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Sanken Samco SVC06 Instruction Manual Download Page 129

 

- 127 - 

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127 

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C

h

ap
ter
 1

2

 

 

12-3  DC reactor dimension 

12-3 

DC reactor dimension 

 

 

capacity

 

Subsidiary DC   

reactor type 

A 

B 

C 

D 

E 

F 

G 

H 

I 

SVC06-0900-**4 

DCL-250020 

330 

295 

130 

105 

180 

82 

85 

4-9

φ

×15L 

M10 

SVC06-1100-**4 

DCL-300017 

SVC06-1320-**4 

DCL-350013 

410 

360 

185 

155 

200 

90 

4-9

φ

×25L 

SVC06-1600-**4 

DCL-450011 

M16 

SVC06-1850-**4 

DCL-550009 

420 

365 

220 

110 

SVC06-2000-**4 

DCL-550009 

SVC06-2200-**4 

DCL-630008 

SVC06-2500-**4 

DCL-690007 

380 

320 

215 

185 

235 

96 

130 

(

unit:mm

) 

Summary of Contents for Samco SVC06

Page 1: ...High Performance Vector Control Inverter Instruction Manual Basic SANKEN ELECTRIC CO LTD...

Page 2: ......

Page 3: ...ectly Caution This symbol indicates a hazard that could lead to injury or damage to property if the warning is ignored and the product is handled incorrectly Even ignoring an instruction marked Cautio...

Page 4: ...of Operation Panel 20 3 4 2 Installation of Operation Panel 20 4 Wiring 21 4 1 Connection with peripheral devices 21 4 2 About Wiring 22 4 3 Terminal connection diagram 24 4 4 Composition of Main Circ...

Page 5: ...irmation operation 61 5 5 7 7 segment monitor display list 63 5 6 Connecting operation panel with extension cable 64 6 Operation 65 6 1 Operation steps 66 6 2 Test run 67 6 2 1 Confirmation before pow...

Page 6: ...ment of main circuit 116 11 Specification 117 11 1 Standard specification 117 11 2 Inverter general specification 121 11 3 Communication function specification 122 11 4 Storage Environment 122 12 Exte...

Page 7: ...and fire Do not keep containers which contain water such as vase etc above the equipment In case the vase is overturned the water flowing out will penetrate inside the device and cause fire Do not sit...

Page 8: ...verter falls down Do not plug up the air inlet exhaust Refer to Installation in the instruction manual for implementation If the air inlet exhaust is blocked a fire may be resulted due to internal tem...

Page 9: ...the terminal block screws according to specified tightening torques Failure to observe this warning may result in a fire Check that the AC power supply voltage is equal to the rated voltage of the in...

Page 10: ...de a separate emergency stop switch Failure to observe this warning may result in personal injury If alarm reset is done in the operation signal status the equipment will restart suddenly Therefore pl...

Page 11: ...ofessional waste disposal service refers to the Industrial Waste Recycling and Carrying Body and Industrial Waste Disposal Body Those who carry out recycling handling and disposal of industrial waste...

Page 12: ...of the inverter Failure to observe this warning may result in personal injury or fire Product body Warning identification Below SVC06 0040 Warning identification Rating nameplate Figure 2 1 Outside V...

Page 13: ...be heated or even damaged because of high order harmonic components output by the inverter In addition when current overload occurs in the inverter over current protection action will be automaticall...

Page 14: ...ames of Parts No Name Function 1 LCD display part Refer to Chapter 5 Operation Panel 2 Operation Panel Refer to Chapter 5 Operation Panel 3 Wiring Hole Refer to Chapter 4 Wiring 4 Air Inlet Cooling ai...

Page 15: ...fire In direct sunlight Near a heater or other heat source In a location subject to vibration or physical shock Near machinery that generates sparks In a location subject to dust corrosive or inflamm...

Page 16: ...water droplet vibration or high salinity Table 3 4 Main body mounting screws 200V systems Capacity Screws Recommended Screw Tightening Torque SVC06 0015 2 M4 1 5N m 1 1 9N m SVC06 0037 2 SVC06 0075 2...

Page 17: ...Screws Recommended Screw Tightening Torque SVC06 0370 4 M6 4 3N m 2 3 5 6N m SVC06 0450 4 SVC06 0550 4 M8 10 8N m 5 4 13 8N m SVC06 0750 4 SVC06 0900 4 M12 42N m 35 50N m SVC06 1100 4 SVC06 1320 4 SVC...

Page 18: ...internal temperature of the cabinet 6 This inverter is of IP20 structure Please select according to intended use Figure 3 1 Surrounding Space Figure 3 2 Arranging method of radiator fins outside the c...

Page 19: ...wiring and SW1 switching M4 Screw Press the snaps on Dent portion Terminal block for control circuit Input output terminal block Figure 3 5 Removal of front cover lower 2 Removal of front cover upper...

Page 20: ...trol circuit wiring and SW1 switching Figure 3 7 Removal of front cover lower and internal sealing plate iron 2 Removal of front cover upper After the front cover lower has been removed unscrew 2 M4 s...

Page 21: ...2 Removal of front cover upper After the front cover lower has been removed unscrew M4 screws 4 on the front cover upper gently lift up and take off the front cover Please carry out this work during...

Page 22: ...ightly At this point check from front cover if the operation panel is not protruding it is fully installed Otherwise protruding operation panel may result in unreliable contact of connector If the rem...

Page 23: ...coil must be provided with a surge absorber Surge absorber Please install the surge absorber for suppression of surge generated on opening and closing of electromagnetic contactors and control relays...

Page 24: ...l not exceed the values described in Table 4 1 However for vector control the maximum wiring length shall be controlled within 100m For length of more than 30m please implement auto tuning mode2 The s...

Page 25: ...grounding wire prescribed in the technical standards for electrical equipment and shorten wiring length as much as possible Be careful not to loop the grounding wire when using multiple inverters a C...

Page 26: ...DI5 DI8 DI7 DI6 DI4 DI3 DI2 DI1 DCM1 or DCM2 Digital signal common terminal Multifunctional input terminal factory presset 5 Note5 The input terminals are multifunctional terminals that can be assigne...

Page 27: ...eration panel to operate the inverter it can be realized simply through the main circuit wiring Without the need to operate from the outside or to input frequency instructions Please connect MCCB circ...

Page 28: ...P PR Brake resistor connection terminals Terminals connected to a brake resistor between P PR P X DC side voltage terminals Terminals connected to a brake unit P is the DC positive terminal X the DC n...

Page 29: ...ystems Model External brake resistor recommended External brake resistor limit value Resistance Capacity 1 Resistance Capacity 1 SVC06 0015 2 60 or more 300W 47 or more 300W SVC06 0037 2 40 or more 40...

Page 30: ...or more 800W SVC06 0055 4 80 or more 800W 52 or more 1100W SVC06 0075 4 60 or more 1000W 38 or more 1500W SVC06 0110 4 40 or more 1500W 32 or more 1800W SVC06 0150 4 40 or more 1500W 32 or more 1800W...

Page 31: ...ut wire grounding wire SVC06 0007 4 10 7 20 2 0 2 0 2 0 2 0 2 0 2 0 5 5 M4 1 2 5 5 M3 1 25 SVC06 0015 4 15 7 20 2 0 2 0 2 0 2 0 2 0 2 0 5 5 SVC06 0022 4 20 7 20 2 0 2 0 2 0 2 0 2 0 2 0 5 5 SVC06 0040...

Page 32: ...100 M3 1 25 SVC06 2500 4 700 600 660 200 2 200 250 2 200 200 2 200 60 Note 1 The values for wires in the main circuit are for 600 V IV PVC insulated wires 60 C when the inverter ambient temperature is...

Page 33: ...32 15A NF32 10A NV32 10A SVC06 0022 4 2 2kW NF32 20A NV32 20A NF32 15A NV32 15A SVC06 0040 4 4 0kW NF32 30A NV32 30A NF32 20A NV32 20A SVC06 0055 4 5 5kW NF32 30A NV32 30A NF32 30A NV32 30A SVC06 0075...

Page 34: ...T2 V VIF3 VIF2 ASG DI4 DI5 DI6 DI7 DI8 DCM2 24V2 ACM2 VIF1 24V1 DI1 DI2 DI3 The common end of control circuit terminals shall not be grounded to the earth In addition DCM1 DCM2 shall not be in common...

Page 35: ...DCM2 SW1 SINK connection DI1 DI8 24V1 24V2 24V COM SINK DCM1 SOURCE SW1 DCM2 SW1 Input resistor about 6 6 k When short circuited about DC3 5mA For SINK connection 1 Signal input on by short circuiting...

Page 36: ...e train input are inputted from this terminal Pulse phase A input side B B Pulse phase B input side PG s pulse input signal side and side Open collector push pull input phase B Pulse phase B input sid...

Page 37: ...nected then the terminating resistor 100 will be connected 1 TX1 is interconnected with TX2 internally 2 TX1 is interconnected with TX2 internally TX2 TX2 RX1 RX1 RS485 inverter signal receiving termi...

Page 38: ...jog operation can be enabled simply by turning the DI1 terminal on Table 4 4 Multifunctional input codes Function code No Input terminal name Data range Initial value symbol F1414 DI1 0 255 1 FR F1415...

Page 39: ...nection refers to the logic that when curren flows from the signal input terminal the signal will be ON connected For contact input signal DCM1 DCM2 is a common terminal The so called SOURCE connectio...

Page 40: ...ol Circuit Terminals Figure 4 1 Connection Diagram of Control Circuit Terminals FA1 FB1 FC1 Abnormal alarm multifunctional Contact output 1 Relay 1 contact output DO1 DO2 DO3 Multifunctional output te...

Page 41: ...potentiometer respectively the power supply terminal of the potentiometer is the V common terminal The V terminal can not provide power to the external as it is not a terminal used for supplying power...

Page 42: ...an example of signal switching when the multifunctional input terminal is set for the external emergency stop ES command A signal action is selected using the function code F1413 ES input terminal fu...

Page 43: ...inating resistor Please set only the farthest terminating resistor switch of the inverter to ON Factory preset OFF terminating resistor OPEN Inverter signal receiving end signal Inverter signal receiv...

Page 44: ...example above when the power supply of PG sensor is 24V And as shown in the connection diagram using the inverter to provide 24V power supply eliminates the need for an external power supply 2 Connec...

Page 45: ...the sunk parts on both sides of the front cover upper and the front cover upper will be removed When inserting an optional board into the slot check if the connection of mainframe side connector with...

Page 46: ...or turn the inverter s input power supply to OFF disconnected first and then check with a circuit tester that no applied voltage is present and also that the CHARGE lamp is not lit When pulling the co...

Page 47: ...configurations depending on varieties of the inverter 7 segment monitor Monitor mode display Quick knob Menu Cancel key Back key Set key Stop key Drive key Operating mode display Monitor authorizatio...

Page 48: ...tion display Whether the operation command sent from the operation panel is active or not 5 1 4 LED operation part 1 Key operation Key Name Key Mark Function Summary Drive key Starts forward or revers...

Page 49: ...Mode Display Contents Status Display The inverter status during operation stop such as frequency output current speed load factor monitoring display alarm and warning contents Function Code Display Fu...

Page 50: ...nected to the power the 7 segment monitor will display the software version of the operation panel Now the monitor displays 5 3 2 Inverter status mode The inverter status mode will be displayed In the...

Page 51: ...lamp indicates the value selected by F1202 Stopped the flashing lamp indicates the value selected by F1202 Lit Flashing Unlit 1 Depending on the motor control modes the display contents may be somewh...

Page 52: ...rnal terminal communication Lit Flashing Unlit See the function code F1101 of the operation command from an external terminal operation command from communication Sometimes this function is not availa...

Page 53: ...isplay Operation example changing from 5 Hz to 50 Hz Operation Display Description or Display of status monitor frequency display press Press the quick knob and the current set frequency will be displ...

Page 54: ...quency changed by turning the quick knob will be stored immediately as a new frequency value If this is done during running operation then the output frequency will start to change to the newly set va...

Page 55: ...ode can be used to set various functions of inverter 5 4 1 Status transition diagram F10__ Function block selection Status display F11__ F1001 F1002 F91__ F1002 1 2 41 Function code selection Setting...

Page 56: ...unction code will be displayed By turning the quick knob you can select the target function code or press Press the Set key or quick knob and the set value of function code will be displayed Turn the...

Page 57: ...can select the target function module or press Press Set key or quick knob then the function code will be displayed on display screen Turn the quick knob to select the target function code or press Pr...

Page 58: ...urn the quick knob to select the target function code or press Press the Set key or quick knob then the set value of function code will be displayed Turn the quick knob to select the new setting and t...

Page 59: ...the inverter has been stopped Operation example copying from the inverter to the operation panel Operation Display Description Select function code F1601 copy function or press Press the Set key or q...

Page 60: ...ect 1 If F1602 1 the current function code data will be compared with the factory preset function code data Press the Set key to start searching the number of a function code which has been changed an...

Page 61: ...lect function code F1604 data initialization or press Press the Set key or quick knob then the set value of function code will be displayed Turn the quick knob to select 1 If F1604 1 all the function...

Page 62: ...Turn the quick knob to select 1 then if F1805 1 the alarm contents will be read Press the Set key to execute the alarm reading function Alarm history record number and alarm contents are alternately d...

Page 63: ...been stored turn the quick knob to switch the contents displayed Now the detonation 1 and the value 2 when alarm occurred will be displayed or Press the Back key or key then the interface will return...

Page 64: ...played on a monitor Press the Set key or quick knob it moves to the next screen Then the number 3 of the screen currently displayed and bottom 3 figures of the serial number of an inverter are display...

Page 65: ...function code of which the user data is discrepant from default settings It is displayed flashing during transfer of the host function code data to operation panel It is displayed flashing during tra...

Page 66: ...extension cable length shall not be more than 5m And use a standard 8 pin direct plug in cable both ends of RJ45 type which is shielded and available from market for connection Note Please do not con...

Page 67: ...nal injury or fire Grounding of the inverter and motor must be carefully implemented Failure to observe this warning may result in electric shock or fire Please install the cover of the inverter befor...

Page 68: ...wiring inspection before power input Inspection after power input Rated settings F1320 Basic function setting Basic function setting Basic function setting Auto torque boot Auto tuning F1001 V f cont...

Page 69: ...ted state 6 2 2 Confirmation after power input If it is confirmed that there is no problem before the power supply input connect to the power supply And then check the following Table 6 2 Confirmation...

Page 70: ...control 40 V f separation control V f control 3 Speed control Yes Vector control 5 Torque control Vector control 6 Position control Vector control Some are optional functions Table 6 5 Auto torque boo...

Page 71: ...ctric thermal setting 0 No function 20 105 Please confirm the factory presets which can be set again only when the need for change really exists 6 2 6 Motor parameter auto tuning The so called auto tu...

Page 72: ...F5005 Motor insulation type 1 Type A 2 Type E 3 Type B 4 Type F 5 Type H F5006 The motor s rated voltage during auto tuning of motor parameters 0 Use function code F5001 Selected voltage 100 460 the...

Page 73: ...Unit kW 0 37 0 40 0 55 0 75 1 1 1 5 2 2 3 0 3 7 4 0 5 5 7 5 11 0 15 0 18 5 22 0 30 0 37 0 45 0 55 0 75 0 90 0 110 132 160 185 200 220 250 280 315 355 The symbol indicates a space Example When using a...

Page 74: ...nd returns to Stopped display upon completion of the process In addition in auto tuning mode 2 operation starts in the rotation direction of operation signals until the motor frequency rating F5003 is...

Page 75: ...t condition Example The auto tuning mode will not act if the frequency setting is higher than the upper frequency limit or lower than the lower frequency limit Performance of the auto tuning with smal...

Page 76: ...rnal analog VIF1 voltage VIF2 current 20 External analog VIF1 current VIF2 voltage 21 Terminal block stepping 22 Communication 25 Pulse train input 26 External analog VIF1 forward reverse operation 0...

Page 77: ...peration panel is flashing Set the frequency to a low frequency of about 5Hz through the quick knob Check that the set frequency displayed on LED monitor is flashing Press Drive key to start forward r...

Page 78: ...is turned off and a signal to drive the motor in the opposite direction from the present direction of rotation is input before the inverter stops the inverter operates according to the value of F1001...

Page 79: ...etting of F1102 1 Starting frequency is active Other actions shall be made according to settings of corresponding function codes 6 Once the JOG operation is started it will continue until the inverter...

Page 80: ...n free run stop terminal MBS The free run stop terminal is provided for systems in which mechanical braking is used to stop the motor When setting the motor to the free run status using this terminal...

Page 81: ...or when the set frequency is lower than the operation start frequency DC braking Condition where DC braking is applied when starting and stopping Frequency setting value or set frequency Frequency se...

Page 82: ...ed function F14XX Input function F15XX Output function System related functions F16XX System functions F17XX Protection function F18XX Information function Special functions F19XX Energy saving functi...

Page 83: ...A 11 External analog VIF1 voltage VIF2 voltage 12 External analog VIF1 voltage VIF3 voltage 13 External analog VIF2 voltage VIF3 voltage 14 External analog VIF1 voltage VIF2 voltage 15 External analog...

Page 84: ...of middle of 2nd S shaped Acceleration 0 100 1 0 1031 2nd Start of S shaped deceleration 0 200 1 50 1032 2nd End of S shaped deceleration 0 200 1 50 1033 Gradient of middle of 2nd S shaped Deceleratio...

Page 85: ...log input value Hz 13 Output torque 14 Partial excitation current A 15 Partial torque current A 16 Detecting position mm 29 Command frequency Hz 30 Command torque 35 Detection speed rpm subPG option 4...

Page 86: ...500 set value 1 10ms 1 10 1408 External analog input filter time constant VIF2 1 500 set value 1 10ms 1 10 1409 External analog input filter time constant VIF3 1 500 set value 1 10ms 1 10 1410 Set fr...

Page 87: ...67 2DF AD2 69 3DF AD2 71 A 10 option 74 2MAX 76 VFPID 83 For factory adjustment 85 PIDL 87 RPID1 89 PID2EX 92 ICLEAR 114 1DFA 116 1DFA 1DFB 118 RCOM 120 1DFA ROPE 122 1DFA 1DFB ROPE RCOM 123 VTC 253...

Page 88: ...ut torque 99 For factory adjustment 1 0 1502 Internal analog output coefficient 1 0 20 0 01 1 1503 Internal analog output bias 1 0 10 0V 0 1V 0 1504 Internal analog output function 2 0 No function 1 S...

Page 89: ...leration 42 Torque matching signal 43 Low speed detection signal 47 Motor speed counter 48 Forward run detection signal 49 Reverse run detection signal 1 1 5 8 1512 Counter output multiple 1 100 1 1 1...

Page 90: ...d factor ratio to rated current 11 VIF1 analog input value V 12 VIF2 analog input value V 13 VIF3 analog input value V 14 Speed rpm 15 Active power kW 16 Apparent power kVA 17 PID1 command value Hz 18...

Page 91: ...A 0 No function 50 200 1 150 Mode B 0 No function 50 150 120 1702 Electric thermal setting 0 No function 20 105 1 100 1703 Output current limiting at constant speed 0 No function 1 Yes V F mode Curren...

Page 92: ...Arbitrary V f pattern intermediate voltage 1 0 460V 1V 0 2004 Arbitrary V f pattern intermediate voltage 2 0 460V 1V 0 2005 Arbitrary V f pattern intermediate frequency 1 0 05 600Hz 0 01Hz 20 2006 Arb...

Page 93: ...reverse and acceleration deceleration in T2 11 2223 Forward reverse and acceleration deceleration in T3 11 2224 Forward reverse and acceleration deceleration in T4 11 2225 Forward reverse and acceler...

Page 94: ...A 10 External analog VIF3 current 4 20mA 11 Function code setting F3017 98 Pulse train input subPG option 99 Pulse train input 1 1 3002 PID1 feedback input switching 0 No input 1 External analog VIF1...

Page 95: ...PG feedback PID 1 0 3103 PID2 control proportional gain 0 100 0 01 0 1 3104 PID2 control integral time 0 01 100 sec 0 01s 0 1 3105 PID2 control differential time 0 100 sec 0 01s 0 3106 PID2 control i...

Page 96: ...only 1 3306 Reading PID2 feedback value Read only 1 3307 Reading PID2 input deviation Read only 1 3308 Reading PID2 output value Read only 1 3309 For factory adjustment 3310 For factory adjustment 331...

Page 97: ...tor excitation current 0 01 650A 0 01A 1 5015 Motor inertia moment 0 65kgm2 0 001kgm2 1 5016 Load inertia moment ratio 1 200 0 01 1 5017 Iron loss resistance 0 No torque correction 0 1 6553 5 0 1 0 Ve...

Page 98: ...capacity 6 External analog VIF3 voltage 0 5 V 7 External analog VIF3 voltage 0 10 V or capacity 8 External analog VIF1 current 4 20mA 9 External analog VIF2 current 4 20mA 10 External analog VIF3 cur...

Page 99: ...ulses 1 pulse 100 8112 Error level limit 0 1 000 set value 1 1000 pulses 1 100 8113 Quick acceleration deceleration for position control 0 Disabled 1 Enabled 1 1 8114 Number of pulses within 1 mm 0 Pu...

Page 100: ...2 8 F1019 SVC06 0015 0075 2 SVC06 0007 0075 4 5 10 15 20 5 10 15 20 SVC06 0110 0150 4 15 30 45 60 15 30 45 60 SVC06 0185 0550 4 30 60 90 120 30 60 90 120 SVC06 0750 0900 4 60 120 180 240 60 120 180 2...

Page 101: ...the operation and code input are noneffective The operation error can be displayed either in operation state or stop state The display will automatically disappear after 3 seconds and the inverter wil...

Page 102: ...is locked the function code data cannot be changed Since software editions are different the data cannot be transmitted copy function A password is required please confirm with the sellers The memory...

Page 103: ...g only in V f mode cannot be used in vector control mode 4 E1901 Energy saving mode cannot be used in torque control E2201 Pattern disturbed operation cannot be used in torque control E3201 PID contro...

Page 104: ...nnot be smaller than lower frequency E1001 Exceed the possible upper frequency limit motor parameter sheet error 1317 3rd upper frequency limit All E1008 Upper frequency limit cannot be smaller than l...

Page 105: ...upper frequency limit 5011 Motor primary inductance All E5013 Mutual inductance should be smaller than primary inductance 5012 Motor secondary inductance All E5013 Mutual inductance should be smaller...

Page 106: ...too heave continuous operation will cause an inverter shutdown Radiator temperature warning Temperature of the radiator is rising Check the ambient temperature and operation of the cooling fan The wa...

Page 107: ...r away from the power line System abnormality Abrupt capacitor discharge Turn off the power so the CHARGE lamp turns off turn the power on again and check the alarm Reconfirm the modified code data Tu...

Page 108: ...load Setting for current limiting function F1701 too high Eliminate the abrupt change increase Decrease the setting value Momentary overload during deceleration Excessive deceleration rate with a GD2...

Page 109: ...eviation counter abnormality Feedback signal cables are well connected Is motor being driven by other force Connect the feedback signal cable securely Redesign the system so that the motor is not driv...

Page 110: ...tput terminals U V and W Is the wiring for forward and reverse run mixed up Rotation speed does not increase Upper frequency limit F1007 activated Output current limiting Is setting of F1701 too low f...

Page 111: ...le 10 1 Periodic inspection list Inspection item Inspection details Method Instrument Criteria General Ambient environment Ambient temperature relative humidity Confirm operating environment Visual in...

Page 112: ...No crack breakage or deformation Visual inspection No abnormal Capacitor No leakage breakage or deformation Visual inspection No abnormal Board No discoloration or dirt Visual inspection No abnormal D...

Page 113: ...vice life will be shortened obviously Therefore the fan must be checked regularly Furthermore the fan should be replaced duly when there is an abnormal vibration or sound Turn OFF the power for replac...

Page 114: ...er M3 screw Cover board Fan Connector Direction of wind Figure 10 2 Replacement steps of fan SVC06 0110 0150 3 Steps for replacing fan of SVC06 0185 0300 The fan is on the top of the device Step 1 Rem...

Page 115: ...igure 10 4 Replacement steps of fan SVC06 0370 0450 5 Steps for replacing fan of SVC06 0550 0750 The fan is on the top of the device Step 1 Remove four screws M4 8 Step 2 Pull out the cover board with...

Page 116: ...e screws M4 Step 2 Pull out the cover board with a hand Step 3 Remove the screws and the connector After the replacement reinstall the fan with a sequence of 3 2 1 Figure 10 6 Replacement steps of fan...

Page 117: ...and not energized The capacitors must be inspected at least once a year and once in 6 months when they are near the end of their lifetime 10 4 Megger Test When performing a megger test on the motor a...

Page 118: ...wing formula Inverter Three phase power supply Motor Figure 10 4 Power measurement circuit for main circuit Table 10 4 Main circuit measuring instruments Symbol Item Measuring instruments Power supply...

Page 119: ...edance 1 and above Use optional reactor if less than 1 Mode A Heavy overload Required power capacity kVA 5 2 6 5 7 11 4 Input current A 6 With DCL 6 8 14 9 30 Without DCL 10 4 22 9 46 2 Mode B Light o...

Page 120: ...verload Required power capacity kVA 6 2 4 3 8 5 8 8 7 12 1 16 4 24 2 31 Input current A 7 With DCL 2 1 3 6 5 5 8 2 11 5 15 5 24 5 31 4 Without DCL 3 5 5 6 8 4 12 6 17 6 23 8 35 44 8 Mode B Light overl...

Page 121: ...e A Heavy overload Required power capacity kVA 6 25 4 30 3 40 4 48 1 58 5 72 4 95 4 Input current A 7 With DCL 36 7 43 8 58 3 69 5 84 5 104 5 137 8 Without DCL Mode B Light overload Required power cap...

Page 122: ...tional reactor if less than 1 Mode A Heavy overload Required power capacity kVA 6 120 146 180 211 249 267 295 327 Input current A 7 With DCL 161 196 235 283 335 359 396 439 Without DCL Mode B Light ov...

Page 123: ...un command reverse run command acceleration deceleration time setting free run stop alarm reset emergency stop jogging selection step frequency setting operation signal hold and others Digital input 8...

Page 124: ...C code check Message end code ASCII CR LF CR selectable No BINARY No Note A relay is required when exceeding 32 11 4 Storage Environment Storage environments of SVC06 series are as follows Table 11 1...

Page 125: ...pacity H H1 W W1 D d t SVC06 0015 2 280 266 150 138 160 5 7 SVC06 0037 2 SVC06 0075 2 300 286 200 187 195 5 5 7 SVC06 0007 4 280 266 150 138 160 5 7 SVC06 0015 4 SVC06 0022 4 SVC06 0040 4 SVC06 0055 4...

Page 126: ...List of overall dimension Capacity H H1 H2 W W1 D d t SVC06 0185 4 610 593 10 240 216 283 7 20 SVC06 0220 4 SVC06 0300 4 SVC06 0370 4 740 722 10 280 256 295 8 20 SVC06 0450 4 SVC06 0550 4 810 786 12 3...

Page 127: ...of overall dimension Capacity H H1 H2 W W1 2 D d SVC06 0900 4 900 870 15 350 250 140 340 15 SVC06 1100 4 SVC06 1320 4 1010 980 15 500 400 290 380 15 SVC06 1600 4 SVC06 1850 4 SVC06 2000 4 1010 980 15...

Page 128: ...126 12 2 Operation Panel 12 2 Operation panel 1 Operation panel 3 M3 screw length 4mm or shorter unit mm 2 External installation of operation panel Dimensional diagram of opening hole unit mm...

Page 129: ...I SVC06 0900 4 DCL 250020 330 295 130 105 180 82 85 4 9 15L M10 SVC06 1100 4 DCL 300017 SVC06 1320 4 DCL 350013 410 360 185 155 200 90 4 9 25L SVC06 1600 4 DCL 450011 M16 SVC06 1850 4 DCL 550009 420...

Page 130: ...verter power supply Model name 200V grade 3XYEB 105 104 400V grade 3XYHB 105 104 OKAYA ELECTRIC INDUSTRIES CO LTD product Noise filter Note 1 Reduce the cable interference influence caused by wiring i...

Page 131: ...rol function Open collector push pull output corresponding to PG Pulse input for phase A B Pulse monitoring output PG power supply 24V PROFIBUS communication board SC PB The inverter can be used as a...

Page 132: ...supply voltage is intended to be fed by the secondary of the isolated transformer The primary of the transformer is fed from the supply mains and the transformer complies with its own product standar...

Page 133: ...Memorandum...

Page 134: ...Memorandum...

Page 135: ......

Page 136: ...the instruction manual from the following website will made please confirm the content You may not have instruction manual that can be downloaded by the software version http www sanken ele co jp pro...

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