Hitachi SRW-0EX Instruction Manual Download Page 9 | Manualshive

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Chapter 3 Connection, wiring, and attaching

3.1 Connect to inverter

3.1.1 Connecting to operator on the surface of cover (SJ300/L300P series only )

1. After setting up like a following figure, insert the operator to the connector vertically.
2. Turn on the power supply of the inverter , and Confirm that LCD screen of the operator is

ON.

3.1.2 Connecting by cable (Option)

1. Insert the both end of cable to main body and operator.
2. Turn on the power supply of the inverter , and Confirm that LCD screen of the operator is

ON.

UNIT Cable

SJ300,L300P,SJ100,L100 series

ICS-1 , ICS-3

J300.L300,J100,J200JH300,J500,L50
series

ICS-1J ,ICS-3J

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Summary of Contents for SRW-0EX

Page 1: ... u c t i o n m a n u a l i s w r i t t e n a b o u t h o w t o u s e R e m o t e O p e r a t o r C o u l d y o u u s e t h i s m a n u a l f o r i n s p e c t i o n m a i n t e n a n c e s e t t i n g a n d u s e i t w i t h t h e m a i n b o d y o f i n v e r t e r A f t e r r e a d i n g t h i s m a n u a l k e e p i t a t h a n d f o r f u t u r e r e f e r e n c e HITACHI ...

Page 2: ... result in serious injury or death CAUTION CAUTION Indicates a potentially hazardous situation which if not avoided can result in minor to moderate injury or serious damage of product The matters described under may if not avoided lead to serious results depending on the situation Important matters are described in CAUTION as well as WARNING so be sure to observe them NOTE NOTE Notes indicate an a...

Page 3: ...Revision History Table No Revision Contents The Date of Issue Operation Manual No 1 Initial Release of Manual NB615X Apr 2000 NB615X ...

Page 4: ...d locations of high temperatures high humidity dew condensation dust corrosive gases explosive gases combustible gases coolant mist and sea damage etc Install indoors to avoid direct sunlight and the unit should be well ventilated Otherwise there is a danger of electric shock and or injury CAUTION WARNING ...

Page 5: ... Chapter 4 Name of parts and contents 5 Chapter 5 Copy function and operation 6 Chapter 6 Setting operating mode 8 Chapter 7 Error message 9 Chapter 8 Trouble shooting 10 Chapter 9 Specification 11 Chapter 10 LCD display and operating for SJ300 L300P series 12 Chapter 11 Operating for the past type ex J300 series 61 ...

Page 6: ...tion key and remote function key are invalid This operator can use the inverter if which can use DOP DRW NOTE It is necessary to change the operation mode of remote operator when the Inverter type is not SJ300 L300P series Because initial value of the operation mode is the value for SJ300 L300P Refer to 6 chapter 1 3 Inspection upon unpacking Please don t shake the product when you open the packag...

Page 7: ...rrect use as directed in this manual or attempted repair by unauthorized personnel 2 Any damage sustained other than from transportation which should be reported immediately 3 Using the unit beyond the limits of the specification 4 Act of God Natural Disasters Earthquakes Lightning etc The warranty is for remote operator only any damage caused to third party equipment by malfunction of the remote ...

Page 8: ...wer supply of the inverter and confirm the POWER lamp is OFF before connecting disconnecting the operator cable 2 2 Providing an EMERGENCY Switch The operator may not stop in some cases when the stop key is pressed if an abnormal event such as contact error cable break etc occurs in the operator itself its cable or connect during operation To prevent such a trouble or unexpected accidents it is re...

Page 9: ... the connector vertically 2 Turn on the power supply of the inverter and Confirm that LCD screen of the operator is ON 3 1 2 Connecting by cable Option 1 Insert the both end of cable to main body and operator 2 Turn on the power supply of the inverter and Confirm that LCD screen of the operator is ON UNIT Cable SJ300 L300P SJ100 L100 series ICS 1 ICS 3 J300 L300 J100 J200JH300 J500 L50 series ICS ...

Page 10: ...LAY lamp Light on only when operating command RUN STOP is set in operator NOTE 2 REMOTE key Remote key can change operation command and frequency command method to the operator NOTE 2 NOTE 3 READ key The key is used for storing the data of the inverter to the memory elements of inside the remote operator COPY key The key to copy the data set which data is memorized in remote operator MONITOR key T...

Page 11: ...ote operator press the Read key again 4 The data read into a remote operator can be held even when the power supply of the inverter is turned OFF 5 Copying data between inverters is possible only between the same type ones When copying is done between different type inverters will display error message and copy function will stop 6 In order to protect the data in the remote operator a function to ...

Page 12: ...f the keys are used for changing the top and bottom row 1 0 More than 2 second press the keys at the same time on general operation 2 3 3 Read Lock 0 MON STOP RESET READ function is invalidity When read lock of remote operator follow as below NOTE Setting item for Multi language select The item is displayed when OPERATOR TYPE is SRW or LANGUAGE SELECT is ON in Setting operation mode refer to chapt...

Page 13: ... MODE will appear CONFIGURATION DIAGNOSE Keep off the key CONFIGURATION DIAGNOSE will appear Press the key when the cursor is the head of REMT FUN REMT FUN REMT FUN SET DEFAULT CANCEL LANGUAGE SELECT OFF OPERATOR TYPE SRW 3 3 2 3 3 2 3 3 3 3 2 2400 4800 9600 19200 CANCEL EXECUTE ON OFF DOP DRW DRW HRW SRW REMT STR If press the key data will be stored If press the key back to the general operation ...

Page 14: ... Avoid issuing the RESET signal continu ously for more than 5 sec NOTE 1 Replace the cable and the connector INV RUN The COPY key is pressed while the inverter is running Soft lock is turned ON Check if the COPY key is pressed while the inverter is running Check if the COPY key is pressed while Soft Lock is ON The COPY key Should be pressed only while the inverter stops Release the Soft Lock of th...

Page 15: ...en in the inverter un matches with the data in the remote operator If the same error recurs when copying is done again the inverter is defective NOTE 2 NOTE 1 Except SJ300 L300P SJ100 L100 series NOTE 2 Refer to the each inverter instruction manual ...

Page 16: ...The setting data is corr ect to the inverter 2 Key operations are ignored The inverter operation is normal The cable is connected properly to the connector The cable is not broken Operator does not accept a order even though key is pressed several times Reset the inverter Connect the cable properly then turn ON the inverter power supply Replace the cable The operator is defective YES NO YES NO YES...

Page 17: ...itor Item 2 Monitor Item 3 ERR1 Factor The data on trip Inverter status WARN Factor code Contents of warning Code No Name of group Individual setting value FM 0060 00H Iout 0022 5A FM 0060 00H A001 REM ERR1 OC Accel F 037 00Hz ACC WARN W025 Lim L FS A001 F SET SELECT REM display the monitor screen display on top row and bottom row display monitor screen display in top row and function mode simple ...

Page 18: ...nitor mode B Trip monitor Warning monitor Function mode FUN MON MON MON MON FUN FUN 10 3 Method of each of modes operation 1 Monitor Mode A Use and keys input the monitor item which you desired in top row select setting item in bottom row then press the store key 2 3 1 0 Example 1 In case of method of select the output current in monitor item 1 and select A001 to the simple display item of functio...

Page 19: ... Press the key 5 times then move the cursor to the data area in bottom 2 STR Press the key 1 time then select TRM Terminal Press the key then decide the monitor item for storing the data value FM 0000 00Hz F001 0010 00Hz Iout 0000 0A F001 0010 00Hz Iout 0000 0A F001 0010 00Hz Iout 0000 0A A001 REM Iout 0000 0A A001 REM Iout 0000 0A A001 TRM Iout 0000 0A A001 TRM 1 row While simple display item of ...

Page 20: ... the key 2 times to select C display C001 Press the key 2 times then move the cursor to second figure of code number display 2 STR Press the key 2 times to select 2 Automatically C021 is selected then data of C021 will be displayed Press the key then move the cursor to the head of top row 1 Iout 000 0A A001 REM Iout 0000 0A A001 REM Iout 0000 0A A001 REM Iout 0000 0A C001 RS Iout 0000 0A C001 RS I...

Page 21: ...rrent monitor in monitor item 2 and electric power monitor in monitor item 3 Monitor Mode B 1 2 STR Press the key several times then select Press the key then move the cursor down Press the key several times then select Press the key then decide monitor item 2 FM 0000 00Hz Iout 0000 0A Iout 0000 0A Iout 0000 0A Iout 0000 0A Iout 0000 0A Iout 0000 0A Power 000 0kW Iout 0000 0A Power 000 0kW Iout Po...

Page 22: ...ulated time on tripping during run which time counted from when inverter is operating Press the key to display accumulated time on tripping of ON time which time is counted from when inverter is turned on 2 2 2 In the display example output current is 22 5A on tripping In the display example PN voltage is 395V on tripping In the display example accumulated time on tripping during run is 10 hours w...

Page 23: ...ripping 12hr 4 Function mode In function mode there are three ways of display item 1 Method of changing the code following display direction Function mode Press the key to select A002 Press the keys to select TRM Terminal 2 2 F001 SET Freq FS 0000 00Hz A002 F R SELECT REM A002 F R SELECT REM A002 F R SELECT TRM A002 F R SELECT TRM Press the key 7 times or press the time then move the cursor to the...

Page 24: ...Chapter 10 LCD display and operating for SJ300 L300P series 2 Method of transferring to other function Example Display A002 Operation setting selection then change from remote to terminal ...

Page 25: ...sor to the data area Press the key to select TRM Terminal 1 Press the key then set 2 on first figure of display code number A002 is selected A002 data is displayed 2 1 STR Press the key to store the updated data to EEPROM Move the cursor at the head of top row F001 SET Freq FS 0000 00Hz F001 SET Freq FS 0000 00Hz A001 F SET SELECT REM A001 F SET SELECT REM A002 F R SELECT REM A002 F R SELECT REM A...

Page 26: ...y to move the cursor to the individual name section 2 Press the key to move the cursor to second figure of data area Press the key to change the data from 000 to 010 1 Press the key several times to change individual name display from Mode to STR V Direct braking power on stop 2 1 STR Press the key to store the updated data to EEPROM Move the cursor to the head of top row F001 SET Freq FS 0000 00H...

Page 27: ...itor mode B The display is selected by monitor B The item is selected by U001 to U012 FUN MON key then it will move to the monitor mode it will move to the function mode If you press the If you press the general operation The item is set by U002 set by U012 The item is 10 4 Display list 1 Monitor Mode No Function name Display contents Monitor range Remark FS 0000 00Hz 0 00 400 00 Hz Multi speed 0 ...

Page 28: ...monitor IN TM LLLLLLLLL L terminal OFF H terminal ON status L300P series IN TM L____LLLLL 7 Intelligent output terminal monitor OUT TM LLLLLL L signal OFF H signal ON status OUT TM L___LL 8 Frequency conversion monitor F CNV 000000 00 0 00 39960 00 9 torque monitor TRQ 000 300 300 NOTE 2 10 Output voltage monitor Vout 000 0V 0 0 600 0 V 11 Input electric power monitor Power 000 0kW 0 0 0999 9 kW 1...

Page 29: ... 4 Accumulated time during RUN ERR2 EXTERNAL RUN 000010hr CST 5 Power on time ERR2 EXTERNAL ON 000021hr CST The last time trip contents In case of external trip 3 1 Trip monitor 3 Frequency ERR3 Over V F 0037 56Hz DEC 2 Output current ERR3 Over V Iout 0018 1A DEC 3 Direct voltage ERR3 Over V Vpn 396 5V DEC 4 Accumulated time during RUN ERR3 Over V RUN 000009hr DEC 5 Power on time ERR3 Over V ON 00...

Page 30: ...quency Hz NOTE 2 F001 SET Freq OP1 000 00Hz 0 00 Starting frequency 1st 2nd 3rd Max frequency Hz NOTE 2 F001 SET Freq OP2 0000 00Hz 0 00 Starting frequency 1st 2nd 3rd Max frequency Hz NOTE 2 1 Output frequency F001 SET Freq RS485 000 00Hz 0 00 Starting frequency 1st 2nd 3rd Max frequency Hz NOTE 2 2 1st acceleration time F002 ACCEL TIME1 0030 00s 0 01 3600 00 s 3 2nd acceleration time F202 2ACCEL...

Page 31: ...le O OI P auxillary speed of O OI no reversible O OI PM auxillary speed of O Oi reversible 11 O start A011 INPUT O EXS 0000 00Hz 0 00 400 00 Hz 12 O end A012 INPUT O EXE 0000 00Hz 0 00 400 00 Hz 13 O start rate A013 INPUT O EX S 000 0 100 14 O end rate A014 INPUT O EX E 100 0 100 15 O start selection A015 INPUT O LEVEL 0Hz O EXS external starting frequency 0Hz 0Hz 16 O OI O2 sampling A016 INPUT F ...

Page 32: ... frequency Hz 33 Multi speed 13 A033 SPEED 13S 0000 00Hz 0 00 Starting frequency maximum frequency Hz 34 Multi speed 14 A034 SPEED 14S 0000 00Hz 0 00 Starting frequency maximum frequency Hz 35 Multi speed 15 A035 SPEED 15S 0000 00Hz 0 00 Starting frequency maximum frequency Hz 36 Jogging frequency A038 Jogging F 01 00Hz 0 00 Starting frequency 9 99 Hz 37 Jogging selection A039 Jogging Mode FRS FRS...

Page 33: ...WAIT 0 0s 0 0 5 0 s 53 DC braking power A054 DCB STP V 000 0 100 NOTE 3 54 DC braking time A055 DCB STP T 00 0s 0 0 60 0 s 55 DC braking edge level selection A056 DCB KIND LEVEL EDGE edge action LEVEL level action 56 DC braking power starting time A057 DCB STA V 000 0 100 NOTE 3 57 DC braking time starting time A058 DCB STA T 00 0s 0 00 60 0 s 58 DC career frequency A059 DCB CARRIER 05 0kHz 0 5 15...

Page 34: ... 01 00 0 01 99 99 76 PID feedback Selection A076 PID INPUT OI OI feedback OI O feedback O 77 AVR selection A081 AVR MODE DOFF ON ON always OFF OFF always DOFF OFF on decelerating 78 Motor voltage selection A082 AVR AC 200V 200 215 220 230 240 380 400 415 440 460 480 79 Operation mode selection A085 RUN MODE NOR NOR normal operation ECO energy saving operation FUZZY fuzzy NOTE 1 80 Energy saving re...

Page 35: ... 400 00 Hz 96 OI end A102 INPUT OI EXE 0000 00Hz 0 00 400 00 Hz 97 OI start rate A103 INPUT OI EX S 20 0 100 98 OI end rate A104 INPUT OI EX E 100 0 100 99 OI start selection A105 INPUT OI LEVEL 0Hz OI EXS external start frequency 0Hz 100 O2 start A111 INPUT O2 EXS 0000 00Hz 400 00 400 00 Hz 101 O2 end A112 INPUT O2 EXE 0000 00Hz 400 00 400 00 Hz 102 O2 start rate A113 INPUT O2 EX S 100 100 100 10...

Page 36: ...electronic thermal characteristic selection b313 3E THM CHAR SUB SUB reduced characteristic CRT constant torque characteristic FREE free setting NOTE 1 119 Free electronic ther mal frequency 1 b015 E THM F1 0000Hz 0 400 Hz 120 Free electronic ther mal current 1 b016 E THM A1 0000 0A 0 0 1000 0 A 121 Free electronic ther mal frequency 2 b017 E THM F2 0000Hz 0 400 Hz 122 Free electronic ther mal cur...

Page 37: ...ction b037 DISP Mode ALL ALL all display FUNCTION each function display USER user setting main setting NOTE 1 SJ300 series only NOTE 2 L300P series 0 5 rated current 1 50 rated current A 7 15 No Function name Display Data range 136 Torque limit mode selection b040 TRQ_LIMIT Mode 4 SET 4 SET 4 quadrant mode TM terminal operation O2 Analog input OP1 Option 1 OP2 option 2 NOTE 1 137 Torque limit leve...

Page 38: ...itialization b085 INITIAL SELECT JPN JPN EC USA 154 Frequency scalar conversion factor b086 F CONV Gain 001 0 0 1 99 9 NOTE 1 SJ300 series only NOTE 2 L300P series 0 5 12 0kHz Derating 8 15 No Function name Display Data range 155 Stop key enable b087 STOP SW SELECT OFF ON valid OFF invalid 156 Resume on FRS cancellation mode b088 RUN FRS ZST ZST OHz start fST Strat f equaling 157 BDR usage ratio b...

Page 39: ...NOTE 1 179 Waiting time for releasing braking conformation b121 BRAKE STA WAIT 0 00s 0 00 5 00 s NOTE 1 NOTE 1 SJ300 series only 9 15 No Function name Display Data range 180 Waiting time for acceleration b122 BRAKE ACC WAIT 0 00s 0 00 5 00 s NOTE 1 181 Waiting time for stop b123 BRAKE STP WAIT 0 00s 0 00 5 00 s NOTE 1 182 Waiting time for signal conformation b124 BRAKE BRK WAIT 0 00s 0 00 5 00 s N...

Page 40: ...mit switch2 PPI P PI switch BOK Braking conformation ORT Orientation LAC LAD cancel PCLR Position error clear STAT Permission of pulse train no No assign NOTE 2 193 Intelligent input 1 a b NO NC selection C011 IN TM O C 1 NO NO NO NC NC 194 Intelligent input 2 a b NO NC selection C012 IN TM O C 2 NO NO NO NC NC 195 Intelligent input 3 a b NO NC selection C013 IN TM O C 3 NO NO NO NC NC 196 Intelli...

Page 41: ...al 2 Intelligent output terminal 11 13 or 11 14 becomes AC0 AC2 or AC0 AC3 Can Alarm cord output forcibly when alarm code output is selected in C062 NOTE 2 208 FM selection C027 FM MONITOR KIND A F A F Output frequency A Output current T Output torque D F Digital output frequency V Output voltage P Input electric power THM thermal load rate LAD LAD frequency NOTE 3 209 AM selection C028 AM MONITOR...

Page 42: ...TE 1 224 Over torque level setting Forward driving C055 OV TRQ FW V 100 0 200 NOTE 1 225 Over torque level setting Reverse regenerati ng C056 OV TRQ RV R 100 0 200 NOTE 1 226 Over torque level setting Reverse driving C057 OV TRQ RV V 100 0 200 NOTE 1 227 Over torque level setting Forward regenerati ng C058 OV TRQ FW R 100 0 200 NOTE 1 228 Thermal warning level setting C061 E THM WARN 080 0 100 229...

Page 43: ...during ON OFF Trip cancel during OFF TRP Valid only during trip Cancel during ON 248 Reset f frequency matching selection C103 RESET f Mode ZST ZST OHz star fST Start f equaling 249 Overload advance notice level C111 OL LEVEL2 0000 0A 0 00 2 00 rated current A NOTE 1 250 O zero adjustment C121 O ADJUST ZERO 00000 0 65535 251 OI zero adjustment C122 OI ADJUST ZERO 00000 0 65535 252 O2 zero adjustme...

Page 44: ...1 270 2nd motor constant L H222 2AUX L 000 00mH 0 00 655 35 mH NOTE 1 271 1st motor constant IO H023 AUX I0 000 00A 0 00 655 35 A NOTE 1 272 2nd motor constant IO H223 2AUX I0 000 00A 0 00 655 35 A NOTE 1 273 1st motor constant J H024 AUX J 000 000 0 000 999 9000 NOTE 1 274 2ND motor constant J H224 2AUX J 000 000 0 000 999 9000 NOTE 1 275 1st motor constant R1 Autotuning data H030 AUX A R1 00 000...

Page 45: ... SLV limiter setting H260 2AUX 0SLV LMT 100 0 100 NOTE 1 293 PI control proportion Gain for switching H070 AUX CH KSP 0100 0 0 0 1000 0 NOTE 1 294 PI control integration Gain for switching H071 AUX CH KSI 0100 0 0 0 1000 0 NOTE 1 295 P control proportion Gain for switching H072 AUX CH KSPP 01 00 0 00 10 00 NOTE 1 296 Option 1 operation selection on error P001 OPTION1 SELECT TRP TRP RUN 297 Option ...

Page 46: ...DJ OFF OFF Invalid ON Valid NOTE 1 313 Over speed detect level setting P026 FEEDBACK 0SPD 135 0 0 0 150 0 NOTE 1 314 Speed error over detect level setting P027 FEEDBACK NER 7 5Hz 0 00 120 00 Hz NOTE 1 315 Digtal input option input mode selection Acc Dec P031 ACC DEC SELECT REM REM operator OP1 option1 OP2 option2 316 Stop position setting for orientation input mode selection P032 P SET SELECT REM ...

Page 47: ...splay and operating for SJ300 L300P series 327 User11 selection U011 USER 11 __no no d001 P032 NOTE 2 328 User12 selection U012 USER 12 __no no d001 P032 NOTE 2 NOTE 1 SJ300 series only NOTE 2 L300P series no d001 P031 ...

Page 48: ...diated noise or unusual temperature rises the inverter output is switched off EEPROM Under voltage When the incoming voltage of inverter is low the control circuit can t operate correctly The under voltage circuit operates and the inverter output is switched off Under V CT error When an abnormality occurs to a CT current detector in the inverter the inverter output is switched off CT CPU error Whe...

Page 49: ...pen phase on the input supply occurs the inverter output is switched off PH Fail IGBT error When an instantaneous over current is detected on the output the inverter output is switched off to protect the main devices IGBT Thermistor error When the Inverter detects a high resistance on the thermistor input from the motor the inverter output is switched off TH Abnormal brake When inverter cannot det...

Page 50: ...equency setting 0 3Fmax 3FS Multi speed frequency setting 1 15 3Fmax SPEED Orientation speed setting 3Fmax ORT Frequency upper limit setting Frequency lower limit setting Lim H Lim L Multi speed frequency setting 0 Lim H FS Multi speed frequency setting 1 15 Lim H SPEED Orientation speed setting Lim H ORT 2nd Frequency upper limit setting 2nd Frequency lower limit setting 2Lim H 2Lim L 2nd Multi s...

Page 51: ... available Free V F frequency setting１ Free V F frequency setting２７ v f FREE Free V F frequency setting２ Free V F frequency setting３７ v f FREE Free V F frequency setting３ Free V F frequency setting４７ v f FREE Free V F frequency setting４ Free V F frequency setting５７ v f FREE Free V F frequency setting５ Free V F frequency setting６７ v f FREE Free V F frequency setting６ Free V F frequency setting...

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