert a free wheel diode to control surge voltage 2 7 17 SPEED AGREED SIGNAL OUTPUT Item Name Constant to be set Factory Preset Frequency Detection Level 36 0 0 Hz Multif...

Page 92: ...ctively 1 Set value 1 frequency agreed 2 Set value 3 output frequency frequency detection level However When frequency agreed is selected the frequency agreed signal is turned OFF immediately at stop signal input 2 7 18 OVERTORQUE DETECTION FUNCTION Item Name Constant to be set Factory Preset Overtorque Detection Level 38 160 DETECTION WIDTH 2Hz OUTPUT FREQUENCY AGREED FREQUENCY SIGNAL CLOSED FREQ...

Page 93: ... 35 to 4 The Pn 37 setting can select overtorque detection only during agreed speed or during running Additionally it can select continuous operation or output shut off at overtorque detection Pn 37 X 0 0 X 2nd digit 0 Overtorque is detected only during agreed frequency 1 Overtorque is detected during running except for DB 3rd digit 0 When overtorque is detected the operation continues 1 When over...

Page 94: ...or changing the set value to 5 or 6 Carrier Frequency Set Value Maximum Continuous Output Current 1 to 4 Up to 100 of inverter output current 5 Up to 90 of inverter output current 6 Up to 80 of inverter output current If wiring distance between inverter and motor is long reduce the carrier frequency For details refer to wiring precautions on page 12 2 7 20 FREQUENCY CURRENT METER CALIBRATION HIGH ...

Page 95: ...an be calibrated by without using a resistor for calibration For the setting method refer to Par 2 4 2 Calibration of Frequency Meter on page 55 and MULTIFUNCTION ANALOG OUTPUT MONITOR SETTING on page 76 Selection of output between control circuit terminals 12 11 21 X X 0 X 2nd digit 0 Output frequency 1 Output current 2 7 21 OPERATION AT MOMENTARY POWER LOSS ...

Page 96: ...n below according to the capactiy of the models common to both 3 phase and single phase series 0 5 to 1HP 0 4 to 0 75Kw Approx 1 second 2 to 10HP 1 5 to 7 5Kw Approx 2 seconds Note If a power loss exceeds the momentary power loss assurance time in the momentary power loss assurance time after the power loss low voltage fault occurs fault contact is output and the motor coasts to stop 1st digit 0 C...

Page 97: ...ts when the inverter output current exceeds the speed search operation level Pn 54 set value At this time the new frequency reference value and run command are read in The frequency in which the inverter output current is smaller than the speed search operation level Pn 54 set value is judged to be the speed synchronised point and reacceleration redeceleration is performed up down to the set frequ...

Page 98: ... and restarting times can be set up to 10 times to 47 By setting 0 times the fault retry function becomes disabled The inverter restarts automatically in case of the following faults 1 Overcurrent protection OC 2 Overvoltage protection OV 3 Cooling fin overheat OH The number of fault retry times is cleared to 0 in the following cases 1 No fault occurs for more than 10 minutes 2 Fault reset input s...

Page 99: ...leration is performed up down to the set frequency in the set accel decel time 6 If the total number of faults exceeds the number of retry times Pn 47 automatic reset is not performed and the inverter output is kept off Then fault contact is output Fault contact is not output during fault retry Note 1 v f during speed search The v f during speed search can be set as shown below by the Pn 56 set va...

Page 100: ...owever output frequency does not jump during acceleration or deceleration for smooth acceleration or deceleration 1 Jump frequency 1 to 3 50 to 52 By setting the value to 0 0Hz this function becomes disabled Set jump frequency 1 to 3 as described below Jump frequency 3 52 Jump frequency 2 51 Jump frequency 1 50 2 Jump width 53 By setting the value to 0 0Hz this function becomes disabled The range ...

Page 101: ...t input terminals 4 and 5 For the functions of terminals 4 and 5 9 or 10 is set to 32 or 33 When setting to 9 Search from maximum frequency When setting to 10 Search from setting frequency By closing the search command during baseblock and inputting the run command speed search is started after the inverter output is shut off for the minmim baseblock time 55 When the inverter output current is lar...

Page 102: ...currence Setting this time shorter can reduce the time until speed search start but an inverter protective function such as overcurrent OC may operate because of the motor remaining voltage and the like Therefore do not reduce the time unnecessarily FWD REV RUN SEARCH COMMAND MAX FREQUENCY OR FREQUENCY REF VALUE WHEN SEARCH COMMAND IS INPUT RETURN TO THE VOLTAGE AT NORMAL RUNNING OUTPUT FREQUENCY ...

Page 103: ... the stopped condition The accel decel prohibit command is input from multifunction contact input terminal 4 or 5 For the function of terminal 4 or 5 set all to 32 or 33 Terminal 4 function Set to 32 Terminal 5 function Set to 33 The following shows the time chart when the accel decel prohibit command is input Note Wen the FWD REV run command is input in the status where accel decel prohibit comma...

Page 104: ...rements or up or down key after dpress the STR store key then the output frequency start to UP or DOWN 1 The output frequency can UP or DOWN by Increment or Decrement up or down key directly without depress STR store key If depress the STR key then the frequency reference set by Increment Decrement key will be stored ...

Page 105: ...ue 29 1 0 Decrease or increase torque boost 81 21 0000 Set S curve accel decel 77 9 11 10 0s Increase accel time 71 To reduce shock at acceleration 30 170 Increase stall prevention level during accel 82 1 0000 Set coasting to a stop 68 21 0000 Set S curve accel decel 77 10 12 10 0s Increase decel time 71 7 1 5Hz Decrease or increase minmim output frequency 69 To reduce shock at deceleration 26 50 ...

Page 106: ...g by the short circuit current Not display No Operation Cooling fin overheat Only for forced cooling type The inverter output is shut off when the ambient temperature rises and the heat sink fin reaches 90 Please check for a defective cooling fan or clogged filter OH Operation Motor Inverter output is stopped when motor overload is detected by the electronic thermal overload in the inverter Either...

Page 107: ...lay can be selected according to the constant Pn 37 setting For details refer to Overtorque Detection Function on page 88 2 For details of control circuit faults refer to Table 1 9 Details of CPF Display on page 29 indicate the contents of digital operator display ...

Page 108: ...ady installed verify that Sn 10 2nd digit to 1 FU z Repeated overcurrent protection OC z Repeated overload protection OL2 power reset z Rapid deceleration in excess excitation improper V f characteristic setting z External noise Correct the cause check the main circuit transistor replace the fuse then restart OH z Defective cooling fan z Ambient temperature rise z Clogged filter Replace the coolin...

Page 109: ... from occurring When current is reduced to less than 170 acceleration is enabled During normal operation Output frequency is decreased when 160 of the inverter rated current or greater is required by the load This prevents motor and inverter overload OL1 OL2 When current is reduced below 160 inverter acceleration is than enabled Stall prevention Accel decel is accomplished with maximum capacity of...

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