Operating instructions Frequency inverter 230V / 400V
Contents
1. Frame size 3 Bonfiglioli Vectron Assembly Installation spacing kalada d gt 100 mm te Fi Mains connection Danger Switch off power supply Dangerous voltage The power terminals may carry dangerous voltages for some time even if the power supply is switched off Wait for some minutes before starting to work at the frequency inverter Make sure that the frequency inverter is de energized Do not carry out high voltage insulation tests on cables connected to the frequency inverter Follow local wiring codes Connect mains supply 4 0 5 5 7 5 9 2 11 10 25 25 35 35 25 4 2x25 2x4 0 25 1 5 2 2 3 0 6 10 10 Note Only required for DC link connections For connection on IT mains configuration remove the IT jumper Note The removal of the IT jumper reduces the noise immunity The noise immunity can be improved by external filters Bonfiglioli Vectron Motor connection Danger Switch off power supply Dangerous voltage The power terminals may carry dangerous voltages for some time even if the power supply is switched off Wait for several minutes before starting to work on the frequency inverter Make sure that the frequency inverter is de energized Ground the motor side grounding2. Bonfiglioli Vectron Agile Operating instructions Frequency inverter 230V 400V 0 25 kW 11 kW GH Bonfiglioli power control and green solutions Bonfiglioli Vectron The safety instructions and information on use in this documentation must be complied with strictly Read this documentation before installing and commissioning the frequency inverter Non compliance with the precaution described may result in death serious injury or material K damage gt Only qualified personnel trained in installation commissioning and operation of frequency inverters may carry out work on the frequency inverter and system The electrical installation must be carried out by qualified electricians according to the general and regional safety and installation directives Persons who are not familiar with the operation of the frequency inverter and children must not have access to the device Commissioning and start of operation is not allowed until it has been verified that the machine meets the requirements of the EC Machinery Directive 2006 42 EC and EN 60204 Comply with the standards for work on equipment of heavy current installations such as EN 50178 and also with national accident prevention regulations and directives for electrical and mechanical equipment erection Before commissioning and the start of the operation fix all covers assemble all components of the standard equipment and check the te
3. Warning Switch off power supply before connecting or disconnecting terminals Assembly Electrical connection of mains and motor Operating via control signals Operating via operator panel Connect switch for enable signal Connect switch for enable signal switches for drive starting and reversal of rotation potentiometer for speed control Setup via control signal Refer to section Setup Setup via operator panel Refer to via operator panel section Setup via operator panel Start drive via control signals Start drive via key of operator panel l At i AISI Start drive via control signals Start drive via key of operator panel After Setup switch on start signals on X11 4 start After Setup select function Motorpoti menu clockwise or X11 5 start anticlockwise LocAL Pot F refer to section Menus and The drive is accelerated to 3 50 Hz default value functions of P418 Press RUN The drive is accelerated to 3 50 Hz default value of P418 Press the arrow keys to vary the speed Note STOA amp STOB must be enabled In case of errors refer to section Error messages and warnings In case of wrong direction of rotation exchange two motor phases e g U and V Note For the default functions of all control terminals refer to section Functions of control terminals Not
4. Application T Function and settings Motor X12 4 Connect a motor thermal contact temperature Set P570 1 Warning or 2 Error switch off Voltage input for external voltage supply 1 0 X12 1 Selection 0 Data set i 0 Data set 2 1 Data set 3 1 Data set 4 The external voltage supply enables the function of inputs outputs and communication even if the power supply of the frequency inverter is switched off Refer to section Technical data of control terminals 12 Bonfiglioli Vectron Data set Parameter values can be stored in four different data sets If a data set is selected the entered data is only stored in the selected data set The other data sets contain standard values If no data set is selected the entered data is stored in all four data sets The data sets can be switched over via control terminals refer to section Functions of control terminals This enables the setting of different operating points of the drive or settings for different motors Example 1 Carry out auto tuning and enter motor data in data set 1 Data set When setup is carried out the entered and measured motor data is stored in the selected data set Example 2 Set the motor rated voltage P370 in data set 2 P 3102 gt P 310 m Paa Value of P370 in data set 2 O Hold Data set Display actual values _ Parameter Display R m s Current A P211 30 A R m s output current of the frequenc
5. Rated power 0 25 kW Motor Entry of Baar in from motor REN Rated voltage control method UF and typeplate in kw P ouk SPEEd Foc F E9 A PEE eaSPh i Entry of Pol ES number of pole pairs in control method SYnch Enter the other rated motor values similarly current Ampere speed cosine phi poles frequency 0 25 kW tunE Automatic measurement of further motor data CALC Select if the data of a BONFIGLIOLI motor has been entered Presetting of further motor data is loaded Switch Auto tunin ji iE Metn ee E a E Mead oes E oe Sains iinet ee ge peg oe a nable ee i aie Se Sed Message only if enable signal is missing i z aa Set enable signals at X11 3 and X13 3 BONFIGLIOLI moto E SAUU In case of error messages refer to section Error messages Auto tuning SFOQ and warnings during Setup completed 50 ee Enter similarly Alec Acceleration clockwise Default 5 Hz s Ace _ ENT Goo Jen at dEL Deceleration clockwise Default 5 Hz s Acceleration 00 Hz s Deceleration F E9La Minimum fr 3 quency Default 3 50 Hz lock lock Cees sg FrEGH Maximum frequency for speed limitation Default 50 00 Hz o H ee Optional further settings nter similarly f Motor temperature evaluation at X12 4 via thermal contact Freq ENT sou JEND FeeEqH PTC KTY PT1000 Ae 3 50 Hz Ha ae Stopping behaviour Free coast
6. 15 30 VDC max LOO MA L is reduced if further control outputs are used Overload and short circuit proof overvoltage protected Floating change over contact Response time approx 40 ms suitable for brake control Maximum contact load make contact AC 5A 240V DC 5A ohmic 24V break contact AC 3A 240V DC 1A ohmic 24V R input resistance R input resistance 116 Hz Frequency signal f 150 kHz nS Caution The digital inputs and the 24 VDC input can withstand external voltage up to 30 VDC Avoid higher voltage levels The temperature monitoring must be sufficient insulated towards the motor winding 16 GS Bonfiglioli power control and green solutions Bonfiglioli has been designing and developing innovative and reliable power transmission and control solutions for industry mobile machinery and renewable energy applications since 1956 www bonfiglioli com Bonfiglioli Riduttori S p A tel 39 051 647 3111 Via Giovanni XXIII 7 A fax 39 051 647 3126 40012 Lippo di Calderara di Reno bonfiglioli bonfiglioli com Bologna Italy www bonfiglioli com VEC 651 RO
7. ISO DIS 11898 Optional module RS232 RS485 Profibus DP or CANopen Storage Digital memory card Save and transfer parameter values via standard memory card 15 Bonfiglioli Vectron Technical data of control terminals Voltage X11 1 24 VDC I 100 mA Appropriate GND X11 2 outputs X13 4 10 VDC I 2 3 mA dependent on level of 24 VDC voltage input I 8 2 mA Voltage X13 1 Input for external voltage supply Connect the ground potential of the external voltage supply to input X13 2 GND Input voltage range 24 VDC 10 Rated input current Max 1 0 A typical 0 45 A Peak inrush current Typical lt 15 A max 100 us External fuse Via standard fuse element for rated current characteristic slow Safety Safety extra low voltage SELV according to EN 61800 5 1 Digital X11 3 Signal levels Low 0 3 VDC High 12 30 VDC enable X13 3 Unax 30 VDC 10 mA at 24 VDC inputs Input resistance 1 8kQ Response time STO is activated 10 ms after triggering Digital X11 4 Signal level PNP input High gt 10 VDC Switch over PNP NPN inputs x11 5 WINN eves NPN input High lt 5 VDC X11 4 P559 X12 3 P452 X12 1 Unx 30 VDC 6 mA at 24 VDC X11 5 X12 4 P562 X12 2 Input resistance 3 9 KQ X12 1 Response time 2 ms X12 2 PLC compatible X11 6 X11 6 Digital input output X12 3 Multifunction X12 4 Multifunction Digital X13 5 U 2
8. sAg0SE 5A005313 Check rated motor values in parameters 370 376 Correct the values if necessary Repeat Setup The following causes are possible The motor cable cross section is not sufficient The motor cable is too long The motor cable is not connected correctly Check P372 rated speed P375 rated frequency The machine data for star connection is entered but the motor is connected in delta For star connection change the motor cable connection For delta connection check the entered rated motor values Repeat Setup The machine data for delta connection is entered but the motor is connected in star For delta connection change the motor cable connection For star connection check the entered rated motor values Repeat Setup Check motor connection and frequency inverter connections Press ESC to correct a parameter value after an error message or after a warning message Press ENT to ignore a warning message Setup is coninued It is recommended to check the entered data Error messages and warnings during operation Display Error messages FO ide FO ig Foeod FF0300 F0400 F0403 F0500 F0507 FOTO FOTOS F050 FOBOY Figg Fttid Fault clearance Frequency inverter overloaded Check load behavior Check motor parameter settings Overtemperature Check cooling fan sensor and ambient temperature Low temperature Check ambient temperature and electrical cabinet heating Motor temperature too hi
9. terminal Connect the motor Cables must be as short as possible Comply with the data of the motor type plate for star or delta connection Connect the conductor shielding of the motor cable to ground potential by means of the shielding clamp Connect the conductor shielding to ground potential on both sides near to the frequency inverter and near to the motor n r cross section X2 A X2 T Conductor eres n 4 0 5 5 7 519 2 11 Q O OSGOG6 200000 P 15 25 4 Y V W RiR2O U V W RRO S EERE 1x10 1x10 1x10 A LALL al La Motor cable shielding ER IA NE Recommended motor shaft power unshielded cable shielded cable Rb1 Rb2 Only required for braking resistor connection Wiring of control cables Use shielded control cables Connect the conductor shielding of the control cables to ground potential by means of the shielding clamp Connect the conductor shielding to ground potential on both sides of the cable Analog cables must be grounded only on the inverter side The control cables must be separated from the motor cable and mains cable not in the same cable Control cable 7 shielding Bonfiglioli Vectron Commissioning Before putting the frequency inverter into operation all covers of the device must be assembled
10. 12 3 Multifunction input digital analog Default analog voltage input Reference speed 50 Hz at 10 VDC 3 50 Hz at 0 VDC X12 4 Multifunction input digital analog Default digital input For connection of motor thermal contact Set P570 X12 5 CAN High Systembus connection X12 6 CAN Low Refer to the separate manual X11 1 24 VDC output X11 2 GND for X11 1 X11 3 Digital input Input 1 for enable Contact opened output disabled motor coast to a standstill Contact closed together with X13 3 normal operation X11 4 Digital input Start clockwise X11 5 Digital input Start anticlockwise X11 6 Digital input output Default input Data set change over together with X12 1 Comply with the technical data Refer to section Technical data of control terminals INID digital input MFI multifunction input MFI2 multifunction input OUTID digital output MFO1 multifunction output P Parameter T Terminal X Terminal strip Thermal contact evaluation Data set change over X12 4 P570 0 off default X11 6 X12 1 Selection 1 Warning l a Don a 2 itch ata se 2 Error switch off i 1 Data set 3 0 1 Data set 4 11 Bonfiglioli Vectron Extended settings of control terminals Multifunction input X12 3 P452 1 voltage 0 10V X12 4 P562 2 current 0 20mA 3 digital NPN 4 digital PNP 5 current 4 20mA 6 voltage characteristic 7 current c
11. 13 5 Run signal Indicates enable and start command Output frequency available Application T Default function and settings Start X11 3 Ate X11 3 X13 3 X11 4 X11 5 X133 Enable digital signals at both terminals 1 1 0 0 Enable Change direction X11 4 Start clockwise cw via rising signal edge or 1 1 1 0 Start cw of rotation X11 5 Start anticlockwise ccw via rising signal edge 1 1 0 1 Start ccw 1 1 1 1 Stop Stop X11 3 Aina X133 Disable Reset digital signal on at least one terminal Set motor speed X11 4 Reset Start clockwise or X11 5 Reset Start anticlockwise Reference speed 0 10 VDC at analog input P452 1 voltage default 0 V corresponds to 3 50 Hz default value of P418 10 V corresponds to 50 Hz default value of P419 Selection Default P480 OHz P481 10 Hz P482 25 Hz P483 50 Hz Select output X Fixed frequency change over via Digital inputs P66 P67 frequency x two digital inputs Set P492 3 Set 71 X11 4 0 0 frequency values in P480 483 vie ee 1 0 Select digital inputs for P66 and 74X121 0 i P67 Select a frequency value via 75 X12 2 P66 and P67 76 X12 3 paas NPN or 4 PN 77 X12 4 P562 3 NPN or 4 PNP Data set X11 6 Data set change over via two digital inputs The four data sets X11 6 change over X12 1 can include different parameter values Select a data set via 0 X11 6 and X12 1 Protection function
12. 2 VDC 15 30 VDC outputs Inx 100 MA I is reduced if further control outputs are used Overload and short circuit proof overvoltage protected X11 6 Digital input output Analog X12 3 Multifunction input X12 4 Multifunction Digital X11 6 Default digital input gt Refer to table row Digital inputs input Can be configured as digital output by means of P558 output Output Us 22 VDC 15 30 VDC Multifunction Digital analog input X12 3 Digital analog input X12 4 Digital analog frequency pulse train output X13 6 Relay output X10 Ina 100 mA I is reduced if further control outputs are used Overload and short circuit proof overvoltage protected Default analog voltage input Can be configured as analog current input or digital input by means of P452 Voltage input 0 10 VDC R 78 KQ Resolution 10 Bit Current input 0 20 mA R 250 Q Resolution 9 Bit Digital input Refer to table row Digital inputs Default digital Can be configured as analog input MFI2A by means of P562 Voltage input 0 10 VDC R 78 kQ Resolution 10 Bit Current input 0 20 mA R 250 Q Resolution 9 Bit Digital input Refer to table row Digital inputs Default analog Can be configured as digital output analog output frequency output or pulse train output by means of P550 Analog signal pulse width modulated fin Digital output Usu 22 VDC
13. aded from the website of BONFIGLIOLI 13 Bonfiglioli Vectron Technical data AgilE 1 400V 3 402 02 402 03 402 05 402 07 402 09 402 11 402 13 l 1 Output motor side Recommended motor shaft power kW 2 2 Output current A 08 12 15 21 30 40 55 Long term overload current 60 s a 12 18 225 315 45 60 8 2 Short term overload current 1 s al 16 24 30 42 60 80 11 0 Output voltage 3 phase Input voltage as max output value Protection 7 Short circuit proof earth fault proof Rotating field frequency 0 1000 depending on switching frequency Switching frequency 2 4 8 16 Brake chopper integrated a Yes Output brake resistor Min brake resistance Q 300 300 300 300 300 220 220 Recommended brake resistor 770 V Q 2432 1594 930 634 462 300 220 Input mains side Mains configuration TT TN IT Rated current pal og 12 18 24 28 33 58 Maximum mains current EN 61800 5 1 7 3 Mains voltage range 380 15 480 10 Mains frequency 45 69 Fuses UL 600 VAC RK5 10 10 Overvoltage category EN 50178 III DIN EN 61800 5 1 III Influencing factors Energy dissipation at 2 kHz switching frequency Coolant temperature air 0 40 40 55 with derating Communication Connection X21 Serial data interface RS485 Communication via VABus or Modbus protocol CAN system bus Control terminals CAN interface ISO DIS 11898 Optio
14. down stop and switch off quency C H Ae emergeny stop etc can be set ee Functions for energy savings O PID controller for process control Setup completed and Drive enabled Optional Electronic gear Synchronisation of drives itialization pot Refer to the operating instructions manual Start drive via control signals or via key of operator panel Refer to previous page Bonfiglioli Vectron Menus and functions 350 H Motor stopped drive enabled rEAds Motor stopped A drive not enabled ENT Warning message Para Pro Access to all parameters Std Most commonly used parameters EASY Quick commissioning parameters Control method 5YnCH Field oriented control of synchronous motor Fol Field oriented control of asynchronous motor UF V f control of asynchronous motor nocor Error message Start the drive Increase speed in mode Motorpoti Scroll up to parameter numbers Increase parameter values Cancel Return to the previous menu Decrease speed in mode Motorpoti Scroll down to parameter numbers Decrease parameter values Stop the drive Reversal of rotation in mode Motorpoti Confirm settings Pocte A displays actual value Actual values rF readable Parameter actual value P211 is displayed first press or for Pro
15. e STOA amp STOB must be enabled Bonfiglioli Vectron Setup via operator panel Switch on enable signals on X11 3 and X13 3 Switch off start signals on X11 4 and X11 5 Switch on mains supply Start Setup procedure Caution If the motor data is not entered correctly the drive may be damaged SEELIP Setup can be selected via menu item Setup Li i eer A _ At first switch on Setup is displayed automatically FULL Select for the first commissioning notor Select for only motor data measuring SEE eee bUSCGn Select for commissioning of communication FuLL CENT r SEE 0 CENT AG gee RIE Wee a LL ea E Eu JE aa aan Data set query is only displayed if Setup is manually selected via the n es OCC menu item Setup Choose data set 0 Another setting is only necessary for setup of various motors Only motor data M gaia dseleeig ema eetineneaian feet hedladie cts cece coated eet eee denn degibinedaeneiedegide rete neee bUSEOA Control method Communication UF Asynchronous motor V f control with variable speed default Foc Asynchronous motor Field oriented control High drive Foc SYnach Synchronous motor dynamics and accurate speed control and torque control moa Caren C i Conio Dror ypeblate Sampe Press or for 1 s method to increment or O26 decrement each digit separately
16. e has reached the type specific minimum Press ESC to hide an error message It it displayed again after 10 seconds Press STOP to acknowledge an error message or a warning message Remove the fault 10 Bonfiglioli Vectron Functions of control terminals X11 Reference speed fL Digital inputs Digital inputs 2C x lt e gt 24Vout O GND Relay output OUT2D K N tee v i m Fault message 0 1 1 5mm 30 14 AWG WiOUT1D MFO1 F REEN 1 digital output 1 multifunction output digital analog frequency Communication interface CAN neeg gt 6 digital inputs 2 of them for Enable 1 voltage input 24 VDC 1 digital input output 2 voltage outputs 10 and 24 VDC 2 multifunction inputs digital analog input 1 relay output T Default function X13 1 24 VDC input X13 2 GND for X13 1 X13 3 Digital input Input 2 for enable Contact opened output disabled motor coast to a standstill Contact closed together with X11 3 normal operation X13 4 10 VDC output X13 5 Digital output Run signal Indicates output of frequency when enable and start command applies X13 6 Multifunction output Default analog Voltage signal proportional to actual speed 10 V at 50 Hz 0 V at 0 Hz X12 1 Digital input Data set change over together with X11 6 X12 2 Digital input Error acknowledgment X
17. erator panel E J dis dddusasinssdsivdpansustdscsdunnansisisdsnsususisiditanaunettiisivansceiCisidebaaseis E si 4tqnaabott4i4anansuotisdsdenauneds iisuansani ssi sunnnnortsdtipaasusdsidsdannaneis idiuansuoisisitanauness itivanauedtisidabacsstdtitinsbanei sil tanesnslitivivansssititiiauansl Start drive O O Refer to the corresponding section Bonfiglioli Vectron Assembly Warning Make sure that no foreign particles e g dust metal shavings wires screws tools can get inside the frequency inverter Install the frequency inverter on a nonflammable mounting plate Installation in bottom up or horizontal position is not permissible Screw the frequency inverter to a metallic not varnished mounting plate The frequency inverter must be earthed For potential equalization connect frequency inverters cabinets machine frames filters etc via short conductors with large cross section to the same earth potential Frame size 1 Frame size 2 205 138
18. fessional 1 s to increment or separate Standard Acceleration cw 5 00 Hz s EASY Parameter settings Easy P28 is displayed first Speed Increase mAT peaa Manual control Motorpoti 3 50 Hz Start drive Reference set frequency Default value frequency Stop drive Switch on Enable of P418 Reversal of on X11 3 and RUN ENT tation X13 3 pi a Switch off start Percentage value commands on Increase oe 8 seas Motorpoti 0 00 Start drive Reference set reference Default value percentage Stop drive percentage of P518 value ENT Invert reference value Set Jog frequency via Jog mode Ww Sly P489 Default 5 Hz Start drive with JOG speed Stop drive EESE Refer to operating manual Refer to operating manual Communication d5EE 4 A Only motor data ae secur D Fuk ED EED MDE ED E_E Complete Setup Data set Control method and motor type Cr e e CE HET E eter Parameter copy Om Progress of operating SAuE Memory card parameter copy manual Bica Select file value Motor ae STOP Acknowledge ES 1 F D03 Bonfiglioli Vectron Error messages and warnings during Setup Display Error messages Fault clearance 5700 5 G022 Check rated motor values in parameters 370 376 Correct the values if necessary Repeat Warnings Setup Check motor cable connections and frequency inverter connections SAJD i SAGOY SAGDE i SAE 5AGOY i 5AGOHF 5AJDS
19. gh or sensor defective Check connection on X12 4 Phase failure Check motor and wiring Overloaded short circuit or earth fault motor current or phase failure Check load behavior and ramps P420 P423 Check motor and wiring DC link voltage too high or too low Check deceleration ramps P421 P423 and the connected brake resistor Check mains voltage Power failure or phase failure voltage break chopper or motor chopper too high Check mains voltage mains fuses and circuit Electronics voltage 24 V too high or too low Check wiring of control terminals Maximum frequency achieved Check control signals and settings Check deceleration ramps P421 P423 and the connected brake resistor F iJin Minimum output current Check motor and wiring FIG Reference value signal on input X12 3 faulty check signal FIT Overcurrent on input X12 3 check signal F IMG Overcurrent on input X12 4 check signal Warnings Add AGGOY Frequency inverter overloaded Check load behavior Check motor parameters and application AGGGE AOG 10 Added parameters Overtemperature Check cooling fan and ambient temperature Max motor temperature reached check motor and sensor AG i00 Mains phase failure check mains fuses and supply cable ACY Limit frequency reached output frequency is limited AGaog Input signal at X12 3 is too low Increase the value Add Input signal at X12 4 is too low Increase the value A4000 DC link voltag
20. haracteristic 6 programmable characteristic via P454 457 7 programmable characteristic via P564 567 Refer to operating instructions manual Digital input output X11 6 P558 0 input default 1 output Applications via control terminals Voltage input and outputs T Function Voltage input X13 1 24 VDC GND X13 2 GND for terminal X13 1 Voltage output X11 1 24 VDC GND X11 2 GND for terminal X11 1 Voltage output X13 4 10 VDC Input signals state Multifunction output X13 6 P550 1 digital 2 analog default 3 repetition frequency P555 4 pulse train P554 P553 Select signal P557 Scaling Default 1 Signal when output frequency exceeds 3 Hz P510 2 Output of voltage proportional to speed 3 Frequency output 0 24 V propotional to speed 4 Output of pulse train scaled by P557 Switchable logic of digital inputs X11 4 P559 0 NPN X11 5 1 PNP X11 6 X12 1 X12 2 X12 3 P452 3 digital input NPN 4 digital input PNP X12 4 P562 3 digital input NPN 4 digital input PNP NPN LOW switching on negative signal Default of P562 PNP HIGH switching on positive signal Default of P559 Output signals T Function Actual X13 6 Voltage signal proportional to frequency frequency speed At 50 Hz P419 output of 10 VDC At 0 Hz output of 0 VDC Operational X
21. nal module RS232 RS485 Profibus DP or CANopen Storage Digital memory card Save and transfer parameter values via standard memory card 14 Bonfiglioli Vectron Technical data AgilE 2 AgilE 3 400 V 3 402 23 3 Output motor side Recommended motor shaft power kW 11 0 Output current 23 0 Long term overload current 60 s 34 5 Short term overload current 1 s 46 0 Output voltage 3 phase Input voltage as max output value Protection Short circuit proof earth fault proof Rotating field frequency Hz 0 1000 depending on switching frequency Switching frequency kHz 2 4 8 16 Brake chopper integrated a Yes Output brake resistor Min brake resistance Q 106 106 48 48 48 48 Recommended brake resistor 770 V Q 148 106 80 58 48 48 Input mains side Mains configuration TT TN IT Rated current a 68 78 142 158 20 0 26 0 Maximum mains current EN 61800 5 1 al 98 128 172 23 0 281 33 6 Mains voltage range 380 15 480 10 Mains frequency Hz 45 69 Fuses UL type 600 VAC RK5 10 10 10 10 25 20 25 20 35 30 35 40 Overvoltage category EN 50178 III DIN EN 61800 5 1 III Influencing factors Energy dissipation at 2 kHz switching frequency Coolant temperature air Communication Connection X21 Serial data interface RS485 communication via VABus or Modbus protocol CAN system bus Control terminals CAN interface
22. q Plug in section for optional communication module Communication interface X21 i b S N ae with RJ45 connection LN a i q Control terminals Memory card slot l hl NOW Y Software version plate y N Le between Memory card slot and Control terminals el Motor connection Bonfiglioli Vectron Inverter type Determine the type of frequency inverter Verify that the rated input voltage corresponds to the local power supply Verify that the recommended motor shaft power of the frequency inverter corresponds to the rated power of the motor Type designation AGL TT GB BONFIGLIOLI 47807 Krefeld VECTRON Germany Rated Recommended Ce Sper A input voltage motor shaft power Frame size 3ph 12 8 A a Ou Output o input 0 aike 3ph 402 400 V 02 0 25 kw 1 Aan o 030 37 kW 1 t oi a Filter 1P20 05 0 55 kW 1 Equipment BAA aeon Manal S 07 0 75 kW 1 ren com TUNAI LH 091 1 kW ese os MN ANa 11 1 5 kW Ei aaa IMM Made in Germany n aa w l AAAA 18 40 w 2 19 5 5 kW 3 2117 5 kW 3 22 9 2 kW 3 2311 0 kW 3 Part number amp Serial number fa Warning Electrostatic sensitive components A Warning High leakage current AN Warning Dangerous voltage Risk of electric shock A Warning Hot surfaces Assembly Frame size 1 Frame size 2 Frame size 3 Mains connection O Setup via op
23. rminals No connection work may be performed while the power supply is switched on High voltage may apply at terminals even if the motor comes to a standstill Do not touch terminals before capacitors have discharged Do not touch the heat sink during operation as there is a risk of skin burn due to high temperature Do not remove covers during operation Please note that Bonfiglioli Vectron does not take any responsibility for the compatibility of external products e g motors cables filters etc Using the device in combination with external products is carried out at your own risk Do not touch electronic components or contacts Do not operate damaged or destroyed components Repairs may only be carried out by the manufacturer or persons who are authorized by the manufac turer Repairs must be carried out by qualified electrotechnical experts Do not modify the frequency inverter in any way not explained in this documentation The frequency inverter may be connected to power supply every 60 s This must be considered when operating a mains contactor in jog operation mode After a failure and restoration of the power supply the motor may start unexpectedly If personnel is endangered a restart of the motor must be prevented by means of external circuitry Do not connect an inappropriate voltage supply Keep the manual accessible to the operators Bonfiglioli Vectron P
24. roper use The product is an electrical drive component It is applicable for installation in machines or electrical plants the control of three phase asynchronous motors and synchronous motors industrial environments Transport and Storage Ambient temperature 25 55 C Relative humidity 5 95 free of condensation Store in original packaging in dry rooms without dust Avoid high temperature variations Connect to mains voltage for 60 minutes after one year of storage before use On opening the package Make sure that the delivered product is the part you have ordered Check if the product is damaged and make sure that the delivery is complete Notify complaints to the supplier immediately Installation Indoors protected against weather influence Avoid direct sunlight exposure Avoid dust Keep away from strong electromagnetic fields Keep away from combustible material Provide sufficient cooling Install fans when installing the frequency inverter inside an enclosed cabinet Altitude lt 3000 m over 1000 m with derating output current reduction The degree of protection of the frequency inverter is IP20 Operating conditions Ambient temperature 0 40 C Relative humidity maximum 85 free of condensation Ambient pressure 70 106 kPa Overview Mains connection Heat sink i Operator panel ae p p qe x a
25. y inverter motor current Output Voltage V P212 400 u Output voltage of the frequency inverter Active Power kW P213 Li Power of the motor at the current operating point Actual Speed min P240 1315 Motor speed Actual Frequency Hz P241 50 H2 Output frequency of the inverter actual frequency of the motor Current Error P259 0 ide The cause of error switch off Warnings P269 AOOO Warning because of a critical condition Last Error P310 FO ie The last error Optional communication modules RS485 Modbus or VABus CM 485 RS232 Modbus or VABus CM 232 Profibus DP CM PDPV1 CANopen or System bus CM CAN Vi x fb 44 For serial RS485 communication via VABus or Modbus protocol BONFIGLIOLI Vectron provides an interface adaptor for the USB connection of a PC This enables parametrization and monitoring via the PC software VPlus Parameter copy Parameter values can be stored on a memory card Resource Pack and transferred from one inverter to another inverter Reset to factory setting Select P34 in menu item FA A Set P34 to 4444 This resets the parameter settings to the default values Key lock Select P27 in menu item PA A and set a password Then parameter values in menu item PAA and the motorpoti function are password protected Ten minutes after a correct password entry the password inquiry is displayed again Further information Detailled operating instructions can be downlo
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