Megmeet MV600L Series User Manual Download Page 10

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MV600L-4T132

400 150

150 1

MV600L-4T160

450 185

185 1

MV600L-4T200

560 240

240 1

MV600L-4T220

630 150×2

150×2

MV600L-4T280

800 185×2

185×2

MV600L-4T315

800 150×2

150×2

MV600L-4T355

800 150×2

150×2

MV600L-4T400

1000 150×2

150×2

Note

: The parameters listed in this table are recommended values.

2.1.2 Wiring for basic operation

Fig. 2-1 Basic wiring diagram for products of 75kW and below

Summary of Contents for MV600L Series

Page 1: ...omer service centers or directly contact Megmeet headquarters Shenzhen Megmeet Drive Technology Co Ltd All rights reserved The contents in this document are subject to change without notice Shenzhen M...

Page 2: ...institutions MV600L selects these transmission station through a function code and it will bring change of control logic and related function code defaults so as to be convenient for the user MV600L s...

Page 3: ...ers Group P08 44 4 5 Auxiliary function parameters Group P11 45 4 6 Multi stage reference and simple PLC parameters Group P13 46 4 7 Slewing control parameters Group P13 47 4 8 Lifting control paramet...

Page 4: ...utput power 400kW kW 2 2 1 2 Product series Table 1 1 Name and model of drive Enclosure model Product model Rated capacity kVA HD Rated input current A Rated output current A Rated output power kW R2...

Page 5: ...th PG Speed control precision 0 2 vector control without PG 0 02 vector control with PG Speed fluctuation 0 3 vector control without PG 0 1 vector control with PG Torque response 5ms vector control wi...

Page 6: ...te Indoor away from direct sunlight free from dust corrosive gas combustible gas oil mist water vapor water dripping or salt Altitude Used at the place lower than 1000m derated at the place above 1000...

Page 7: ...155 198 5 5 4 MV600L 4T7 5 R4 MV600L 4T11 186 314 5 330 209 206 6 5 9 MV600L 4T15 MV600L 4T18 5 R5 MV600L 4T22 220 437 5 451 5 284 5 213 6 5 19 MV600L 4T30 MV600L 4T37 R6 MV600L 4T45 270 549 570 335 2...

Page 8: ...pe 4 Applicable models MV600L 4T55 MV600L 4T75 R L1 S L2 T L3 TOP DC W T3 P B1 B2 DC U T1 V T2 BOTTOM Terminal terminal type 1 4 Function R L1 S L2 T L3 Three phase AC 380V input terminals DC P B 1 Re...

Page 9: ...er bus upon delivery P N Reserved for external braking unit DC DC negative bus output terminals U T1 V T2 W T3 Three phase AC output terminals 2 1 1 Drive connection Table 2 1 Recommended fuse capacit...

Page 10: ...50 2 150 2 1 MV600L 4T280 800 185 2 185 2 1 MV600L 4T315 800 150 2 150 2 1 MV600L 4T355 800 150 2 150 2 1 MV600L 4T400 1000 150 2 150 2 1 Note The parameters listed in this table are recommended value...

Page 11: ...ion input 3 Multi function input 4 Multi function input 5 Multi function input 6 Multi function input 7 Multi function input 8 Analog input Analog differential input Standard RS485 commmunication port...

Page 12: ...0 Input current range 0mA 20mA input resistance 246 resolution 1 2000 AI2 Analog single end input AI2 AI3 Analog voltage differential input AI3 or analog voltage single end input For the analog voltag...

Page 13: ...control and three wire control functions P09 08 in Digital input output parameters Group P09 common terminal PLC Opto isolated input please refer to the introduction to the multifunctional input outp...

Page 14: ...Multi functional input terminal Short circuited with P24 upon delivery Common terminal of X1 X8 PLC is interally isolated with P24 COM 24V power common terminal 2 common terminals in total used toget...

Page 15: ...is as shown in Fig 2 4 Fig 2 4 Schematic diagram for wiring of PG with open collector signal 2 When the PG output signal is push pull signal the wiring with the interface board terminal is as shown i...

Page 16: ...16 Fig 2 6 Schematic diagram for wiring of PG with differential signal MV600L A VCC 0V 12C PE COM A A B B B Shield cable The same as A 3 3V A A B B Shield single end grounded near drive...

Page 17: ...1 Only P02 05 and this function code can be changed 2 Only this function code can be changed 1 0 P00 05 Paramete r initializatio n Parameter initialization 0 Parameter changing status 1 Clear fault me...

Page 18: ...00Hz 0 01 0 00 P01 13 Measured frequency of motor Measured frequency of motor 650 00 650 00Hz 0 01 0 00 P01 14 High level of output kWh Output kWh 0 65535 10000kWh 10000kW h 0 P01 15 Low level of outp...

Page 19: ...requency setting P02 17 P02 16 0 01Hz 8 00 P02 13 Accelerati on time 1 Acceleration time 1 0 0 3600 0 Unit adopts that of P11 01 0 1 Determine d by the operating mode and motor power P02 14 Decelerati...

Page 20: ...2000 0 0 1 Dependin g on model P03 09 Rotator resistance of motor Rotator resistance of motor 0 000 65 000 0 001 Dependin g on model P03 10 Mutual inductanc e of motor Mutual inductance of motor 0 0 2...

Page 21: ...000 10 000S 0 001s 0 200s P05 03 Switching frequency Switching frequency 0 0 50 0 0 1 10 0 P05 04 Speed loop high spee d proportion al gain Speed loop high speed proportional gain 0 1 200 0 0 1 12 0...

Page 22: ...1s 0 5 Group P06 Torque control parameters See the full manual Group P07 VF control parameters P07 00 V F curve setting V F curve setting 0 User customized V F curve 3 High starting torque luffing def...

Page 23: ...00 10 00s 0 01s 0 10s P08 09 Stop speed detection mode Stop speed detection mode 0 Speed set value the only one detection mode under the V F mode 1 Speed detection value 1 1 P08 10 Stop dwell frequen...

Page 24: ...erati on time for emergenc y stop Deceleration time for emergency stop 0 00 100 00s 0 Automatic high speed deceleration 0 01s 0 00s Group P09 Digital input output parameters P09 00 P09 07 Function sel...

Page 25: ...it switch normally closed input P09 14 Input terminal enabled status setting Input terminal enabled status Binary setting 0 Normal logical enabled upon connection 1 Inverted logical enabled upon disco...

Page 26: ...0 BIT3 Y1 Y2 TATBTC BRABRC 1 0 P09 22 Relay TATBTC BRABRC output delay Relay TATBTC BRABRC output delay 0 1 10 0s 0 1s 0 1 P09 23 Frequenc y arrival FAR detection width Frequency arrival detection wid...

Page 27: ...nput properties Unit place AI1 0 Voltage input 1 Current input Tens place AI2 0 Voltage input 1 Current input AI3 is the differential voltage input 1 00 P10 01 Analog AI function selection AI function...

Page 28: ...1 01 0 1 6 00 P11 03 Decelerati on time 2 Deceleration time 2 0 0 3600 0 Unit adopts that of P11 01 0 1 6 00 P11 14 Switching frequency of accelerati on decelerati on time 1 and 2 Switching frequency...

Page 29: ...0Hz 0 01Hz 0 00 P11 24 Lower limit of skip frequency 3 Skip frequency 3 0 00 P11 23 0 01Hz 0 00 Group P12 Advanced function parameters P12 02 Carrier wave frequency Carrier wave frequency 0 7 15 0kHz...

Page 30: ...meter s 2 Control optimization parameters 2 0 65536 1 0 Group P13 Multi stage reference and simple PLC parameters P13 00 Multi stag e reference properties setting Multi stage reference properties 0 Mu...

Page 31: ...ulti stag e reference 10 Multi stage reference 10 0 1 40 0 P13 11 Multi stag e reference 11 Multi stage reference 11 0 1 60 0 P13 12 Multi stag e reference 12 Multi stage reference 12 0 1 80 0 P13 13...

Page 32: ...65535 hours 1hour 0 Group P25 Slewing control parameters P25 02 Y1 vortex control signal valid Y1 vortex control selection 0 Valid 1 Invalid 1 0 P25 03 Vortex control coefficient Vortex percentage 0 0...

Page 33: ...1 0 P26 09 The shortest brake delay of closed loop lifting cross The shortest brake delay of closed loop lifting cross 0 0 10 00s 0 01 0 10 Group P60 Brake control parameters P60 00 Forward torque low...

Page 34: ...it of forward frequency for brake release Lower limit of forward frequency for brake release 0 00 P60 17 0 01Hz 0 85Hz P60 12 Reverse switching frequency for brake release Reverse switching frequency...

Page 35: ...action selection 0 2 1 1 P61 07 Overspee d threshold Overspeed threshold 80 0 200 0 0 1 120 P61 08 Overspee d detection time Overspeed detection time 0 00 10 00s If set to zero not detected 0 01s 0 00...

Page 36: ...e to rated current of the drive Er oL2 1 0001 P97 04 Overload pre alarm detection level Overload detection level 20 0 200 0 0 1 130 0 P97 05 Overload pre alarm detection time Overload detection time 0...

Page 37: ...e deceleration Er oC2 3 Over current when the drive is running with constant speed Er oC3 4 Over voltage during the drive acceleration Er oU1 5 Over voltage during the drive deceleration Er oU2 6 Over...

Page 38: ...cuit Er GdF 34 Large DEV deviation fault Er dEv 35 Load loss fault Er oFL 36 Brake loosened Er FbL 37 Brake contactor fault Er Fbr 39 Motor over temperature Er oHL 40 Reserved 41 Abnormal AI input fau...

Page 39: ...0 1A 0 0A P97 20 Running frequency at the 3rd fault Running frequency at the 3rd fault 0 00Hz 3000 00Hz 0 01Hz 0 00Hz P97 21 Drive running status at the 3rd fault Drive running status at the 3rd faul...

Page 40: ...40 P98 06 Drive series selection Drive series selection 1 380V 2 400V 3 415V 4 440V 5 460V 6 480V 1 Manufact urer setting...

Page 41: ...mized motor parameters will be restored as shown in Table 4 1 Example Setting P00 05 5 the two 4kW variable frequency slewing motor parameters will be transferred to P03 00 P03 05 Table 4 1 Motor para...

Page 42: ...alues of P03 07 P03 11 will be refreshed after the normal completion of the auto tuning 0 Disabled 1 Enabled motor in static status Before the auto tuning be sure to enter the correct nameplate parame...

Page 43: ...off it indicates that the auto tuning is finished P03 25 will automatically be set to 0 Note 1 When P03 25 is set as 2 if over voltage or over current occurs during the auto tuning properly increase...

Page 44: ...led it exits from the zero servo mode It doesn t matter whether the set frequency is higher than the zero servo initial frequency P05 19 Torque control parameters Group P06 please see the full user ma...

Page 45: ...l terminals Please refer to the definition on functions of the acceleration deceleration time terminal in P09 00 P09 07 They can be also defined as the acceleration deceleration time for the running f...

Page 46: ...ing range can be set as 0 0 100 0 corresponding to zero frequency to the maximum frequency When used as multi speed operation independently its operating direction is controlled by the running termina...

Page 47: ...s below the rated value of a certain value in order to protect the drive and the motor automatically reduce the output frequency of the drive Please refer to P60 11 P60 14 Only valid for closed loop c...

Page 48: ...09 is added gradually by pre torque delay P60 10 while monitoring the encoder feedback signal if the monitoring frequency exceeds P61 05 set value it is considered that mechanical brake can not reach...

Page 49: ...10 Special function parameters for lifting control Group P61 Closed loop control valid When the mechanical brake is not released monitoring encoder feedback frequency If the encoder speed is detected...

Page 50: ...cally calculates the current operating frequency of the motor according to the motor power torque curve This function is selected by P61 09 0 Disable 1 For uplink 2 For uplink and downlink When the dr...

Page 51: ...to manually change each of the relevant function codes see the following application table which is a great simplification for the use of the customer as well as subsequent maintenance Lifting indust...

Page 52: ...5 X6 X7 X8 10 10 COM P24 PLC R L1 S L2 T L3 DC B2 DC U V W PE 12C COM PE GND AO1 Y1 Y2 TB TA TC BRA BRC M Fault relay Brake control relay Standard RS485 Modbus COM RS485 RS485 Braking resistor P B1 AI...

Page 53: ...AI2 X1 X2 X3 X4 X5 X6 X7 X8 10 10 COM P24 PLC R L1 S L2 T L3 DC B2 DC U V W PE 12C COM PE GND AO1 Y1 Y2 TB TA TC BRA BRC M Fault relay Brake control relay COM RS485 RS485 P B1 AI1 AI2 0 10V AO1 AO2 0...

Page 54: ...GND AI1 AI2 X1 X2 X3 X4 X5 X6 X7 X8 10 10 COM P24 PLC R L1 S L2 T L3 DC B2 DC U V W PE 12C COM PE GND AO1 Y1 Y2 TB TA TC BRA BRC M PG COM RS485 RS485 P B1 AI1 AI2 0 10V AO1 AO2 0 20mA 10V 10V 0 20mA...

Page 55: ...direction PG direction X1 P09 00 1 Forward 1 Forward 1 Forward 1 Forward X2 P09 01 2 Reverse 2 Reverse 2 Reverse 2 Reverse X3 P09 02 6 Multi spee d terminal 1 6 Multi spee d terminal 1 6 Multi spee d...

Page 56: ...stop running TA TB closed TA TC open Drive fault state is opposite 4 Under slewing mode our control strategy is flexible multi motor open loop vector for the first of our company must run with motor...

Page 57: ...57 1 0 0 4 P13 04 1 0 1 5 P13 05 1 1 0 6 P13 06 1 1 1 7 P13 07...

Page 58: ...Adopt the drive with high power class V F curve is improper Adjust the V F curve setting and the manual torque increase Er oC2 Deceleration over current of the drive The deceleration time is too shor...

Page 59: ...namic braking components Er IrF Input side phase loss There is phase loss in input R S T Check the installation wiring Check the input voltage Er odF Output side phase loss There is phase loss in outp...

Page 60: ...The acceleration time is too short Lengthen the acceleration time The grid voltage is too low Check the grid voltage V F curve is improper Adjust V F curve and torque increase Er oL2 Motor overload Th...

Page 61: ...control board loosens Check them and rewiring The auxiliary power supply is damaged Seek for service support The Hall device is damaged Seek for service support The amplifying circuit is abnormal Seek...

Page 62: ...e process closed loop simultaneously Lifting application type error Lifting application type that is P00 07 2 for non vector control mode Er 24v Control board 24V power short circuit Short circuit of...

Page 63: ...cuit 10V grounding Confirm whether the 10V wiring is correct The interface board circuit is damaged Replace the interface board seek for service support Er rEF Abnormal internal over current reference...

Page 64: ...s are detected The fault types meeting this function are as follows Er IrF Er oL2 Er PST Er dEv Er oFL For some other faults direct stopping or free stopping can be determined according to the relevan...

Page 65: ...rvice support The fault alarm parameters are set improperly Modify the P15 03 and P97 00 settings The host device does not work Check if the host device is working and if the wiring is correct AL rLy1...

Page 66: ...code can not be modified Can not be modified in running status The function code can not be modified in running status Modify it in the stop status A portion of function code can not be modified The f...

Page 67: ...e is something wrong with the skip frequency setting Check the skip frequency setting The closed loop output is negative when the reverse running is prohibited Check the P14 22 and the P08 18 setting...

Page 68: ...set the function properly through the host device or modify the P09 15 setting The forward reverse logic of the input terminal is set improperly Check the P09 14 setting When the drive is started the...

Page 69: ...ording to the system requirements Attached Table 1 1 Braking resistor accessory for slewing luffing trolley applications Drive model Braking resistor power W Braking resistor MV600L 4T2 2 260 250 MV60...

Page 70: ...144 2 8 MDBU 4 200 2 MV600L 4T220 176 2 0 MDBU 4 280 2 MV600L 4T280 216 2 0 MDBU 4 280 2 MV600L 4T315 264 1 8 MDBU 4 200 3 MV600L 4T355 284 1 5 MDBU 4 280 3 MV600L 4T400 312 1 5 MDBU 4 280 3 The conn...

Page 71: ...71 Appendix 2 Indentification of LED Display Symbols...

Page 72: ...in transit after purchasing 4 The damages are caused by using beyond the standard specification requirements 5 The damages are caused by operation and use failing to follow the instruction manual 3 A...

Page 73: ...l Tel Maintenance personnel Tel Maintenance date Maintenance date Comment on service Good Fair So so Poor Other comment User s signature Date Comment on service Good Fair So so Poor Other comment User...

Page 74: ...74...

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