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High Performance Vector Control Inverter

1. I 205 W 245 D i 250 W 245 D Fig A 12 181 12 155 D1 90 D2 Fig B 12 226 4 12 SIBI SS 27 10 r 27
2. Filter dimensions 30kW or more reactor Filter dimensions 30kW or more resistor capacitor Fig A Fig C G terminal holes MAX E Fig F G 2 4 for screw NP ot T 4mounting hoes zm SH SESS S a for screw K BOENE eee ea m xixeIvivepzr 22 Q pr Terminal M A le screw J ee ee j 4 610 WIN T il LD 4 mounting holes E i eSee sme snes i i F ist Faso 4 A or screw K Bee PAC Se f ae E zm E F o l The reactor capacitor and resistor for Fig D 6 terninal holes MAX F filter OFL 30 4A or larger have to be c C 404 Pat E zn installed separately _ u E q jE jg o PH D aa A e ae e a A ordering the filter s x2 Y2 2 LI Fig B m p Fig G Groundin SUERTE j E Output terminal o ar imm ul B OA Usoek B
3. Encoder connector Encoder connector Encoder connector L L D Sneon ea L D D L A R KL A R KL L A R KL Aux terminal box Main terminal box i Aux terminal box Main terminal box oy Aux terminal box Min terminal box Q AIR i Q r3 AIR E m AR uf i B m ae pm E 1l Jic AJI E IS rms e O D P e Ls m l pL e mice xe T T EF aaa T E x ube a SH L s fies ies i J E QR KD RO i JN aR 2 Kp JN O fan 2kp A cs ra 2 922 OL i i p 2 22 Of rh 5 ITS 22 L J 2 Z 222 K L amp R J 22 jL 22 K 2 222 oZ F F_ xp L amp R ele e ike 65 E E 222 E p sss 8R o LHi N M LN j M N M L gee L a p NN A R KL A R KL L A R D Aux terminal box KD KL 222 Encoder connector 22 Encoder connector Main terminal box Corn B XO Q Aux terminal box for fan Main terminal box Aux terminal box for fan Main terminal box KD 22 KD 22 Encoder connector
4. s 200 FRN200VG1S 4J DB200V 41C 35 20 1500 220 FRN220VG1S 4J c 2 D8220V41C 32 20 1650 280 FRN280VG1S 4J DB160V 41C 22 20 2100 315 FRN315VG1S 4J DB160V 41C AS 2363 355 FRN355VG1S 4J DB132V 41C 26 30 400 FRNA400VG1S 4J DB132V 41C 26 30 BU220 4C see W0 500 FRN500VG18S 4J DB132V 41C 26 40 630 FRN630VG18S 4J DB160V 41C 22 40 NOTES 1 The duty cycle ED are calculated as the 150 torque braking used for deceleration as described below 3750 37 5 4725 47 3 2 Two braking resistors are required for each of DB160V 41C DB200V 41C or DB220V 41C 3 When connecting three braking units or more in parallel refer to the supplement document of the DB Unit instruction manual notes in connecting multiple units INR HF5161 4 15096 Duty cycle ED Ax 100 96 icol m D z z Q o o 5D 6D amp f x x m a i Time 0 Braking fime TUE T Braking time Braking time Lb E Le mi Le mi o A i 2 Repeat cycle Repeat cycle r TO J 7 TO E Selection procedure All three conditions listed below must be satisfied simultaneously
5. Dimensions Motor type R 5 5 GNF2114A ove 339551127235 5959 70 542 270 7407 50507 S4 200 555 5 224 75 220 70 80 0 5 38k6 8 5 10 MIf0X20 51 7 5 GNF2115A 3355 112 235 95 70 14 270 40 50 34 200 555 5 224 175 220 70 12 80 0 5 38k6 8 5 10 Mt0X200 55 11 GNF2117A WE S80 5112 1235595 1100 5199 727010559 1 50 49925516955 228 I 238 816 106 1451 110 1 A2K6 amp 5 12 M10X20 69 15 GNF2118A A 3805 112 235 95 100 18 270 55 50 48 235 698 5 228 238 318 108 14 5 110 1 42k6 8 5 12 M10xX20 78 18 5 GNF2136A LT 866 162 272 103 101 5 20 Illl 45 1 50 I 4 7 2474705 5 2504 0239 319 5 1091 14 5 110 1 5 48k6 o 565l 14 MEO E100 22 GNF2137A 386 132 272 108 101 5 20 311 45 50 48 247 705 5 250 238 819 5 108 14 5 110 1 5 48k6 9 5 5 14 MMI0X20 106 30 GNF2139A 1328 4245 132 272 108 140 20 311 45 50 GO 247 782 5 250 313 358 108 14 5 110 1 5 55m6 10 6 16 M10x20 127 37 GNF21654A 160Lg 47 05 160 319 1395 127 20 376 75 75 80 320 845 5 350 300 375 108 18 5 140 2 60m6 11 7 18 M12x25 170 45 GNF2167A 160 g B 501 160 319 139 5 157 5 20 376 75
6. Single phase 200 to 230V 50Hz 60Hz Auxiliary input for fan power Single phase 200 to 220V 50Hz Phase Voltage Frequency 5 200 to 230V 60Hz 4 Voltage frequency variation Voltage 10 to 15 Voltage unbalance 2 or less 6 Frequency 5 to 5 Rated current A with DCR 32 61 89 15 0 21 1 288 422 57 6 710 844 114 138 167 203 Required power supply capacity kVA 8 1 2 2 2 3 1 5 2 7 4 10 15 20 25 30 40 48 58 71 98 116 Braking method braking torque Braking resistor discharge control 150 braking torque Separately installed braking resistor option Separately installed braking unit option for FRN75VG1S 2u or higher Carrier frequency KHz 9 2 to 15 Approx weight kg 6 2 6 2 6 2 6 2 Enclosure IP20 closed type IP00 open type IP20 closed type is available as option D z o o rl z ro fc Three phase 400V series unit type Type FRNUIVG1S 4J 37 55 75 11 15 185 22 30 37 45 55 75 90 110 132 160 200 220 280 315 355 400 500 630 Nominal applied motor KW 37 5575 Tt 15 185 22 90 7 45 85 75 90 10 182 160 200 220 260 t5 365 400 500 690 Rated current A 9 0 13 5 18 5 24 5 32 0 39 0 45 0 60 0 75 0 91 0 112 150 176 210 253 304 377 415 520 585 650 740 960 1170 150 of ra
7. pon eel ae MS Name Setting range HOA ion E HO2 sa SE HO s om H04 on pcs HO5 405h Auto reset Reset interval 0 01 38 20 00s HO6 s F HO8 40h Rev phase sequence lock D i HO9 409h 194 C2h Start mode Rotating motor pick up 0 E H1 0 40Ah 195 C3h Energy saving operation D i H11 40Bh Automatic operation OFF function 3 4 H13 4o 196 C4n Auto restart 0 1 50s Restart time H14 40h Auto restart 1 3600r m s Speed fall rate H 15 40r Auto restart 3 phase 200V 200 E33 300V Holding DC voltage 3 phase 400V 400 EH 600v H16 410h Auto restart Operation 0 8 command selfhold setting H17 41h Auto restart Operation 0 0 E0 os command selfhold time H19 05 a H20 v a H21 415h Om Command selection D i H22 isn 201 con P gain 0 000 AKU 1 0 000 times H23 4t 202 CAh I gain 0 00 Ree 100 00s H24 418 203 CBh D gain WN 10 000s H25 419 200 C8h Output upper limit value 300 8 30096 FRENIC VG inn E Pe Name Setting range H26 41Ah 204 CCh Output lower limit value 300 BIJ 300 H2 418h 206 CEh Speed reference selection 2 H28 41Ch 207 CFh Droop operation 9 25 0 H29 41Dh Link function protection H3O sm sar oe o o o o RS 485 Data length RS 485 Parity check RS 485 Stop bits RS 485 No response error detection time RS 485 Response int
8. 15 185 22 30 37 45 55 75 90 110 103 126 VE ES Output Overload capability 12096 of rated current for 1min Voltage 200V DC320 to 355V Variable with input power supply voltage 3 111 136 Standard 6kHz Power supply 3 phase 3 wire 200 to 220V 50Hz 220 to 230V 50Hz 1 200 to 230V 60Hz voltage Voltage 10 to 15 Frequency 5 Voltage unbalance 2 or less 4 ll 400V series Item Standard specification es eerie 75 11 15 18 5 22 30 37 45 55 75 90 110 132 160 200 220 280 6 Applicable inverter capacity KW 7 5 11 15 18 5 22 30 37 45 55 75 90 110 132 160 200 220 630 314 353 400 448 560 7 Output Overload rating 150 of rated current for 1min CT use a CE Voltage 400V DC640 to 710V Variable with input power supply voltage 3 762 Carrier frequency Standard 10kHz Standard 6kHz Applicable inverter capacityKW 11 15 18 5 22 30 37 45 55 75 90 110 132 160 200 220 280 315 355 400 500 Continuous capaciyikW 13 18 22 26 36 44 53 65 88 103 126 150 182 227 247 314 353 400 448 560 MEUSE Output Overload capability 120 of rated current for 1min Voltage 400V DC640 to 710V Variable with input power supply voltage 3 Required power supply capacitykVA 14 19 24 29 38 47 57 70 93 111 136 161 196 244 267 341 383 433 488 610 Carrier frequency Standard 6kHz Power supply 3 phase 3 wire 38
9. for screw J Nr mounting holes 2 terminal holes Hees D2 Inverter type for screw G D type soe G REACTOR 2 terminal holes for screw J ETS vt FRNO 75VG1S 2J DCR2 0 75 FRN1 5VG1 S 2J FRN2 2VG1S 2J DCR2 1 5 DCR2 2 2 FRN3 7VG1S 2J DCR2 3 7 FRN5 5VG18 2J DCR2 5 5 FRN7 5VG15 2J DCR2 7 5 FRN11VG1S 2J DCR2 11 FRN15VG1S 2J DCR2 15 FRN18 5VG1S 2J DCR2 18 5 FRN22VG1S 2J DCR2 22A MA 5 2X8 MA 5 2X8 M5 6X9 M5 6X9 M6 7X11 M6 7X11 M6 7X11 M6 7X11 M6 7X11 M6 7X11 series FRN30VG1 2J DCR2 30B FRN37VG18 2J FRNSOVG1S 2J DCR2 37B M6 8 M6 08 DCR2 37C M6 7X13 FRN45VG1S 2J FRN37VG1S 2J DCR2 45B M6 8 7VG1S 4J FRN90VG1S 2J DCR2 110C DCR4 3 7 YET DCR2 45C C a210 51953 006256059 FSS MSc s n 9102258 a Me eee DCR2 55B D 190 160 131 90 100 M6 8 210 250 M12 16 pee ibidcm DCR2 55C C2598 225 96 76 EZ INVIO ed NIIT 11 EN 5 2J FRN55VG1S 2J DCR2 75C 255 225 106 86 145 M6 7X13 145 M12 I Pensar 5 2J FRN75VG1S 2J DCR2 90C Ca E255152252 BINOS IESONIEISS e 3 145 M12 14 M5 6X9 16
10. Restoration time for updating equipment problem occurrence and inverter replacement has been drastically reduced Just mount the wired terminal block board to the replaced inverter Enhanced environmental resistance Environmental resistance has been enhanced compared to conventional inverters 1 Environmental resistance of cooling fan has been enhanced 2 Ni and Sn coatings are employed on copper bars Environmental resistance has been enhanced on the FRENIC VG compared to conventional models however the following environments should be examined based on how the equipment is being used a Sulfidizing gaS used as a part of the business such as with tire manufacturers paper manufacturers sewage treatment and the textile industry b Conductive dust and foreign particles such as with metal processing extruding machines printing machines and waste treatment C Others under unique environments not included under standard environments Contact Fuji before using the product in environments such as those indicated above RoHS Directive compliance VG complies with European regulations that limit the use of specific hazardous substances RoHS as a standard Six hazardous substances Lead mercury cadmium hexavalent chromium polybrominated biphenyl PBB and polybrominated biphenyl ether PBDE Note Does not apply to the parts of some inverter models About RoHS Directive 2002 95
11. Warranty To all our customers who purchase Fuji Electric products included in this catalog Please take the following items into consideration when placing your order When requesting an estimate and placing your orders for the products included in these materials please be aware that any items such as specifications which are not specifically mentioned in the contract catalog specifications or other materials will be as mentioned below In addition the products included in these materials are limited in the use they are put to and the place where they can be used etc and may require periodic inspection Please confirm these points with your sales representative or directly with this company Furthermore regarding purchased products and delivered products we request that you take adequate consideration of the necessity of rapid receiving inspections and of product management and maintenance even before receiving your products 1 Free of Charge Warranty Period and Warranty Range 1 1 Free of charge warranty period 1 The product warranty period is 1 year from the date of purchase or 24 months from the manufacturing date imprinted on the name plate whichever date is earlier 2 However in cases where the use environment conditions of use use frequency and times used etc have an effect on product life this warranty period may not apply 3 Furthermore the warranty period for parts restored by Fuji Electric s Serv
12. 9 Torque reference Torque meter one way deflection T REF 10 Motor current rms value V AC 11 Motor voltage rms value V AC 12 Input power motor output PWR 13 DC link circuit voltage V DC 14 10V output test P10 15 10V output test N10 30 Universal AO U A0 31 37 Custom A01 to 7 C A01 to 7 38 Input power PWR IN 39 Magnetic pole position signal SMP Common terminal to analog output signals 0 OC S ES pen 5E 05 Fi Outputs the selected signals from the following items 0 Inverter running RUN 1 Speed existence N EX 2 Speed agreement N AG1 3 Speed equivalence N AR 4 5 6 Detected speed 1 2 3 4 N DT1 5 N DT2 6 N DT3 7 Stopping on undervoltage LU 8 Detected torque polarity braking driving B D 9 Torque limiting TL 10 11 Detected torque 10 T DT1 11 T DT2 12 KEYPAD operation mode KP 13 Inverter stopping STOP 14 Operation ready completion RDY 15 Magnetic flux detection signal MF DT 16 Motor M2 selection status 16 SW M2 17 Motor M3 selection status 16 SW M3 18 Brake release signal BRK 19 Alarm indication AL1 20 Alarm indication 2 AL2 21 Alarm indication 3 AL4 22 Alarm indication 4 AL8 23 Fan operation signal FAN 24 Auto resetting TRY 25 Universal DO U DO 26 Heat sink overheat early warning INV OH 27 Synchronization completion signal SY C 28 Lifetime alarm LIFE 29 Under accelerating U ACC 30 Under decelerating
13. D The maximum braking torque does not exceed the value shown on the table 2 The energy discharged in the resistor for each braking the area of the triangle shown in the above figure does not exceed the discharging capability KWs on the table 3 The average loss energy discharged in the resistor divided by the braking interval does not exceed the average loss KW shown on the table FRENIC VG Braking resistor max 150 torque 10 ED 200V Series aS IDB2 2V 21B 2V 21B DB5 5V 21B DB7 5V 21B DB11V 21B DB15V 21B DB18 5V 21B DB22V 21B DB30V 21B DB37V 21B on s amp s o w N JINIS 1S 31 8 O10 6 c co EE N 5E N Co o AJN Co OJo D co O o o o o MININ IN co o o o o a Ja Ja a NIN JN IN MP JNO fo AHR LAR IA oO ojojo N ol o ABIBIM BIRIO O Oo o AIRIM OJO O Jojo NIN IO aya amp O O IN NM N CO 00 Koo Co O5 O a I O N N AJN AJD o 00 IN AR y eo o EB AE N o Co Co N NO C5 AYA Oo o m N N O EN N J 3 o 5 o o 5 D 3 A O A O A Oo N N O For DB160V 41C DB200V 41C and DB220V 41C a pair of resistors of the same type is used 400V Series Dimensions mm TT RI 140 DB7 5V 41B RI DB11V 41B DB15V 41B _ 220 568 oso eoo ssr 1a 14 psrasvais 420 388 o60 628 557 D822V41B 420 388 660 628 557 D830V41B 420 388 660 62
14. e Discontinuance of power factor correcting capacitor Do not mount power factor correcting capacitors in the inverter primary circuit Use the DC REACTOR to improve the inverter power factor Do not use power factor correcting capacitors in the inverter output circuit secondary An overcurrent trip will occur disabling motor operation e Discontinuance of surge killer Do not mount surge killers in the inverter output secondary circuit e Reducing noise Use of a filter and shielded wires are typical measures against noise to ensure that EMC Directives are met e Measures against surge currents If an overvoltage trip occurs while the inverter is stopped or operated under a light load it is assumed that the surge current is generated by open close of the phase advancing capacitor in the power system We recommend connecting a DC REACTOR to the inverter Megger test When checking the insulation resistance of the inverter use a 500V megger and follow the instructions contained in the Instruction Manual Wiring distance of control circuit When performing remote operation use the twisted shield wire and limit the distance between the inverter and the control box to 20m Wiring length between inverter and motor If long wiring is used between the inverter and the motor the inverter will overheat or trip as a result of overcurrent high frequency current flowing into the stray capacitance in the wires connected t
15. 60 450 FRN400VG1_1 4J MD MIO 2x250 2x250 T JEXGES 100 LD 610CM 610CM 4 2x325 3x325 60 ze SENEC UE HD 4 610CM 4 ES 2x325 3x325 100 25 LD ggg 612CM BMA aos axa25 3x325 100 ERO HD 4 612CM 4 3x325 3x325 150 710 LD 1600 616CM 4 616CM 4 14x250 4x325 4x325 150 For molded case circuit breakers MCCBs or earth leakage circuit breakers ELCBs the required frame type and series depends on factors such as the transformer capacity of the facility Refer to catalogs and data sheets to select optimal ones Also refer to data sheets on ECLB for rated sensitive current The rated currents for MCCB and ELCB on the table above are for FUJI SAL B l and SAL IR L I The recommended wire sizes are based on a condition where the temperature inside the panel is 50 C or less Data on the table above are obtained with 600V HIV insulation cables Allowable temp 75 C Data on the table above may change under different conditions such as different ambient temperature or different power supply voltage 1 Use the crimp terminal no 38 6 made by J S T Mfg Co Ltd or equivalent 2 Use the JEM1 399 low pressure crimp terminal CB150 10 9 Use the crimp terminal no 8 L6 made by J S T Mfg Co Ltd or equivalent 4 610CM 612CM 616CM made by Aichi Electric Works Co Ltd
16. CU45 4C CReL 150 UL 2 LR4 55C GRZG4000 260 3 LFC4 55C CF4 55C 2 LR4 75C x a i ind 2 23451 LR4 160C LFC4 160C 1 CF4 160 2 F4 75C F4 110C O CU132 4C CU160 4C RHC220 4C SC N14 CU220 4C A70QS800 4 LR4 280C 1 RF4 280C LFC4 280C 1 CF4 280C 315 RHC2804C sc n3_ 1 sc n14 1 GRZG400 10 A70QS800 4 2 LR4 315C 1 RF4 315C LFC4 315C 1 CF4 315C RHC315 4C 23451 A70P1600 4TA i LR4 355C 1 RF4 355C LFC4 355C 1 CF4 355C 1 SC N4 CU110 4C 1 GRZG120 20 A50P600 4 2 LR4 220C 1 RF4 220C 1 LFC4 220C 1 CF4 220 RHC200 4C cu200 4 1 GRzG400 10 RHC355 4C SC N16 LR4 400C 1 RF4 400C LFC4 400C 1 CF4 400C 1 RHC400 4C SC N11 LR4 500C 1 RF4 500C LFC4 500C 1 CF4 500C 12 1 The charging resistance RO and fuse F have been built in the charging circuit box CU When the charging circuit box CU is not necessary order the charging resistance RO and fuse F separately 2 The filter capacitor consists of two capacitors A pair of capacitors is shipped by ordering 1 pc ZJ N N N FRENIC VG Basic Wiring Diagram MBRHC7 5 2C to RHC90 2C Applicable inverter 3 phase 200V 7 5 to 90kW MBRHC7 5 4C to RHC220 4C Applicable inverter 3 phase 400V 7 5 to 220kW When adapting a charge BOX Part name 1 If the main power supply is 400V series connect the step down transformer to limit the
17. ET 1 000s M3 load inertia 010011 50 000kgm 2 Simulated fault Mechanical runaway detection speed setting Load adaptive control parameter switching Load inertia winding up 1 1 Safety coefficient winding up 1 1 Mechanical efficiency winding up 1 1 Load inertia winding up 2 1 Safety coefficient winding up 2 1 Mechanical efficiency winding up 2 1 g i y 20 0 g i DV 50 000 kgm 2 0 50 L2 S 1 000 50 000 kgm 2 0 50 Ie 1 20 o 1 000 Load inertia winding down 1 1 ACIE 50 000 kgm 2 Safety coefficient winding down 1 1 0 50 ef 1 20 Mechanical efficiency winding down 1 1 05000 1 000 Load inertia winding down 2 1 916018 50 000 kgm 2 Safety coefficient winding down 2 1 0 50 99 1 20 Mechanical efficiency winding down 2 1 001010 1 000 Multilimit speed pattern function selection Multilimit speed pattern 1 maximum speed Multilimit speed pattern 1 rated speed Multilimit speed pattern 1 rated speed X1 1 Multilimit speed pattern 1 rated speed X1 2 0 1 Ee 100 0 0 1 uu 7o 0 1 REJ 100 0 0 1 EER 100 0 Multilimit speed pattern 1 rated speed X1 4 0 1 AE 100 0 Multilimit speed pattern 1 rated speed X1 6 0 1 20 100 0 Multilimit speed pattern 1 rated speed X1 8 0 1 BJA 10
18. Explosion proof motors When driving an explosion proof motor with an inverter use a combination of a motor and an inverter that has been approved in advance Brake motors For motors equipped with parallel connected brakes their braking power must be supplied from the primary circuit commercial power supply If the brake power is connected to the inverter power output circuit secondary circuit by mistake problems may occur Do not use inverters for driving motors equipped with series connected brakes Geared motors If the power transmission mechanism uses an oil lubricated gearbox or speed changer reducer then continuous motor operation at low speed may cause poor lubrication Avoid such operation Single phase motors Single phase motors are not suitable for inverter driven variable speed operation Use three phase motors NOTES Environmental conditions Installation location Use the inverter in a location with an ambient temperature range of 10 to 50 C The inverter and braking resistor surfaces become hot under certain operating conditions Install the inverter on nonflammable material such as metal Ensure that the installation location meets the environmental conditions specified in Environment in inverter specifications Combination with peripheral devices Installing a molded case circuit breaker MCCB Install a recommended molded case circuit breaker MCCB or an earth leakage circuit br
19. em des 9 ET i as aul qu Dl i Fig E Germinal holes Ay F li o TT Ji for screw J i 4 013 E r ob b p es meg a E M Q 9 9 m i 7o t 450 620 n x 500 650 lt x oO xan Wb wem i wem i g CEPR 5 Y x Bl ies zs D Nen E x B 2 mane Z5 Nominal Inverter type Filter Dimensions mm Approx Voltage applied Fig Grounding Terminal Mounting Weight motor KW HD MD LD type A B C D E F G soewH screwJ srewK ke 27 FRN3 7VG18S 4J OFL 3 7 4A 220 225 220 200 115 M4 M4 M5 14 2 m oFL 7 5 44 290 290 230 260 1601 M5 M5 M6 22 Tz eee OFL 15 4A 330 275 310 300 145 M6 M6 M8 35 B p OFL 22 4A 300 330 300 170 M6 me MB 45 FRNSOVG1S 4J OFL 30 4A 70 M5 M6 12 FRN37VG1S 4J FRN30VG1S 4J OFL 37 4A 75 M5 M6 15 FRN45VG1S 4J FRN37VG1S 4J OFL 45 4A 70 M6 M8 17 FRN55VG1S 4J FRN45VG1S 4J OFL 55 4A 85 M6 M8 22 FRN75VG1S 4J FRN55VG1S 4J OFL 75 4A 85 M8 M10 25 AOOV FRN9OVG1S 4J FRN75VG1S 4J OFL 90 4A M8 M10 28 FRN110VG1S 4J FRN90VG1S 4J FRN90VG1S 4J OFL 110 4A M8 M10 38 ES FRN132VG1S 4J FRN110VG1S 4J FRN110VG1S 4J OFL 132 4A M10 M10 42 FRN160VG1S 4J FRN132VG18S 4J FRN132VG1S 4J OFL 160 4A M10 M10 48 FRN200VG1S 4J FRN160VG1S 4J FRN160VG1S 4J OFL 200 4A M10 M12 60 FRN220VG1S 4J FRN200VG1 S 4J FRN200VG1S 4J OFL 220 4A M10 M12 70 FRN220VG1S 4J FRN280VG1
20. Bf 100 009 Increment decrement limiter Ai3 Pee 60 00s A M 999 9m m Increment decrement limiter Ai4 IJ 60 00s C13 20Dh Multistep speed 9 W 30000r m f 100 00 AO1 function selection 0 39 f 999 9m m AO function selection o fJ 39 C14 20Eh Multistep speed 10 30000r m A 100 00 AO3 function selection 0 E 39 i 999 9m m A04 function selection H 9 C15 20Fh Multistep speed 11 A 30000r m i 100 00 AO5 function selection O RE f 999 9m m AQ1 gain setting 100 00 ER 1 00 00 times C16 210 Multistep speed 12 30000r m ie 100 00 AQ2 gain setting 100 00 fee 1 00 00 times ff 909 9m m AO3 gain setting 100 00 EST 1 00 00 times C17 21 Multistep speed 13 3 30000r m Bf 100 009 AOA gain setting 100 00 fe 100 00 times Pd if 999 9m m AO5 gain setting 100 00 We 1 00 00 times C18 212h Multistep speed 14 Creep speed 1 9 300001 m 068 100 00 AO1 bias setting 100 0 f 100 09 0 999 9m m AO bias setting 100 0 X 100 0 C19 213h Multistep speed 15 Creep speed 2 30000r m Mi 100 00 AO3 bias setting 100 0 X 100 0 f 999 9m m AO4 bias setting 100 0 Jf 100 0 C20 214 Multistep speed reference agreement timer 9999 0 100s AO5 bias setting 100 0 Uf 100 0 C21 215h Multistep setting definition H 2 AO1 5 filter setting 0 000 SI 0 500s C25 19h Speed setting N2 D o Link command function selection 1 I 12 C29 21Dh
21. LR2 37C M10 50 T e pee M12 58 X2p Y2Bl Z2p LR2 75C C 330 M12 70 ER ud l LR2 110C 345 115 M12 100 Elongated hole D LR4 15C M5 18 LR4 22C M6 33 Fig D WESCE LR4 37C M8 50 LR4 55C M10 58 LR4 75C e 330 M10 70 H LR4 110C C 345 115 M12 100 ON 125 M12 140 CM senes l IR42200 C 450 M12 200 o LR4 280C C M16 250 LR4 315C C M16 270 f Terminei canail LR4 355C C M16 310 Slr LR4 400C C M16 340 EM LR4 500 C M16 420 D LR4 630c D 600 200 640 440 390 4XMi12 450 F RENIC VG Wiring circuit breaker wire sizes MCCB or ELCB Magnetic contactor type Recommended wire size mm Nominal Power applied rat
22. N E G Grounding Ground terminal for inverter chassis housing RO TO Auxiliary control power supply Connects with the same power circuit as that for the control power backup terminal and the main power circuit Voltage R1 S1 T1 Synchronous power supply input for voltage detection Voltage detection terminals for controlling the inside of the converter These are connected with the power supply side of the dedicated reactor and filter detection R2 T2 Control monitor input Terminals that connect with the circuit for detecting disconnection caused by blown AC fuse RUN RUN command The converter starts running when this command is ON between RUN and CM and stops when OFF RST Alarm reset command In case of alarm stop eliminate the cause and turn on this command between RST and CM The protective function is disabled and the alarm state is released Input X1 General purpose O External fault THR 1 Current limit cancel LMT CCL 2 73 answerback signal transistor input 73ANS 3 Current limit switching 1 LIM 4 Optional DI OPY DI CM Digital input common Common terminal for digital input signals PLC PLC signal power supply Connects with the PLC output signal power supply Rated voltage 24V 22 to 27V DC 30A 30B 30C Alarm relay output Outputs a signal when a protective function is activated to stop the converter j for any fault Contact at 1C Circuit between 30A and 30C comes ON when an alarm occurs Contact capacity 250V AC
23. RS 485 standard Setting through different communication options is possible o Or Qo key or FWD or REV terminals in jogging mode Serial link operation Jogging operation Speed detection Induction motor 15V 12V complimentary output PG insulated max receivable frequency 100kHz 5V line driver output PG insulated w option card OPC VG1 PG installed max receivable frequency 500kKHz Synchronous motor 5V line driver output PG insulated ABS type W option card OPC VG1 PMPG installed max receivable frequency 100kHz lt ABZ type W option card OPC VG1 PG installed max receivable frequency 500kHz ABS encoder with 17 bit high resolution TS5667N253 made by Tamagawa Seiki Servomotor serial PG TS5667N253 made by Tamagawa Seiki 17bit turn and 16bit multi turns w option card OPC VG1 SPGT installed Speed control The PI calculation w feed forward term is performed Control invariable selection The control invariable can be selected by eternal signals Running status signal Transistor output Inverter running Speed equivalence Speed detection inverter overload early warning torque limiting etc Analog output Motor speed Output voltage Torque Load factor etc Acceleration Deceleration time 0 01 to 3600s 4 independent settings for acceleration and deceleration selectable with external signals S curve acceleration deceleration in addition to linear acceleration decelerat
24. U42 USER P42 USER P43 USER P44 USER P45 USER P46 32768 9 32767 32768 32767 32768 32767 32768 32767 32768 32767 32768 32767 32768 9 32767 32768 9 32767 32768 9 32767 32768 9 32767 32768 9 32767 32768 9 32767 32768 9 32767 USER P47 32768 9 32767 USER P48 32768 9 32767 USER P49 32768 32767 USER P50 32768 32767 USER P51 32768 9 32767 USER P52 32768 9 32767 USER P53 32768 32767 USER P54 32768 9 32767 USER P55 32768 32767 USER P56 32768 32767 USER P57 32768 32767 USER P58 32768 9 32767 32768 9 32767 32768 9 32767 Function Communications address code 485No Link No iame Setting range U61 5 USER P61 U Ai1 32768 9 32767 U62 9 USER P62 U Ai2 32768 32767 U63 em USER P63 U Ai3 82768 3 32767 U64 B40h USER P64 U Ai4 32768 32767 The function codes S and M are codes to access the inverter through links RS 485 communications T Link SX bus etc cannot be operated with the KEYPAD panel Though you can access the codes F E and C through these links these links are specifically designed to access the code S for operation and control and the M for data monitoring There
25. 1 C 1d M143 2vm Control output 5 0000 FFFF M80 amp Alarm latest operation status 2 b 0000 FFFF Exciting current command 327 68 327 67 Alarm latest operation method 0000 FFFF M148 29300 Exciting current detection 327 68 327 67 communications Magnetic flux calculation 0 00 655 35 Alarm latest operation method 2 0000 FFFF M161 293Dh Ai adjustment value 12 32768 32767 communications M162 293Eh Ai adjustment value Ai1 32768 32767 Alarm latest output signal 2 0000 FFFF M163 293Fh Ai adjustment value Ai2 32768 32767 Alarm latest M1 number of starts O 65535 times M164 2940n Ai adjustment value Ai3 32768 32767 Alarm latest M2 number of starts 0 65535 times M165 2941h Ai adjustment value Ai4 32768 32767 Alarm latest M3 number of starts O 65535 times M166 2942h Input signal terminal 0000 FFFF Alarm latest EN terminal input 0000 FFFF M16 7 2943h Analog input signal 12 32768 32767 Communications error flag 1 0000 FFFF M168 2944h Analog input signal Ai1 32768 32767 M169 2945h Analog input signal Ai2 32768 32767 Analog output signal Ao1 32768 32767 Analog output signal Ao2 32768 32767 Analog output signal A03 32768 32767 AIO I O status 1 Ai3 827
26. EROS 3 000 248 F8h PG PR pulse train option setting Command pulse selection 249 F9h PG PR pulse train option setting Pulse train input format selection O0 14 60Eh 250 FAh PG PR pulse train option setting Command pulse correction 1 015 60Fh PG PR pulse train option setting Command pulse correction 2 PG PR pulse train option setting APR gain 1 8 1 D 2 1 ie 9999 1 fee 9999 0 1 fe 999 9 times PG PR pulse train option setting F F gain 1 88 1 5 times PG PR pulse train option setting Deviation over width O Ae pulse 253 FDh PG PR pulse train option setting Deviation zero width 0 B 1000pulse Operation continuing signal mode selection on alarm 9 2 Operation at communication error Operation time at communication error D o 0 01 20 00s L Lift Functions Function Communications address A5No Link No Name Setting range Password data 1 3 9999 Password data 2 39999 Elevating machine rated speed 0 0 T9819 999 9m min 94h Fixed S curve pattern 2 S curve setting 1 3 50 S curve setting 2 50 S curve setting 3 3 509 S curve setting 4 50 S curve setting 5 50 S curve setting 6 50 S curve setting 7 50 S curve setting 8 50 S curve setting 9 3 509 S curve setting 10 50 Reserved H You can change the setting of t
27. Speed detection method 111 E39 127h 148 94h Speed detection level 1 De IENA 30000r m You can change the setting of the functions indicated with during operation Stop the operation before changing other functions Names and Function Setting f Functions of KEYPAD FRENIC VG I indicates the factory setting iid E Ps Name Setting range bon NE ribi Name Setting range E40 128h 149 95h Speed detection level 2 30000 ESSI 30000r m E117 n Speed agreement no 3 off delay timer 0 000 N 5 000s E41 129h 150 96h Speed detection level 3 30000 0i 30000r m E118 2 Axial fan stop signal setting temperature 200 C E42 12 151 97h Speed equivalence Detection range 1 0 EX 20 0 12Bh 152 98h Speed agreement Detection range 1 0 EJ 20 0 E44 12h 153 99h Speed agreement Off delay timer 0 000 MAIN 5 000s C Control Functions of Frequency E45 12D 154 9Ah Erable diseble alam for speed disagreement N 21 E46 ze 155 9Bh Torque detection level 1 0 Ef9 3009 Function 485 Link Torque detection level 2 0 Ef 300 code No No Name Setting range Magnetic flux detection level 10 i C01 201n Jump speed 1 9 30000r m E49 3n Ai1 function
28. U DEC 31 Inverter overload early warning INV OL 32 Motor temperature early warning M OH 33 Motor overload early warning M OL 34 DB overload early warning DB OL 35 Link transmission error LK ERR 36 Load adaptive control under limiting ANL 37 Load adaptive control under calculation ANC 38 Analog torque bias hold TBH 39 48 Custom DO 1 to 10 C DO 1 to 10 50 Z phase detection signal Z RDY 51 Multiple winding selected status MTS 52 Multiple winding cancel response MEC AB 53 Master selected status MSS 54 Parallel system self station alarm AL SF 55 Communications error stopping LES 56 Alarm relay ALM 57 Minor fault L ALM 58 Maintenance early warning MNT 59 Braking transistor error DBAL 60 DC fan lock signal DCFL 61 Speed agreement 2 N AG2 62 Speed agreement 3 N AG3 63 Axial fan operation stop signal MFAN 66 Droop selection response DSAB 67 Torque command torque current command cancel response TCL C 68 Torque limit mode cancel response F40 AB 11 73 loading command PRT 73 72 Y terminal test output ON Y ON 73 Y terminal test output OFF Y OFF Common terminal to transistor output signals Functions can be selected for signals like Y1 to Y4 Outputs a non voltage contact signal 1C when a protective function is activated to stop inverter Can select alarm for exciting or non exciting conditions Input output terminals for RS 485 communications Can c
29. kW Standard type me HD specification LD specification Type HD LD Product no code Delivery period 0 75 FRNO 75VG1S 2J RHJ2701 1 5 FRN1 5VG1S 2J RHJ2702 2 2 FRN2 2VG1S 2J RHJ2703 um FRN3 7VG18S 2J RHJ2704 55 FRN5 5VG1S 2J HD RHJ2705 es FRN7 5VG1S 2J RHJ2706 Standard ae 11 FRN11VG1S 2J RHJ2707 Predici 200V 15 FRN15VG1S 2J RHJ2708 18 5 FRN18 5VG1S 2J RHJ2709 22 FRN22VG1S 2J RHJ2710 30 or FRNSOVG1S 2J HD LD RHJ2711 37 45 FRN37VG1S 2J HD LD RHJ2712 45 55 FRN45VG1S 2J HD7 LD RHJ2713 55 FRN55VG1S 2J HD RHJ2714 BTO TS d LD RHJ2733 or FRN3 7VG1S 4J RHJ4051 55 FRN5 5VG1S 4J RHJ4052 0 5 FRN7 5VG1S 4J RHJ4053 11 FRN11VG1S 4J HD RHJ4054 AS FRN15VG1S 4J RHJ4055 Standard 3 phase 18 5 FRN18 5VG1S 4J RHJ4056 product 400V 22 FRN22VG1S 4J RHJ4057 30 m FRN30VG18S 4J HD LD RHJ4058 or 45 FRN37VG1S 4J HD LD RHJ4059 45 55 FRN45VG1S 4J HD LD RHJ4060 55 FRN55VG1S 4J HD RHJ4061 BTO 75 E LD RHJ4304 When a motor which is larger than the inverter by one frame or more is driven with FRN55VG1 standard is different between HD and LD specifications Shifted by one frame For the inverters with a capacity or of a type other than the above contact our Sales department 2J 4J or more applicable motor 75kW or more the DC Reactor that comes equipped with as Category Name Type Product no code Delivery period
30. max 50mA Y1 Y2 Y3 Y11 to Y18 General purpose O Inverter running RUN 1 Operation ready output RDY 2 Power supply current limiting IL 3 Lifetime alarm LIFE Pala transistor output 4 Cooling fin overload PRE OH 5 Overload alarm PRE OL 6 Driving DRV 7 Regenerating REG 8 Current limit alarm CUR CME Digital output common 9 Under restart U RES 10 Power supply frequency synchronizing SY HZ 11 Alarm indication AL1 Output Y5A Y5C Relay oui 12 Alarm indication 2 AL2 13 Alarm indication 4 AL4 14 Optional DO OPT DO signal y Sup With OPC VG AO option 8 point expanded functions become available DI function is not available General purpose O Input power PWR 1 Input current rms I AC 2 Input voltage rms V AC 3 DC link circuit voltage V DC A01 A04 A05 analog output 4 Power supply frequency FREQ 5 10V output test P10 10V output test N10 With OPC VG AO option 2 point expanded functions become available Ai function is not usable M Analog output common Common terminal for analog input signals 793A 7 3C Charging resistance input relay output Control output for the input relay of the external charging resistance 73 Communications Specifications Item Communi cation specification Function Settings General specifications for communication RS 485 standard T Link optional Specifications Enables to show running information and running status and to monitor the functio
31. 0000 FFFF 28h Communications error code 0000 FFFF M2 Bh 41 29h Alarm latest speed reference value 30000 30000 r m m data Nmax 20000 42 2Ah Alarm latest torque reference value 0 0196 1d I 81Dh 43 2Bh Alarm latest torque reference value 0 0196 1d M30 81Eh 44 2Ch Alarm latest magnetic flux reference value 0 01 1d M31J 81Fh 45 2Dh Alarm latest output frequency reference value O 1Hz 1d M32 820h 46 2Eh Alarm latest detected speed 30000 30000 r m data Nmax 20000 M33 82h 47 2Fh Alarm latest calculated torque 0 0196 1d M34 822h 48 30h Alarm latest calculated torque current 0 01 1d M35 823 49 31h Alarm latest output frequency 0 1Hz 1d M36 824h 50 32h Alarm latest motor output 0 1kW 1d M37 825h 51 33h Alarm latest output current rms value O 1A 1d M38 826h 52 34h Alarm latest output voltage rms value O 1V 1d M39 82 h 53 35h Alarm latest operation method 0000 FFFF M40 228h 54 36h Alarm latest operation status 0000 FFFF MA 829 55 37h Alarm latest output signal 0000 FFFF M42 82Ah 56 38h Alarm latest accumulated operation time O 65535 h M43 zen 57 39h Alarm latest DC link voltage 1V 1d M44 82Ch 58 3Ah Alarm latest inverter internal temperature 1 C 1d M45 82Dh 59 3Bh Alarm latest heat sink temperatu
32. 248 166 46h ASR switching time 00 00 C73 249h Creep speed switching on UP DOWN control 18 1 1 Link No Name Setting range P02 s m 303h_ 167 Ah i 304h 168 A8h 305h 169 A9h M1 control method M1 motor selection M1 rated capacity M1 rated current M1 pole number D 5 0 50 0 00 1200kW F60 0 0 00 1600HP F60 1 0 01 99 99A 100 0 999 9A 1000 2000A 2 E1 100 poles POG 30 170 AAh M1 R1 0 00 30 0096 POT 307 171 ABh M1 X 0 00 200 00 POB 308 172 ACh M1 exciting current 0 01 99 99A Magnetic flux damped current Id 100 0 999 9A 1000 2000A You can change the setting of the functions indicated with E during operation Stop the operation before changing other functions I indicates the factory setting jn i rs Name Setting range PO9 30 173 ADh M1 torque current 0 01 99 99A 100 0 999 9A 1000 2000A P 10 30 174 AEh M1 slip on driving 0 001 10 000Hz P11 30Bh 175 AFh M1 slip on braking 0 001 10 000Hz P42 30ch 176 Bon M1 iron loss coefficient 1 0 00 10 00 P13 30Dh 177 B1h Mt iron loss coefficient 2 0 00 10 00 P14 30 178 B2h M1 iron loss coefficient 3 0 00 10 00 P15 30Fh 179 B3h M1 magnetic saturation coeffi
33. 280 GNF2286B 881 280 570 254 280 35 878 120 120 102 303 1521 628 680 640 190 28 170 1 95m6 14 9 25 M20x35 1080 300 GNF2286B 881 280 570 254 280 35 878 120 120 102 303 1521 628 680 640 190 28 170 1 95m6 14 9 25 M20x35 1080 Note 1 The models with 110kW or more are designed to be connected directly If not to be connected directly contact us Note 2 Allowable tolerance of dimension Hight of rotary shaft CS250mm 05mm C 250mm 9o mm Q Connector specifications for encoder connection Manufacturer Japan Aviation Electronics Terminal arrangement diagram Connector NO arrangement diagram on plug side Connector NO Symbols on plate Encoder signal Items prepared by customer Receptacle installed to motor 1 5V DC 5V Motor type Straight plug Angle plug 2 ov ov 3 A A Type Type Type 4 A Anot JN2AW 15PL1 JN2DW15SL1 JN2FW15SL1 5 B E 15P receptacle 15P straight plug 15P angle plug a E au GNF type Terminal of receptacle installed to motor Recommended terminal solder connection i i Type Terminal type Note2 Max applicable cable size 10 U inot 11 V V JN1 22 26P AWG20 12 V Vnot Crimp type pin i TOD Jacketed OD 1 5 mm or less 13 W W 14 W Wnot 15 Note1 The Following PG shield cable is recommended Kind Braided shield cable twisted pair cable
34. 5 external alarm 7H RS 485 communications 5 option communications error E 4 inverter link error E 5 simulated fault DC fan lock detection z F speed disagreement 5 motor overheat early warning motor overload early warning lifetime alarm fin overheat early warning overheating at heat sink inverter overload early warning battery life The cause for each minor fault can be checked on the KEYPAD H106 to H108 H110 H111 Surge protection Protects the inverter from surge voltage coming from the power source using the surge absorber which is connected to the main circuit power source terminal L1 R L2 S L3 T and the control power source terminal Ro To circuit Main power off detection Monitors the inverter AC input power to judge if the AC input power main power is established or not If not whether the inverter is to be operated or not can be selected When the power is supplied via PWM converter or DC bus connection do not change the setting of the function code H76 as no AC input exists All protective functions are reset automatically if the control power voltage decreases to where maintaining the operation of the inverter control circuit is impossible The latest and last ten pieces of alarm codes and the latest and the last three pieces of alarm detailed data are stored Stoppage due to a protective function can be reset by the RST key of the KEYPAD or turnin
35. 75 80 320 906 5 350 370 405 5 108 18 5 140 2 60m6 11 7 18 M12x25 192 55 GNF2185A 180Lg 510 180 375 159 1395 25 428 80 85 80 356 910 5 390 330 400 5 121 18 5 140 2 65m6 11 7 18 M12x25 247 75 GNF2187A 180g C 576 180 375 159 177 5 25 428 100 100 80 356 10615 420 450 485 5 168 24 140 2 75m6 12 7 5 20 MI2205 325 90 GNF2207A 200Jg 618 5 200 410 178 200 25 549 100 100 80 107 1126 5 450 479 508 168 24 140 2 75m6 12 7 5 20 MI2 5 420 110 GNF2224B 225Kg D 711 225 446 203 200 28 628 100 120 80 142 1249 506 526 538 168 24 170 1 85m6 14 9 22 M20xX85 520 132 GNF2226B 225Hg 761 225 446 203 250 28 628 100 120 80 142 1349 506 626 588 168 24 170 1 85m6 14 9 22 M20x35 580 160 GNF2254B 250Hg E 829 250 508 228 5 280 32 763 100 120 80 203 1469 557 677 640 190 24 170 1 95m6 14 9 25 M20x35 760 200 GNF2256B 829 250 505 228 5 280 32 763 100 120 80 203 1469 557 677 640 190 24 170 1 95m6 14 9 25 M20x35 810 220 GNF2284B 881 280 570 254 280 35 878 120 120 102 303 1521 628 680 640 190 28 170 1 95m6 14 9 25 M20x3351020 250 GNF2284B ao F 881 280 570 254 280 35 878 120 120 102 303 1521 628 680 640 190 28 170 1 95m6 14 9 25 M20x35 1020
36. EC promulgated by the European Parliament and European Council limits the use of specific hazardous substances included in electrical and electronic devices Large crane and overhead crane Monitoring room im Travel equipment High reliability VG supports your facility with long life service and high reliability The trace back function allows easy fault diagnosis System support The bus system is supported to allow centralized control of elevation traverse and trolley as well as centralized monitoring of running conditions Servo press large size for automobiles small size for machines such as crimping terminal processing machines Mel iii ejaMeolelajige The press position is controlled based on an instantaneous position command given by the CNC of the high order Control with high responsibility contributes to shortening of the operation cycle Precision synchronization control Large machines are driven with several motors to increase thrust Precision synchronization control of several inverters and motors using the high speed bus system can be applied Application to plants f A NER S fimus Es inl niin 11m yd Bn Xr rh LI In addition to high speed and high accuracy VG contributes to stable facility operation with high reliability and long service life The trace back function makes diagnosing the cause of problems easy when an abnormality a
37. Jogging speed 0o E 30000r m Link command function selection 2 I 12 C30 21Eh ASR P Gain JOG 0 1 A 500 0 times Ail offset 100 00 9S 1 00 00 C31 1rn ASR I Constant of integration JOG 0 000 MAJ 10 000s Ai2 offset 100 00 S8 1 00 00 C32 20n ASR JOG input filter 0 000 SI 5 000s Ai3 offset 100 00 389 100 0096 C33 221n ASR JOG detection filter 0 000 9893 0 100s Ai4 offset 100 00 589 100 0096 C34 222h ASR JOG output filter 0 000 J 0 100s Ai1 dead band Beker 10 00 C35 223h Acceleration time JOG 0 01 X99 09 99s Ai2 dead band IS 10 0096 100 0 999 9s Ai3 dead band lee 1 0 00 1000 3600s Ai4 dead band f 10 00 C36 224n Deceleration time JOG 0 01 qe 99 99s Pulse dividing numerator 1 65535 100 0 999 9s Pulse dividing denominator 1 IT99 65535 1000 3600s E114 co Speed agreement no 2 detection range 1 0 E 20 096 C37 225h S curve start side JOG 50 E115 1E0Fh Speed agreement no 2 off delay timer 0 000 98199 5 000s C38 226 S curve end side JOG 50 E116 0 Speed agreement no 3 detection range 1 0 EIJ 20 096 C40 228h ASR2 P Gain 0 1 ff 500 0 times You can change the setting of the functions indicated with during operation Stop C41 229h ASR2 I Constant of integration 0 000 T 10 000s the operation before changing other functions C42 22Ah ASR2 FF Gain 99919 o 999s CA3 22Bh
38. Operation guidance is displayed scrolling at the bottom Shift key column shift Used to move the cursor horizontally for data change and to jump to another function block when pressed with the UP DOWN keys Operation key Starts motor operation Reset key Program mode Cancels the current input data and changes the screen Trip mode Releases from a trip stoppage RUN LED Lit during operation by the FWD REV signal or by operation commands via communications HELP key x Displays guidance screens including the key operation guidance from each LCD monitor display Function Data select key Used to switch the displayed value of LED monitor input the speed setting and store the function code data Stop key Stops motor operation LCD with backlight that has a high level of visibility Large size 7 segment LED with 5 digit display Data of up to three inverters can be copied Supported languages Japanese English Chinese Korean hangul character German French Spain Italian Available soon Display sample Japanese English Chinese Korean hangul character F Fundamental Functions Function 485 Link uc 80 50h Data protection Operation method Setting range M1 max speed 50 30000r min M1 rated speed 50 30000r min M1 rated voltage 80 999V Acceleration time 1 0 01 3813 99 99s 100 0 9
39. REDE Aio extended card OPC VG1 AIO RHWJ296 Ai extended card OPC VG1 AI RHWJ297 Di interface card OPC VG1 DI RHWJ298 Dio extended card OPC VG1 PG RHWJ285 Digital PG interface extended card OPC VG1 PGo RHWJ287 Bit bus supported OPC VG1 SPGT RHWJ291 PG card for synchronous motor drive OPC MO EMERG Ee de BTO OPC VG1 PMPGo RHWJ290 T Link interface card CC Link interface card OPC VG1 CCL RHWJ282 Digital SX bus interface card OPC VG1 SX RHWJ281 16bit bus supported E SX bus interface card OPC VG1 ESX RHWJ293 Safety Safety function card OPC VG1 SAFE RHWJ302 Control circuit terminal Terminal block for high speed serial communications OPC VG1 TBSI RHWJ305 Battery Memory backup battery 1 OPK BP RHWJ288 PC loader FRENIC VG loader WPS VG1 PCL RHWJ901 Standard product 1 Optional to the models up to 22kW standard equipment for the models up to 30kW Input power of Product no Delivery zn applicable inverter Type code period DB2 2V 21B RHWJ30A DB3 7V 21B RHWJ30B DB7 5V 21B RHWJ30D DB11V 21B RHWJSOE Standard 3 phase 200V EEE eae product DB18 5V 21B RHWJ30G DB22V 21B RHWJ30H DB37V 21B RHWJ30J DB45V 21B RHWJSOK Braking resistor DB55V 21C RHWJSOL BTO 1096 ED DB3 7V 41B RHWJ31A DB5 5V 41B RHWJ31B DB11V 41B RHWJ31D DB15V 41B RHWJ31E Standard 3 phase 400V DB18 5V 41B RHWJ31F product DB22V 41B RHWJ31G DB30V 41B RHWJ31H DB45V 41B RHWJ31J DB55V 41C RHW
40. RHC11 2C RHC15 2C RHC18 5 2C 340 240 480 460 255 145 2 10 10 24 RHC22 2C aie RHC30 2C B 2 RHC37 2C B 375 275 615 595 270 145 2 10 10 36 RHC45 2C B 375 275 740 720 270 145 2 10 10 42 RHC55 2C B 375 275 740 720 270 145 2 10 10 44 RHC75 2C e 530 430 750 720 285 145 2 15 15 70 RHC90 2C C 680 580 880 850 360 220 3 15 15 115 RHC7 5 4C A 250 226 380 358 245 125 2 10 10 125 RHC11 4C RHC15 4C RHC18 5 4C B 340 240 480 460 255 145 2 10 10 24 RHC22 4C RHC30 4C B 340 240 550 530 255 145 2 10 10 29 RHC37 4C B 375 275 550 530 270 145 2 10 10 34 RHC45 4C B 375 275 675 655 270 145 2 10 10 38 RHC55 4C B 375 275 675 655 270 145 2 10 10 39 RHC75 4C B 375 275 740 720 270 145 2 10 10 48 4ooy RHC90 4C C 580 480 740 710 815 175 2 15 15 70 series RHC110 4C RHC132 4C c 530 480 1000 970 360 220 2 15 15 100 RHC160 4C RHC200 4C c 680 580 1000 970 360 220 3 15 15 140 RHC220 4C RHC280 4C C 680 580 1400 1370 450 285 3 15 15 320 RHC315 4C RHC355 4C c 880 780 1400 1370 450 285 4 15 15 410 RHC400 4C RHC500 4C D 999 900 1550 1520 500 8132 4 15 15 525 RHC630 4C Fig B Reactor for Fig Dimensions mm Pepe w _ Germinal holes MAX D2 Sepe MEE l M kg for screw M LR2 7 5C M5 12 E 5 LR2 15C M8 18 Sx CELA s LR2 22C M8 33 OV
41. Voltage unbalance 2 or less 4 Frequency 5 to 596 Oo o o pues gt ex le Voltage frequency variation Rated current A with DCR 5 without DCR Required power supply capacity kVA 6 68 5 83 2 210 238 286 357 390 94 3 48 114 58 102 138 164 140 71 96 114 140 165 199 248 271 347 436 489 547 611 500 881 1115 1256 773 871 Braking method braking torque Braking resistor discharge control 110 braking torque Separately installed braking resistor option Separately installed braking unit option for FRN200VG1 4J or higher Carrier frequency KHz 7 2 to 10 2 to5 2 Approx weight kg 25 26 31 33 42 62 64 94 98 129 140 245 245 330 330 SUE DOS Enclosure IPOO open type IP20 closed type is available as option Note 1 The specifications above are established when the function code F80 1 LD specification is applied When used with the LD specification with 55kW or more the DC Reactor is provided as standard 1 The rated output voltage is 220V for 200V series and 440V for 400V series 2 200V series Make an individual order for 220 to 230V 50Hz 400V series When the input voltage is 380 to 398V 50Hz or 380 to 430V 60Hz the connector inside the inverter must be switched 9 The auxiliary
42. alarm detailed data are stored Stores and displays alarm date and time by the calendar and time display function accuracy 27 sec month Ta 25 C Data stored period 5 years or more at ambient temperature 25 C Battery built in as standard for 30kW or higher models available as option for up to 22kW models Item Specifications Loads sampling data retained in the inverter to display with a graph Historical trace Real time trace Sampling time 50us to 1s Loads data from the inverter on a real time basis to display with a graph Sampling time 1ms to 1s Loads sampling data retained in the inverter at an alarm to display with a graph Display and Loader NIS Med i Sampling time 50us to 1s Note that sampling is enabled at 400us or more except current setting Trace back R Sampling data are stored into the memory using the battery power Data stored period 5 years or more at ambient temperature 25 C Battery built in as standard for 30kW or higher models available as option for up to 22kW models Operation monitor I O monitor system monitor alarm history monitor Function code setting Function code setting states can be checked Also edit transfer comparison initialization are available Charge lamp Lit when the power is being supplied to the inverter body Lit only with control power Main circuit capacitor life Auto life judgment function installed N
43. cable OD approx 10 No of cores IBIzedsia O 2mm to 0 3mm Mee N0BM 1 5 or less Note2 The PKG of contact terminal type is in bulk by 100 pieces Note3 Connect the contact terminal by soldering Note4 Contact Fuji if preparing the item mentioned above is difficult They are available 25 as options Specify the plug type and cable length FRENIC VG Main circuit and analog input terminal L1 R L2 S L3 T Power input Connects a 3 phase power supply Inverter output Connects a 3 phase motor Connects a DC REACTOR A DC REACTOR is optional for 55kW or less and standard for 75kW or more For DC REACTOR X For BRAKING UNIT Connects a braking resistor via the braking unit Used for a DC bus connection system ain circuit For EXTERNAL BRAKING RESISTOR Connects an external braking resistor optional Grounding Ground terminal for inverter chassis Auxiliary control power supply Connects the same AC power supply as that of the main circuit to back up the control circuit power supply Used as a power input for the AC cooling fan inside the inverter to combine with the high factor PWM converter Auxiliary input for fan l l l l l BOUT with power regenerative function on the models of 200V series 37Kw or more 400V series 75kW or more Generally this is not necessary as long as the inverter is used individually Potentiometer power supply Used for power supply for a speed setting POT variable
44. decelerates and stops Reverse operation command REV CM ON The motor runs in the reverse direction REV CM OFF The motor decelerates and stops 0 1 2 3 Multistep speed selection step 1 to 15 0 SS1 1 SS2 2 S84 3 SS8 4 5 ASR ACC DEC time selection 4 steps 4 RT1 5 RT2 6 3 wire operation stop command HLD 7 Coast to stop command BX 8 Alarm reset RST 9 Trip command External fault THR 10 Jogging operation JOG 11 Speed setting N2 Speed setting N1 N2 N1 Digital input 2 12 Motor M2 selection M CH2 13 Motor M3 selection M CH3 14 DC brake command DCBRK 15 ACC DEC cleared to zero CLR 16 Creep speed switching in UP DOWN setting CRP N2 N1 17 UP command in UP DOWN setting UP 18 DOWN command in UP DOWN setting DOWN 19 Write enable for KYEPAD data can be changed WE KP 20 PID control cancel KP PID 21 Inverse mode change over IVS 22 Interlock signal for 52 2 IL 23 Write enable through link WE LK Digital 24 Operation selection through link LE 25 Universal DI U DI 26 Pick up start mode STM 27 Synchronization command SYC input Digital input 4 28 Zero speed locking command LOCK 29 Pre exciting command EXITE 30 Speed reference cancel N LIM Sink source 31 H41 torque reference cancel H41 CCL 32 H42 torque current reference cancel H42 CCL Digital input 1 Digital input 3 selection Digital input 5 33 H43 magnetic flux reference
45. frequency converter value is 10Hz or less the inverter may trip early due to overload depending on the conditions such as ambient temperature When the inverter output frequency converted value is 5Hz or less the inverter may trip early due to overload depending on the conditions such as ambient temperature 200V series Make an individual order for 220 to 230V 50Hz AOOV series The inverters with the power supply of 380 to 398V 50Hz and 380 to 430V 60Hz must be switched with the connector inside the inverter The output of the inverter with 380V may drop depending on situations For the detail refer to the FRENIC VG User Manual 10 5 5 The auxiliary power input is used as an AC fan power input when combining the unit such as high power factor PWM converter with power regenerative function Generally not used 6 Voltage unbalance 96 Max voltage V Min voltage V Three phase average voltage V X 67 Use the AC reactor if the voltage unbalance exceeds 2 7 The value is calculated on assumption that the inverter is connected with a power supply capacity of 500kVA or 10 times the inverter capacity if the inverter capacity exceeds 50kVA and X is 5 This shows values when the DC reactor is used Optional for 55kW or less model The inverter may automatically reduce carrier frequency in accordance with ambient temperature or output current in order to protect itself 1 2 3 4 oS sf Nw m E FRENIC VG Standard Specif
46. operation i 31 FWD 5 Y command i 3 Reverse operation if L REVI AY command l m J Digital input 1 gm j p 2 7 SS17 Multistep speed selection i Digital input 2 a depo ct SS2 Multistep speed selection T 4 Digital input 3 l 2 X3 4 Digital SS4 Multistep speed selection x b input lt Digital input4 JD 4 Y gt SS8 Multistep speed selection I3 P M Bua 71 lue E T RT1ASR acceleration deceleration ie Digital input6 i E DI RT2 ASR acceleration deceleration E 1 Digital input 7 l it ta DU AY BX Coast to stop command F1 rr N Digital input 8 l 14 X8 Y gt RST Error reset Dg 3 Digital input 9 it JK F THR External alarm ne Digital input H CM 10 common NEN il Note1 Install a recommended molded case circuit breaker MCCB or an earth leakage circuit breaker ELCB with an overcurrent protection function in the primary circuit of the inverter to protect wiring At this time ensure that the circuit breaker capacity is equivalent to or lower than the recommended capacity Note2 Install a magnetic contactor MC for each inverter to separate the inverter from the power supply apart from the MCCB or ELCB when necessary Connect a surge absorber in parallel when installing a coil such as the MC or solenoid near the inverter Note3 Connect this terminal to the power supply to retain relay alarm signals when t
47. power input is used as an AC fan power input when combining the unit such as high power factor PWM converter with power regenerative function Generally not used 4 Voltage unbalance 96 Max voltage V Min voltage V Three phase average voltage V X 67 Use the AC reactor if the voltage unbalance exceeds 2 5 The value is calculated on assumption that the inverter is connected with a power supply capacity of 500kVA or 10 times the inverter capacity if the inverter capacity exceeds 5OkVA and X is 5 6 This shows values when the DC reactor is used Optional for FRN45VG1S 2J and FRN45VG1S 4J or lower model 7 The inverter may automatically reduce carrier frequency in accordance with ambient temperature or output current in order to protect itself F RENIC VG Common specifications for inverters Control Induction motor control Motor control method Vector control w speed sensor For induction motor For synchronous motor Test mode Speed setting Specifications Vector control w speed sensor Speed sensorless vector control V f control Vector control w speed sensor including magnetic pole position detection Simulated operation mode 0 005 of max speed 0 005 of max speed Analog setting Digital setting Setting resolution Torque setting Torque current setting Speed Control accuracy Control response Speed 0 01 of rated torque 0 1 of max spe
48. selection W 26 CO2 202h Jump speed 2 3 30000r m 1 Ai2 function selection I 26 CO3 203h Jump speed 3 30000r m Ai3 function selection W 26 CO4 204h Jump hysteresis 1 000r m 134h Ai4 function selection W 26 COQ5 205h 158 9Eh Multistep speed 1 30000r m f 100 009 135h Ai1 gain setting 10 000 ERO 10 000 times Iff 999 9m m 136h Ai2 gain setting 10 000 EST 10 000 times C O6 206h 159 9Fh Multistep speed 2 3 30000r m Bf 100 009 137h Ai3 gain setting 10 000 EXT 10 000 times Ij 999 9m m Ai4 gain setting 10 000 E 1 0 000 times CO7Z 207h 160 A0h Multistep speed 3 30000r m f 100 009 Ait bias setting 100 0 f 100 09 ff 99 9m m Ai2 bias setting 100 0 919 100 096 CO8 208h 161 A1h Multistep speed 4 300001 m f 100 00 Ai3 bias setting 100 0 f 100 09 fr 999 9m m Ai4 bias setting 100 0 319 100 0 C O9 209n 162 A2h Multistep speed 5 30000r m f 100 009 Ai1 filter setting 0 000 S9 0 500s f 999 9m m Ai2 filter setting 0 000 SS 0 500s C 10 20Ah 163 A3h Multistep speed 6 3 30000r m fif 100 009 Ai3 filter setting 0 000 9T 0 500s fj 999 9m m Ai4 filter setting 0 000 S9 0 500s C11 20Bh 164 A4n Multistep speed 7 3 30000r m Bf 100 009 Increment decrement limiter Ai1 Pe 60 00s a if 999 9m m Increment decrement limiter Ai2 I9 60 00s C12 20ch Multistep speed 8 30000r m
49. series standard specification Dedicated motor rated output kW 55 75 11 15 18 5 22 30 37 45 55 75 90 Applicable motor type GNF 2114A 2115A 2117A 2136A 2137A 2139A 2187A 2207A Moment of inertia of rotor kgm 0 018 0 021 0 065 0 090 0 153 0 191 0 350 0 467 0 805 Rotor GD kgf ni 0 072 0 084 0 259 0 360 0 610 0 763 1 401 1 868 3 220 Base speed Max speed r min 1500 2000 Rated current A 10 10 15 15 21 21 36 35 41 41 57 54 72 72 83 83 100 100 135 135 158 158 Vibration V10 or less Voltage V frequency Hz 200 to 240 50 60 400 to 420 50 400 to 440 60 Number of phases poles 3 phase 2P 3 phase 4P Input power W 38 to 44 56 to 58 54 to 58 70 to 78 90 120 150 210 Current A 0 13 to 0 16 0 18 to 0 16 0 18 to 0 18 0 22 to 0 21 0 27 0 24 to 0 25 0 38 0 39 to 0 4 Approx weight kg 170 247 Cooling fan 3 phase 400V series standard specification W Common specifications tem Specifications Dedicated motor rated output KW insulation cas unberdps Class F 6P Applicable motor type GNF_ 2224B 2226B 2254B 2256B 2284B 2284B 2286B 2286B Main terminal box lug type 3 or 6 main circuit terminals NTC Moment of inertia of rotor kgm 0 882 0 994 1 96 2 22 2 89 3 24 Temna desen thermister terminals 2 pcs 1 pc is a spare 110kW or more Rotor GD kgf ni 3 53 3 98 7 84 8 88 11 6 13 0 Auxiliary terminal box terminal block
50. the DC Reactor is provided as standard 1 Inverter output capacity kVA at 440V 2 The inverters with the power supply of 380 to 398V 50Hz and 380 to 430V 60Hz must be switched with the connector inside the inverter 9 The auxiliary power input is used as an AC fan power input when combining the unit such as high power factor PWM converter with power regenerative function Generally not used 4 Voltage unbalance 96 Max voltage V Min voltage V Three phase average voltage V x 67 Use the AC reactor if the voltage unbalance exceeds 2 5 The value is calculated on assumption that the inverter is connected with a power supply capacity of 10 times the inverter capacity and 96X is 596 6 This shows values when the DC reactor is used T Since heat generation of the motor due to low carrier may be increased depending on the load condition designate the MD specification when ordering the motor LD specification for low duty spec Standard Specifications Three phase 200V series Type FRNL VG1S 2J Nominal applied motor kW 37 Rated capacity kVA 1 Rated current A Overload current rating 146 180 12096 of rated current 1min 3 phase 200 to 220V 50Hz 200 to 230V 60Hz 2 Main power Phase Voltage Frequency Auxiliary input for control power Phase Voltage Frequency Single phase 200 to 230V 50Hz 60Hz Auxiliary input for fan power Phase Voltage Frequency 3 Single phase 200 t
51. 0 500 530 Nominal applied motor kW Input fundamental current A 400V Nominal app Input undamental current A 400V AC KV converted value mA ied motor WW Nominal app Inout fundamental current A AV converted value m 24400 27300 30700 34600 39000 43800 48700 51600 54500 61400 2 Calculation of harmonic current Table 5 Generated harmonic current 96 3 phase bridge capacitor smoothing Degree 11th 13th 17th 19th 23th 25th Without a reactor 65 41 ONT EZ o 2609 les With a reactor ACR 38 145 7 4 34 32 19 1 7 1 3 30 13 84 50 Withareactor DCR 30 13 8 4 5 0 4 7 3 2 30 22 With reactors ACR and DCR 72 41 32 24 16 1 4 ACR 3 DCR Accumulated energy equal to 0 08 to 0 15ms 100 load conversion e Smoothing capacitor Accumulated energy equal to 15 to 30ms 100 load conversion Load 100 Generated nth harmonic current 96 100 Calculate the harmonic current of each degree using the following equation 3 Maximum availability factor For a load for elevators which provides intermittent operation or a load with a sufficient designed motor rating reduce the current by multiplying the equation by the maximum availability factor of the load The maximum availability factor of an appliance means the ratio of the capa
52. 0 0 Multilimit speed pattern 1 rated speed X2 0 0 1 ES 100 0 2017h Multilimit speed pattern 1 0 1 If 100 0 inn rated speed X2 5 2018h Multilimit speed pattern 1 0 1 ESI 100 0 ii rated speed X3 0 2019h Limit speed judgment zone 1 0 1 HJJ 100 0 start speed H229 2014h Limit speed judgment zone 1 0 1 EE 7100 0 end speed H227 2018h Load adaptive control function definition 3 1 fe 2 H228 201ch Load inertia ratio settingi 9 2 A Alternative Motor Parameters Function Communications address code 485No Link No AOA 0 Name M2 control method Setting range D 5 A02 5021 M2 rated capacity 88 1 200kw F60 0 eee 1600HP F60 1 A03 503 M2 rated current T9 09 99A 100 0 999 9A 1000 2000A A04 504n M2 rated voltage Ef 999v AQ5 505h M2 rated speed 50 fee 30000r min AQ6 506h M2 maximum speed 50 fee 30000r min A07 507h M2 pole number 2 100 poles A08 som M2 R1 er 30 00 A09 som M2 X O 200 00 A10 50Ah M2 exciting current O 99 99A Magnetic flux damped current Id 100 0 999 9A 1000 2000A A11 5m M2 torque current T9 00 99A 100 0 999 9A 1000 2000A A12 s0cn M2 slip on driving ISI 10 000Hz A13 50h M2 slip on braking DR 10 000Hz A1 4 50Eh M2 iron loss co
53. 0 12x22 FRN55VG1S 2 and FRN55VG1S 4 of the LD specification but not FRN630VG1S 4J provided as standard for those units of HD specification The DCR2 4 B type is also prepared for the motor with 75kW or higher that are applicable as standard Contact us for the product separately FRNSOOVG1S 4J Ce FRN630VG1 S 4J The DC Reactor DCR in thick frame are provided as standard supplied adding to the unit The DC Reactor DCR is provided as standard for DCR4 630C DCR4 710C DC Reactor type E Remarks Input power factor of DCR2 4 B approx 90 to 95 This conforms to the Standard Specifications for Public Building Construction Works for electrical facility works revised in 2010 which is administrated by Mi nistry of Land Infrastructure Transport and Tourism The input power factor is 94 or more when calculated assuming the base frequency is 1 based on the version of 2010 The symbol at the end of the type code varies depending on the capacity Input power factor of DCR2 4 C approx 86 to 9096 This can be selected with the inverter of 37kW or more FRENIC VG Options E zs i z 3 d o o e e LO E l A lt gt 4 d ees oo O i
54. 0 to 440V 50Hz 380 to 460V 60Hz 2 voltage Voltage 15 to 10 Frequency 5 Voltage unbalance 2 or less 4 220 to 230V 50Hz model available on request The tap in the converter must be switched when the power supply voltage is 380 to 398V 50Hz or 380 to 430V 60Hz The capacity must be reduced when the power supply voltage is less than 400V The output voltage is 320 640 VDC 343 686 VDC 355 710 VDC when the power supply voltage is 200 400V 220 440V and 230 460V respectively Voltage unbalance 96 Max voltage V Min voltage V Three phase average voltage V X 67 O1 O1 1 2 3 4 Ss Common specifications Item AVR constant control with DC ACR minor Rectification starts with power ON after connected Pressurization starts with the running signal RUN CM short circuit or running command from communications Then preparation for operation is completed Running driving regenerating operation ready alarm relay output for any fault etc Selecting from CT Overload rating 150 1min and VT Overload rating 120 1min Control Carrier frequency Fixed to high carrier frequency Input power factor Above 0 99 Input high frequency current According to the guideline for suppressing harmonics issued by the Ministry of Economy Trade and Industry the converter factor Ki can be set to 0 Restart mode after momentary power failure Shields the gate when the voltage level
55. 00 4TA 2 Hae ee IRGHGISG EE BEFSSU EU ass nrcossac kseaesc areas 1 urceasec 1 oraossc 1 400v so mwceoac sonr t Heo moreoac senn 1 cU1324C 1 200 PHCA00 4C SEIT Ere npe sc WS ince Charging circuit box Filterin Nominal Charging circuit Contactor for ging Reactor for Resistance Reactor Capacitor Coe Voltage applied converter contactor powersource Charging resistance pressurizing for filter for filter for fiter contactor ci ee ee ee ee ae eee 6F RHC7 5 2C SC N1 cu7 5 2c 1 80w 7 50 CR2LS 50 UL 2 LR2 15C 1 GRzG150 0 20 3 LFc2 15c 1 CF2 15c 1 RHC11 2C SC N2 E cutt 2c 1 HF5C5504 CR2LS 75 UL 185 RHC15 2C SC N3 cUt52C 1 TES TE A 0 130 E E 22C ped aere CU18 5 2C 1 GRZG120 20 ERR pessum rs fem MI cuso2C E CONES up CENE 110 RHceo2c sCNi2 11 RHC7 54C 15 RHC11 4C 18 5 RHC15 4C SC N1 22 RHC18 5 4C 30 RHC22 4C 37 RHC30 4C 45 RHC37 4C 55 RHC45 4C pcm uc NEN 400V is uem Ec ft series 110 132 160 ee a SC N4 CU45 2C y oat 2 LR2 55C LFC2 55C Hga 55C H cuss 2c 1 CR2L 400 UL 2 LR2 75C LFC2 75C CF2 75C eure 7 LR2 110C 1 GRZG400 0 120 pun 110 1 cF2 110C 1 CU90 2C GRZG400 10 3 A50P600 4 23451 TK50B 3093 3 Y LR4 15C eem mm CF4 15C HF5B0416 CReL 50 UL 2 80W 7 50 HF5C5504 LR4 37C E occu EE CF4 37C 1 Oo TH B N N Oo
56. 097A N TT on ME 2 2 MVK8107A 292 3 7 MVK8115A 299 5 5 MVK8113A 7 5 MVK8135A 11 15 MVK8167A 18 5 MVK8184A A 22 N e 30 37 MVK8207A 45 zm E 89 209 5 5 280 228 5 1015 5 228 5 200 MVK528LA 220 MVK531FA 250 MVK531GA 1073 315 689 254 254 280 MVK531HA E c1 55 515 ns 93 on s ms eo 743 90 MVK9256A N 11 on 120 110 MVK9284A c1 798 132 MVK9286A 3938 EEER ONES SENS EH ENT SON N co on 160 MVK528JA 1234 1425 x lt Ns H lt zx lt ES lt lt lt A 2 A nA wz A zw A c1 C1 co co Co oe Co co de de n2 ine NO 2 8 HH AE z m gt gt D gt Im I eo 300 6 315 1111 355 778 305 355 1510 180 330 355 400 MVK535JA Note 1 MVK8095A 0 75kW is of natural cooling type cooling system IC41 O Note MVK9224A 55kW has an auxiliary terminal box for fan shown in Fig C afer ell w ras om e 0 5 spe nen Ta 160 321 ME 8 376 E us 14 5 110 120 5 s 292 351 5 180 376 m 428 liz 24 140 240 1713 630 648 216 102 413 Aux terminal box for PG EE CE vo 12 o zeja m am 24j6 28j6 34 7 ses 250 7 rer 300 108 om NEZ N ee N N o O O N N m Co N Co o A A A o o A
57. 1 and 60 0 This function is activated if the communications circuit is disconnected exceeding the set time This function is activated under the following conditions If several pieces of network option cards T Link SX bus CC Link etc are installed If the same setting is made to both of the switches to select the usage method though the multiple PG options can be installed If auto tuning for HO1 is started with any of the digital inputs BX STOP1 STOP2 and STP3 turned on If the FWD key on the KEYPAD is not pressed for 20 seconds or more after selecting the operation of auto tuning for HO1 030 031 H107 EO1 E14 E15 E28 H32 H33 H36 H107 Output wiring error Activated when the wires are not connected in the inverter output circuit at auto tuning A D converter error Speed disagreement Activated when an error occurs in the A D converter circuit Activated when the deviation between the speed reference speed setting and the motor speed detected speed predicted speed becomes excessive Detection level and detection time can be set using the function code E43 E44 E45 H108 Inter inverter communications error Activated if transmission error occurs during communications between inverters using the high speed serial communications terminal block option H107 Simulated fault Encoder error A simulated alarm state can be generated by operating the KEYPAD or PC loader Activated when an
58. 1 i 11 FRN11VG1S 4J HD 30 50 SC 4 0 3 5 3 5 15 FRN15VG1S 4J 49 L 90 8C 51 PE EEMEE e m 29 18 5 FRN18 5VG1S 4J LE ee STU EN 55 893 5 5 22 FRN22VG1S 4J 50 100 SC N2S 44 18903 8 0 3 30 EM HD 75 SC N2 SC N3 SC N2 14 LD 125 SC N2S 14 2 0 SW sa SC N2S ses m pesi 22 xa FRN37VG1S 4J 100 SC N4 LD SC N3 2 0 iS HD 150 SC N3 20 FRN45VG1S 4J SC N3 22 38 LD SC N4 2 0 55 125 200 SC N5 HD SC N4 38 FRN55VG10 4J LD SC N5 3 5 75 175 SC N4 38 HD SC N5 60 FRN75VG1 1 4J M pe LD SC N7 5 5 90 200 SC N7 60 FRN90VG10 4J mE Su 60 MD LD SC N8 SC N8 100 8 0 5 5 no m SCN8 100 e PRNTIOVGIG A ID le Tseng song 1 100 14 80 1S2 cce oe aae 3 phase Nees MD LD N11 SC N11 150 tae ae 160 350 SC N11 400V FRN160vG1LL4 HP n eae Pe MD LD N12 SC N12 200 22 4a ae HD 4 200 220 FRED Mp Lp 990 SC N12 N12 SC N12 200 23 22 HD 200 E 250 FRN220VG1L 1 4J MD E E E 20 38 LD 600 DD HD 325 2x200 38 N 315 FRN280VG1L 1 4J MD SEAT 15985 jx200 38 955 LD aoo l 2x200 2x250 38 315 HD 325 2x200 38 E 355 FRN315VG1L1 4J MD 2x200 220 60 400 LD 1200 SC N16 2x250 EOUDXGPE E 60 355 HD 800 SC N14 2x200 2x250 60 a 400 FRN355VG1L 1 4J MD x250 B2 60 450 LD SE 6100M 4 2x250 2x250 T UIBXGPE E 60 400 Daa SC N16 2x200 2x250 ex325
59. 29 81h X11 function selection 0 E 76 E 1 1 10Bh 130 82h X12 function selection 0 E 76 E12 10Ch 131 83h X13 function selection 0 E 76 E13 10Dh 132 84h X14 function selection 0 E 76 E14 X function normally open normally closed 01FF E15 10Fh 133 85h Y1 function selection o i 73 E16 134 86h Y2 function selection 0 El 73 E17 87h Y3 function selection 0 E 73 E18 88h YA function selection 0 D1 73 E19 89h Y5 function selection 0 H1 73 E20 8Ah Y11 function selection o B3 73 E21 8Bh Y12 function selection 0 E 73 E22 Y13 function selection 0 Ej 73 E23 Y14 function selection o E 73 E24 8Eh Y15 function selection 0 2J 73 E25 143 8Fh Y16 function selection 0 E 73 E26 11Ah 144 90h Y17 function selection o B 73 E27 Bh 145 91h Y18 function selection 0 BJ 73 E2811 Y function normally open normally closed 000 001 F E29 11Dh 146 92h PG pulse output selection 2 0 E30 Motor overheat protection Temperature 50 115169 200 C E31 Motor overheat early warning Temperature 50 args E32 120h 205 CDh M1 M3 PTC operation level 0 00 gJ 5 00v E33 121h Inverter overload early warning 25 9 1 0096 E34 122h Motor overload early warning 25 0 100 E35 123h DB overload protection f 100 E36 124n DB overload early warning 0o E 100 E37 5 DB thermal time constant 0 Eg 1000s E38 126n 147 98h
60. 3 10 88 1 03 Rotor GD kgf ni 0 036 0 036 2 12 3 52 4 12 Base speed Max speed r min 1500 3600 1500 3000 1500 2400 1500 2000 Vibration V10 or less V15 or less Voltage V frequency Hz Number of phases poles Single phase 4P 200 to 210V 50Hz 200 to 230 60Hz 200V 50Hz 200 220V 60Hz 3 phase 4P Cooling fan Input power W 40 50 90 120 150 210 80 120 270 390 Current A 0 29 0 27 to 0 31 0 49 0 44 to 0 48 0 76 0 75 0 77 to 0 8 0 8 0 8 1 9 2 0 2 0 UAworweghrkg 28 2 3 46 os 7a iw 199 Yoo vor 235 280 z96 Only MVK8095A 0 75kW is of natural air cooling type 3 phase 400V series standard specification Dedicated motor rated output kW Applicable motor type MVK 8133A 8135A 8165A 0 030 0 065 0 12 Moment of inertia of rotor kgm 0 037 0 085 Rotor GD kgf ni 1 34 8167A 8184A 8185A 8187A 8207A 8208A 9224A 9254A 9256A 9284A 9286A 528KA 528LA 531FA 0 11 10 21 0 23 0 34 0 41 0 47 0 53 0 88 1 03 1 54 1 77 1 72 1 83 2 33 1 65 3 52 4 12 6 16 Base speed Max speed r min 1500 3600 1500 3000 1500 2400 1500 2000 Vibration V10 or less V15 or less 200 to 210V 50Hz 200 to 230V 60Hz Single phase 4P Voltage V frequency Hz Number of phases pol
61. 67 32767 EN terminal input 0000 FFFF AIO I O status 1 Ai4 32767 32767 Effective parameter set condition 0000 FFFF AIO I O status 1 Ao4 SAVO VOV Operation method 2 final command 0000 FFFF AIO I O status 1 Ao5 327 67 32767 M102 2902h Load factor 327 68 327 67 PG SD input pulse 32768 32767 M103 2903h Input power 0 00 655 35 PG LD input pulse 32768 32767 M104 2904h Operation status 2 a 0000 FFFF PG PR input pulse 32768 32767 M105 2905h Operation status 2 b 0000 FFFF PG PD input pulse 32768 32767 M106 2906h Load rotation detected speed 30000 30000 r m M107 2907h Line detected speed 30000 30000 r m M108 2908h PID command value 327 68 327 67 PID feedback value 327 68 327 67 DIOB option output status 0000 FFFF M1102201 PID output value 327 68 327 657 Load adaptive speed limit value 30000 30000 r m 290Ch Motor 1 electronic internal thermal part O 65535 96 Lifting weight calculated result monitor O 65535 kg ni Integrated value output M222 2A16h Travel torque calculation monitor 0 65535 290Dh Motor 2 electronic internal thermal part O 65535 96 EE Integrated value output DIOA l O status terminal QUOD FEEF DIOA 1 0 status via communications 0000 FFFF DIOB option input status 0000 FERE Motor 3 electronic internal thermal par
62. 8 171 M6 8 171 M6 8 M6 7X13 M6 8 M6 7X13 i FRN5 5VG1S 4J DCR4 5 5 7 5 FRN7 5VG1S 4J DCR4 7 5 11 FRN11VG1S 4J DCR4 11 15 FRN15VG1S 4J DCR4 15 18 5 FRN18 5VG1S 4J DCR4 18 5 22 FRN22VG1S 4J DCR4 22A 30 FRN30VG1S 4J DCR4 30B DCR4 37B 37 FRN37VG1S 4J FRN30VG1S 4J OPES DCR4 45B 45 FRN45VG1S 4J FRN37VG1S 4J Gee 55 FRN55VG1S 4J FRN45VG1S 4J MERGE 400V FRN75VG1S 4J FRNSSVG1S 4J M6 8 DCR4 55C DCR4 75C series FRN9OVG1S 4J FRN75VG15S 4J DCR4 90C FRN110VG1S 4J FRN90VG18S 4J FRN9QOVG1S 4J DCR4 110C FRN132VG1S 4J FRN110VG1S 4J FRN110VG1S 4J DCR4 132C FRN160VG1S 4J FRN200VG1S 4J FRN132VG1S 4J FRN160VG1S 4J FRN132VG1S 4J FRN160VG1S 4J DCR4 160C DCR4 200C FRN220VG1S 4J FRN200VG1S 4J FRN200VG1S 4J DCR4 220C FRN220VG1S 4J DCR4 250C FRN280VG1S 4J FRN220VG1S 4J DCR4 280C FRN315VG1S 4J FRN355VG1S 4J FRN280VG1S 4J FRN315VG1S 4J FRN280VG1S 4J DCR4 315C DCR4 355C FRN400VG1S 4J FRN355VG1S 4J FRN315VG1S 4J DCR4 400C FRN400VG1S 4J FRN355VG1S 4J DCR4 450C FRNSOOVG1S 4J FRN400VG1S 4J DCR4 500C M6 7X13 M6 7X13 M6 7X13 M8 10x18 M8 10x18 M10 12x22 M10 12x22 M10 12x22 M10 12x22 M10 12x22 M10 12x22 M10 12x22 M10 12x22 M10 12x22 1 M1
63. 8 557 DB37V 418 DB45V 41B a zm DB55V41C 550 520 440 DB75V 41C DB90V 41C DB110V 41C DB132V 41C oBieovic_ 600 570 440 430 250 DB200V 410 283 Jai o NIN IN ARR IA O O O o NIN Co 00 GW Co N Co Co NIN Co 00 Co Co Be sure to secure the space for installation A pair of resistors is shipped for the order of one unit Braking unit BUI Fan unit for braking unit BU F WFan unit Lore m RE INN lll Braking unit Fan unit Approx pi ef wpm nm pr 5 6 ee e pume x f Dreo fer fes series The duty cycle ED of the model with an external braking unit is increased from 10 ED to 30 ED by using this option Fan unit e ig Q Fan power supply cable Braking unit Fan unit NM ee 200V series s decern DC REACTOR DCRUI OLICI is A Terminal block Fig B Fig C MAX D2 for screw J 2 terminal holes panD 4 mounting holes or screw J 7 for screw G T AX p an LH 2 teminal holes Rem wi 1 mounting holes E or ce A umane ting holes MAX D2 L W fr seu C j for screw G terse G for screw J Fig D Fig E mile The DC REACTOR is provided as standard in standard inverters of 75kW or more Nominal
64. 80 2 010M s 4 penne ponoenm Be HIT D d S UO CA c oe Ll eo T Sik Sk z onn OO OTT OMN o Mil UU E EET off ee Unit mm j f ae 10 N Unit mm FRN11VG1l 2J to FRN22VG11I 2J FRNO 75VG1l 2J to FRN7 5VG11 1 2J g e FRN11VG1l 4J to FRN22VG11I 4J i fiz mm Fig C MAX W J M LL MAXD Fig D MAX D E Wi E D3 E we2 6 3 D1 D2 W3 W3 T D2 e Zo e A DRE MN 9 amp e SERN Ln CHITI Bn e GURU LI LETT thet a o UU f Td Py ope Unit mm Unit mm ae 2 hole FRN30VG11 1 2J to FRN75VG11l 2J Sal 3 hole FRN280VG1 4J to FRN315VG11 4J 3 hole FRN90VG11 1 2J x e 4 hole FRN355VG1L 4J to FRN630VG11 4J a a a ei Am i CHOR eo e o9 MAX W4 For the fixed screw holes see the Fuji s MAX W4 For the fixed screw holes see the Fuji s WS website or contact us individually E W5 E website or contact us individually For individual external diagrams refer to the Fuji s site htto www fujielectric co jp products inverter download KEYPAD 80 182 Q Be 80 m ns Bee 58 E ses x H E e d n 7 1 i Ss sie Stet Ske oe RA ice aaa se asia x ar J eo F f 3 Panel cut part Ed ARABA WE Biss ds MB Y ege npe IX np sg G LO DE gt 3j c3 MEE ee iar i emm Taaa Y SEM E si Ee Unit mm 16 98 1 68 53 8 52 K External D
65. 90 45an Overspeed alarm detection level 100 EIS 16096 H103 rom Protection maintenance mode selection 1 O000 1111 H104 1F04h Protection maintenance mode selection 2 0000 1111 You can change the setting of the functions indicated with E during operation Stop the operation before changing other functions 1 Soon to be supported I indicates the factory setting ps x Fs Name Setting range H105 ros Protection maintenance mode selection 3 8616 6 1 1 1 1 H 106 roe Minor fault definition 1 6 99 1111 1FO7h Minor fault definition 2 S 1111 H108 Fon Minor fault definition 3 were 1111 H109 rom Minor fault definition 4 S 1111 H110 1Foah Minor fault definition 5 SU 1111 H111 m Minor fault definition 6 g H112 roc H113 Fo M1 magnetic saturation expansion coeffi M1 magnetic saturation expansion coeffi M1 magnetic saturation expansion coeffi C C C ient 6 jent 7 ient 8 0 0 FREJ 100 0 0 0 E 100 0 0 0 H 100 0 M1 magnetic saturation expansion coeffi C ient 9 0 0 E 100 0 M1 magnetic saturation expansion coeffi C ient 10 0 0 IER 100 0 M1 magnetic saturation expansion coeffi C ient 11 0 0 IEE 100 0 M1 magnetic saturation expansion coeffi C ient 12 0 0 0 100 0 M3 compensation gain 93855 1 00 times M3 integration time 0 005
66. 99 9s 1000 3600s Deceleration time 1 0 01 Fit mows 100 0 999 9s 1000 3600s M1 electronic thermal overload relay Select 9 2 M1 electronic thermal overload 0 01 99 99A relay Level 100 0 999 9A 1000 2000A M1 electronic thermal overload relay Thermal time constant 0 5 75 0min Restart mode after momentary power failure Select g 5 Gain for speed setting signal 12 0 0 pieeke 200 0 Bias for speed setting signal 12 30000 9 30000r min DC brake Starting speed 5 3600r min DC brake Braking level W 100 DC brake Braking time M 30 0s F2 EEREEEER Starting speed 36 150 0r min F24 18h 93 5Dh Starting speed Holding time ov 10 00s F26 1Ah 94 5En Motor sound Carrier freq 2 Fa 15kHz Fm 30RY operation mode i Stop speed 0 0 I 150 0r min F38 26h 97 61h Stop speed Detection method D i F39 27h 98 62h Stop speed Zero speed holding time 0 00 959 10 00s 99 63h Torque limiter mode 1 100 64h Torque limiter mode 2 Torque limiter value level 1 selection 65h Torque limiter value level 2 selection o ms 5 5 66h Torque limiter value level 1 300 Ig 300 104 68h Torque limiter value level 2 Mechanical loss compensation value Fae Torque bias T1 Egg An tn Torque bias T2 F49 Ey Torque bias T3 F50 sen Torque b
67. 9A 1000 2000A M 1 1 240Bh M3 torque current 00 99 99A 100 0 999 9A 1000 2000A A112 200 M3 slip on driving STI 10 000Hz A113 2400h M3 slip on braking A114 40th M3 iron loss coefficient 1 A1 15 240Fh M3 iron loss coefficient 2 A116 210 M3 iron loss coefficient 3 A117 41n M3 magnetic saturation 1 A118 2412 M3 magnetic saturation 2 A1 19 2413h M3 magnetic saturation 3 0 0 EZ 100 0 A120 2414 M3 magnetic saturation 4 0 0 20 1 00 0 M 21 2415h M3 magnetic saturation 5 0 0 S90 1 00 096 A122 2416n M3 secondary time constant 0 9 999s M 23 2417h M3 induced voltage coefficient T 999V A124 om M3 R2 correction coefficient 1 0 500 aes 5 000 A125 2419 M3 R2 correction coefficient 2 0 500 aes 5 000 A26 2a M3 R2 correction coefficient 3 0 010 Ree 5 000 A1 27 241Bh M3 exciting current correction coefficient 5 000 A128 uich M3 ACR P gain 0 1 K 200 A129 2 M3 ACR time 0 1 ff 100 0ms A130 241cn M3 PG pulse number 100 T2271 60000 A131 241Fh 241 F1h M3 thermistor selection o fJ 3 A132 2420n 242 F2h M3 electronic thermal overload relay Select 9 2 A133 2421h 243 F3h M3 electronic thermal Aes 99 99A overload relay Level 100 0 999 9A 1000 2000A A134 2422h 244 FAR M3 electronic thermal overload relay Thermal time constant WS 75 0min A151 2439h M3 external PG correction coefficient 0000 4FFF A152 2434h M3 online auto t
68. A and FB Operation can be checked by connecting this to the PG input terminal 6 Components with a longer service life For the various consumable parts inside the inverter their designed lives have been extended to 10 years which also extended the equipment maintenance cycles Life limited component name Planned life Cooling fan Smoothing capacitor on main circuit Electrolytic capacitors on PCB Life conditions Ambient temperature 40 C load factor 100 HD spec 80 MD and LD specs Note The planned life is determined by calculation and is not a guaranteed value 10 years Useful functions for test run and adjustment Customization of function code display Individual items on the loader can be set to display or not Each communications I O map input output status is displayed for PLC software debug on the loader or KEYPAD KEYPAD is soon to be supported CED Simulated fault alarm issued by a special operation on the KEYPAD CED Monitor data hold function Simulated operation mode Simulated connection allows the inverter to be operated with internal parts in the same way as if they were connected to the motor without actually being connected The externally input I O monitor and PG pulse states can be checked on the KEYPAD ASR auto tuning Soon to be supported Adaptation to Environment and Safety Conforms to safety standards Soon to be supported
69. ASR2 input filter 0 000 5 000s ini NS ES Name Setting range C44 22ch ASR2 detection filter 0 000 fee 0 100s ASR2 output filter 0 000 Stay 0 100s C46 Acceleration time 2 0 01 B 99 99s 100 0 999 9s 1000 3600s Deceleration time 2 0 01 i 99 99s 100 0 999 9s 1000 3600s S curve start side 2 W 50 S curve end side 2 W 50 ASR3 P gain 0 1 E 500 0 times ASR3 I Constant of integration 0 000 AJ 10 000s ASR3 FF Gain IOS 9 999s ASR3 input filter 0 000 YF 5 000s ASR3 detection filter 0 000 fee 0 100s ASR3 output filter 0 000 fe 0 100s Acceleration time 3 0 01 393 99 99s 100 0 999 9s 1000 3600s Deceleration time 3 0 01 R 99 99s 100 0 999 9s 1000 3600s S curve start side 3 y 50 S curve end side 3 y 50 ASR4 P gain 0 1 EN 500 0 times ASR4 I Constant of integration 0 000 DAJ 10 000s ASR4 FF Gain ISO 9 999s ASRA input filter 0 000 A 5 000s ASRA detection filter 0 000 9993 0 100s ASRA output filter 0 000 971 0 100s Acceleration time 4 0 01 R 90 99s 100 0 999 9s 1000 3600s Deceleration time 4 0 01 R 99 99s 100 0 999 9s 1000 3600s S curve start side 4 y 50 S curve end side 4 y 50 ASR switching time 0 00 FR 2 55s 165 A5h Acceleration deceleration time switching speed i 00 00 C72
70. Ai adjusted value 12 Ai adjusted value Ai1 Detected speed value Torque reference value Output voltage Setting mode Names and data are displayed KEYPAD Alarm mode Displays the following alarm codes dbH Braking resistance overheat dCF DC fuse blown EF Ground fault Er1 Memory error Er2 KEYPAD panel communication error Er3 CPU error Er4 Network error Er5 RS 485 error Er6 Operation procedure error Er7 Output wiring error Er8 A D converter error Er9 Speed disagreement Erb Inter inverter communication error Lin Input phase loss LU Undervoltage nrb NTC thermistor disconnection OC Overcurrent OH1 Overheating at heat sink OH2 External alarm input OH39 Inverter internal overheat OH4 Motor overheat OL1 Motor 1 overload OL2 Motor 2 overload OL3 Motor 3 overload P9 PG error OLU Inverter unit overload OS Overspeed OU Overvoltage EC Encoder communications error PbF Charging circuit error dO Excessive position deviation dbA Braking transistor abnormal Et1 Encoder error Err Simulated fault OPL Output phase loss detection dFA DC fan lock ErH Hardware error Minor fault L AL is displayed Stores and displays the detailed cause that triggers the minor fault Alarm during running 1 Soon to be supported The latest and last ten pieces of alarm codes and the latest and the last three pieces of
71. B connector mini B equipped on the front cover The front cover does not have to be removed No RS 485 converter is needed Commercial cables can be used Fault diagnosis using the trace back function Edited on the trace screen on the loader r sk fh LT E UM UEM UA E Gh GR UE A Internal data and date around the fault are recorded CED The real time clock clock function is built in as standard Data are backed up by battery NOTE Battery 30kW or more built in as standard up to 22kW available as option OPK BP Trace waveform can be checked on the PC loader Upgraded loader functions FRENIC VG USB Mini B connector USB cable Connected disconnected enabled from the front Easy edit and detail monitor Data editing and detailed data monitor analysis operations are must easier than with a conventional PC loader Function code setting Note Real time and historical traces are available in the fare paying loader software WPS VG1 PCL The trace data can be stored in the internal memory even when the power is shut off for inverters with 22kW or less this function is available using the optional battery for memory backup User defined displays customized displays data explanation display for each code Real time trace for long term monitoring Historical trace for detailed data diagnosis for short periods Trace back for fault analysis last three time
72. Cc e 3 D E 1155 436 366 432 149 m 106 506 11 1194 203 557 of 168 364 915 5 390 360 425 5 133 18 5 140 n ens sn 0 ens 190 co Oo N Oo e e e e 3 3 3 3 o o o o N N N c1 N 2230 N Co 2310 B l 2420 Note 2 MVK8095A 0 75kW has the cable lead in hole of 22 in 1 place Note 4 Allowable tolerance of dimension Hight of rotary shaft CS250mm _85mm C gt 250mm 9 o mm FRENIC VG 3 phase 200V series standard specification Dedicated motor rated output kW 5 5 7 5 11 15 18 5 22 30 37 45 55 75 90 Applicable motor type GNF 2114A 2115A 2117A 2136A 2137A 2139A 2187A 2207A Moment of inertia of rotor kgm 0 018 0 021 0 065 0 090 0 153 0 191 0 350 0 467 0 805 Rotor GD kgf ni 0 072 0 084 0 259 0 360 0 610 0 763 1 401 1 868 3 220 Base speed Max speed r min 1500 2000 Rated current A 20 20 29 28 42 42 71 70 82 81 113 108 144 144 165 165 200 200 270 270 316 316 Vibration V10 or less Voltage V frequency Hz 200 to 240 50 60 200 to 210 50 200 to 230 60 Number of phases poles 3 phase 2P 3 phase 4P Input power W 38 to 44 56 to 58 54 to 58 70 to 78 90 120 150 210 Current A 0 13 to 0 16 0 18 to 0 16 0 18 to 0 18 0 22 to 0 21 0 49 0 44 to 0 48 0 75 0 77 to 0 8 Approx weight kg 170 247 Cooling fan 3 phase 400V
73. F control the converter is automatically reset Bi Output while limiting the current hysteresis width Charge circuit error PbF When the charge circuit error is detected while the answerback signal Condition X1 73 Answerback is selected E18 to 20 A01 A04 AO5 function selection usage at input of 73 is specified the converter stops running E21 to 23 A01 A04 AO5 gain setting Cooling fin overheat The converter stops running if the cooling fin overheat is detected E24 to 26 A01 A04 AO5 bias setting External alarm OH2 The converter stops running if an external signal THR is input Condition X1 External alarm is selected E27 AO1 to 5 filter setting Converter internal overheat OH3 When overheat is detected in the inverter the converter stops running S01 Operation method Converter overload OLU When the output current exceeds the overload characteristic of the inverse time characteristic the converter stops running Start point 10596 150 1 minute S02 03 Power supply current limit drive control Memory error Er1 When a fault such as write error occurs in the memory checksum values in HO1 Station address EEPROM and RAM do not match the converter stops running HO2 Communication error processing Keypad communication error Er2 Activated if an error is detected during initial communication HOS3 Timer operation time The converter continues operating H04 Baud rate CPU error Erg Activated if an error is detected in the CPU HO5 Data lengt
74. Il M315KPDI 1 ES is Contactor Xem radio noise This is effective for the AM radio TyTN MISSIS Braking urit Do not use it on the inverter output side Made by Nippon Chemi con dealt by Fuji Electric Technica To be used together with a braking resistor to increase the inverter braking performance Power filter for output circuit fms RNFI ISL TE 1 E 1E 1 This will become more effective in noise reduction if used together with the power filter for input circuit Power regenerative PMW converter RHC series RHCLIL HEIC Used for suppressing power source harmonics of inverters It is also equipped with a power supply regenerative function to oo drastically increase braking capability and reduce energy Output circuit filter OFL J 4A Nn dite Connected to the output of an inverter to H E Use in combination with dedicated reactors for the RHC series Suppress fluctuations of motor terminal voltage o 1o Prevent damages to the motor insulation due to surge series Dedicated filter for the RHC series voltage in 400V series inverter it This filter is not limited by carrier frequency Also motor JA Peaca filter Tor me RHC Sedes is used can be tuned with this option in the installed state ae if other electronic equipment is connected to the same power source HE Use in combination with dedicated filter reactors filter Surge supperession unit FAIRE capacitors and filter resistors Ssu OOOTA N
75. Improved auto tuning accuracy a WE LE m IServo function I Various optional cards supported 20 types or more A wide range of applications I Triple ratings available on intended use I Synchronous motor drive Terminal External Dimensions Dedicated Motor External k d s Easier maintenance and greater reliability I Quicker adjustment start IFault diagnosis replacement and restoration times Trace back clock function and fault information USB port high functional loader compatibility I Reliability with earlier models and ASR auto tuning Terminal Individual output of serious and minor alarms long life parts and PG fault detection function tions of KEYPAD Arrangement Diagram Diagram Functions ofDedicated Motors Specifications Dimensions Functions Specifications Specifications Names and i Conformity to functional safety standards I Environmental resistance Standard STO incorporated Option STO SS1 SLS and SBC can be incorporated RoHS standard durable against salt corrosion and sulfidizing gas Supports harmonics suppression 12 pulse rectification Applicable capacity supports the capacity of 132 kW or higher for each unit Options Function Setting Fin 21 EC 1 pum se a ee y a 721 a gt pum p 23 SJ Guideline for FRENIC VG Improv
76. J31K BTO Dedicated motor induction motor Product no Delivery Input power Capacity kW Type ee ceres 0 75 MVK8095A MVK2201 es MVK8097A MVK2202 22 MVK8107A MVK2203 3 7 55 MVK8133A MVK2205 as MVK8135A MVK2206 3 phase 200V 11 MVK8165A vio oo 15 MVK8167A MVK2108 Product qe MVK8184A MVK2109 22 30 MVK8187A MVK2111 37 MVK8207A MVK2112 45 MVK8208A MVK2113 eu MVK8115A MVK2254 55 MVK8133A MVK2255 7 5 11 MVK8165A MVK2157 15 MVK8167A MVK2158 Standard Sese 18 5 MVK8184A MVK2159 product 22 MVK8185A MVK2160 30 37 45 MVK8208A MVK2163 Dedicated motor induction motor w sensor Product no Delivery Input power Capacity kW Type E cited 55 GNF2114A GNF1010 To GNF2115A GNF1011 11 GNF2117A GNF1012 15 GNF2118A GNF1013 ey 18 5 GNF2136A GNF1014 pee 22 GNF2137A GNF1015 30 GNF2139A GNF1016 Oe GNF2165A GNF 1017 45 GNF2167A GNF1018 55 GNF2185A BTO 5 5 GNF2114A GNF 1020 55 GNF2115A GNF 1021 1 GNF2117A GNF1022 15 GNF2118A GNF1023 18 5 GNF2136A GNF1024 22 GNF2137A GNF1025 Standard N 30 GNF2139A GNF1026 product Sn GNF2165A GNF1027 45 GNF2167A GNF1028 55 GNF2185A GNF1029 75 GNF2187A GNF1030 90 GNF2207A GNF1031 Application to Guideline for Suppressing Harmonics by the Users Who Receive High Voltage or Special High Voltage Our FRENIC series are the products specified in the G
77. Oo 7 MTS terminal 2 ee a a e ys ee MCCB Magnetic O Q0 Inverter unit a P or contactor an HA G 9 Ground owersupply ELCB MC SA FRENIC VG terminal 200Vseries l eoe i i ermina 200 to 220V x o aR LES aa Caci E278 Ji 50 60Hz L X I Pu pem b O R A 9 400Vseries x 7 KOH 1371 l AK 6 380V to 480V Re NE i l Power id iris EE 7 50 60H Z Fan power connector Control power AUX input S RO TON RI FCN Wy 11 H NTC 9 TO 4 Base Current Voltage n qp Hermistor F O R1 Y I Y driver detector detector TH1 rT an power AUX input n rt uv THC i THC 3 FER gener 113 Howe Gharae circuit je E Bcc crece ies voltage 15v 12V Speed 12 o 3 detector Speed magnetic flux swe leia i i calculator 2 Analog 4 Analog input 1 input OFF Input si Voltage input put signal shutoff ge inp a C12 0to 10VDC n 4 Ai2 Current input 4 l 0 to 20mADC Analog input 2 ii les TT b OFF Input signal shutoff eM li SW3 y Veces 24VDC OV PS i i XX EN1 ie Ut s Safety signal SINK IE 8 PLC 9 012 m lo E Yk 3 SOURCE L oq D C9 4 Forward
78. P e Front runners High Performance Vector Control Inverter FRENIC VG Series P FRENIC VG Pues 5 i FUJI INYERTERS High performance enabled by the comprehensive use of Fuji technology Easy maintenance for the end user Maintains safety and protects the environment Opens up possibilities for the new generation FRENIC VG The Dawn of a New Era The FRENIC VG is ushering in a new era with the best performance in the industry rer F Liss IP XERF I EJ High performance enabled by the comprehensive use of Fuji technology Easy maintenance for the end user Maintains safety and protects the environment Opens up possibilities for the new generation With the FRENIC VG Fuji has concentrated its technologies to deliver the best performing inverter on the market In addition to basic performance this model features the following dramatic improvements support for previously difficult applications due to technical and capability limitations easier more user friendly maintenance and environmental friendliness and safety Fuji Electric proudly introduces the FRENIC VG to the world Standard FRENIC VG CONCEPT Common Protective Improved control capacity I High overload resistance 200 23sec Low torque ripple I Improved torque accuracy 3 lmproved sensorless control performance toe increased at ow sted I improved quick response o4
79. RH No dew condensation allowed ag hv d V7 Md 4 m Protective function details e e NEN COGN REN RN Protective function Braking transistor error Braking resistor overheat Stops the inverter by detecting a braking transistor abnormality only with the models to which the braking circuit is installed Be sure to shut off the inverter primary power when this alarm is detected Stops the inverter when the allowable value is exceeded by estimating the braking resistor temperature Setting E35 to 37 is required depending on the used resistor H103 DC fuse blown This is displayed by fusing at the main circuit DC part caused by short circuit in the IGBT circuit or other similar reason This function is provided to prevent the secondary accident Since inverter damage may be suspected contact Fuji immediately 200V 75kW or more 400V 90kW or more Excessive position deviation Activated when the position deviation between the reference and the detected values exceeds the ten times of the function code 018 Excessive deviation value in synchronized operation Encoder communications error Ground fault Memory error KEYPAD communications error CPU error Activated when an encoder communications error is detected by using the ABS encoder with 17 bit high resolution option card OPC VG1 SPGT Activated by a ground fault in the inverter output circuit When a ground fault current is large the overcurr
80. S if Surge voltage is generated if the cable between an inverter and E Uu a motor is several ten meters long This product suppresses the d ra ad DC REACTOR DC RLI E ILLI surge voltage preventing the motor from being damaged HEE Motor For power supply normalization M 1 Use if the power transformer capacity is 500kVA or more and Surge killer exceeds the inverter rated capacity by 10 times Absorbs surge voltage coming from L load of 2 Use if the inverter and a thyristor converter are connected with the magnetic contactor and solenoid valve to protect same transformer electronic devices from malfunctioning Check if the thyristor converter uses a commutation reactor If not an AC reactor must be connected to the power supply side Surge absorber mu Braking resistor DBL TIC TET 3 Connect to prevent trips when trip occurs due to opening closing of Connect in parallel to the coil that is a generation source of surge Increases braking capability for highly frequent the phase advancing capacitor for the power supply lines S2 A O for magnetic contactor and solenoid valve stopping and large moment of inertia When ay diee The volici GT IES USD 2082 eu S1 B O for mini control relay and timer used together with a braking unit connect this For improving the input power factor and reducing harmonics to the connection terminal of the braking unit Used to reduce the input harmonic current correcting power factor Surge killer
81. S 4J FRN220VG1 S 4J ORL ARUSA ey Oe FRN315VG1S 4J FRN280VG1S 4J OFL 315 4A M12 M12 90 FRN355VG1S 4J FRN315VG1S 4J FRN280VG1S 4J OFL 355 4A M12 M12 100 FRN400VG1S 4J FRN355VG1S 4J FRN315VG1S 4J OFL 400 4A M12 M12 110 FRN400VG1S 4J FRN355VG1S 4J OFL 450 4A M12 M12 125 FRN500VG1S 4J FRN400VG1S 4J OFL 500 4A M12 M12 145 FRN630VG1 S 4J FRN500VG1S 4J OFL 630 4A M12 M12 170 FRN630VG1S 4J Carrier frequency is not limited with OFL 4A FRENIC VG Power regenerative PWM converter RHC series Features ll Possible to reduce power supply facility capacity Its power factor control realizes the same phase current as the power supply phase voltage The equipment thus can be operated with the power factor of almost 1 his makes it possible to reduce the power transformer capacity and downsize the other devices compared with those required without the converter ll Upgraded braking performance Hegenerated energy occurring at highly frequent accelerating and decelerating operation and elevating machine operation is entirely returned to power supply side Thus energy saving during regenerative operation is possible As the current waveform is sinusoidal during regenerative operation no troubles are caused to the power supply system Rated continuous regeneration 100 Rated regeneration for 1 min 150 C
82. T R 12 5 L3 T C3 R 6 6 E e eS eG A 2 5 Screw size HFA JIA Main circuitM12 Grounding M10 Aux power RO TO M3 5 Screw size Main circuit M12 Grounding M10 Aux power RO TO M3 5 Screw size Main circuittM12 Grounding M10 Aux power RO TO M3 5 FRNSOOVG1S 4J FRN630VG1S 4d Fig K y Charge lamp FRN355VG1S 4J FRN400VG1S 4J Relea Pig xy Charge gt lamp L1 R L2 S L3 T U V oj lo lo LI LI LI loj lo lo A O O Screw size Main circuittM12 Grounding M10 Aux power RO TO M3 5 O L2 S L2 S eG Jo Screw size Main circuittM12 Grounding M 10 Aux power RO TO M3 5 eG Jol RRA F RENIC VG Up Down keys Operation mode Increases or decreases the speed Program mode Changes the function codes and specified data values tha KEVDAD Unit indication Displays the unit for the information that appears on the LED monitor LED monitor Operation mode Displays the setting frequency output current output voltage motor speed and line speed Trip mode Displays the cause of a trip Program key Switches the display to the menu screen or the initial screens for the operation and alarm modes LCD monitor Displays different information ranging from operation status to function data The real time clock is installed as standard 3
83. T use 120 VT use Comparison of input current waveform lt w PWM converter gt lt w o PWM converter gt Allowable characteristics of the RHC unit lE Enhanced maintenance protective functions Failure can be easily analyzed with the trace back function option The past 10 alarms can be displayed with the 7 segment LEDs his helps you analyze the alarm causes and take countermeasures When momentary power failure occurs the converter shuts out the gate to enable continuous operation after recovery 3 The converter can issue warning signals like overload heat sink overheating or the end of service life prior to converter on tripping hen 150 ll Enhanced network support 140 The converter can be connected to MICREX SX F series and b 120 H 110 H CC Link master devices using option poner 100 continuous ee ee 00 The RS 485 interface is provided as standard Allowable regenerative power 340 400 500 Power supply voltage V Standard specifications and Common specifications Standard specifictions W200V series Item Standard specification 200V series D alee eerie 75 90 75 90 103 CT use Output Overload rating 150 of rated current for 1min Voltage 200V DC320 to 355V Variable with input power supply voltage 3 9n 93 111 Standard 15kHz Standard 10kHz Applicable inverter capacity KW 11
84. The safety function STO that conforms to the function safety standard EN61800 5 2 is incorporated as standard The safety functions STO SS1 SLS and SBC that conform to safety standard EN61800 5 2 can be incorporated by adding the function safety option OPC VG1 SAFE Available only when combined with the dedicated motor MVK Safety function STO Safe Torque Off This function shuts down the output of torque with the motor immediately Safety function SS1 Safe Stop 1 This function decreases the motor speed to shut down the motor by torque output OFF by the STO function immediately when the motor reaches the specified speed or after the specified time has elapsed Safety function SLS Safely Limited Speed This function prevents the motor from rotating over the specified speed Safety function SBC Safe Brake Control This functions outputs signals the control the motor brake Enhanced lifetime alarm Lifetime alarms can be checked readily on the KEYPAD and the PC loader optional Facility maintenance can be performed much easier thanks to lifetime alarms Facility maintenance warning Accumulated time h No of starts times Inverter lifetime alarm information is displayed Inverter accumulated No of inverter time h starts times Easy Wiring removable control terminal block The terminal block can be connected to the inverter after control wiring work is complete Wiring work is simplified
85. alt by Fuji Electric Technica WPS VG1 STR is available as free download from our website Ferrite ring for reducing radio noise ACL 40B ACL 74B F200160 Used to reduce radio noise Suppressive effect to the frequency band is available by approximately 1MHz or more This is appropriate as a simple measure against noise since it affects broad range in the frequency band It is recommended to insert it on the power supply Extension cable for KEYPAD side if the cable length between a motor and an CB JS inverter is short roughly 20m or less or on the i output side if the cable length exceeds 20m Used for remote control between an inverter and the KEYPAD EMC compliance filter coming soon EFL O00 FSCICI FN n Dedicated filter to comply with the European EMC Directive Emission Install the filter while referring to the details in the installation manual Battery for memory backup storing trace back memory and calendar function OPK BP for EB 22kW optional 30kW or more an standard equipment Control circuit terminal block E GC M I O 0 0 0 0 0 0 0 miniB Optional board Le e Power filter for input circuit fff RNFLICEIET E TET This filter can be used for the same purpose as the EMC compliance filter but is not an EMC compliance om e Sa Filter capacitor for reducing radio noise ffe L gt lelelele lelelae ieelele NFML
86. cancel H43 CCL 34 F40 torque limiter mode 1 cancel F40 CCL possible 35 Torque limiter level1 lecel2 selection TL2 TL1 36 Bypass BPS 37 38 Torque bias reference 1 2 37 TB1 38 TB2 39 Droop selection DROOP 40 Ai1 zero hold ZH Al1 41 Ai2 zero hold ZH Al2 42 Ai3 zero hold ZH AI3 Digital input 6 43 Ai zero hold ZH Al4 44 Ait polarity change REV Al1 45 Ai2 polarity change REV Al2 46 Ai3 polarity change REV AI3 47 Aid polarity change REV Al4 48 PID output inverse changeover PID INV 49 PG alarm cancel PG CCL 50 Undervoltage cancel LU CCL 51 Ai torque bias hold H TB 52 STOP1 The motor stops with standard deceleration time SOPT1 53 STOP2 The motor decelerates and stops with deceleration time 4 STOP2 54 STOPS The motor stops with torque limiter STOP3 55 DIA card enable DIA 56 DIB card enable DIB 57 Multi winding motor control cancel MT CCL Digital inout 8 58 67 Custom Di 1 to 10 C DI 1 to 10 68 Load adaptive parameter selection AN P2 1 69 PID clear PID CCL 10 PIDFF term effective PID FF 71 Speed limit calculation completion reset signal NL RST 14 Simulated external minor fault FTB 75 NTC thermistor alarm cancel NTC CCL 16 Lifetime early warning cancel LF CCL Digital input 7 Digital input 9 PLC signal power supply Connects to the PLC output signal power supply This can be also used as the power for the load connected for transistor o
87. cient 1 0 0 100 096 P16 310h 180 B4h M1 magnetic saturation coefficient 2 0 0 100 0 P17 5n 181 B5h M1 magnetic saturation coefficient 3 0 0 100 096 P18 312h 182 B6h M1 magnetic saturation coefficient 4 0 0 100 096 P19 313h 183 B7h M1 magnetic saturation coefficient 5 0 0 100 0 P20 314h 184 B8h M1 secondary time constant 0 001 9 999s P241 3151 185 B9n Mt induced voltage coefficient 0 999V P22 316h 186 Bah M1 R2 correction coefficient 1 0 500 5 000 P23 317 187 BBh M1 R2 correction coefficient 2 0 500 5 000 P24 318h 188 BCh M1 R2 correction coefficient 3 0 010 5 000 P25 sie 189 BDh M1 exciting current correction coefficient 0 000 5 000 P26 si 190 BEh M1 ACR P Gain 0 1 f 2oo P27 31Bh 191 BFh M1 ACR I Integration time 0 1 ER 100 0ms P28 sich 192 Con Mt PG pulse number 100 T 60000 P29 31Dh 214 D6h M1 external PG correction coefficient 0000 Pee 4FFF P30 3t amp 193 Cih M1 thermistor selection o fJ 3 P32 320h M1 online auto tuning H P33 3n M1 maximum output voltage 200V 80 PAJ 999v Maximum voltage limit value 400V 80 EZO 999V P34 322h M1 slip compensation amount 20 000 99999 5 000Hz P35 2 M1 torque boost 20 0 P36 324h M1 current vibration suppressing gain 0 00 91 1 00 H High Performance Functions
88. city of the harmonic generator in operation at which the availability reaches the maximum to its total capacity and the capacity of the generator in operation is an average for 30 minutes In general the maximum availability factor is calculated according to this definition but the standard values shown in Table 6 are recommended for inverters for building equipment lll nth harmonic current A Fundamental current A X Table 6 Availability factors of inverters etc for building equipment standard values Equipment type Inverter capacity category Single inverter availability factor Air conditioning system CUOKIMIQUNGSS ME Over 200kW 0 60 Sanitary pump 0 30 Elevator 0 25 Refrigerator freezer 50kW or less 0 60 UPS 6 pulse 200kVA 0 60 Correction coefficient according to contract demand level Since the total availability factor decreases with increase in the building scale calculating reduced harmonics with the correction coefficient s defined in Table 7 below is permitted Table 7 Correction coefficient according to the building scale If the contract demand is between two specified values shown in Table 7 calculate Contract demand kW Correction coefficient b 300 1 00 the value by interpolation 500 0 90 1000 0 85 2000 0 80 4 Degree of harmonics to be calculated Calculate only the 5th and 7th harmonic currents When running general purpose motors Driving a 400V g
89. cooling fan FU FV FW Base speed Max speed r min 1500 2000 Pulse encoder connector type cooling fan FU FV FW Rated current A 198 232 273 340 369 420 480 520 Rotation direction CCW direction when viewed from operator Vibration V10 or less Mounting method Legs mounted IMB3 NOTE Contact FUJI for other methods Voltage V 380 400 415 400 415 440 460 Overload resistance 150 1min Number of phases poles 3 phase 4P Time rating S1 frequency Hz 50 60 Degree of protection Cooling method P4 Totally enclosed forced ventilation system with cooling fan motor A cooling fan blows air over the motor toward the drive end Gooline dan Input power W 80 120 270 390 Installation location Indoor 1000m or less in altitude 0 36 0 38 0 41 0 95 0 95 1 1 1 1 1 Ambient temperature humidity 10 to 40 C 90 RH or less no condensation 0 4 0 4 0 4 0 4 Noise 5 5kW to 90kW 80dB A or less atim 110kW to 300kW 90dB A or less atim Approx weight kg Vibration resistance 6 86m s 0 7G Finishing color Munsell N1 2 Standard conformity JEM 1487 2005 Pulse encoder 1024P R DC 5V A B Z U V W line driver output NTC thermister 1 pc 2 pcs for 110kW or more cooling fan Current A Standard built in part Shaft extension U Y
90. ding to Pi e Calculate the input fundamental current 11 from the kW rating and efficiency of the load motor as well as the efficiency of the inverter Then calculate the input rated capacity as shown below Input rated capacity V3 x power supply voltage x 11 x 1 0228 1000 kVA Where 1 0228 is the 6 pulse converter s value obtained by effective current fundamental current When a general purpose motor or inverter motor is used the appropriate value shown in Table 2 can be used Select a value based on the kW rating of the motor used irrespective of the inverter type os Table 2 Input rated capacities of general purpose inverters determined by the nominal applied motors Nominal appled moor WJ 0 4 0 75 1 5 2 2 3 7 5 5 7 5 11 15 18 5 22 EEUU 0 57 0 97 1 95 2 81 4 61 6 77 9 07 13 1 17 6 21 8 25 9 400V 0 57 0 97 1 95 2 81 4 61 6 77 9 07 13 1 17 6 21 8 25 9 W y 45 bu 75 OC 110182 169 1200 220 Nominal applied motor kW Pi 200V 34 7 42 8 52 1 63 7 87 2 104 127 kVA 400V 34 7 42 8 52 1 63 7 87 2 104 127 153 183 Noninalappled moto kh 250 280 315 355 400 450 500 530 560 2 Values of Ki conversion factor Depending on whether an optional ACR AC REACTOR or DCR DC REACTOR is used apply the appropriate conversion factor specified in the appendix t
91. e 0 1Hz 1d MOO 806h 20 14h Detected speed value 30000 30000 r m data Nmax 20000 MOQ7 80h 21 15h Calculated torque value 0 01 1d MO8 sosh 22 16h Calculated torque current value 0 01 1d MO9 809h 23 17h Output frequency 0 1Hz 1d M10 80 n 24 18h Motor output 0 1kW 1d M11 80Bh 25 19h Output current rms value 0 1A 1d M12 80ch 26 1Ah Output voltage rms value 0 1V 1d M13 80Dh 27 1Bh Operation method final command 0000 FFFF M14 80Eh 28 1Ch Operation status 0000 FFFF M15 80Fh 29 1Dh Output terminals Y1 Y18 0000 FFFF M16 810 30 1Eh Latest alarm multiple cause 0000 552F M1 7 81th 31 1Fh Latest alarm data 0000 552F M18 812h 32 20h Last alarm data 0000 552F M19 813 33 21h Second last alarm data 0000 552F M20 814h 34 22h Accumulated operation time 0 65535 h M21 815 35 23h DC link circuit voltage 1V 1d M22 816 36 24h Motor temperature qu xus M23 817h 37 25h Type code 0000 FFFF You can change the setting of the functions indicated with the operation before changing other functions during operation Stop I indicates the factory setting Function Communications address A5NolLink No Name Setting range M24 818h 38 26h Capacity code 0 34 M25 819h 39 27h Inverter ROM main control version
92. eaker ELCB in the primary circuit of each inverter to protect the wiring Ensure that the circuit breaker capacity is equivalent to or lower than the recommended capacity Installing a magnetic contactor MC in the output secondary circuit If a magnetic contactor MC is mounted in the inverter s secondary circuit for switching the motor to commercial power or for any other purpose ensure that both the inverter and the motor are fully stopped before you turn the MC on or off Remove the surge killer integrated with the MC Installing a magnetic contactor MC in the input primary circuit Do not turn the magnetic contactor MC in the primary circuit on or off more than once an hour as an inverter fault may result If frequent starts or stops are required during motor operation use FWD REV signals Protecting the motor The electronic thermal facility of the inverter can protect the general purpose motor The operation level and the motor type general purpose motor inverter motor should be set For high speed motors or water cooled motors set a small value for the thermal time constant to protect the motor If you connect the motor thermal relay to the motor with a long cable a high frequency current may flow into the wiring stray capacitance This may cause the relay to trip at a current lower than the set value for the thermal relay If this happens lower the carrier frequency or use the output circuit filter OFL
93. ed 252 10 C 0 005 of max speed 10 to 50 C Analog setting Digital setting 3 of rated torque w dedicated motor 600Hz 1 Maximum speed Speed control range 800Hz by inverter output frequency conversion 1 1 1500 When the base speed is 1500 r min 1 to 1500 r min to max speed w no of PG pulses is 1024P R 1 6 constant torque range constant output range Induction motor control Speed sensorless vector control Speed setting 0 005 of max speed 0 005 of max speed Analog setting Digital setting Setting resolution Torque setting Torque current setting Control accuracy 0 01 of rated torque 0 1 of max speed 25410 C 0 1 of max speed 10 to 50 C Analog setting Digital setting 5 of rated torque Control response Maximum speed 40Hz 1 500Hz by inverter output frequency conversion 1 Speed control range 1 250 When the base speed is 1500 r min 6 to 1500 r min to max speed 1 4 constant torque range constant output range V f control Setting resolution Output frequency control accuracy 0 005 of max speed 0 005 of max speed Analog setting Digital setting 0 2 of max output frequency 25 10 C 0 01 of max output frequency 10 to 50 C Analog setting Digital setting Maximum frequency 500Hz Control range 0 2 to 500Hz 1 4 constant torque range constant
94. ed Control Performance Materialized industry s best control performance Induction Motor Achieved speed response of 6GO0QHz Tested with a dedicated motor with PG under vector control with speed sensor about six times greater than our conventional model Follow up characteristics under impact load Torque current Hh 0096 command value s Actual speed value kh OOr min Motor current WAAL AAA DO PP A A edith didi dedi V V Y e Q 5s nee le 100 1900 Load ON Load OFF Frequency Hz 100 096 FRN7 5VG1S 2J 600Hz 3dB FRN7 5VG7S 2 105Hz 3dB FRN37VG1S 4J at 500r min operation FRN7 5VG5S 2 54Hz 3dB Uneven rotation Reduced by one third Compared to our conventional model Speed and torque characteristics Torque accuracy 3 FRN37VG1S 4J 0 5r min 4 Rotation r min Axial torque Conventional model FRN37VG7S 4 0 51 min WA TANT TM T RO TT MT MN TIT W WM T PITT il i Im h LII Wi At 30r min operation FRN37VG1S 4J A Wide Range of Applications Ratings for intended use The operation mode for the motor is selected according to motor load condition Motors larger by one or two frames can be driven with medium load MD and light load LD use High D
95. ed by a terminal signal when the control circuit terminals THR assignment are connected to alarm terminals of external devices such as a braking unit or a braking resistor EO1 to E14 H106 Inverter internal overheat Activated if the ambient temperature of the control PC board increases due to poor ventilation of the inverter Motor overheat Motor 1 overload Motor 2 overload Motor 3 overload Inverter unit overload Output phase detection Overspeed Activated if the detected temperature of the built in NTC thermistor for motor temperature detection exceeds the data of the function code E30 Motor overheat protection Activated when the motor 1 current inverter output current exceeds the operation level set by function code F11 Activated when the motor 2 current inverter output current exceeds the operation level set by function code A33 Activated when the motor 3 current inverter output current exceeds the operation level set by function code A133 Activated if the output current exceeds the overload characteristic of the inverse time characteristic The inverter is stopped according to the temperatures of the inverter cooling unit and of the switching element that is calculated from the output current Stops the inverter by detecting a phase loss of the output wiring in operation Activated if the motor speed detected speed value predicted speed value exceeds 120 can be changed with H90 of the specifi
96. ed current A For the input circuit For the output circuit IputcicuilL1 RL2 SL37 Output circuit U V W DC link circuit P1 P Braking circuit P DB N supply motor Inverter type use DCR DCR DCR voltage kW HD MD LD HD MD LD HD MD LD HD ND LD provided provided provided 0 75 FRNO 75VG1S 2J 5 10 1 5 FRN1 5VG1S 2J 15 SC 05 Qe FRN2 2VG1S 2J 1 20 SC 05 ots 2 0 EX p ES cup 3 7 FRN3 7VG1S 2J 2 Pee SC 5 1 55 FRN5 5VG1S 2J Hc SO SC N1 SC 4 0 3 5 35 v es me E 7 5 FRN7 5VG1S 2J 40 75 SC54 SCN2 e 35 55 55 5 5 11 FRN11VG1S 2J 50 100 SC N1 SC N2S 5 5 14 8 0 3 8 0 3 15 FRN15VG1S 2J 75 125 SC N2 SC N3 SC N2 TX 14 18 5 FRN18 5VG1S 2J T ee 25 FRN22VG1S 2J 175 ZONE EOS 3 phase 30 HD 150 200 E 38 B 38 E 315 200V FARING A Ste LD SCN5 38 60 388 ser 35 97 175 250 HD 38 60 55 FRN37VG1S 2J LD SC N7 60 100 55 455 34 200 300 60 HD 60 100 55 FRNA45VG1S 2J 100 LD SC N8 100 TRE 55 55 250 350 SC N8 SC N11 100 SERRE Aiea HD SC N8 100 100 amp 0 E HUNC SC N10 150 2 1502 150 2 8 0 HD SC N11 150 150 14 O0 FING SN LD AS SOUL s SC N11 150 150 200 14 SONNEN HD SC N11 150 200 09 110 LD 500 SC N12 SC N12 200 200 250 22 3 FRN3 7VG1S 4J 10 20 SC 05 55 FRN5 5VG1S 4J 15 30 pog SC40 SC 05 ag 20 20 2 0 7 5 FRN7 5VG1S 4J 20 40 TE SC 5
97. ed value by the function code maximum speed E30 H106 F11 H106 A33 H106 A133 H106 Overvoltage Activated if the DC link circuit voltage exceeds the overvoltage level due to an increase of supply voltage or regenerative braking current from the motor However the inverter cannot be protected from excessive voltage high voltage for example supplied by mistake Overvoltage detection level 200V series 405V DC 400V series 820V DC PG error Charging circuit error Activated when the encoder terminal PA PB circuits are disconnected It is not activated when the sensorless control or the V f control is selected Activated if the bypass circuit of the DC link circuit is not formed the magnetic contactor for the charging circuit bypass is not closed after power is supplied 200V 37kW or more 400V 75kW or more DC fan lock Activated when the DC fan is stopped 200V 45kW or more 400V 75kW or more Hardware error Stops the inverter by detecting the LSI error on the PCB Minor fault warning When an alarm and warning content registered as a minor fault occur the minor fault indication L H1 is displayed on the KEYPAD For a minor fault the minor fault output Y terminal is output However alarm relay output 30ABC is not output and the inverter continues operating Items to be set can be selected individually Motor overheat 7 motor overload fi 0L 3 NTC thermister disconnection
98. efficient 1 kee 10 00 A1 5 50Fh M2 iron loss coefficient 2 D 10 00 A16 5o M2 iron loss coefficient3 10 00 A1 7 511h M2 magnetic saturation 1 0 0 Sf 100 096 A1 8 512h M2 magnetic saturation 2 0 0 EE 100 0 A1 9 513h M2 magnetic saturation 3 0 0 FEES 100 0 A20 514h M2 magnetic saturation 4 0 0 I 100 0 A21 515h M2 magnetic saturation 5 0 0 RAJ 100 0 A22 516 M2 secondary time constant AJ 9 999s A23 517h M2 induced voltage coefficient T 999V A24 518h M2 R2 correction coefficient 1 0 000 fds 5 000 A25 519h M2 R2 correction coefficient 2 0 000 Melee 5 000 A26 5 M2 R2 correction coefficient 3 0 010 IRJ 5 000 A27 51Bh M2 exciting current correction coefficient 5 000 A28 510 M2 ACR P Gain 0 1 fjj 20 0 A29 51Dh M2 ACR I Integration time 0 1 E 100 0ms A30 51Eh M2 PG pulse number 100 ZI 60000 A31 51Fh M2 thermistor selection o fJ 3 A32 s M2 electronic thermal overload relay Select 33 2 J A33 521h M2 electronic thermal OJ 09 99A overload relay Level 100 0 999 9A 1000 2000A li A34 522h M2 electronic thermal overload relay Thermal time constant DE 75 0min A51 533h M2 External PG correction coefficient 0000 ES 4FFF A52 5s M2 online auto tuning D i A53 535h M2 maximum output voltage 51 999v Maximum voltage limit value A54 536h M2 slip compensation amount 20 000 9999 5 000Hz A55 537h M2 torque boos
99. encoder error or failure is detected by using the ABS encoder with 17 bit high resolution option card OPC VG1 SPGT H108 H142 Input phase loss Undervoltage The inverter is protected from being damaged due to input phase loss Phase loss may not be detected when a load to be connected is light or when the DC reactor is connected Activated if the DC link circuit voltage decreases to the undervoltage level due to a reduction in the supply voltage The alarm output is not issued when the DC link circuit voltage decreases and the function code F14 is set to 3 to 5 Undervoltage detection level 200V series 180V DC 400V series 360V DC F14 Function Description LED Related function code Protective function NOTES NTC thermistor disconnection Overcurrent Activated if the thermistor circuit is disconnected when the application of NTC thermistors to corresponding motors M1 2 3 is specified with the function codes P30 A31 and A131 Also activated with extreme low temperature approx 30 C or lower Cut the output if a current to the motor exceeds the inverter overcurrent specified value P30 A31 A131 H106 Overheating at heat sink Activated if the temperature of the heat sink to cool the rectifier diodes and the IGBTs increases due to cooling fan stoppage Protective Functions External alarm The inverter stops on receiving the external alarm signal THR It is activat
100. eneral purpose motor When driving a 400V general purpose motor with an inverter using extremely long cables damage to the insulation of the motor may occur Use an output circuit filter OFL if necessary after checking with the motor manufacturer Fuji s motors do not require the use of output circuit filters because of their reinforced insulation Torque characteristics and temperature rise When the inverter is used to run a general purpose motor the temperature of the motor becomes higher than when it is operated using a commercial power supply In the low speed range the cooling effect will be weakened so decrease the output torque of the motor If constant torque is required in the low speed range use a Fuji inverter motor or a motor equipped with an externally powered ventilating fan Vibration When the motor is mounted to a machine resonance may be caused by the natural frequencies including that of the machine Operation of a 2 pole motor at 60Hz or more may cause abnormal vibration Study use of tier coupling or dampening rubber It is also recommended to use the inverter jump frequency control to avoid resonance points Noise When an inverter is used with a general purpose motor the motor noise level is higher than that with a commercial power supply To reduce noise raise carrier frequency of the inverter High speed operation at 60Hz or more can also result in more noise When running special motors
101. ent protective function may be activated This function is provided to protect the inverter Connect a separate earth leakage protective relay or an earth leakage circuit breaker for accident prevention such as human damage and fire Activated when a fault such as write error occurs in the memory The number of times to write into the memory nonvolatile memory is limited 100 000 to 1 000 000 times If data are written frequently with the all save function needlessly data change and data save may be disabled resulting in memory error Activated if a communications error is detected between the inverter control circuit and the KEYPAD when the start stop command from the KEYPAD is valid function code F0270 NOTE KEYPAD communications error does not indicate the alarm display and issue the alarm relay output when the inverter is operated by external signal input or the link function The inverter continues operating Activated when a CPU error occurs E35 E37 018 Network error RS 485 communications error Operation procedure error Activated if a communications error occurs due to noise when the inverter is operated through T Link SX bus or CC Link Activated also if a communications error is detected by the toggle monitoring function Activated if an RS 485 communications error occurs when the function code H32 is set to O to 2 during inverter running using RS 485 communications The function code H38 is set between 0
102. er supply via the contact b of the electromagnetic contactor for charge circuit 73 or MC For the capacity of FRN37VG1S 2J and FRN75VG1S 4J or more connect it to the main power supply without passing the inverter fan power auxiliary input terminal R1 T1 and the contact b of 73 or MC 4 Use the sequence that a running signal is input in the inverter after the PWM converter becomes ready 5 One of terminals X1 to X9 on the inverter unit must be set to external alarm THR BIRHCAOO0 A4C with VT specification Applicable inverter 3 phase 400V 400kW LD lBIRHC500 AC RHC630 4C Applicable inverter 3 phase 400V 500 630kW RO Converter Inverter aoig POY ae 52A ie trun Fx b bsor 522 STOP Part name i 220V A Filter condenser Filter resistance 1 Connect the step down transformer to limit the voltage of the sequence circuit lower than 200V 2 The auxiliary power supply input terminal for the PWM converter RO TO must be connected to the main power supply via the contact Xbt of the electromagnetic contactor for charge circuit 52 3 Since the AC fan power supply receives power from RO and TO terminals the power supply must be connected without passing the contact Xbt of 73 or 52 4 Use the sequence that a running signal is input in the inverter after the PWM converter becomes ready 5 The 52T timer must be set to 1 sec 6 One of terminals X1 to X9 on the inverter must be set to e
103. erval 0 00 M 1 00s o l 2 Protocol selection j 5 Torque reference selection j 4 Torque current reference selection 3 215 D7h Observer type selection 216 D8h M1 compensation gain 9385 1 00 times M2 compensation gain es 1 00 times Magnetic flux reference selection 42Ch 212 D4h Magnetic flux reference value 10 fa 43th 217 D9h M1 integration time 0 005 JW 1 0005 218 DAh M1 load inertia M2 load inertia 0 001 50 000kgm 2 9106018 50 000kgm 2 213 D5h Line speed feedback selection 35 Zero speed control Gain 0 100 times o EIS pulse Zero speed control completion range Overvoltage suppressing function g i Overcurrent suppressing function f 1 3 Load adaptive control function definition 1 Load adaptive control function definition 2 f 1 Winding up speed 338 999 9m m Cooling fan accumulated operation time 9 65535 1 Oh Factory default setting Main circuit capacitor capacity a 32767 Factory default measurement Setting main circuit accumulated time 7 65535 1 Oh Baa eranan Onn 455h Setting time year month 0000 9998 FFFF H86 458 Setting time day time 0000 Iff FFFF H87 457h Setting time min sec 9 FFFF H88 458 Clock time setting g i H
104. es 3 phase 4P 400 to 420V 50Hz 400 to 440V 60Hz 400V 50Hz 400 440V 60Hz Cooling fan Input power W 40 50 90 120 0 27 Current A 0 24 to 0 25 0 29 0 27 to 0 31 150 210 0 38 0 39 to 0 4 270 390 2200 1 0 1 0 10 4 6 4 3 4 1 Approx weight kg 111 phase 400V series standard specification Dedicated motor rated output kW 250 280 300 315 355 400 Applicable motor type MVK_ 531GA 531HA 535GA 535GA 535HA 2 52 2 76 5 99 5 99 6 53 10 08 11 04 23 96 23 96 26 12 1500 2000 V15 or less Moment of inertia of rotor kg ni Rotor GD kgf ni Base speed Max speed r min Vibration Voltage V 400V 50Hz 400 440V 60Hz frequency Hz Number of phases poles 3 phase 4P Cooling fan Input power W Current A 7 8 7 1 7 6 Approx weight kg 1685 1745 2230 2230 2310 2420 Insulation class Number of poles 280 296 380 570 710 760 1270 1310 1630 Common specifications Class F 4P Terminal design Mounting method Main terminal box lug type 3 or 6 main circuit terminals NTC thermistor terminals 2 MVK8 series 3 MVK9 series 1 is reserved Auxiliary terminal box terminal block Pulse generator PGP PGM PA PB SS cooling fan FU FV or FU FV FW Foot mounted with bracket IMB3 NOTE Contact FUJI for other methods Degree of protection Cool
105. for L load rer Peripheral and structure options FSL 123 for single phase Attachment for external cooling The items indicated with REI are dealt by Fuji Electric Technica The attachment to install the heat sink part of the inverter outside the panel PBVG7 7 5 for up to 7 5kW PB F1 30 for 11 to 22kW FRENIC VG Option cards Category Name Type Switch with SW on the PCB Specifications Remarks Analog card Synchronized operation card OPC VG1 SN Synchronizing interface circuits for dancer control coming soon F V converter OPC VG1 FV F V converter coming soon Aio extension card OPC VG1 AlO Extension card of Ai 2 points Ao 2 points Ai extension card OPC VG1 Al Extension card of Ai 2 points Digital card Di interface card OPC VG1 DI OPC VG1 16 bit Di of binary or 4 digit BCD sign for 8 bit bus OPC VG1 For setting the speed torque and the torque current reference Dio extension card OPC VG1 DIO OPC VG1 Extension of Dig bits and Do 8 bits for function selecting Dio option card for direct landing conto Di X 16 bit Do X 10 bit OPC VG1 UPAC exclusive use coming soon PG interface extension card OPC VG1 PG OPC VG1 5V line drivers type voltage output PGs A B O OPC VG1 and Z phase signals Used for detecting motor OPC VG1 speed line speed position reference and OPC VG1 position detection OPC VG1 PGo OPC VG1 Open collector type voltage output PGs A B OPC VG1 and Z phase signals Used for detecting mot
106. fore they S Serial Communication Functions Function Communications address code 485NolLink No Name Setting range SQ1 70ih 10h Frequency 30000 30000 r m speed reference Setting 1 data Nmax 20000 s02 702h 2 2h Torque reference 0 01 1d 03 703h 3 3h Torque current reference 0 01 1d SO4 704n 4 4h Magnetic flux reference 0 01 1d S05 705 5 5h Orientation position reference 0000 FFFF SOG 70 6 6h Operation method 1 0000 FFFF SO7 70m 7 7h Universal Do 0000 FFFF S08 708h 8 8h Acceleration time 0 01 3600 0 s S09 70 9 9h Deceleration time 0 01 3600 0 s S10 7o 10 ah Torque limiter level 1 0 01 1d S411 70 11 Bh Torque limiter level 2 0 01 1d S12 700 12 Ch Operation method 2 0000 FFFF 13 700 Universal Ao 16384 16384 S1 6 710Eh General purpose setting 1 32768 32767 S 17 711Fh General purpose setting 2 32768 32767 M Monitoring Functions Function Communications address l code 485NolLink No Name Setting range MO1 801h 15 Fh Speed setting 4 ASR input 30000 30000 r m data Nmax 20000 MO2 80h 16 10h Torque reference 0 0196 1d MOS 803 17 11h Toque current reference 0 0196 1d MO4 804n 18 12h Magnetic flux reference 0 0196 1d MO5 805h 19 13h Output frequency referenc
107. g OFF and then ON between the X terminal RST assigning and the CM This action is invalid if the cause of an alarm is not found and resolved The cause of the alarm that has not been released can be checked on the KEYPAD e The alarm may not be output when allocated to minor faults Pag hv d A V Md 4 m External Dimensions Inverter body
108. h selection Network device error Er4 The converter stops running if a fatal error is detected in the master Applicable to T Link HO6 Parity check network device including unconnected power supply SX and CC Link HO7 Stop bit check Operation procedure error Er6 When an error is detected in operation procedure the converter stops running HO8 No response error detection time A D converter error Er8 When an error is detected in the A D converter circuit the converter stops running HO9 Response interval Optical network error Erb The converter stops running if the optical cable is disconnected or a fatal error is detected in an optical device optional H10 Protocol selection IPM error IPE Activated if IPM self shutoff function is triggered by excessive current or overheat Less than 15kW H11 TL transmission format H12 Parallel system H13 Number of slave stations in parallel system Structure and environment H14 Alarm data deletion H15 16 Power supply current limit drive 1 2 Item Remarks H17 18 Power supply current limit control 1 2 Structure H19 20 Current limit early warning level timer Protective structure IPOO M11 Effective input current Color Munsell 5Y3 0 5 half bumished M12 Effective input voltage Maintainability M13 Run command Location M14 Running status Ambient temperature M15 Output terminals Y1 to Y18 Humidity Ene Altitude Less than 3000m output reduction may occur if the altitude is in the range between 1001 and 3000m Vibratio
109. he functions indicated with J during operation Stop the operation before changing other functions I indicates the factory setting Function Communications address Name Setting range USER P1 32768 9 32767 USER P2 32768 3 32767 USER P3 32768 9 32767 USER P4 32768 9 32767 USER P5 32768 9 32767 USER P6 32768 9 32767 USER P7 32768 9 32767 USER P8 32768 9 32767 USER P9 32768 9 32767 BOAR USER P10 32768 32767 Ulis USER P11 32768 32767 32768 9 32767 4 BEh USER P14 OME USER P15 U16 sn USER P16 Bih USER P17 18 5n USER P18 9 sin USER P19 U21 USER P21 32768 9 32767 32768 9 32767 32768 9 32767 32768 9 32767 32768 9 32767 32768 9 32767 32768 9 32767 32768 9 32767 32768 9 32767 USER P22 32768 32767 USER P23 32768 32767 USER P24 32768 32767 USER P25 32768 9 32767 USER P26 32768 9 32767 USER P27 32768 9 32767 USER P28 32768 9 32767 USER P29 32768 9 32767 USER P30 32768 9 32767 USER P31 32768 9 32767 USER P32 32768 9 32767 USER P33 32768 32767 USER P34 USER P35 USER P36 U37 USER P37 B26h USER P38 U39 gn USER P39 UAO 5e USER P40 U41 Em USER P41
110. he protection function is activated or to keep the KEYPAD on even when the inverter main power supply is cut The inverter can be operated without inputting the power to this terminal Note4 Normally this is not necessary to connect Used when combining the unit such as high power factor PWM converter with power regenerative function Note5 When connecting a DC reactor DCR option remove the jumper bar from across the inverter main circuit terminals P1 and P The DCR is a standard accessory for 75kW or larger capacity inverters It must be connected when provided The DCR is a standard accessory for the LD of 55kW and 75kW or larger capacity It must be connected when provided Use the DC reactor option under the following conditions the capacity of the power transformer is 5OOKVA or more and is ten times or more than the inverter rated capacity and a load from a thyristor exists on the same power supply system Note6 A braking transistor is built in the inverters with 55kW or less 200V series and160kW or less 400V series It can be directly connected across P DB Note7 When connecting a braking resistor to the inverter with the capacity 75kW or more 200V series and 200kW or more 400V series be sure to use a braking unit option Connect the braking unit option across P and N The auxiliary terminals 1 and 2 have polarity Connect them according to the diagram above Note8 This is a terminal for grounding
111. iainfonance Displays and records accumulated time for capacitor life and cooling fan operation time in the control power Common functions Displays and records inverter operation time Displays and records the maximum output current and the maximum internal temperature for the past one hour RS 485 This is a input terminal to connect computers and programmable controllers via RS 485 communications Communications US USB connector Mini B type for connection with a computer The following operations are enabled using the inverter support loader function code edit transfer verification inverter test run and monitoring various states Set the VG7 function codes to activate each operation of the code excluding the function codes for the VG7 third motor Pune Hen cove Caa Val d from the VG7 can be wri he FRENIC VG without changing them by using the PC load ial i Compatibility with VG7 alues read from the can be written to the VG without changing them by using the oader except some special items earlier models Communications T Link SX bus and CC Link are fully compatible The host PLC software can be used without any change Except some special items Adaptor An adaptor to fit the installation dimensions of earlier models is available as option Safe Torque Off STO Safety function Standard function Stopping function e Stops the inverter output transistor with the hardware and cut the torque output of the motor immediately with a digital inpu
112. ias activation timer 5 EIE Torque reference monitor Polarity selection LED monitor Display coefficient A 103 67h 300 If 300 300 00 989 300 009 300 00 389 300 0096 300 00 M 300 0096 300 00 ie 300 0096 Py 1 00s D 999 00 If 999 00 LED monitor Display coefficient B 999 00 ffs 999 00 LED monitor Display filter 0 0 991 5 0s LED monitor Display selection h 32 LED monitor Display at stopping state 3 1 LCD monitor Display selection H LCD monitor Language selection H 7 PE LCD monitor Contrast adjusting 0 3 10 E mmm Output unit HP kW selection 1 ASR1 P Gain fale oe ASR1 I Constant of integration EES saul frceieenn ASR1 FF Gain ASR1 input filter 0 1 fff 500 0 0 000 AW 10 000s 01000 9 999s 0 000 00710 5 000s F65 ZEN ET ASR1 detection filter 0 000 93095 O 100s F66G 42h 112 70h ASR1 output filter 0 000 9097 0 100s F67 43h 113 71h S curve acceleration start side 1 509 I indicates the factory setting jn il s Name Setting range F68 44h 114 72h S curve acceleration end side 1 50 F69 45h 115 73h S curve deceleration start side 1 50 F70 46h 116 74h S curve deceleration end side 1 3 50 F72 48h Spare exc
113. ications MD specification for middle duty spec Three phase 400V series Type FRNL VG1S 4J Nominal applied motor kW 7 Rated capacity kVA 1 Rated current A Overload current rating 150 of rated current 1min Main power 3 phase 380 to 440V 50Hz Phase Voltage Frequency 380 to 480V 60Hz 2 Auxiliary input for control power Phase Voltage Frequency Single phase 380 to 480V 50Hz 60Hz Auxiliary input for fan power Single phase 380 to 440V 50Hz Phase Voltage Frequency 3 380 to 480V 60Hz 2 Voltage frequency variation Voltage 10 to 15 Voltage unbalance 2 or less 4 Frequency 5 to 5 Rated current A with DCR 210 238 286 357 390 443 559 628 705 789 55 without DCR Required power supply capacity kVA 6 140 165 199 248 271 312 388 436 489 547 Braking resistor discharge control 15096 Braking resistor discharge control 15096 braking torque Braking method braking torque braking torque Separately installed braking resistor option Separately installed braking resistor option Separately installed braking unit option Input power Carrier frequency kHz 2 Approx weight kg IPOO open type IP20 closed type is available as option Note 1 The specifications above are established when the function code F80 3 MD specification is applied When used with the MD specification with 9OkKW or more
114. ice Department is 6 months from the date that repairs are completed 1 2 Warranty range 1 In the event that breakdown occurs during the product s warranty period which is the responsibility of Fuji Electric Fuji Electric will replace or repair the part of the product that has broken down free of charge at the place where the product was purchased or where it was delivered However if the following cases are applicable the terms of this warranty may not apply 1 The breakdown was caused by inappropriate conditions environment handling or use methods etc which are not specified in the catalog operation manual specifications or other relevant documents 2 The breakdown was caused by the product other than the purchased or delivered Fuji s product 3 The breakdown was caused by the product other than Fuji s product such as the customer s equipment or software design etc 4 Concerning the Fuji s programmable products the breakdown was caused by a program other than a program supplied by this company or the results from using such a program 5 The breakdown was caused by modifications or repairs affected by a party other than Fuji Electric 6 The breakdown was caused by improper maintenance or replacement using consumables etc specified in the operation manual or catalog etc 7 The breakdown was caused by a science or technical problem that was not foreseen when making practical application of the product at the time it was
115. imensions Unit mm Body external dimensions 310 2 506 4 500 6 656 4 650 6 Series Inverter type FRNO 75VG1L_ 2J FRN1 5VG1L_ 2J FRN2 2VG1L_ 2J FRN3 7VG1L1 2J FRN5 5VG1L 1 2 FRN7 5VG1L 1 2 FRN11VG1l 2J FRN15VG1l 1 2J FRN18 5VG1 2J FRN22VG1l 1 2J FRN30VG1lL 1 2J FRN37VG1L1 2J FRN45VG1l 1 2J FRN55VG1lL 1 2J FRN75VG1L 1 2J FRN90VG11I 1 2J FRN3 7VG1LJ 4J FRN5 5VG1 4J FRN7 5VG1LJ 4J FRN11VG1L 1I 4J FRN15VG1LT 4J FRN18 5VG1l 4J FRN22VG11l 4J FRN30VG1l 4J FRN37VG1LT A4J FRN45VG1l 1 4J FRN55VG1L1 4J FRN75VG1LT 4J FRN90VG11I 4J FRN110VG1 J 4J FRN132VG1LJ 4J FRN160VG1L 4J FRN200VG1LJ 4J FRN220VG1L 4J FRN280VG1L 4J FRNS315VG1L 4J FRN355VG1 FRN400VG1 FRN500VG1 FRN630VG1 S Standard type z o eq EE x TR e 550 Eg 506 4 500 6 656 4 650 6 659 653 859115859 972 966 olJlgolJolgojlolololololIolololololol olo owo gt gt I C ojo ol olw w OW gt S S P FRENIC VG 3 phase 200V series standard specification Dedicated motor rated output kW Applicable motor type MVK Moment of inertia of rotor kg ni 8095A 0 009 0 009 8097A 8107A 8115A 8133A 8135A 8165A 8167A 8184A 8185A 8187A 8207A 8208A 9224A 9254A 9256A 0 5
116. ing method IP44 Totally enclosed forced ventilation system with cooling fan motor A cooling fan blows air over the motor toward the drive end Only MVK8095A 0 75kW is of natural air cooling type Installation location Ambient temperature humidity Indoor 1000m or less in altitude 10 to 40 C 90 RH or less no condensation Finishing color Munsell N5 Standard conformity MVK8 series JEM1466 or JEC 2137 2000 MVK9 series MVK5 series JEC 2137 2000 Standard accessories Pulse generator 1024P R 15V complementary output NTC thermistors 1 or 2 units cooling fan except for MVK8095A Note1 The torque accuracy is 5 for applicable motors with 55kW or more When further accuracy is required contact Fuji Note2 When a dedicated motor other than the motor with 4 pole and with base speed 1500r min is necessary inquire separately Main terminal box Aux terminal box Main terminal box 102 n Shaft extension L A R U Aux terminal box for fan Aux terminal box for PG Main terminal box Main terminal box R terminal box yy Sm INS ON CTT a ic rated Dimensions output Motor type Fig kW 0 75 MVK8095A Ol N e oO 1 5 MVK8
117. ion Gain for speed setting Sets the proportional relationship between analog speed setting and motor speed in the range of O to 20096 Jump speed Jump speed 3 points and jump hysteresis width 1 point can be set Rotating motor pick up Flying start A rotating motor can be smoothly picked up by the inverter without stopping Auto restart after momentary power failure Automatic restart is available without stopping the motor after a momentary power failure Slip compensation Droop control Compensates for the decrease of speed due to load and realizes stable operation by V f control w induction motor The motor speed droops in proportion to output torque disabled with V f control Torque limiting Torque control PID control Cooling fan ON OFF control Toggle monitor control omn Limits the torque to predetermined values selectable from common to 4 quadrants independent driving and braking etc Analog and external signal 2 steps settings are available Analog setting O to 10V O to 150 up to 300 by gain adjustment Analog input by PID control is possible Cooling fan is stopped during motor stoppage and low temperature to elongate the cooling fan life and reduce cooling fan noise Monitors the communications between the host device PLC and the inverter are functioned in a proper condition FRENIC VG Item Specifications Control Torque bias Mot
118. is a standard accessory is different among HD MD and LD specifications Shifted by one frame FRNS0OVG1S 4J FRNA00VGiS4J How to read the model number FRN 5 5L VG1S 2 JLL Special type FRENIC Series 7 de Nominal applied motor capacity English T Optional language Input power source Three phase 200V Three phase 400V 1 8 1 5kW 55 5 5kW 630kW HD Unit type Code Application range VG High performance vector control Code Developed inverter series 1 Series Note Built in options Not provided braking relation The standard specification type shown in above list is employed for the standard model The product detail described in this document is intended for selecting a model When using a product read the Instruction Manual carefully ion Caution and use the product properly HD specification for high duty spec Standard Specifications Three phase 200V series unit type Type FRNOVG1S 2J were lee ae ea 30 37 45 55 75 90 Nominal applied motor kW 5 5 Rated capacity kVA 1 10 Rated current A 27 Overload current rating 150 of rated current 1min 2 200 3sec 3 Main power 3 phase 200 to 220V 50Hz Phase Voltage Frequency 3 phase 200 to 230V 50Hz 60Hz 200 to 230V 60Hz 4 Auxiliary input for control power Phase Voltage Frequency
119. it terminals PE p p FRN30VG1S 2J FRN30VG1S 4J FRN55VG1S 4d Fig C Charge lamp OQIIQIOIO L1 R L2 S L3 T DB U V W Screw size Main circuitM8 Grounding M8 Aux power RO TO M3 5 FRNO 75VG1S 2J FRN7 5VG1S 2J FRNO 75VG1S 4J FRN7 5VG1S 4J Fig A 3X Charge lamp o o eG oG Screw size Main circuittM5 Grounding M5 Aux power RO T0 M3 5 FRN37VG1S 2J FRN55VG1S 2J FRN 75VG1S 4J FRN110VG1S 4J Fig D Fig E xi W Charge lamp L1 R L2 S eG ec eG ec EDA BER EDA BER Screw size Main circuitM10 Grounding M8 Aux power RO T0 M3 5 FRN9OVG1S 2J FRN11VG1S 2J FRN22VG1S 2J FRN11VG1S 4J FRN22VG1S 4J Fig B Charge lamp Ox 1090 ojo ae Screw size Main circuitM6 Grounding M6 Aux power R0 T0 M3 5 FRN132VG1S 4J FRN160VG1S 4J FigF iX Charge lamp kE minime L1 R L2 S L3 T o Plo 9159 gl ea e Screw size Main circuitM12 Grounding M10 Aux power RO TO M3 5 Terminal FRN200VG1 S 4J FRN220VG1S 4J S U O U O FRN280VG1S 4J FRN315VG1S 4J Arrangement Diagran Diagram Fig H XX Charge Fig XX Charge lamp lamp FRN9OVG1S 2J FRN200VG1S 4J FRN220VG1S 4J rill O O O L1 R L3 T P1 O Q e L1 R L3 T P1 Q V QO V NC P N eG Editi Fig G cf Charge O O Q lamp L1 R L2 S L3 T esee RIITI QO o QO O O O O O LT R Las L3 T U v w L
120. itation mode selection 3 1 F73 4 Magnetic flux level at light load 10 i F 74 4Ah 117 75h Pre excitation time 0 10 0s F75 4Bh 118 76h Pre excitation initial level 400 F76 4Ch Speed limiter method selection 3 3 F77 4Dh 79 4Fh Speed limiter level 1 110 0 RI 110 09 F78 4Eh 254 FEh Speed limiter level 2 110 0 N 10 0 F79 4Fh 119 77h Motor selection M1 M2 M3 9 2 F80 50n Current rating switching H 3 F81 51h Offset for speed setting signal 12 30000 9 30000r min F82 52h Dead band for speed setting signal 12 I 150 0r min F83 55 Filter for speed setting signal 12 0 000 M 5 000s F84 54h Cumulative power data display coefficient 0 000 ST 9999 F85 55 Torque calculation value filter 0 000 MEIT 1 000 E Extension Terminal Functions pane a rus Name Setting range E01 10ih 120 78h X1 function selection 76 E02 102h 121 79h X2 function selection o ll 76 EO3 103h 122 7Ah X3 function selection 0 El 76 EOA 1040 123 7Bh X4 function selection 0 El 76 EO5 105h 124 7Ch X5 function selection 0 H1 76 EOG 106h 125 7Dh X6 function selection 0 B 76 E07 107 126 7Eh X7 function selection 0 HM 76 EOS 108 127 7Fh X8 function selection 0 El 76 EOQ 109 128 80h X9 function selection 0 E 76 E10 1
121. l 1 220 s al i 241 MAX ACL 40B ACL 74B F200160 F200160PB MCCB W o mounting legs Mounting legs provided or Ferrite ring ELCB Contactor lt Power supply ll Recommended wire size Ferrite ring types for reducing radio noise Q ty No of turns Recommended wire size mm2 1 4 220 0393 5555 ACL AOB 2 2 8 14 1 4 8 14 ACL 74B 2 2 22 38 60 5 5X2 8X2 14X2 22X2 4 1 100 150 200 250 325 38x2 60x2 100x2 150X2 F200160 4 1 Z2U00K2 250 2 325x2 325xs F200160PB 4 1 200X2 250X2 325xX2 325Xx3 NOTE Use a 600V HIV insulation cable Allowable temp 75 C WIFilter dimensions 22kW or less
122. n 200V 2 The auxiliary power supply input terminal for the PWM converter RO TO must be connected to the main power supply via the contact b of the electromagnetic contactor for charge circuit 52 3 Since the AC fan power supply receives power from RO and TO terminals the power supply must be connected without passing the contact b of 52 4 Use the sequence that a running signal is input in the inverter after the PWM converter becomes ready 5 The 52T timer must be set to 1 sec 6 One of terminals X1 to X9 on the inverter must be set to external alarm THR MBRHC7 5 2C to RHC90 2C Applicable inverter 3 phase 200V 7 5 to 90kW BIRHC7 5 AC to RHC220 4C Applicable inverter 3 phase 400V 7 5 to 220kW Power supply Converter Inverter MC Lf Part name Filter resistance o Charge resistance Fuse Electromagnetic contactor for charge circuit 1 If the main power supply is 400V series connect the step down transformer to limit the voltage of the sequence circuit lower tan 220V 2 The auxiliary power supply input terminal for the PWM converter RO TO must be connected to the main power supply via the contact b of the electromagnetic contactor for charge circuit 73 or MC If 73 is SC 05 SC 4 0 or SC 5 1 use the auxiliary contact unit for the contact SEO SoD me 3 Make sure to connect the auxiliary power supply input terminal of the inverter RO TO to the main pow
123. n 2 to 9Hz Amplitude 3mm 9 to 20Hz 9 8m s 20 to 55Hz 2m s 9 to 55Hz 2m s is used if the power is higher than 9OkW Storage temperature 20 to 55 C Storage humidity 5 to 95 RH Equipment Configuration List CT use AA Charging circuit box Filterin Nominal PWM Charging circuit Contactor for Sing Reactor for Resistance Reactor Capacitor S Voltage applied converter contactor powersource Charging resistance Fuse pressurizing for filter for filter for filter contactor M we c mw co w cu fo o v c Qv co jv o o o on c fore fo SEE 80W 7 50 pec HF5C5504 7277757 M be P eurs20 E cra sd de ad Dd M ouze20 V aca a 200V cuso 2c 1 series Lp ne cal reas Th ro Paar cu7s 2c_ 1 LR275C_ LFC275C 1 cr2 75c 1 SCN11 1 iml poc 23f51J cu7z 5 4c 1 TK50B 300J 3 CREL 30 UL _ 2 LR4 7 5c 1 GRzG80 1740 3 LFC4 7 5c 1 CF4 756 1 toes press Ecos cedi esol iudi ui iu HF5C5504 Tere el EE epe Hee p ge ee ee ee rr sene LRA7SC t GRzG4000380 3 LrC47sC 1 CF4 75C Secr x od ciudad add d ICU110 4C 1 GRZG120 20 2305 Ma fae P Pe CUT60 4C 1 RHC200 4C pu N12 a A50P600 4 CU200 4C pM GRZG400 10 LR4 220C 1 RF4 220C LFC4 220C 1 CF4 220C 220 _ RHC2204C IcU220 4C 1 A700S800 4 2 ud N3 im 4 GRZG400 10 ao oa eae e MNA RF4 280C 1 urc42soc 1 cF4 280C 1 SC N4 RHC315 4C 2431 A7OP16
124. n code polling and to control selecting RUN RST and X1 No function code can be written Communicates with the PC or PLC Fuji protocol and RTU are supported OPC VG7 TL option allows T Link communication with the T Link module in the MICREX F or MICREX SX SX bus optional CC Link optional OPC VG7 SX option allows connection between SX bus and MICREX SX OPC VG7 SX option allows connection with the CC Link master device Trace back optional Hardware OPC RHC TR option allows trace back of the converter operation status data The software WPS LD TR is required Software WPS RHC TR software allows collecting the trace back data on the PC Optical communications optional OPC VGS SI option allows sharing the load of the concurrent multitasking system Therefore the capacity of up to 2400kW can be supported Protective Functions Function code Name Item Remarks FOO Data protection AC fuse blown ACF When the AC fuse is blown only R and T phases the converter stops running FO1 High frequency filter selection AC overvoltage AOV The converter stops running on detection of AC overvoltage FO2 Restart mode after momentary power failure operation selection AC undervoltage ALV The converter stops running on detection of AC undervoltage FOS Current rating switching AC overcurre
125. n to be supported for position control MVK series GNF2 series Coming soon GNB2 series GNS1 series High efficiency Sensorless A wide range of options The new model offers options that enable various interfaces including high speed communication Options can be used by just inserting them into the connectors inside the inverter Up to five cards can be mounted There are some restrictions on how optional cards may be combined Contact Fuji for details OPC VG1 SN OPC VG1 FV Synchronized interface 1 F V converter 1 Aio expansion card OPC VG1 AIO Ai expansion card OPC VG1 Al Dio expansion card OPC VG1 DIO PG interface expansion card OPC VG1 PG OPC VG1 PGo OPC VG1 SPGT OPC VG1 PMPG OPC VG1 PMPGo OPC VG1 TL OPC VG1 CCL OPC VG1 SX i 1 DeviceNet interface card OPC VG1 DEV Terminal block for high speed serial communications OPC VG1 TBSI Analog card Digital card for 8 bit bus 5V line driver Open collector CED NEW ABS encoder with 17 bit high resolution Line driver Open collector PG card for synchronous motor drive T Link interface card CC Link interface card SX bus interface card CD E SX bus interface card Digital card for 16 bit bus Safety card Field bus interface card Control circuit terminal 1 Coming soon Easier Maintenance and Greater Reliability FRENIC VG Loder can be used via the US
126. ne tuning Rotary type and non rotary type are available for tuning the motor constant On line tuning Used as a motor constant for compensating the temperature change Position control Standard function position control by servo lock and built in transmitting circuit Options OPC VG1 PG PR for line driver type pulse command input OPC VG1 PGo PR for open collector type pulse command input OPC VG1 SPPG PR ABS encoder with 17 bit high resolution Pulse train synchronous operation Options OPC VG1 PG PR OPC VG1 PGo PR for open collector type pulse command input for line driver type pulse command input Display and setting Display 7 segment LED LCD w backlight Language display Japanese English Chinese Korean French Spanish German and Italy 1 Running stopping Output frequency Torque current reference value Power consumption motor output Output current e Magnetic flux reference value Magnetic flux calculation value PID feedback value PID output value Ai adjusted value Ai2 Optional monitor 1 to 6 Presence of digital input output signal Motor temperature Heat sink temperature Load factor Input power Integral power consumption Operation time Motor accumulated operation time no of starts for each motor etc Speed reference value Torque calculation value DC link circuit voltage Load shaft speed PID reference value
127. nt AOC The converter stops running if the input current peak value exceeds the overcurrent level FO4 LED monitor Display selection AC input current error ACE The converter stops running on detection of excessive deviation between AC input and ACR FO5 LCD monitor Display selection Input phase loss LPV The converter stops running if the input phase loss occurs in the power supply FO6 LCD monitor Language selection Synchronous power The power supply frequency is checked after 73 is input If a frequency error is detected the converter ROM LCD monitor Contrast adjusting supply frequency error stops running Error during converter running such as momentary power failure triggers no alarm F08 Carrier frequency DC fuse blown dCF The converter stops running if the AC fuse is blown P side Above 18 5kW EO1 X1 function selection DC overvoltage dOV The converter stops running on detection of DC overvoltage 200V series Above 400V 3V EO2 to 13 Yi Y2 Yo Y 5 YII to 18 If the power failure takes long and the control power goes out 400V series Above 800V 5V function selection the converter is automatically reset E14 1 0 function normally open normally closed DC undervoltage dLV The converter stops running on detection of DC undervoltage 200V series Runs at 185V and restarts at 208V B5 RHC overload early warning level If the power failure takes long and the control power goes out 400V series Runs at 371V and restarts at 417V E16 Cooling fan ON OF
128. o 220V 50Hz 200 to 230V 60Hz 2 15 Voltage unbalance 2 or less 4 Frequency 5 to 596 Input power Voltage frequency variation Voltage 10 to Rated current A with DCR 25 without DCR Required power supply capacity kVA 6 138 167 203 282 334 410 185 48 225 58 270 71 98 116 143 Braking method braking torque Braking resistor discharge control 110 braking torque Separately installed braking resistor option Separately installed braking unit option for FRN75VG1S 2J or higher 2 to 10 2to5 Approx weight kg 25 32 42 43 62 Enclosure IPOO open type IP20 closed type is available as option Carrier frequency kHz 7 105 Three phase 400V series Type FRNUIVG1S 4J 30 37 45 55 r3 75 m 90 E 110 132 160 200 r3 220 315 355 400 500 630 Rated capacity kVA 1 69 85 114 EJ E E er ere EJ zm EI 563 640 210 253 304 377 415 ae 8 740 840 960 1170 1370 Overload current rating 120 of rated current 1min 3 phase 380 to 480V 3 phase 380 to 440V 50Hz 50Hz 60Hz 380 to 480V 60Hz 2 Main power Phase Voltage Frequency Auxiliary input for control power Phase Voltage Frequency Single phase 380 to 480V 50Hz 60Hz Auxiliary input for fan power Phase Voltage Frequency 3 Single phase 380 to 440V 50Hz 380 to 480V 60Hz 2 Voltage 10 to 15
129. o FFFF Upper 2 digit year lower 2 digit month 0000 to FFFF Upper 2 digit day lower 2 digit time 0000 to FFFF Upper 2 digit minute lower 2 digit second M6 7 843h Alarm latest 0000 to FFFF canceled date year month Upper 2 digit year lower 2 digit month M68 844h Alarm latest 0000 to FFFF canceled date day time Upper 2 digit day lower 2 digit time M69 845h Alarm latest 0000 to FFFF canceled date min sec Upper 2 digit minute lower 2 digit second M70 846h Alarm latest extension identification O 1 M71 847h Multiple alarm latest no 2 0000 FFFF D ce c pum o gt rad FRENIC VG I indicates the factory setting Function Communications address Function Communications address core LAKNO Name Setting range code 485NolLink No Name Setting range M72 Multiple alarm latest no 3 0000 FFFF M137 2925h Control input 4 0000 FFFF M73 849h Multiple alarm latest no 4 0000 FFFF M138 292 Control input 5 0000 FFFF M74 84 n Multiple alarm latest no 5 0000 FFFF M139 2927h Control input 6 0000 FFFF Alarm latest sub code 0000 FFFF M1402228 Control input 7 0000 FFFF Alarm latest maximum speed 0 65535 r m M141 222 Control input 8 0000 FFFF M77 Alarm latest input power 0 65535 kW M142 2m Control output 4 0000 FFFF M78 Alarm latest motor temperature
130. o the guideline The values of the converter factor are shown in Table 3 Table 3 Conversion factors Ki for general purpose inverters determined by reactors Circuit category Circuit type Conversion factor Ki Main applications Without a reactor With a reactor ACR Refrigerators With a reactor DCR air conditioning systems With reactors ACR and DCR K34 1 4 Other general appliances e General purpose inverters Elevators 3 Three phase bridge 3 capacitor smoothing 2 Calculation of Harmonic Current 1 Value of input fundamental current Apply the appropriate value shown in Table 4 based on the kW rating of the motor irrespective of the inverter type or whether a reactor is used f the input voltage is different calculate the input fundamental current in inverse proportion to the voltage Table 4 Input fundamental currents of general purpose inverters determined by the nominal applied motors 04 18 5 200v 1 62 2 74 5 50 7 92 13 0 19 1 25 6 36 9 49 8 61 4 73 1 0 81 1 37 2 75 3 96 6 50 9 55 12 8 18 5 24 9 30 7 36 6 Sklona 49 83 167 240 394 579 776 1121 1509 1860 iin 30 37 45 55 75 90 110 132 160 200 200v 98 0 121 147 180 245 293 357 49 0 60 4 73 5 89 9 123 147 179 216 258 323 355 2970 3660 4450 5450 7450 8910 10850 13090 15640 19580 250 280 315 355 400 45
131. o the phases Ensure that the wiring is shorter than 50m If this length must be exceeded lower the carrier frequency or mount an output circuit filter OFL When wiring is longer than 50m and sensorless vector control or vector control with speed sensor is selected execute off line tuning Wiring size Select cables with a sufficient capacity by referring to the current value or recommended wire size Wiring type Do not use multicore cables that are normally used for connecting several inverters and motors e Grounding Securely ground the inverter using the grounding terminal Selecting inverter capacity Driving general purpose motor Select an inverter according to the applicable motor ratings listed in the standard specifications table for the inverter When high starting torque is required or quick acceleration or deceleration is required select an inverter with a capacity one size greater than the standard Driving special motors Select an inverter that meets the following condition Inverter rated current gt Motor rated current Transportation and storage When transporting or storing inverters follow the procedures and select locations that meet the environmental conditions that agree with the inverter specifications Fuji Electric Co Ltd Gate City Ohsaki East Tower 11 2 Osaki 1 chome Shinagawa ku Tokyo 141 0032 Japan Phone 81 3 5435 7057 Fax 81 3 5435 7420 URL http www fujielect
132. onnect up to 31 inverters through a multidrop daisy chain connection Half duplex method USB port Front access connector type mini B USB 2 0 Full Speed Pulse generator 2 phase signal input Terminals for connecting 2 phase signal of pulse generator PGP PGM Pulse generator power supply 15V DC pulse generator power supply or can be switched to 12V FA FB Pulse generator output Outputs the signal with which the pulse encoder signal is divided by free ratio can be set by the function code Open collector and complimentary same voltage as PGP terminal can be switched CM Pulse generator output common Common terminals to FA and FB Temperature detection NTC Thermistor PTC Thermistor Motor temperature can be detected with the NTC and the PTC thermistors The motor overheat protective level can be specified by the PTC thermistor function FRENIC VG Wiring Diagram Basic Wiring Diagram 13 Thermal relay Dedicated _ Fi Transformer 15 13 motor AEE den FU m LL eB Yn FM ON l ec ECCE RENE NER M RES SM mcr EE TEC ee ee Tan gt wl omn ud THR Braking resistor option N gt Braking unit BU T es way option iat a ai 1 i setting input
133. or OPC VG1 speed line speed position reference and OPC VG1 position detection OPC VG1 SPGT ABS encoder with 17 bit high resolution T Link interface card OPC VG1 TL T Link interface card CC Link interface card OPC VG1 CCL CC Link compliant card Ver2 00 PG card for synchronous OPC VG1 PMPG 5V line drivers type A B magnetic pole motor driving OPC VG1 PMPGo Open collector type position max 4 bits OOO Oye POPOV Oeil Digital card for 16 bit bus User Programmable OPC VG1 UPAC Technology card coming soon Application Card Safety card Function safety card OPC VG1 SAFE Safety standard compliant card PROFIBUS DP OPC VG1 PDP PROFIBUS DP interface card coming soon interface card DeviceNet OPC VG1 DEV DeviceNet interface card coming soon Control circuit terminal Terminal block for high speed serial communications OPC VG1 TBSI Used for multiple winding motor drive system reactor connection system Loader Inverter Support loader WPS VG1 STR For Windows Free version WPS VG1 PCL For Windows Paid version Package software Tension control software WPS VG1 TEN For Windows coming soon Dancer control software WPS VG1 DAN Supplied with inverter support loader Paid coming soon Position control software WPS VG1 POS CD ROM coming soon Category Name Length m Specifications Cable Extension cable for 5m Connection cable between an inver
134. or selection Internal setting 3 steps and analog setting hold function are enabled by combining the fixed value 1 step polarity switching by motor rotation direction function and eternal signal DI signal Motor can be selected from three types by using F79 or by combining the eternal signal DI signal Temperature detection NTC thermister Fuji Electric product or equivalent item PTC thermister trip level set by parameter for motor overheat protection PG detection circuit self diagnosis Self diagnosis for detection circuit of the pulse encoder input signal PA PB Load adaptive control function Running efficiency of the unit can be improved by calculating the max elevation speed achieved by the weight for a vertical transfer unit or other similar units Multiple winding motor drive Reactor connection drive Option OPC VG1 TBSI Only for PG vector control and sensorless vector control UP DOWN control Speed setting is possible by combining the UP command DOWN command and zero clear command using the external signal DI signal Stopping function PG pulse output 3 types of stopping functions STOP 1 2 and 3 Outputs the input pulse such as a motor PG signal by fixed or free frequency dividing Open collector and complimentary same voltage as PGP terminal can be switched by setting the unit internal switch Observer Suppresses load disturbances and vibrations Off li
135. output range Synchronous motor control Vector control w speed sensor Speed setting Setting resolution Analog setting 0 005 of max speed Digital setting 0 005 of max speed Torque setting 0 01 of rated torque Speed Control accuracy 0 1 of max speed 25410 C 0 005 of max speed 10 to 50 C Analog setting Digital setting 3 of rated torque w dedicated motor Response control Speed 600Hz 1 Maximum speed 800Hz by inverter output frequency conversion 1 1 Maximum value This value may not be reached depending on the carrier frequency settings Synchronous motor control Control Item Vector control Speed control range w speed sensor Running and operation Specifications 1 1500 w no of PG pulses is 1024P R When the base speed is 1500 r min 1 to 1500 r min to max speed Common Specifications KEYPAD operation CW or CCW operation by or key and o key Digital input signal operation FWD or REV command coast to stop command reset input multistep speed selection command etc Speed setting KEYPAD operation Or 9 key External potentiometer three terminals 1 to 5kO O to 10V 4 20mA Speed increases when UP signal DI is ON Analog input UP DOWN control and decreases when DOWN signal DI is ON Multistep speed Up to 15 different speeds can be selected by combining four external input signals DI
136. purchased or delivered 8 The product was not used in the manner the product was originally intended to be used 9 The breakdown was caused by a reason which is not this company s responsibility such as lightning or other disaster 2 Furthermore the warranty specified herein shall be limited to the purchased or delivered product alone 3 The upper limit for the warranty range shall be as specified in item 1 above and any damages damage to or loss of machinery or equipment or lost profits from the same etc consequent to or resulting from breakdown of the purchased or delivered product shall be excluded from coverage by this warranty 1 3 Trouble diagnosis As a rule the customer is requested to carry out a preliminary trouble diagnosis However at the customer s request this company or its service network can perform the trouble diagnosis on a chargeable basis In this case the customer is asked to assume the burden for charges levied in accordance with this company s fee schedule 2 Exclusion of Liability for Loss of Opportunity etc Regardless of whether a breakdown occurs during or after the free of charge warranty period this company shall not be liable for any loss of opportunity loss of profits or damages arising from special circumstances secondary damages accident compensation to another company or damages to products other than this company s products whether foreseen or not by this company which this company i
137. re 1 C 1d M46 82Eh 60 3Ch Main circuit capacitor capacity O 100 96 M59 838h 73 49h Option monitor 5 32768 32767 M47 82Fh 61 3Dh PC board capacitor life 0 65535 10h M48 80h 62 3Eh Cooling fan life 0 65535 10h 63 3Fh Speed setting 1 30000 30000 r m before multistep speed command data Nmax 20000 M5O 832h 64 40h Speed setting 2 30000 30000 r m before calculation of accel decel data Nmax 20000 M5 1 832h 65 41h Speed setting 3 30000 30000 r m after speed limit data Nmax 20000 M52 si 66 42h Control output 1 0000 FFFF M53 sm 67 43h Control output 2 0000 FFFF M54 sh 68 44h Control output 3 0000 FFFF M55 837 69 45h Option monitor 1 0000 FFFF M56 3m 70 46h Option monitor 2 0000 FFFF 839 71 47h Option monitor 3 0 65535 M58 53 72 48h Option monitor 4 0 65535 49h 4Ah M60 83Ch 74 4Ah Option monitor 6 32768 32767 Current date year month 0000 to FFFF Upper 2 digit year lower 2 digit month Current date day time 0000 to FFFF Upper 2 digit day lower 2 digit time ln k Current date min sec Alarm latest occurrence date year month Alarm latest occurrence date day time Alarm latest occurrence date min sec 0000 to FFFF Upper 2 digit minute lower 2 digit second 0000 t
138. reaches undervoltage level if momentary power failure occurs and the converter can automatically restart after the power recovers Controls the power not to exceed the preset limit value AC fuse blown AC overvoltage AC undervoltage AC overcurrent AC input current error Input phase loss Alarm display Synchronous power supply frequency error DC fuse blown DC overvoltage DC undervoltage Charge circuit error protective functions Heat sink overheat External alarm Converter overheat Overload Memory error Keypad communication error CPU error Network device error Operation procedure error A D converter error Optical network error IPM error Display A IET Records and displays the last 10 alarms The detailed information of the trip cause for the previous alarm is stored and displayed specification Displays input power input effective current input effective voltage DC intermediate current and power supply frequency The load rate can be measured by using the keypad Function codes can be set or referred to in Japanese English and Chinese 3 languages Lights when the main circuit condenser is charged FRENIC VG Terminal Functions Terminal Functions Division Symbol Terminal name Functions KRIL STESA Power input Connects with a three phase power supply via the dedicated reactor Main orcun P N Converter output Connects with the inverter power supply input terminal P
139. resistor 1 to 5kQ 10V DC 10mA Max Speed re Voltage input for speed setting Used for analog reference voltage input Reversible operation can be selected by signals 0 to 10V DC 0 to max speed i Analog input common Common terminal to input signals The following functions can be selected and set according to the external analog input voltage 0 Input signal off OFF 1 Auxiliary speed setting 1 AUX N1 2 Auxiliary speed setting 2 AUX N2 3 Torque limiter level 1 TL REF1 4 Torque limiter level 2 TL REF2 5 Torque bias reference TB REF 6 Torque reference T REF 7 Torque current reference IT REF Analog input 1 8 Creep speed 1 in UP DOWN setting CRP N1 9 Creep speed 2 in UP DOWN setting CRP N2 10 Magnetic flux reference MF REF 11 Detected speed LINE N 12 Motor temperature M TMP 13 Speed override N OR 14 Universal Ai U Al 15 PID feedback value PID FB1 16 PID reference value PID REF 17 PID correction gain PID G z 18 24 Custom Ait to 7 C AI 1 to 7 25 Speed main setting N REFV 26 Current input speed setting N REFC Analog input 2 Ai2 can be switched between voltage and current inputs by setting the internal switch However the current input can apply to only the speed setting Analog input common Common terminal to analog input signals Digital input terminal Forward operation command FWD CM ON The motor runs in the forward direction FWD CM OFF The motor
140. ric com Printed on recycled paper Information in this catalog is subject to change without notice Printed in Japan 2011 9 111 111 CM 30 FOLS
141. rises System support Centralized control and monitoring are achieved by supporting various fieldbuses Winding equipment paper and metal O D oem T O gt e O Tension control Tension type winding control capability with high accuracy torque control has been improved Dancer type winding control capability by the speed control with high speed response has been improved System support The controller that calculates winding diameter achieves constant tension control Feeding part of semiconductor Feed Winding up Dancer pay M Traverse Spindle M Winding off Smooth torque characteristic The smooth drive characteristic in which torque ripple is suppressed contributes to machining quality System support The system has been made simple and highly efficient by connecting and controlling the spindle that drives wires and the small capacity servo that drives the traverse axis and winding up and off axes in the same bus system Shipboard winch manufacturing device wire saw Dancer poy M M CERE Traverse M M Test equipment for automobiles High speed response control High speed rotation and torque control with high response are available for engine and transmission tests System support The system can be supported in cases such as the vehicle body inertia simulation f
142. rm data This is resolved with the new VG model Alarm severity selection Alarm severity serious and minor can be selected eliminating the risk of critical facility stoppage due to a minor fault 30 relay output Y terminal output Inverter output Selection Not output minor fault Output Operation continued Shutoff Motor overload communications error DC fan lock etc Provided Can be selected for each function None Blown fuse excessive current ground fault etc Output None Shutoff Fixed PG fault diagnosis CED The PG interface circuit incorporated as standard detects disconnection of the power supply line as well as the PG signal line Operation can be continued in sensorless mode during PG disconnection or fault Soon to be supported Old model The inverter was stopped by a trip and the motor runs freely New model The mode is automatically switched to sensorless vector control mode when a PG fault is detected minimizing effect to the machined products Control performance during the sensorless control is lower than with PG vector control Check operating conditions in advance by combining the sensorless mode to your units or machines to see whether the torque applied at low speed is sufficient or not GEDA mode that judges if it is a PG fault or fault on the inverter side was added Simulated output mode is provided at the PG pulse output terminal F
143. s Multifunctional KEYPAD Wide 7 segment LED ensures easy view Backlighted LCD display allows the operator to see the display clearly even on a dark control panel CED Enhanced copy function The function codes can be copied to other inverters easily Three patterns of function codes can be stored Copying data in advance reduces restoration time when problems occur by replacing the KEYPAD when changing the unit Remote control operation is available The KEYPAD can be extending the cable length at the RJ connector JOG jogging operation can be executed using CED The HELP key displays operation guidance remotely operated by the KEYPAD More reliable functions Save alarm data Detailed data are stored for the last four alarms including J c Time to sound alarm Speed setting value Detection speed value Torque command value Temperature heat sink internal temperature Accumulated operation time Output current detection value Magnetic flux reference value O status OC CED The number of alarm data to be stored has been increased from the conventional model With the real time clock function built in as standard the latest and the last three pieces of alarm data on time speed command torque current and others can be stored This enables machine units to be checked for abnormalities Previously alarm data were deleted to overwrite spin off ala
144. s not be responsible for causing 3 Repair Period after Production Stop Spare Parts Supply Period Holding Period Concerning models products which have gone out of production this company will perform repairs for a period of 7 years after production stop counting from the month and year when the production stop occurs In addition we will continue to supply the spare parts required for repairs for a period of 7 years counting from the month and year when the production stop occurs However if it is estimated that the life cycle of certain electronic and other parts is short and it will be difficult to procure or produce those parts there may be cases where it is difficult to provide repairs or supply spare parts even within this 7 year period For details please confirm at our company s business office or our service office 4 Transfer Rights In the case of standard products which do not include settings or adjustments in an application program the products shall be transported to and transferred to the customer and this company shall not be responsible for local adjustments or trial operation 5 Service Contents The cost of purchased and delivered products does not include the cost of dispatching engineers or service costs Depending on the request these can be discussed separately FRENIC VG Inverters Model Standard applicable motor
145. t O 65535 96 Integrated value output M1 15 290Fh Integral power consumption 0 000 9999 M116 2910h Integral power data 0 000 9999 Integral power consumption middle order 16 bit OOOO FFFF M118 2912h Integral power consumption high order 16 bit OOOO FFFF Inverter internal temperature real time value 32768 32767 C Heat sink temperature real time value 32768 32767 C Main circuit capacitor life elapsed time O 65535 10h M1 number of starts 0 65535 times M124 28 M2 number of starts 0 65535 times M1252 M3 number of starts 0 65535 times M i26 w M1 motor accumulated operation time O 65535 10h M128 ie axunlaedcprtonine 0 658951 M29 Prvem ommno 0000 FFF Mi30 e oneness erer M131 291Fh Magnetic pole position signal 32767 32767 M132 2920h Universal AO1 0000 FFFF M134 2922n Control input 1 0000 FFFF M135 2923h Control input 2 6000 FER M136 2924 Control input 3 0000 FFFF You can change the setting of the functions indicated with during operation Stop the operation before changing other functions Options Option guides Arrester SD PC loader for Windows CN23L IL TE 1 Inverter loader software Suppresses induced lightning surges from FRENIC loader connected to the power source of the inverter from a PC to manage the data De
146. t fg 20 0 f A56 538h M2 current vibration suppressing gain 0 00 WJ 00 A59 53Bh M2 ABS signal input definition 6 A60 53ch M2 magnetic pole position offset 0 359 9 A61 53D M2 salient pole ratio Xq xd ERIS 3 000 A64 540n M2 overcurrent protection level 009 0 01 2000A A101 240th M3 control method H 5 A102 2402 229 E5h M3 motor rated capacity 3818 1 200kW F60 0 8818 1 600HP F60 1 You can change the setting of the functions indicated with jJ during operation Stop the operation before changing other functions 1 Soon to be supported I indicates the factory setting Function Communications address code 485No Link No Name Setting range A103 2403h 230 E6h M3 motor rated current 33911 99 99A 100 0 999 9A 1000 2000A A104 24041 231 E7h M3 rated voltage A105 2405h 233 E9h M3 rated speed 50 ae 30000r m A106 2406h 234 EAh M3 maximum speed 50 0 30000r min A107 2407h 235 EBh M3 motor pole number 2 H1 100 poles A108 2408h 236 ECh M3 R1 A109 2409 237 EDn M3 X Xy 200 00 A110 240An 238 EEh M3 exciting current 393 99 99A Magnetic flux damped current Id 100 0 999
147. t signal EN1 terminal or EN2 terminal OFF which is externally input US and Canada Safety Standard UL cUL UL508C C22 2 No 14 Certification being approved European Safety Standard EN61800 5 2 SIL2 Certification being approved EN62061 SIL2 Certification being approved Machinery Directive EN IS0O13849 1 PL d Certification being approved Product standard Conformance to standard EN60204 1 stop category O Certification being approved Low Voltage Directive EN61800 5 1 over voltage category 3 Certification being approved EMC Directive EN61800 3 Certification being approved EN61326 3 1 Certification being approved Emission EMC filter built in type category C3 EMC filter option category C2 Immunity 2nd Env Usage environment Indoor use only Free from corrosive and flammable gases dusts and oil mist pollution degree 2 IEC60664 1 No direct sunlight Ambient temperature 10 to 50 C 10 to 40 C for the unit with 22 kW or less with closely installed in lateral arrangement Ambient humidity 5 to 9596 RH No dew condensation allowed i Altitude 1000m or less Installation environment 200V 55kW or less 400V 75kW or less 200V 75kW or more 400V 90kW or more Vibration 3mm 2 to 9Hz or less 9 8m s2 9 to 20Hz or less 3mm 2 to 9Hz or less 2m s2 9 to 55Hz or less Storage temperature Storage humidity 2m s2 20 to 55Hz or less 1m s2 55 to 200Hz or less 1m s2 55 to 200Hz or less 25 to 70 C 5 to 95
148. ted current 1min 2 200 3sec 3 Main power 3 phase 380 to 440V 50Hz Phase Voltage Frequency 3 phase 380 to 480V 50Hz 60Hz 380 to 480V 60Hz 4 MD ULLL Single phase 380 to 480V 50Hz 60Hz Phase Voltage Frequency Auxiliary input for fan power _ Single phase 380 to 440V 50Hz Phase Voltage Frequency 5 380 to 480V 60Hz 4 Voltage frequency variation Voltage 10 to 15 Voltage unbalance 2 or less 6 Frequency 5 to 5 Rated current A with DCR Required power supply capacity kVA 8 52 7 4 10 15 20 25 30 40 48 58 71 96 114 165 199 436 489 Braking method braking torque Braking resistor discharge control 150 braking torque Separately installed braking resistor option Separately installed braking unit option for FRN200VG1 4J or higher Carrier frequency kHz 9 2 to 15 2 to 10 2195 Approx weight kg S2 e2 e2 11 11111111 121251 311 8 4 2 l 64 8 112 10 25 I 25 130 I 80 555 665 Enclosure IP20 closed type IPOO open type IP20 closed type is available as option D z Q O 5 Oh c Note 1 The specifications above are established when the function code F80 O HD specification is applied When used with the HD specification with 75kW or more the DC Reactor is provided as standard The rated output voltage is 220V for 200V series and 440V for 400V series When the inverter output
149. ter KEYPAD am and the KEYPAD panel Combination with built in control option Maximum installable number Pattern 1 Pattern 2 Pattern 3 Pattern 4 Digital card 8bit bus supported 1 1 1 1 Digital card 8bit bus supported Digital card 16bit bus supported Restrictions for installing built in option cards 1 When you use OPC VG1 PG for detecting motor speed the input from the terminals PA PB on the control PC board of the main unit is disabled 2 When you install OPC VG1 PMPG you should select terminals according to the control method The terminals PA PB on the control PC board of the main unit are enabled if vector control with the induction motor speed sensor is selected The OPC VG1 PMPG is enabled if vector control with the synchronous motor speed sensor is selected 3 You cannot use OPC VG1 TL T Link interface and OPC VG1 CCL CC Link interface simultaneously If these are used at the same time the operation procedure error Er6 will be issued 4 You can select how to use OPC VG1 PG PGo with the switch setting on the control PC board You can install a pair of either OPC VG1 PG PGo If the setting of the switches selecting how to use them are the same the operation procedure error Er6 will be issued Category Power Nominal Braking unit Braking resistor Continuous braking 15096 torque conversion value Repetitive braking 100s or less cycle i Inverter type supply puras HD n T
150. the motor To suppress inverter noise it is recommended to use this terminal for motor grounding Speed magnetic flux position detector E Open collector output INE Complimentary ouput4 FB SW7 SW8 CM 4 12 a Processing controller KE N AG1 Speed agreement ic lt Y1 gt Transistor output 1 N EX Speed existence MY Transistor output common A01 Analog output 1 A01 o N FB1 Speed detection 1 Analog output 2 A02 o A02 IT REF Torque current command A03 4 Analog output 3 USB connector N REF4 Speed setting 4 J visam LR Analog output common DX Hore E gt Data send receive RS 485 KEYPAD Analog output significantly induced from external devices it may be suppressed by connecting to ov M 11 THC and 30C 30B Alarm relay output for any fault 30A 30A 30B 30C ome point output Y5C 10 p Relay output Y5A RDY Operation ready completion c 2 lt 4 gt o Transistor output 4 ha N DT1 Speed detection 1 2 lt Y3 gt Transistor output 3 N AR Speed equivalent E Y2 Transistor output 2 Transistor ov ICM Set apart from the main circuit wiring as far as possible and avoid installing in the same d
151. uct It is recommended to separate more than 10 cm If crossed arrange so that it becomes almost perpendicular to the main circuit wiring Note10 The functions indicated on terminal X1 to X9 digital input terminal Y1 to Y4 transistor output and terminal Y5A C contact output are those allocated in the factory Note1 1 This is a switching connector of the main circuit fan power Note12 This is a switch on the control PCB Note13 The cooling fan power supply of the motor with 7 5kW or less is single phase Connect the terminal FU and FV The cooling fan of the 400V series motor with 7 5kW or less is 200V 50Hz and 200 to 230V 60Hz The cooling fan of the 400V series motor with 11kW or more is 400 to 420V 50Hz and 400 to 440V 60Hz When using the cooling fan with a voltage other than these use a transformer Note14 The 0v IM 11 THC and 0V ICM are insulated inside the inverter Note15 Trip the MCCB or magnetic contactor at the auxiliary contact point manual restoration of the thermal relay Note16 A short circuit conductor is connected between the safety function terminals EN1 EN2 and PS as the factory default To use this function remove the short circuit conductor before connection 28 Terminal Arrangement Diagram Terminal Arrangement Control l circuit terminals I I I I I I I p p 1 I I I I I I I I i l I l i Main circu
152. uideline for Suppressing Harmonics by Customers Receiving High Voltage or Special High Voltage When you enter into a new contract with an electric power company or update a contract you are requested by the electric power company to submit an accounting statement form 1 Scope of regulation In principle the guideline applies to the customers that meet the following two conditions The customer receives high voltage or special high voltage The equivalent capacity of the converter load exceeds the standard value for the receiving voltage 5OkVA at a receiving voltage of 6 6kV 2 Regulation method The level calculated value of the harmonic current that flows from the customer s receiving point out to the system is subjected to the regulation The regulation value is proportional to the contract demand The regulation values specified in the guideline are shown in Table 1 Table 1 Upper limits of harmonic outflow current per kW of contract demand mA kW Receiving volage 11th 13th 17th 19th 23th Over 25th TER 0 70 0 69 0 53 0 47 0 39 0 36 6 6kV 3 5 215 1 6 22kV 1 8 1 3 0 82 1 Calculation of Equivalent Capacity Pi Although the equivalent capacity Pi is calculated using the equation of input rated capacity x conversion factor catalog of conventional inverters do not contain input rated capacities A description of the input rated capacity is shown below Inverter rated capacity correspon
153. unction for a brake test apparatus by combining with the controller Flying shear Cutting while moving High reliability and tension control Torque is controlled up to extra low speed using the sensorless feature Stable drive is maintained against load variation caused by waves Mel iid e jaMelelaiige Position control is performed according to the position command given by the high order CNC The machine cuts the blank while moving at the same speed as the blank System support The system is configured by a controller that calculates synchronous operation among the blank feed axis cutter feed axis and cut axis FRENIC VG Variation 200V Series 400V Series Nominal applied mor HD LD HD MD LD kW 150 1min 200 3sec 120 1min 150 1min 200 3sec 150 1min 120 1min Applied load High Duty Spec High Duty Spec Middle Duty Spec 0 75 FRN3 7VG1S 4J FRN5 5VG1S 4J FRN7 5VG1S 4J FRN11VG1S 4J FRN15VG1S 4J FRN18 5VG1S 4J FRN22VG1S 4J FRN30VG1S 4J FRN37VG1S 4J FRN45VG1S 4J FRN55VG1S 4J FRN75VG1S 4J FRN90VG1S 4J FRN110VG1S 4J FRN132VG1S 4J FRN160VG1S 4J FRN200VG1S 4J FRN220VG1S 4J N Ol FRN280VG1S 4J FRN315VG1S 4J FRN355VG1S 4J FRN400VG1S 4J FRN355VG1S 4J FRN630VG1S 4J A sw When a motor which is larger than the inverter by one frame or more for FRNB5VG1l 1 2J 4J or higher inverters applicable motor 75kW or more the type of DC reactor which
154. uning D i A153 2435h 232 E8h M3 maximum output voltage Ef 999V Maximum voltage limit value A154 2436h 239 EFh M3 slip compensation control 20 000 0009 5 000Hz A155 2437 240 F0h M3 torque boost fy 20 0 A1 56 2438h M3 current vibration ppressing gain 0 00 91 1 00 A159 2438h M3 ABS signal input definition 9 16 A1 60 243Ch M3 magnetic pole position offset 9f 359 9 A161 23h M3 salient pole ratio 6Xq 96Xd 3 000 A164 244 M3 overcurrent protection level O Optional Functions Function Communications address 485No Link No Name Setting range DIA function selection D 002 602h F6h 89 1 DIB function selection DIA BCD input setting 99 4000 7999 99 7999 D 2 DIB BCD input setting PG PD option setting feedback pulse selection FRENIC VG Function Communications address Link No ERE Setting range PG LD option setting Digital line speed detection definition encoder pulse number PG LD option setting Digital line speed detection definition detection pulse correction 1 100 723 60000P R 1 1389 9999 PG LD option setting Digital line speed detection definition detection pulse correction 2 1 99 9999 M1 ABS signal input definition 16 247 F7h M1 magnetic pole position offset 0 359 9 M1 salient pole ratio Xq Xd
155. utput CM Digital input common Common terminal to digital input signals Digital input Safety function EN1 EN2 Safety function PS input terminal When the circuit is open between EN1 PS or EN2 PS terminals the switching element of the inverter main circuit is turned off and the output is shut off Certification being approved Analog output and transistor output terminal Analog output Transistor output Relay output Communications Speed detection Provides the monitor signal of 0 to 10V DC for signals from the following 0 Detected speed Speedometer one way deflection N FB1 1 Detected Speed Speedometer two way deflection F FB1 2 Speed setting 2 Before acceleration deceleration calculation N REF2 3 Speed setting 4 ASR input N REF4 AO1 Analog output 1 AO2 Analog output 2 AO3 Analog output 3 i Analog output common Y1 Transistor output 1 Y2 Transistor output 2 Ys Transistor output 3 Y4 Transistor output 4 CMY Transistor output common Y5A Y5C 30A 30B 30C USB port PA PB Helay output Alarm relay output for any fault RS 485 communications input output 4 Detected speed N FB2 5 Detected line speed LINE N 6 Torque current reference Torque ammeter two way deflection IT REF 7 Torque current reference Torque ammeter one way deflection IT REF 8 Torque reference Torque meter two way deflection T REF
156. uty Spec standard Current 150 1min 200 3sec Middle Duty Spec Low Duty Spec Notes 1 Varies depending on the motor specification and power supply voltage 2 This will increase noise Check the motor installation environment 3 The MD specification comes with only 400V series 90 to 400 kW Powerful drive at low noise Can drive motors of frames one size larger 1 Current 150 1min carrier 2kHz 2 Can drive motors of frames one or two sizes larger 1 Current 12096 1min Capacity range expanded of brake circuit Having a standard built in brake circuit with 200V 55kW or less and 400V 160KW or less is useful when applying the inverter to the vertical transfer Multi drive function Induction and synchronous motors Highly efficient drive is achieved in driving together with our synchronous motor Settings allow you to switch between induction and synchronous motor operation machine which is frequently used under the regenerative load Servo function coming soon GNF2 series GNB2 series GNS1 series p MH Induction motor Synchronous motor Sensor provided The following functions are enabled Position control by built in APC The ABS encoder I F option card with 17 bit high resolution has been prepared This is soon to be supported for position control Pulse column input enabled optional The SX and E SX bus I F option card has been prepared This is soo
157. voltage of the sequence circuit lower than 220V 2 The auxiliary power supply input terminal for the PWM converter RO TO must be connected to the main power supply via the contact b of the electromagnetic contactor for charge circuit 73 or MC If 73 is SC 05 SC 4 0 or SC 5 1 use the auxiliary contact unit for the contact b of IMG OF 7S 3 Make sure to connect the auxiliary power supply input terminal of the inverter RO TO to the main power supply via the contact b of the electromagnetic contactor for charge circuit 73 or MC For the capacity of FRN37VG1S 2J and FRN75VG1S 4J or more connect it to the main power supply without passing the inverter fan power auxiliary input terminal R1 T1 and the contact b of 73 or MC 4 Use the sequence that a running signal is input in the inverter after the PWM converter becomes ready 5 One of terminals X1 to X9 on the inverter unit must be set to external alarm THR MBRHC280 4C to RHC400 4C Applicable inverter 3 phase 400V 280 to 400kW Inverter Power supply Part name Lr Pressurzationreactor if Filterreactor e ct Filtercondensr RO Charge resistance F 73 Symbol F 3 Electromagnetic contactor for charge circuit 2 Electromagnetic contactor for power supply F Electromagnetic contactor for filter circuit 1 Connect the step down transformer to limit the voltage of the sequence circuit lower tha
158. vpe Q Tvpe Ohmic Q ty Max braking Braking Discharging Duty cycle Average voltage kW yp y yp value torque 76 time s capability kWs ED loss kW 0 75 FRNO 75VG1S 2u 15 FRN1 5VG1S 2J DB2 2V 21B f 22 FRN2 2VG1S 2J 37 FRN3 7VG1S 2J DB3 7V 21B 55 FRN5 5VG1S 2J DB5 5V 21B 75 FRN7 5VG1S 2J DB7 5V 21B 11 FRN11VG1S 2J ice DB11V 21B Built in inverter 200V 15 FRN15VG1S 2J DB15V 21B PA ES 18 5 FRN18 5VG1S 2J DB18 5V 21B 4 22 FRN22VG1S 2J DB22V 21B 30 J FRN30VG1S 2J DB30V 21B esp 225 37 FRN37VG1S 2J DB37V 21B 2250 277 5 2 775 45 FRNA5VG1S 2J DB45V 21B 28 fA 3375 55 FRN55VG1S 2J DB55V 21C 1 60 412 5 4 125 75 FRN75VG1S 2J BU55 2C 2 DB75V 21C PN 562 5 90 FRN9OVG1S 2 BU9O 2C 2 DB90V21C 2 20 6 75 3 7 FRN3 7VG1S 4J DB3 7V 41B eon ft 27 75 5 5 FRN5 5VG1S 4J DB5 5V 41B 640 41 25 0 4125 75 FRN7 5VG1S 4J DB7 5V 41B soji 56 25 11 FRN11VG1S 4J DB11V 41B 320 82 5 0 825 iS FRN15VG1S 4J DB15V 41B pao ft 112 5 18 5 FRN18 5VG1S 4J DB18 5V 41B 180 138 75 1 3875 22 FRN22VG1S 4J DB22V 41B sepi e 30 FRN30VG1S 4J DB30V 41B 100 2 25 37 FRN37VG1S 4 tin Inverter 557V 41B ge 277 5 45 FRN45VG1S 4J DB45V 41B 80 337 5 3 375 55 FRN55VG1S 4J DB55V 41C seji 412 5 75 FRN75VG1S 4J DB75V 41C 4 70 eS 562 5 T i 400V 90 FRN9OVG1S 4J DB90V 41C 3 90 110 FRN110VG1S 4J DB110V 41C gea ft 132 FRN132VG1S 4J DB132V 41C zen ji ae 160 FRN160VG1S 4J DB160V M1C 2 20 1200 12 0
159. xternal alarm THR 7 Be sure to arrange the phase sequence in the same order when wiring for terminals L1 R L2 S L3 T R2 T2 R1 S1 and T1 External Dimensions PMW converter main body Reactor for step up Fig A W 6 terminal holes MAX D2 for screw M amp p ple p X1 X2 Y1 Y2 Z1 Z2 I 29 wi Nok D1 Elongated hole D Fig C Ww m Gemina holes MAX D2 for screw M ALL li j UNE Y 5 TE X1 Y1 Ezi x X2 M2 Z2 amp 9 L L I x D1 LLW1 4 oK 5 PWM converter Dimensions mm pub type H1 D D1 RHC7 5 2C

High Performance Vector Control Inverter

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