Hitachi SJ-LW Instruction Manual Download

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APPENDIX PARAMETER OBJECT LISTS

Address

Size

Setting

range

magn.

Contents

L300P

operator

code

H'080002D3

1 00

〜

code

Selection of method of Pulse lines input

P013

H'080002D4

1 00,01

code

Set of Orientation direction

P016

H'080002D5

1 00,01

code

Selection of location of electric gear

P019

H'080002D6

1 00,01

code

Selection of action at option1 error

P001

H'080002D7

1 00,01

code

Selection of action at option2 error

P002

H'080002D8

1 00,01

code

Selection of feedback option

P010

H'080002D9

1 -

Access Inhibited

H'080002DA

1 00,01

code

Selection of Available of compensation of
secondary resistor

P025

H'080002DB

1 00

〜

code

Acc/Dec input mode selection

P031

H'080002DC

1 00

〜

code

Stop position setting input mode selection

P032

H'080002DD

103 -

Access Inhibited

H'08000344

4 0

〜

4294836225s

Set of Accumulated time during running

d016

H'08000348

4 0

〜

4294836225s

Set of Accumulated time during power ON

d017

H'0800034C

2 -

Access Inhibited

H'0800034E

2 0

〜

1000.0

*10

Adjusting value of Thermister

C085

H'08000350

2 0

〜

65535

Adjustment of “O” terminalte

C081

H'08000352

2 0

〜

65535

Adjustment of “O2” terminaler

C083

H'08000354

2 0

〜

65535

Adjustment of “OI” terminaler

C082

H'08000356

2 -

Access Inhibited

H'08000358

2 0

〜

65535

Adjustment of Zero of “O” terminaler

C121

H'0800035A

2 0

〜

65535

Adjustment of Zero of “O2” terminalr

C123

H'0800035C

2 0

〜

65535

Adjustment of Zero of “OI” terminalr

C122

H'0800035E

2 -

Access Inhibited

H'08000360

2 0

〜

65535

Accumulated number of Trip(error)

d080

H'08000362

1 -

Access Inhibited

H'08000363

1 00

〜

Pointer of history of last trip(error)

Note 1

4 00

〜

H'FF

Factor and Status of Trip1

Note 1

4 0

〜

400.00Hz

*100

Frequency of Trip1

Note 1

2 0

〜

1000.0A

*10

Output current of Trip1

Note 1

2 0

〜

1000.0V

*10

PN voltage (DC voltage) of Trip1

Note 1

4 0

〜

4294836225s

Accumulated time during running of Trip1

Note 1

4 0

〜

4294836225s

Accumulated time during power ON of Trip1

Note 1

4 00

〜

H'FF

Factor and Status of Trip2

Note 1

4 0

〜

400.00Hz

*100

Frequency of Trip2

Note 1

2 0

〜

1000.0A

*10

Output current of Trip2

Note 1

2 0

〜

1000.0V

*10

PN voltage (DC voltage) of Trip2

Note 1

4 0

〜

4294836225s

Accumulated time during running of Trip2

Note 1

4 0

〜

4294836225s

Accumulated time during power ON of Trip2

Note 1

4 00

〜

H'FF

Factor and Status of Trip3

Note 1

4 0

〜

400.00Hz

*100

Frequency of Trip3

Note 1

2 0

〜

1000.0A

*10

Output current of Trip3

Note 1

2 0

〜

1000.0V

*10

PN voltage (DC voltage) of Trip3

Note 1

4 0

〜

4294836225s

Accumulated time during running of Trip3

Note 1

4 0

〜

4294836225s

Accumulated time during power ON of Trip3

Note 1

4 00

〜

H'FF

Factor and Status of Trip4

Note 1

4 0

〜

400.00Hz

*100

Frequency of Trip4

Note 1

2 0

〜

1000.0A

*10

Output current of Trip4

Note 1

2 0

〜

1000.0V

*10

PN voltage (DC voltage) of Trip4

Note 1

4 0

〜

4294836225s

Accumulated time during running of Trip4

Note 1

4 0

〜

4294836225s

Accumulated time during power ON of Trip4

Note 1

4 00

〜

H'FF

Factor and Status of Trip5

Note 1

4 0

〜

400.00Hz

*100

Frequency of Trip5

Note 1

2 0

〜

1000.0A

*10

Output current of Trip5

Note 1

2 0

〜

1000.0V

*10

PN voltage (DC voltage) of Trip5

Summary of Contents for SJ-LW

Page 1: ...Make sure to reach this manual to the end user Table of Contents Chapter1 Introduction 1 Chapter2 Installation method of printed board 5 Chapter3 Wiring Connecting 6 Chapter4 Setting 7 Chapter5 LonWorks Communication Function 8 Chapter6 Control from LonWorks 17 Chapter7 Countermeasure for abnormality 21 Appendix1 Parameter Object Lists 23 Appendix2 Trip monitor data address 32 SJ300 L300P SERIES S...

Page 2: ...not be reissued 3 All right reserved 4 Contents in this manual is written to make assurance doubly sure but but please contact if you have some doubts about spelling mistakes omitted word etc 5 Please agree that there is no responsibility for effects resulted in spite of contents above mentioned About trademark 1 Echelon Neuron LON LonTalk LonWorks 3120 are registered trademark of Echelon Corporat...

Page 3: ...inor to moderate injury or serous damage to the product The situation described in may if not avoided lead to serious results Important safety measures are described in CAUTION as well as WARNING so be sure observe them Notes are described in this manual in Note Carefully read the contents and follow them exactly CAUTION In all the illustrations in this manual covers and safely device are occasion...

Page 4: ... Make sure that only qualified persons will perform maintenance inspection and part replacement Before starting the work remove metallic objects from your person wristwatch bracelet etc Be sure to use tools protected with insulation Otherwise there is a danger of electric shock and or injury Note Never modify the unit Otherwise there is a danger of electric shock and or injury CAUTION Installation...

Page 5: ... Damage parts and its condition etc Question parts and their contents etc In order to shorten impossible working time standing spare unit is recommended 1 2 2 WARRANTY OF THE PRODUCT This product is guaranteed to last for one year after purchase But the next case is toll repair even if within warranty period 1 In case caused by operating mistake and incorrect repair and modification 2 Trouble caus...

Page 6: ...n the LonWorks standard are supported The LonMark Functional Profile Variable Speed motor Drive doc no 6010_11 is supported In a control system the option board will act as a node that can be read and written to from any other LonWorks node that has SNVT s that corresponds to the one on SJ LW Note RS485 communication function is disabled by installing SJ LW to the inverter 1 4 Appearance and Names...

Page 7: ...nical features of Lonworks Transmission Technique Free topology FTT 10A twisted pair cable Transmission rate 78kbits s Max Bus length Bus up to 2000 m Max node to node distance 500m Max amount of nodes 32 385 nodes divided as 127 nodes subnet 255 subnets domain Medium Access Predictive CSMA Data types Peer to peer communication LonWorks communication ASIC TMPN3120FE5 chip from Toshiba LonWorks tra...

Page 8: ...ly the environmental specification of the SJ LW is in accordance with SJ300 L300P series inverter Please refer the instruction manual of SJ300 L300P series But only application temperature of SJ LW is different Please note application temperature 0 to 50 degree ...

Page 9: ... the two of them with the screw holes on the option port 1 or 2 and mount the other two holes with the guide posts which are located on the option port 1 and 2 To avoid connection failure secure the option board with screws after connection Option port 1 Option port 2 Guide posts for mounting the option board Screw holes for secure option board M3 Screws Option board Figure 2 1 Installation of opt...

Page 10: ...uirements it s important that a shielded cable is used and that proper grounding is provided 3 3 Wiring note 1 Installing the cable to Network connector must be done after checking the power supply off 2 Wiring should not have bare cables exposed between connector contacts 3 Network cables should be fixed without tension Cables fixed under tension have potential of causing a communication fault by...

Page 11: ...location of the switch The following table explains the possible switch settings Switch position Termination type FT Free topology termination enabled NO Termination disabled BUS Bus topology termination enabled For more information about termination see the FTT 10A Free Topology Transceiver User s Guide doc id 078 0156 01F available at http www echelon com Note Risk of equipment damage exists The...

Page 12: ...les Manufacturer Defined Network Variables Manufacturer Defined Configuration Properties nc1 nciPwUpOutTm optional nv1 nviDrvSpeedStpt SNVT switch nv2 nviDrvSpeedScale SNVT lev percent nv15 nvoParam UNVT SJ300 nv11 nvoFreqAct SNVT freq hz nvoEmergStatus SNVT hvac emerg nv12 nvoDrvAlarm SNVT switch nv13 nvoDrvWarning SNVT switch nv14 nv18 nviWriAdr SNVT count nv16 nviWriValue UNVT sj300 nv3 nviInvS...

Page 13: ...he option card All messages with other FrameType codes will be sent to the inverter 14 RQ_REMORT_CTRL allow WRITE_DEMAND_CODE 0x02 messages to be communicated to the inverter If RQ_SELF_TEST RQ_OVERRIDE RQ_RMV_OVERRIDE RQ_ALARM_NOTIFY_ENABLED RQ_ALARM_NOTIFY_DISABLED RQ_PROGRAM or RQ_NUL is requested the invalid_request bit will be set in nvoObjStatus Which request of RQ_DISABLED RQ_NORMAL or RQ_E...

Page 14: ... depend on nviDrvSpeedScale Scaling See chapter 6 1 4 5 2 4 Speed Setpoint Scaling SNVT_lev_percent nviDrvSpeedScale This input network variable provides scaling for nviDrvSpdStpt For example if nviDrvSpeedStpt value is 100 and nviDrvSpeedScale value is 150 then actual speed setpoint value is 150 meaning reverse 1 5 times nominal speed The requested speed will not be greater than the value defined...

Page 15: ...rride When EMERG_SHUTDOWN command is inputted the inverter executes the deceleration stop and also the value in EMERG_SHUTDOWN is supported but the other values are not supported Deceleration time is dependant on Ramp Down Time Refer to chapter 5 4 10 Value Definition Contents Support 0 EMERG_NORMAL No emergency mode Yes 1 EMERG_PRESSURIZE Emergency pressurize No 2 EMERG_DEPRESSURIZE Emergency dep...

Page 16: ...It will be set if NviObjRequest have received a RQ_MANUAL_CTRL request Invalid ID If another identification number then 0 and 1 have been set in request by SNVT nviObjRequest The request will not be carried out 5 3 2 Drive Status UNVT_sj300 nvoDrvStatus This output network variable provides the status of the drive The first three bytes will be mapped directly from the information received at addre...

Page 17: ... positive i e no information about direction of revolution forward reverse 5 3 8 Operation Hour Counter SNVT_time_hour nvoDrvRunHours Total power on time in whole hours 5 3 9 Parameter value out SNVT_count_inc nvoParam Used as feedback variable for generic parameter requests See nciRdAdr chapter 5 3 13 nciWriAdr chapter 5 3 11 and nciWriValue chapter 5 3 12 5 3 10 Emergency Status SNVT_hvac_emerg ...

Page 18: ...rter by setting OPT1 2 _TRIP_N low The valid range is any value between 0 0 sec and 6 553 4 sec Setting nciRcvHrtBt 0 disables the Receive Heartbeat mechanism Default value is 0 5 4 3 Minimum Send Time SNVT_time_sec nciMinOutTm This input configuration network variable control the minimum period of time that expires before the network output variables can be resent This is good for limiting use of...

Page 19: ...e the maximum speed of a motor It s value is entered as a percent of nominal speed as defined by the Nominal Speed nciNomSpeed configuration value Set this parameter when drive is stopped for best result since this is a write protected parameter in SJ300 L300P when drive is running If parameter is set when running it will only be saved in optionboard and not in drive If the running ordered frequen...

Page 20: ...meter address setting Read SNVT_count nciRdAdr Chooses the parameter address 16 bits to be read from the drive Addresses in the 0xFFFF area can not be reached Default value 0x0070 Valid range See SJ300 L300P manual 5 4 14 Speed setpoint scaling default value SNVT_lev_percent This parameter is used for setting its value to nviDrvSpeedScale see chapter5 1 3 on every startup Default value 0 Valid ran...

Page 21: ... use the normal stop ramp if NviSpeedStpt state is set to any value different from 1 or if node is brought offline The inverter will aslo stop if RQ_DISABLED or RQ_MANUAL_CTRL is requested in nviObjRequest or if saving to inverter EEPROM using using 0xFFFF in nviWriteAdr 6 1 4 Frequency setting Followings describe two methods for setting frequency 1 nviInvSetFreq 0x7FFF Initial value It is possibl...

Page 22: ... value written to it read it back with setting nciRdAdr to the same address as nciWriAdr See SJ300 L300P manual or chapter 4 for a description of available adresses Only addresses in the 0x0800 area can be reached This parameter is also used for saving values set from option board in SJ300 L300P EEPROM See chapter 6 2 for more details Address wanted NciWriAdr NciWriValue Result 0x08000000 0x0000 0...

Page 23: ... the reason for tripping and setting nviObjRequest to RQ_CLEAR_ALARM it can be reset 6 1 8 Prioritation between nciMinOutTm and nciSendHrtBt The nciMinOutTm will have prioritation over nciSendHrtBt This will mean that heartbeats will not be sent as often as specified in nciSendHrtBt if nciMinOutTm has a longer time set 6 2 Save data in SJ300 L300P EEPROM To store parameter values set from option b...

Page 24: ...omply with A001 and A002 6 5 Internal SJ300 L300P error codes The malfunction codes are coded as follows See chapter 5 3 2 Those error codes will be found in the fourth byte of nvoDrvStatus Fault code SJ300 L300P Fault description 0 No fault 1 Overcurrent drive 2 Overcurrent deceleration 3 Overcurrent acceleration 4 Overcurrent 5 Overload protection 6 Braking resistor overload protection 7 Over vo...

Page 25: ...pt table above refer to Inverter instruction manual chapter 4 Explanation of function 7 3 Countermeasure for a trip state The table below only corresponds to additional trip codes with regard to the other countermeasures refer to Inverter instruction manual chapter 4 Explanation of function Trip code Name of trip Cause Conformation Countermeasure Defective connector for signal cable causes connect...

Page 26: ...ng data Unlit Neuron Chip is Configured Normal Run mode Flash Green 1Hz Neuron Chip is Unconfigured No Network configuration Confirm system setting and adjust adequate LonWorks Service Green Neuron Chip is Applicationless Unrecoverable fault Need to change the SJ LW Green Serial channel status OK Flash Red 1Hz Serial communication error Confirm cable length and connection fails of connector And th...

Page 27: ...ation time 1 F202 H 08000060 4 0 01 3600 00s 100 3rd Acceleration time 1 No F302 H 08000064 4 0 01 3600 00s 100 1st Deceleration time 1 F003 H 08000068 4 0 01 3600 00s 100 2nd Deceleration time 1 F203 H 0800006C 4 0 01 3600 00s 100 3rd Deceleration time 1 No F303 H 08000070 4 Access Inhibited No H 08000074 4 0 01 3600 00s 100 1st Acceleration time 2 A092 H 08000078 4 0 01 3600 00s 100 2nd Accelera...

Page 28: ...000128 4 0 65 530Ω 1000 1st Primary resistor R1 of motor Auto No H030 H 0800012C 4 0 65 530Ω 1000 2nd Primary resistor R1 of motor Auto No H230 H 08000130 4 0 65 530Ω 1000 1st Secondary resistor R2 of motor Auto No H031 H 08000134 4 0 65 530Ω 1000 2nd Secondary resistor R2 of motor Auto No H231 H 08000138 4 0 655 35mH 100 1st Inductance L of motor Auto No H032 H 0800013C 4 0 655 35mH 100 2nd Induc...

Page 29: ...0 0 150 0 b022 H 080001A0 2 0 10 30 00 100 Constant value of Overload restriction 1 b023 H 080001A2 2 50 0 200 0 10 Level of Overload restriction 2 50 0 150 0 b025 H 080001A4 2 0 10 30 00 100 Constant value of Overload restriction 2 b026 H 080001A6 2 0 65535 10hr 1 10 Display time of warning b034 H 080001A8 2 0 1000 0V 10 Starting voltage of Nonstop operation for Instantaneous power failure No b05...

Page 30: ...00202 2 0 200 0 10 Level1 of overload restriction warning C041 H 08000204 2 0 200 0 10 Level2 of overload restriction warning No C111 H 08000206 2 0 100 0 10 Level over acceptable deviation of PID control C044 H 08000208 2 0 100 00Hz 100 Level f detecting Zero speed No C063 H 0800020A 2 Access Inhibited No H 0800020C 2 0 100 1 Warning Level of electronic thermal protection C061 H 0800020E 2 0 1000...

Page 31: ...raking trigger A056 H 0800025E 1 0 100 1 Power of DC braking start of running A057 H 0800025F 1 0 5 15 0kHz 10 Carrier frequency of DC braking 0 5 12 0kHz A059 H 08000260 1 00 01 code Selection of PID control presence A071 H 08000261 1 0 2 5 0 10 Proportional P gain of PID control A072 H 08000262 1 00 01 code Selection of feedback destination for PID control A076 H 08000263 1 00 02 code Selection ...

Page 32: ...00290 1 00 01 code Selection of STOP key function b087 H 08000291 1 00 01 code Selection free run function b088 H 08000292 1 00 01 code Selection of action at stop b091 H 08000293 1 Access Inhibited No H 08000294 1 00 01 code Selection of action of cooling fan b092 H 08000295 1 00 02 code Selection of BRD function b095 H 08000296 1 00 02 code Selection of Thermister function b098 H 08000297 1 00 0...

Page 33: ... contact in Intelligent output 14 No C034 H 080002BA 1 00 01 code Selection of a NO or b NC contact in Intelligent output 15 No C035 H 080002BB 1 00 01 code Selection of a NO or b NC contact in Alarm relay output C036 H 080002BC 1 00 01 code Selection of output mode of overload warning signal C040 H 080002BD 1 0 200 1 Level of over torque in forward and drive 1st quadrant No C055 H 080002BE 1 0 20...

Page 34: ... Inhibited No H 08000360 2 0 65535 1 Accumulated number of Trip error d080 H 08000362 1 Access Inhibited No H 08000363 1 00 05 1 Pointer of history of last trip error Note 1 4 00 H FF 1 Factor and Status of Trip1 Note 1 4 0 400 00Hz 100 Frequency of Trip1 Note 1 2 0 1000 0A 10 Output current of Trip1 Note 1 2 0 1000 0V 10 PN voltage DC voltage of Trip1 Note 1 4 0 4294836225s 1 Accumulated time dur...

Page 35: ... of PID control d004 H 08000408 4 0 39960 000 1000 Value of conversion of frequency d007 H 0800040C 4 0 400 000Hz 1000 Output frequency after Vector control d101 H 08000410 4 0 4294836225s 1 Accumulated time during running d016 H 08000414 4 0 4294836225s 1 Accumulated time during Power ON d017 H 08000418 4 0 400 000Hz 1000 Setting frequency from terminal H 0800041C 4 0 400 000Hz 1000 Setting frequ...

Page 36: ...current H 080003BC H 080003D0 H 0800036C H 08000380 H 08000394 H 080003A8 d083 voltage H 080003BE H 080003D2 H 0800036E H 08000382 H 08000396 H 080003AA d083 RUN time H 080003C0 H 080003D4 H 08000370 H 08000384 H 08000398 H 080003AC d083 P ON time H 080003C4 H 080003D8 H 08000374 H 08000388 H 0800039C H 080003B0 d084 Cause H 080003A0 H 080003B4 H 080003C8 H 08000364 H 08000378 H 0800038C d084 freq...

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