Hitachi SJ/L-EN Ethernet Communications Module Instruction Manual Download Page 33

Page: 33 / 36

Index

Page 33 of 36

Index

A - Standard Functions · 22
Activity LED · 11
address, Ethernet · 14

B - Fine-Tuning Functions · 27

C - Intelligent Terminal Functions · 28
cable, Ethernet · 13
Carton Contents · 5
Configuration · 13

D - Monitoring Functions · 21
device ID · 13
DIP-switches · 9, 13

Error code · 19
Error LED · 11
Ethernet address · 14

F - Main Profile Functions · 22

H - Motor Constants and Functions · 30

Installing · 10

Interface, User · 11
IP address · 14

keypad, inverter · 19

layout, board · 9
LEDs · 9, 11, 13
Link LED · 11

MODBUS Functions, supported · 17
module ID · 13, 14

NetEdit3 Software · 13
network operation · 17

O - Other Functions · 31
Operation · 17

parameter list · 21
parameters, inverter · 17
pinout, RJ45 · 9

Registers, reading and writing · 17
RJ45 connector · 9
RTS LED · 11
RXD LED · 11

Summary of Contents for SJ/L-EN Ethernet Communications Module

Page 1: ...0 Series NOTE REFER ALSO TO THE PERTINENT INVERTER INSTRUCTION MANUAL Hitachi America Ltd After reading this manual keep it handy for future reference Manual Number HAL1052 December 2005 SJ L EN Ethernet Communications Module Instruction Manual ...

Page 2: ...NOTES ...

Page 3: ...f Contents Table of Contents 3 Chapter 1 General Description 5 Chapter 2 Installation and Wiring 9 Chapter 3 Configuration 13 Chapter 4 Operation 17 Chapter 5 Troubleshooting 19 Appendix Parameter List 20 Index 33 Page 3 of 36 ...

Page 4: ...Table of Contents NOTES Page 4 of 36 ...

Page 5: ...rts are present Carton Contents 1 SJ L EN Ethernet Communication Module 1 2 ft RJ11 Male Male Cable to connect inverter to SJ L EN 1 DIN rail SNAP TRACK 2 DIN rail mounting clips for above 1 CD ROM containing this manual pdf and NetEdit3 software WARRANTY The warranty period under normal installation and handling conditions shall be eighteen 18 months from the date of purchase or twelve 12 months ...

Page 6: ...ntrollers or performing maintenance Be sure equipment is properly grounded Wear safety glasses whenever working on electronic controllers or rotating machinery WARNING This equipment should be installed adjusted and serviced by qualified electrical maintenance personnel familiar with the construction and operation of the equipment and the hazards involved Failure to observe this precaution could r...

Page 7: ...g parameters with the standard keypad the inverter checks for and inhibits invalid parameter combinations when the STR key is pressed The SJ L EN bypasses this check so it is incumbent on the user to make sure invalid configuration parameters or combinations are not sent through network commands Otherwise undesirable inverter behavior may occur CAUTION Certain parameter data ranges vary depending ...

Page 8: ...Chapter1 Page 8 of 36 NOTES ...

Page 9: ... RXD LED TXD LED RJ11 Jack Wiring Terminals Power Alm Rly 24V GNDC CM NC NO STATUS LEDs STATUS LINK ACTIVITY ERROR RTS LED SJ L EN Layout Figure 2 1 The pin out for the RJ45 connector is as follows The pin out for the RJ11 connector is as follows 6 5 4 3 2 1 1 RX Data 2 RX Data 3 GND 4 TX Data 5 TX Data 6 GND Figure 2 3 SJ L EN RJ11 Pinouts 1 TX Data 8 7 6 5 4 3 2 1 2 TX Data 3 RX Data 4 NC 5 NC 6...

Page 10: ...case of the SJ200 the keypad and male male adapter on the inverter must be removed and the cable will plug into the RJ45 Jack on the front of the SJ200 Note Even though the communication connector jack on the inverter is RJ45 and the 2 ft cable plug is RJ11 the RJ11 plug will fit into the center of the RJ45 jack and connect properly The SL L EN requires 24 VDC to be supplied to it via the terminal...

Page 11: ... Ethernet traffic in the cable ERROR RED This LED will be ON if the SJ L EN has failed due to a hardware watchdog timeout or the Ethernet communications has been absent for the software watchdog timeout period Two LEDs near the right edge of the board RTS This LED indicates communication between the SJ L EN to the inverter through the serial port TXD This LED indicates communication from the SJ L ...

Page 12: ...Chapter2 Page 12 of 36 NOTES ...

Page 13: ...h memory by means of the NetEdit3 software this ID can be any 32 bit binary value i e 0 to 4 294 967 295 decimal Make sure that all wiring is secure in the inverter and that the power connections are free and clear Be sure to separate power wiring from control wiring If they have to be crossed be sure that they cross at a right angle Connect the inverter to the PC Ethernet port and that the PC is ...

Page 14: ... on the board are all set to zero Otherwise the Module ID will reflect the DIP switch setting and will be grayed out indicating it cannot be modified with NetEdit3 You can also input a Name for the device and a Description The default Name will be Hitachi Drive and the default Description will be SJ L EN The device s IP Address will also be shown Change this to the desired IP address for your Modb...

Page 15: ...Chapter3 Page 15 of 36 Figure 3 2 NetEdit3 Screen after Scan of Network Figure 3 3 NetEdit3 General Settings Dialog Box ...

Page 16: ...Chapter3 Page 16 of 36 NOTES ...

Page 17: ...ect codes 01 Input terminal FW or RV assignable 02 Run key on keypad or digital operator 03 RS485 serial command 8 8 01 01 or 02 02 02 Available options and factory defaults for L100 SJ100 series and L200 SJ200 series are different Refer to pertinent inverter manual Supported MODBUS Functions The SJ L EN is implemented with the MODBUS TCP communication protocol It supports the following MODBUS fun...

Page 18: ...Chapter 4 Page 18 of 36 NOTES ...

Page 19: ...ror causes and remedies Code Trip Name Cause Check Remedy Defective connection Connectors plugs jacks cable Replace or repair press STOP RESET on inverter keypad or apply RST input PC not powered up or not connected to inverter That PC is powered on and connected Press STOP RESET on inverter keypad or apply RST input Network configuration error Verify proper Ethernet setup of SJ L EN and master de...

Page 20: ...Appendix Page 20 of 36 NOTES ...

Page 21: ...5 3006 Rotation direction monitor X1 RO 0 2 D004 3007 3008 Process Variable PV PID feedback monitor X100 RO 0 999900 D005 3009 3010 Intelligent input terminal status X1 RO 0 65535 D006 3011 3012 Intelligent output terminal status X1 RO 0 65535 L200 SJ200 0 999900 D007 3013 3014 Scaled output frequency monitor L100 SJ100 X1000 RO 0 356400 D080 3159 3160 Trip counter X1 RO 0 65535 D081 3161 3162 Err...

Page 22: ...tion time 1 L100 SJ100 X10 R W 0 30000 L200 SJ200 X100 9999 300000 F203 4405 4406 Deceleration time 1 2nd motor SJ100 NOT L100 X10 R W 0 30000 F004 4007 4008 Keypad RUN key routing X1 R W 0 1 A Standard Functions A001 1 2 Frequency source setting X1 R W 0 5 A002 3 4 Run command source setting X1 R W 1 5 L200 SJ200 X1 30 400 SJ100 X100 5000 36000 A003 5 6 Base frequency setting L100 X1 R W 50 360 L...

Page 23: ...otor X100 R W 0 40000 A021 41 42 Multi speed frequency 1 X100 R W 0 40000 A022 43 44 Multi speed frequency 2 X100 R W 0 40000 A023 45 46 Multi speed frequency 3 X100 R W 0 40000 A024 47 48 Multi speed frequency 4 X100 R W 0 40000 A025 49 50 Multi speed frequency 5 X100 R W 0 40000 A026 51 52 Multi speed frequency 6 X100 R W 0 40000 A027 53 54 Multi speed frequency 7 X100 R W 0 40000 A028 55 56 Mul...

Page 24: ...Auto torque boost voltage comp gain 2nd motor SJ200 only X1 R W 0 255 A047 93 94 Auto torque boost slip comp gain SJ200 only X1 R W 0 255 A247 493 494 Auto torque boost slip comp gain 2nd motor SJ200 only X1 R W 0 255 A051 101 102 DC braking enable X1 R W 0 1 L200 SJ200 0 6000 A052 103 104 DC braking frequency setting L100 SJ100 X100 R W 0 1000 A053 105 106 DC braking wait time X10 R W 0 50 A054 1...

Page 25: ... I time constant X10 R W 0 1500 L200 SJ200 X100 0 10000 A074 147 148 PID Derivative D time constant L100 SJ100 X10 R W 0 1000 A075 149 150 PID PV Scale conversion X100 R W 1 9999 L200 SJ200 X1 0 10 A076 151 152 PID PV source setting L100 SJ100 X1 R W 0 1 A077 153 154 Reverse acting PID select X1 R W 0 1 A078 155 156 PID Output Limiter X10 R W 0 1000 A081 161 162 AVR function select X1 R W 0 2 A082...

Page 26: ...0 L200 SJ200 X10 0 4000 A296 591 592 Dec1 to Dec2 frequency transition point 2nd motor SJ100 X100 R W 0 36000 A097 193 194 Acceleration curve selection X1 R W 0 1 A098 195 196 Deceleration curve selection X1 R W 0 1 A101 201 202 OI L input active range start frequency X100 R W 0 40000 A102 203 204 OI L input active range end frequency X100 R W 0 40000 A103 205 206 OI L input active range start cur...

Page 27: ... 1426 Electronic thermal characteristic 2nd motor SJ100 X1 R W 0 1 B021 1041 1042 Overload restriction operation mode X1 R W 0 2 L200 SJ200 X100 20 12000 B022 1043 1044 Overload restriction setting L100 SJ100 X1 R W 0 65535 B023 1045 1046 Deceleration rate at overload restriction X10 R W 1 300 B031 1061 1062 Software lock mode selection X1 R W 0 3 B032 1063 1064 No Load Current Setting L100 Only X...

Page 28: ... X1 R W 1 255 C005 2009 2010 Intelligent input 5 function X1 R W 1 255 C006 2011 2012 Intelligent input 6 function SJ200 and SJ100 only X1 R W 1 255 C011 2021 2022 Intelligent input 1 active state X1 R W 0 1 C012 2023 2024 Intelligent input 2 active state X1 R W 0 1 C013 2025 2026 Intelligent input 3 active state X1 R W 0 1 C014 2027 2028 Intelligent input 4 active state X1 R W 0 1 C015 2029 2030 ...

Page 29: ...0 0 2000 C081 2161 2162 O input span calibration L100 SJ100 X1 R W 0 255 L200 SJ200 X10 0 2000 C082 2163 2164 OI input span calibration L100 SJ100 X1 R W 0 255 C085 2169 2170 Thermistor input tuning X10 R W 0 2000 C086 2171 2172 AM output offset X10 R W 0 1000 C091 2181 2182 Debug mode enable X1 R W 0 1 C092 DO NOT EDIT R W C093 DO NOT EDIT R W C094 DO NOT EDIT R W C095 DO NOT EDIT R W C101 2201 2...

Page 30: ...nt 2nd motor except L100 X1 R W 0 255 H007 5013 5014 Motor Voltage Select SJ200 Only X1 R W 0 1 H207 5413 5414 Motor Voltage Select 2nd motor SJ200 Only X1 R W 0 1 H020 5039 5040 Motor constant R1 1st motor SJ200 Only X1000 R W 0 65535 H220 5439 5440 Motor constant R1 2nd motor SJ200 Only X1000 R W 0 65535 H021 5041 5042 Motor constant R2 1st motor SJ200 Only X1000 R W 0 65535 H221 5441 5442 Motor...

Page 31: ...1 RO 0 0 O004 8007 8008 TRIP History 1 Cause X1 RO 0 0 O005 8009 8010 TRIP History 1 Freq X1 RO 0 0 O006 8011 8012 TRIP History 1 Current X1 RO 0 0 O007 8013 8014 TRIP History 1 Voltage X1 RO 0 0 O008 8015 8016 TRIP History 2 Time X1 RO 0 0 O009 8017 8018 TRIP History 2 Cause X1 RO 0 0 O010 8019 8020 TRIP History 2 Freq X1 RO 0 0 O011 8021 8022 TRIP History 2 Current X1 RO 0 0 O012 8023 8024 TRIP ...

Page 32: ...a you are writing is valid for the inverter model and rating you are writing to These special parameters are NOT accessible via the standard keypads They can only be accessed by the SJ L EN board Parameter only available in L200 and SJ200 Parameter only available in L100 and SJ100 ...

Page 33: ...code 19 Error LED 11 Ethernet address 14 F F Main Profile Functions 22 H H Motor Constants and Functions 30 I Installing 10 Interface User 11 IP address 14 K keypad inverter 19 L layout board 9 LEDs 9 11 13 Link LED 11 M MODBUS Functions supported 17 module ID 13 14 N NetEdit3 Software 13 network operation 17 O O Other Functions 31 Operation 17 P parameter list 21 parameters inverter 17 pinout RJ4...

Page 34: ...Index S Safety Precautions 6 software 13 Status LED 11 T Troubleshooting 19 TXD LED 11 W Warranty 5 Wiring 9 Page 34 of 36 ...

Page 35: ...Index NOTES Page 35 of 36 ...

Page 36: ...December 2005 HAL1052 Hitachi America Ltd Tarrytown NY 10591 2005 www hitachi us inverters ...

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