YASKAWA CIMR-H18.5G2 Instruction Manual Download

Page: 1 / 62

Summary of Contents for CIMR-H18.5G2

Page 1: ...eding This manual applies to VS 616GII Model CIMR H18 5G2 H22G2 H30G2 H37G2 H45G2 The VS 616GII Drive is an AC variable speed drive system for high precision variable speed applications It basically consists of a three phase squirrel cage induction motor a VS 616GII controller VS 616GII an operator control station and optional control units This manual primarily describes VS 616GII but contains ba...

Page 2: ...CTIONS 25 A2 1 Terminals of Main Circuit 25 A2 2 Terminals of Control Circuit 25 APPENDIX 3 INTERNAL CIRCUIT AND INTERCONNECTION DIAGRAMS 28 A3 1 With Braking Unit and Braking Resistor Unit 28 A3 2 With Transistor Open Collector For Start Stop Operation 29 APPENDIX 4 SYSTEM CONSTANTS 30 A4 1 Inverter Capacity Selection Sn 10 30 A4 2 Setting of V f Pattern Selection Sn 02 31 A4 3 Run Signal Selecti...

Page 3: ...entiometers of VS 616GII have been adjusted at the factory Do not change their settings unnecessarily Do not make withstand voltage test on any part of the VS 616GII unit because it is electronic equipment using semi conductors and vulnerable to high voltage Control PC board employs CMOS IC s which are easily dam aged by static electricity Take care not to touch the CMOS elements inadvertently 1 R...

Page 4: ...VS 616GII Model CIMR H22G2 with ETL certification Location of the equipment is important to achieve proper performance and normal operating life The VS 616GII units should be installed in areas where the following conditions exist Ambient temperature 10 to 40 C For enclosed type 10 to 50 C For open chassis type Protected from rain or moisture Protected from direct sunlight Protected from corrosive...

Page 5: ...e 3 3 MOUNTING DIMENSIONS The mounting dimensions for the VS b16GII are given in Fig 3 and Table 1 i Fig 3 Cabinet Mounting Holes Table 1 Cabinet Mounting Dimensions WC for open chasm 40 C for enclosed type Dimensions in mm inch Model 380 to 460 V Dimensions CIMR H18 5 G2 CIMR H22 G2 CIMR H30 G2 CIMR H37 G2 CIMR H45 G2 Open Chassis Typo 265 1043 250 9 84 W 1 Enclosed Type 445 465 NEMA 1 17 52 18 3...

Page 6: ... 460 VAC 50 80 Hz L3 T L3 T T3 W p r G E I a 12 S r i MULTI FUNCTION CONTACT OUTPUT e 6 0 C3 SIGNAL DURING RUNNING ISSET AT FACTORY SHIPMENT 16BBBE39 1 CONTACT CAPACITY LESS THAN 1 A FOR x DIGITAL OPERATOR r o DIGITAL OPERATOR MOTOR Note Terminal symbol shows main circuit and 0 shows control circuit T1 U Fig 4 Example of Interconnections for Operation with Digital Operator REMOTE 0 Fw0 II I 11011I...

Page 7: ...L INDEPENDENTLY BY PROGRAMS FOR DETAILS REFER TO PAR 4 7 TERMINAL FUNCTIONS SEOUENCE MULTFHJNCTIUN GONTACT OUTPUT 1 COMMON SIGNAL DURING RUNNING IS SET AT i TERMINAL OV 1 FACTORY SHIPMENT CONTACT CAPACITY LESS THAN 1 A 2 SHIELDED LEAD FOR 250 VAC AND 30 VDC CONNECTION TERMINAL 2 5 POWER SUPPLY FOR SPEED SETTNC 15V 2OmA 1 0TO10V 3 3 MASTER COMMAND FAULT CONTACT OUTPUT EXTERNAL 0 TO 10V 20141 1 CONT...

Page 8: ...es from the ones Made by MARCON Electronics IMPORTANT Lead size should be determined considering voltage drop of leads Refer to APPENDIX 10 WIRE SIZE Model CIMR H1 8 5G2 H22G2 H30G2 H37G2 H45G2 VS 616GI Capacity kVA 34 41 54 68 82 Rated Output Current A 45 54 72 90 108 Mitsubishi Molded Case Circuit Breaker Model and Rated Current NF100 1 OOA NF100 100A NF100 100A NF225 150A NF225 150A Yaskawa Mag...

Page 9: ...f the signal leads be 50 meters 164 feet or below 4 4 2 Main Circuit Input Output 1 Direction of phase rotation of power Phase rotation of power is available in either direction clockwise and coun terclockwise When inverter output terminals QU V and QW are connected to motor terminals U V and respec tively motor rotates counterclockwise viewed from opposite drive end upon forward operation command...

Page 10: ...ads for large current electrical equipment 3 Use ground lead listed in Table 18 page 47 and make the length as short as possible 4 Where several VS 616GII units are used side by side all the units should preferably be grounded directly to the ground poles However connecting all the ground terminals of VS 616GII in parallel and ground only one of VS 616GII to the ground pole is also permissible Fig...

Page 11: ...mode DRIVE Drive mode Select operation mode PRG Program mode Select constants to be set k J FWD REV In drive mode Select FORWARD or REVERSE MODE In program mode Select system constant Sri _ or control constant Cn _ Alphanumenc display POWER VOLTAGE SELECTION JOG In drive mode Command an inching operation NO In program mode Select each constant number DIGITAL OPERATOR Fig 8 Functions of digital ope...

Page 12: ...digit to be set and the numeric set with 7o key 3 Depress DSP NTR to store the frequency command value Stored data is maintained when the power is off DSP L 4 Depress 17o while depressing NTR to select the output frequency to be indicated Operation FWD REV 5 Depress MODE to select the motor rotating direction RUN 6 Depress DATA to give run command The motor accelerates acoording to the specified a...

Page 13: ...tion by frequency command from the external terminal The frequency command specified from the external terminal appears 1 C _I 1_I 1_I 1_I Indicates frequency command is appearing 2 Operation by frequency command from the digital operator The frequency command specified from the digital operator appears The digit which is flashing can be changed A frequency command can also be set 1 1 1 1 1 r1 1 I...

Page 14: ...ntary Operation continues at a power failure momentary power failure Protection 2nd Operation stalls during Operation will not stall chirinq 05 deceleration deceleration characteristics 3 rd The electronic thermal motor The electronic thermal motor not 0000 selection protected protected 4th The electronic thermal protector The electronic thermal protector reduced torque constant torque 1st Overtoi...

Page 15: ...q Command Bias 01 00 255 0 0 1 5 Freq Command Upper Limit 1 0 110 100 16 Freq Command Lower Limit 1 0 110 0 1 7 Setting Prohibited Freq 1 0 1 Hz 0 0 40001 1z 0 0 Hz 18 Setting Prohibited Freq 2 0 1 Hz 0 0 400 0 Hz 0 0 Hz 19 Setting Prohibited Freq 3 0 1 Hz 0 0 400 0 Hz 0 0 Hz 20 Motor Rated Current 0 1 A 0 1 3600A See Table 12 21 Carrier Freq Lower 1 Hz 380 2500 Hz 380 Hz 22 Torque Compensation Ga...

Page 16: ...shing digit select the numeric with with and indicate ffn u control constant 8 4 Depress DATA to indicate the internal data of control constant 8 5 Set the required acceleration time by operating and L AI The RESET time can be set up to 1800 seconds at 0 1 second intervals When 12 5 seconds is set it appears U U STOP 6 Depress SET to temporarily store data Setting deceleration time 7 Depress JOG N...

Page 17: ...e is set short relative to the load and if the rpm of the decelerating motor is not smooth anti stalling function during deceleration is functioning or if trouble is displayed on the digital operator set the deceleration time longer 1 Start the motor after making sure that the motor is stopped If the operation is started during motor coasting use the control constant Cn 12 DC Injection Braking Tim...

Page 18: ...sened screws Tighten mounting bolts connec tors etc Loosened connectors Tighten Cooling fins Build up of dust and dirt Blow with a dry compressed air of 4 to Once 6 kg cm 57 to 85 lbs in pressure Year Accumulation of conductive Clean the board dust and oil mist If dust and oil cannot be removed Printed circuit board replace the board Discoloration to brown Replace the board For abnormal noise and ...

Page 19: ...eration continues despite over Alarm torque Eb Blink Both forward run and reverse run Deceleration stop Not stored Alarm commands are closed internally The DC voltage is lower than the UU Low voltage specified value Trouble FU Fuse blown The main circuit fuse is blown Trouble OC Overcurrent A current surge of about 200 or Trouble more occurs The DC voltage is higher than the OU Overvoltage specifi...

Page 20: ...s in step 3 20 Depress F 1 3 OH Depress ap 1 OC Returns to 02 state 2 To indicate the sequence of failure items that occurred before the power was turned off The VS 616GII uses NV RAM to store the sequence of failure items that occurred before the power was turned off when low voltage is detected Therefore when the power is turned on again the sequence of such failure items up to four appears on t...

Page 21: ...as been turned off Therefore when the power is turned on again the operation can begin with the same state as when the power was turned off Display items in drive mode Frequency command from the digital operator The sequence of failure items that occurred before the power was turned off including the content of CPF failure ...

Page 22: ...ot used Legend of Chart Symbols C Motor wdl not run CHARGE lamp on YES Qaand6i YES Continued to A on page 23 NO The beginning of the chart Rated voltage across terminals R 2 S 1 TP NO YES Decision Yes or No FAULT lamp of digital YES Make checks in pare 9 3 operator on Process Action s required or description of NO situation RUN NO lamp on YES STOP command sW on Appox 24 VDC YES Release STOP comman...

Page 23: ...n a Q Q fo1 YES YES Voltage present NO across motor terminals Check wiring between rV ip inverter and motor VoRT betw ee 1 n NO P4 0 N 1 Inverter is faulty j 4M balanced phase voltage differential YES within 2 Cut off power supply and increase inverter V f Load torque too large NO Motor is faulty Extend acceleration time V f selection appro priate YES YES YES NO Reduce bad torque disconnect load R...

Page 24: ...nalog refence 0 06 Hz 60 Hz Charac Output Frequency Resolution 001 Hz teristics Overload Capacity 125 for one minute or 150 for one minute Load rate for max applicable motor Frequency Setting Signal 0 to 10 VDC 20 0 1 4 20 mA 250 Q Accel Decel Time 01 to 1800 sec Accel Decel time setting independently Braking Torque Approx 20 No of V f Patterns Total of 16 4 For general purpose 4 For high starting...

Page 25: ...reset at closed 5 Following sequence control commands available to select 5 step speed setting Master Aux selector Master Aux 6 selector at forward run Mastet Aux selector at reverse run Energy saving operation Override External coasting stop 7 command Forward inching operation Reverse inching operation Coasting stop command Speed search from top 8 speed Speed search from setting value Accel decel...

Page 26: ...tored in the inverter until a fault reset is in put Used to reset fault This is effective when both forward and reverse comand are open 4 Terminals 05 0 and sequence functional terminals The function of terminal 5 is selected by the value set to system constant 8 Similarly the function of terminal 6 is selected by the value set to system constant 9 the function of terminal 7 by the value set to sy...

Page 27: ...the master speed frequency command When the master speed frequency command is set with a voltage connect terminal 13 when set with a current connect terminal 7 Terminal 16 auxiliary frequency command Used to connect auxiliary frequency command The function may differ depend ing on the values set to system constants 8 and 9 8 Terminals 18 19 20 fault contact output When a fault occurs terminals 20 ...

Page 28: ...MCCB MC FAULT CONTACT 687 193 1 1 2 OVERLOAD RELAY The sequence to break power TRIP CONTACT supply side b required at overload relay trip contact VS 616GII BRAKING RESISTOR BRAKING UNIT UNIT 11kW C 1 BACKUP CAPACITOR B EXTERNAL FAULT T FOR MOMENTARY INPUT POWER LOSS FAULT CONTACT OUTPUT Cz 2200pF 400V L1 R T1 U L2 S T2N VS 616G L3 T T3 W MODEL CIMR 11 G2 Q r P s ...

Page 29: ...sponds to the master aux sebctoon contact nput O VS 61IGH C 7 RESET MULTI FUNCTION CONTACT INPUT w 5 POWER SUPPLY FOR SPffD SETIRIG 15V 2OmA 1 Note 3 MASTER FRED COMMAND 1 FAULT CONTACT OUTPUT 3 0 TO 10V 20141 1 CONTACT CAPACITY Note 3 MASTER FREQ COMMAND LESS THAN 1 A FOR 250 VAC rt____ 4 4 TO 20mA 250n _ AND 30 VDC 6 AUX FRED COMMAND 0 TO 10V 20k I 1 A FOR 250 VAC AND 30 VDC SEQUENCE COMMON TERM...

Page 30: ...5G2 H22G2 H30G2 JPAC C405 _ ET000938X S XX H37G2 H45G2 indicates the contents of function Use the PC board with Inverter Model CIMR _ Table 12 Inverter Capacity Selection same model or code No as spare parts xx indicates the number of design change Use the PC board with same number or more as spare parts Max Applicable Motor Rated Reference Current Sn 01 Model Motor Output Inverter Rated Current A...

Page 31: ...rque should be selected for Long wiring distance Large voltage drop at start AC reactor connected to input or output of the inverter Use of motor of the rating below the max For details contact Yaskawa representative aplli Specification Sn 02 V f Pattern capon Specification Sn 02 V f Pattern 400 V Starting 4w _________ Torque Low 50Hz o0 m 50Hz 0 Starting 8g 28 14 1 2 Torque g 24 2 0 12525 50 Ht H...

Page 32: ...d stops while STOP LED flashes This stop command is stored in the inverter Therefore to resume operation open both the forward run command and reverse run command of the external terminal 32 Table 13 Combination of Frequency and Run Commands effective X not effective Command System Constant 4 00 Setting Value 1 st and 2nd digits 01 10 11 Forward run command 0 0 X X Reverse run command 0 0 X X Exte...

Page 33: ... when detected is regarded as a fault in power supply and the operation stops after coasting 1st digit 1 When a momentary power failure is within 2 seconds the operation continues if longer than 2 seconds the operation stops after coasting 2 2nd digit stall or no stall during deceleration 2nd digit 0 Stall during deceleration 2nd digit 1 No stall during deceleration 3 3rd digit motor protection 3r...

Page 34: ...s OL3 and the operation stops after coasting regarded as trouble and fault contact is output A4 6 Optional Function Selection Sn 07 1 1st and 2nd digits Sets multiples of the output frequency that is output in the pulse monitor JOGB C01 type 00 Outputs 6 F F output frequency 01 Outputs 10 F F output frequency 10 Outputs 12 F F output frequency 11 Outputs 36 F F output frequency A4 7 Terminal Funct...

Page 35: ...asting stop command Closed 0 Coasti ng stop 7 Speed search Closed 1 Speed search from top freq 8 Speed search Closed 1 Speed search from setting value 9 Energy saving operation Closed 0 Energy saving operation 10 External fault Open 0 Stops coasting and outputs failure contact Open 0 Operates in accordance with settingof 1 st ang 2nd Operation mode selector digits of system constant 4 1 1 effectiv...

Page 36: ...equency command Close The auxiliary frequency command is made the frequency command 2 The forward master speed auxiliary switching and the reverse master speed auxiliary switching functions The main speed and auxiliary can be switched separately in forward and re verse operations The forward master speed auxiliary switching function and the reverse master speed auxiliary switching function must be...

Page 37: ...ide Close Only during close the inching operation with control constant 26 Setting to 6 Hz prior to shipment from the factory as the frequency command is carried out The rotating direction is given by the forward run command or reverse run command The timing chart in forward and reverse operations are shown in Fig 12 CLOSED OPEN CLOSED INCHING FREQUENCY 26 LIMITTER 110 D C INJECTION BRAKING TIME A...

Page 38: ...ted func tion either 7 or 8 Note functions 7 and 8 cannot be simultaneously selected When 7 is set the speed search begins with the highest set frequency When 8 is set the speed search begins with the frequency command that has been set after the search command was input FORWARD RUN COMMAND SPEED SEARCH COMMAND OUTPUT FREQUENCY WITHIN 0 5 SEC 0 5 SEC SPEED SEARCH FREQUENCY COMMAND AT SPEED SEARCH ...

Page 39: ...ion display function When the inverter overheat prediction display command is input the inverter flashes only OH2 on the digital operator s display No other operation is car ried out 11 DC injection braking DB function When both the forward run command and reverse run command are open and the DC injection braking command is closed DC injection braking operation is carried out OUTPUT FREQUENCY Fig ...

Page 40: ...ce OPERATION CLOSED RUN STOP OPEN STOP A4 8 Contact Output Selection Function Sri 12 L8 FWD REV SELECTOR OPEN FWD 1CLOSED REV 11 Set the content to be output through external terminals 90 1U0 to constant 12 Set the contents to be output through terminals j to open collector output of the output interface model JOGB C03 to constants to respectively Table 17 shows the relationship between the set va...

Page 41: ...inverter is measuring momentary power failure time when the mode is selected for operation to continue during momentary power failure The contact is open when the inverter is stopping for a peri od exceeding the momentary power failure time compensation period Use this contact combined with the abnormality contact output 6 Contact for speed synchronization at any set speed The contact is closed wh...

Page 42: ...e To straighten V f pattern When Fe FMIN is set Vc setup is invalidated and the output voltages of FA to F MIN become straight under the conditions of Vc V MIN W L7 H J H V MAX 02 Vc 05 FMIN Fe FA FMAX 06 04 03 01 Fig 16 V f Characteristics by Control Constants 1 to 7 Notes 1 Parenthesized values indicate the number of control constant Control constants 1 to 7 can be set only when system constant ...

Page 43: ...second during which DC injection braking is applied at starting by inputting a forward run command or reverse run command When the DC injection braking time is 0 acceleration begins with the minimum out put frequency 7 Frequency command gain FGAIN Cn 13 Sets the main speed frequency command gain in units of 0 01 See Fig 17 8 Frequency command bias FBIAS Cn 14 Sets the main speed frequency command ...

Page 44: ...APPENDIX 5 CONTROL CONSTANTS Cont d Z O H W J W N N Oar W W W ch C c0 E E 0 U U C 7 Q L w eR I I i i i i I 0 a X eR O J Q W Z p I W y N p z z W 29 2 w O 0J 0J U Z H a U UO Za w U 20 MU p z a U O Z ...

Page 45: ... frequency and the output frequency N U 2500 Z w d CARRIER cr 380 a Q U 106 694 OUTPUT FREQUENCY Hz 14 Torque compensation gain KT Cn 22 Sets the torque compensation gain in units of 0 1 Fig 18 Carrier Frequency and Output Frequency When the maximum applicable inverter motor has the same capacity as that of the motor actually used this gain is 1 When a smaller motor is actually used the gain is se...

Page 46: ...o 03 18 Inching frequency NFJOG Cn 26 Sets inching frequency in units of 0 1 Hz 19 Multispeed run frequency commands 1 and 2 FRKF1 and FREF2 Cn 27 and Cn 28 Sets multispeed run frequency commands in units of 0 1 Hz 20 Acceleration deceleration time Cn 29 Sets the acceleration deceleration time in units of 0 1 second when the accel eration deceleration time switching command is closed 21 Energy sav...

Page 47: ...g value indicates the no of poles of motor Digital operator displays the motor synchronous rpm output frequency X 120 Cn 32 However the actual speed will decrease by the amount of slip reduction Fractions are disregraded and the indication for motor rpm over 9999 remains 9999 1 st to 4th digits set a numeric to be indicated at 100 speed 5th digit Set the position of the decimal point Set value 0 i...

Page 48: ...a Fig 22 Time Chart of Retry Operation at fault The operation procedure for retry operation in case of fault is shown below DRIVE 1 Depress PRG to select the program mode PRG Light off FWD REV 2 Depress to select system constant MODE 3 Select the numeric with I o I and indicate FS U n 3 system constant 3 4 Depress RUN DATA to indicate the internal data of system constant 3 FWD REV 7 Indicate by op...

Page 49: ...n is shown below DRIVE DRIVE 1 Depress PRG to select the program mode L 1 PRG ght Off FWD REV 2 Depress MODE to select system constant 3 Select the numeric with and indicate 3n u3 system constant 3 4 Depress RUN DATA to indicate the internal data of system constant 3 5 Set by operating RESET and o STOP 6 Depress SET to temporarily store data 7 Depress FnnoDEV to indicate un u 8 Depress RUN DATA to...

Page 50: ... program mode I Light off 2 Depress FWD REV MODE to select system constant 3 Select the numeric with D and indicate FS 03 system constant 3 4 Depress RUN DATA to indicate the internal data of system constant 3 5 Set U U by operating RESET and E 6 Depress STOP SET to temporarily store data FWD REV 7 Indicate by operating MODE and E RUN 8 Depress DATA to indicate the internal data of On 02 9 Set the...

Page 51: ... to 13 are the same as in par A 6 1 1 Depress DRIVE PRG to select the program mode DRIVE Light off PRG 2 Depress FWD REV M ODE to select system constant FS UP 3 Select the numeric with I Z I and indicate n u system constant 3 4 Depress RUN DATA to indicate the internal data of system constant 3 5 Set 1 0 by operating RESET and o 6 Depress STOP SET to temporarily store data FWD REV p 7 Indicate urt...

Page 52: ...to the master aux frequency command terminals TERMINAL FUNCTION MASTER AUX SWITCHING o O TERMINAL O SW1 MULTSPEEDSETTING 4 O O TERMINAL Qs SW2 t4CHING COMMAND a TERMINAL 8 SW3 FORWARD RUWSTOP p TERMINAL QOR REVERSE RUWSTOP COMMON OV 7771 OPEN OPEN Fig 24 Multispeed Setting Method OPEN A OSEU OPEN 5 CLOSED TERMINAL tQ OR T FREQUENCY UPPER COMMAND LIMIT F5 MULTISPEED 1 F4 THEINDICATION j WHEN THE DI...

Page 53: ...he highest frequency Cn O1 by operating RESET RESET 10 Depress STOP to temporarily store data 11 Operate steps 7 to 10 to set output frequencies F4 F3 F2 to and in units of 1 Hz respectively 12 Operate steps to 10 to set output frequency F1 to T in units of 1 13 Finally depress sP to store data fENTR DRIVE 14 After completing all the steps depress PRG to return to the drive mode SET DRIVE PRG J bl...

Page 54: ... F Vo 12V I 20MA for 1 Sampling Duty 50 sec See Sn 07 of Par A4 6 O Frequency monitor Approx 10V 100 OV Inverter frequency output Output Impedance 05 F 1 JOGB CO2 20011 Monitor 73616 0052X Current monitor Approx 10 170 Surface of V current output Output Impedance 3 the controller current 2008 Both 4 contact output O 1 Select signals among during Open collector output Output JOGB CO3 monitors OV ru...

Page 55: ...ital signal 3 5 to 5 0 r0j input circuit can I 0 to 1 5 r1 receive the output of the open collector Fig 25 Equivalent Circuit of Digital Signal Input Input Signal Terminal Number Binary BCD Notes 1 2 1 2 2 2 x 10 3 22 4 23 8 Either 8 bit binary or 2 digit BCD 5 24 1 input is selected by the 3rd and 4th digits of system constant Sn 07 6 2 2 x 10 See Sn 07 on page 33 7 2s 4 8 2 7 8 9 OV OV 1 Output ...

Page 56: ...e as those of JVOP 91 _ flush mounted O Remote interface VOP 94 Interface between remote operator JVOP 92 and Mounted on the front 73041 0904X remote monitor JVOP 93 of inverter units The special operator JVOP 95 is capaue of frequency settingsand RUN STOP operations with i I O VS Operator analog commands from remote locations inax Small Plastic JVOP 95 50m F I monitor card should be provided Sepa...

Page 57: ...ss RUN DATA key Then all LEDs light 2 CH 02 Checks external terminals Ol to Select CH 02 and depress RUN DATA key Then the state of external terminals to appears Sample display when external terminals 30 G and are open and 0 and are closed is shown below so OFF Terminal r open ON Terminal nclosed OFF Terminal ropen ON Temunal closed OFF Terminal 5 open OFF Terminal eopen ON Termmal nclosed ON Term...

Page 58: ...JOINTAL Z manufactured by NIPPON KEIKINZOKU on the mounting surface of modules This in creases the adhesion of mounting surface and cooling effect 58 Volt ohm Meter Diode Terminals Module Terminals E G Reference Resistances Abnormal Resistances 0 several 10 ohms Model CIMR H18 5132 0 Approx TO H 45132 several 10 ohms co 0 tl 3 Approx or Tester Terminal Transistor O Reference Abnormal Module Reslst...

Page 59: ... 6 0 CIMR H30G2 45 G CIMR H37G2 68 E M8 22 38 4 1 CIMR H45G2 82 Main CIMR H18 5G2 34 M4 2 5 5 1410 CIMR H22G2 41 Power cable CIMR H30G2 45 600 V vinyl t sheathed lead CIMR H37G2 68 M3 5 1 25 2 16 14 or equivalent CIMR H45G2 82 CIMR H1 8 5G2 34 M4 0 5 2 20 14 CIMR H22G2 41 CIMR H30G2 45 Control CIMR H37G2 68 M3 5 1 25 2 16 14 CIMR H45G2 82 Common to all models 1 to 20 M3 5 0 5 2 20 14 Twisted shiel...

Page 60: ...Diode Main Circuit Fuse Base Drive PC Board Control PC Board Cooling Fan Type QM150DY 2H 160Q2G41 A70P 80 JPAC C263 JPAC C405 _ 4715PS 22T B30 B00 CIMR H18 5G2 Code STR000212 SID000337 F0000768 ETC00792X ET000938X S _ XX FAN000130 Qty 3 3 1 1 1 1 Type QM150DY 2H 160Q2G41 A70P 80 JPAC C263 JPAC C405 4715PS 22T B30 B00 CIMR H22G2 Code STR000212 SID000337 F0000768 ET000792X ET000938X S _ XX FAN000130...

Page 61: ...MEMO ...

Page 62: ... S A Phone 70B 291 2340 291 2348 Telex OM 270197 YSKW YSNC NBRK Fax 08 498 2430 480 9731 Loo 0180 7341 Lincoln Way Garden Grove CaMlarnia 92841 U 8 l1 Phone 714 8044M1 Telex 230 878988 YASKAWAUS TSTN Fax 714 894 3258 Now Jersey OM 3D Two Bridges Rood Falrlleld New Jersey 07008 U S A Phone 201 575 5840 Fax 201 575 5947 YABKAI VA ELECTRIC EUROPE ChniNI SUBSIDARY Straps 71 73 W e242 Kr arbwg Cbsrhbch...

Search results

Summary of Contents for CIMR-H18.5G2

Reviews:

Related manuals for CIMR-H18.5G2

Brands by name

Popular brands

YASKAWA CIMR-H18.5G2, Instruction Manual

Search results

Summary of Contents for CIMR-H18.5G2

Reviews:

Related manuals for CIMR-H18.5G2

Brands by name

Popular brands