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Korenix JetI/O 6510 User Manual Download Page 5

 

2 

 

1.2  Package Checklist 

Korenix JetI/O 6500 Series products are shipped with following items: 

 

One Ethernet I/O Server 

 

One attached DIN-Rail clip 

 

Terminal Blocks for I/O and Power Input 

 

Documentation and Software CD 

 

Quick Installation Guide 

If any of the above items are missing or damaged, please contact your local sales 
representative. 

 

1.3  JetI/O 6510 Introduction 

JetI/O 6510 is an intelligent I/O Server equipped with one Ethernet port and 8 

channels Analog Input connectors. JetI/O 6510 provides 16 bits resolution and high 

accuracy for I/O data collecting. The analog input range can support from 150mV 

to 10V and 20mA. The values are most adopted in the industrial environemnt. 

JetI/O 6510 provides Windows Utilities, SNMP for configuration. Industrial Modbus/ 

TCP protocol and OPC Server driver for integrating JetI/O with existed HMI/SCADA. 

Robust aluminum case with good heat dispersing and IP31 protection. With JetI/O 

users can easily perform status monitoring and control the remote I/O devices. 

 

 

Summary of Contents for JetI/O 6510

Page 1: ...Korenix JetI O 6510 Industrial Intelligent Ethernet I O Server User Manual Sept 2009 V1 5 www korenix com...

Page 2: ...O 6510 Industrial Intelligent Ethernet I O Server User Manual Copyright Notice Copyright 2009 Korenix Technology Co Ltd All rights reserved Reproduction in any form or by any means without permission...

Page 3: ...2 7 DIN RAIL MOUNTING INSTALLATION 7 3 PREPARATION FOR MANAGEMENT 9 3 1 UNDERSTAND THE ETHERNET I O SERVER ARCHITECTURE 9 3 2 PREPARATION FOR REMOTE MANAGEMENT 9 4 FEATURE CONFIGURATION 11 4 1 BLOCK...

Page 4: ...ents through the Ethernet network JetI O 6500 series provides Windows Utilities and SNMP for configuration And support Modbus TCP protocol OPC Server for Modbus TCP thus user can easily monitor and co...

Page 5: ...Server equipped with one Ethernet port and 8 channels Analog Input connectors JetI O 6510 provides 16 bits resolution and high accuracy for I O data collecting The analog input range can support from...

Page 6: ...10Base T Power Consumption Max 3 2W IEEE 802 3u 100Base TX Mechanical Connector 1 RJ 45 Auto MDI MDI X Dimensions 120 H x 55 W x 75 D mm Protection Built in 1 5 KV magnetic isolation protection Mount...

Page 7: ...ation information Following topics are covered in this chapter 2 1 Hardware Introduction Dimension Appearance LED Indicators 2 2 Wiring Power Input 2 3 Wiring I O Connectors 2 4 Wiring Ethernet Ports...

Page 8: ...1 Follow the pin assignment to insert the wires into the contacts on the terminal block connector 2 Tighten the wire clamp screws to prevent DC wires from being loosened 3 Connect to and turn on the p...

Page 9: ...he wiring diagram of the JetI O 6510 is as below 2 4 JetI O 6510 Wiring Example 2 4 1 JetI O 6510 analog Voltage input wiring example 2 4 2 JetI O 6510 analog Current input wiring example Pin No Descr...

Page 10: ...connect the other side to the attached switch or host The link LED will light up when the cable is correctly connected Refer to the LED Indicators section for descriptions of each LED indicator Alway...

Page 11: ...the track c Check if DIN Rail clip is tightly attached on the track d Korenix suggests reserve at least 5mm interval distance between the JetI O devices This is good for heat dispersing e To remove J...

Page 12: ...e top level shows the typical applications run in the remote I O environment The middle level is the Ethernet infrastructure The low level gray block include the software agents signal types of the Je...

Page 13: ...up Window can help you to do this Note 1 Device Finder Popup Window allows you to discover the JetI Os which have the same IP address Change the IP address of the JetI O one after one After you config...

Page 14: ...JetI O 6510 Modbus TCP command set 4 1 Block I O Configuration Utility Block I O Utility is the major JetI O Configuration Utility With this tool you can browse the available units view the status of...

Page 15: ...window Then click Next 5 Click Next in the Starting Copying File window to continue the setup progress 6 As long as you see the Setup Complete window that means the progress is finished Click Finish t...

Page 16: ...list The following information is displayed Item Description ID index of the list Model Name JetIO model name FW version The firmware version MAC MAC address Description A short description of the de...

Page 17: ...l Note Clear the ARP cache arp d in DOS prompt if you can t change the second unit s IP address In DOS prompt arp a can help you to see the ARP table arp d can help you to clear all the ARPs in your h...

Page 18: ...e available JetI O units Then you can see the JetI O units are listed in the left column Figure 1 Move the mouse over to one of the JetI O units Select the unit then you can configure and monitor the...

Page 19: ...ection is the new feature provided in firmware F206 and Utility V1 3 or later Note 2 When you upgrade firmware from F204 to F206 the default password is disabled please change new password for your de...

Page 20: ...2 Go to Data page In this page you could monitor the current working status of each channel on AI as well as the channels range configuration Check Box Select the check box to monitor the info of the...

Page 21: ...ual input range on all channels set the channel number in the Channel index combo box and then select the range in the Input range combo box After selecting appropriate range click the Apply button Fo...

Page 22: ...figure the I O logic rule It allows you to define the logic operation and process rules in this utility and then download the rules to the I O module The module will automatically execute the logic ru...

Page 23: ...onfiguration page Select Enable and configure the Condition and Actions then press Apply to enable the rule Thus when the Conditions is reached the system automatically activates the Actives For examp...

Page 24: ...you could easy to use these internal flags to implement logic rule in cascade mode and mirror these flags to from the remote modules via peer to peer I O activity The supported conditions and actions...

Page 25: ...disabled by default You could enable this function by checking Enable peer to peer I O on this page 2 Configure module s input channels mirrored to remote IP Select Mirror my input channels to the in...

Page 26: ...Save button all the mapping configurations will be flushed into flash memory on the module In order to extend the flash memory life it is strongly recommended that you should save all configurations...

Page 27: ...criptions 0x0000 NO Errors 0x0001 Requested Content Not Satisfiable That is The content was well formed but was unable to be followed due to non satisfiable data For example module type associated wit...

Page 28: ...y I O login rule you need to press Reset to acknowledge it and then allow the next SNMP trap activity The round LED shows green when press update and the setting is correct 4 1 5 Emulation Mode Block...

Page 29: ...nfiguration Select the model and read or write status and configurations As to how to operate the JetI O configuration of other model please refer to its manual 4 1 6 Terminal Mode Block I O Configura...

Page 30: ...f the PLC address Note If you type the wrong IP address the utility will re try the connection few times This may take few seconds please wait and close the popup alert screen and type the correct IP...

Page 31: ...wse it 40001 40002 40003 40004 40005 4 1 6 5 Commands Run Send to run the multiple commands Run Stop to stop the program Select Continue to run all commands once Select Loop to continuously run all co...

Page 32: ...r select File Open to open profile you saved 4 Select Add New Device the popup window Driver Selection will appear Only appear in the first time you add new device Click Add and type the driver name a...

Page 33: ...igure 4 3 Ethernet Driver popup Window Type the Driver Name and IP address for the device Figure 4 4 Example Add all the drivers for available models If you have 5 models over the same network add the...

Page 34: ...rties you can modify the tag properties Note The Simulation Signal is used when choosing Simulate I O mode Simulate I O mode is selected in Device Properties This feature allows you to generate simula...

Page 35: ...e The value of the channel you can use Monitor to read them Description The description of this channel you can manually change this value 8 Select View Monitor to monitor the status of the tags Or yo...

Page 36: ...rade Firmware The JetI O server allows you remotely upgrade the firmware to fix the known issues or to update the new software features Device Finder provides a user friendly environment for firmware...

Page 37: ...e device For batch upgrade you do not need to change this field 7 Press the browser button to select a correct firmware code Please do not modify the filename Device Finder uses the filename of the fi...

Page 38: ...uses the filename of the firmware to identify if the firmware matches the model of the JetI O device 6 Press Upgrade Firmware button to start upgrading the new JetIO firmware code 7 Press Yes to start...

Page 39: ...ult or reboot the device It should be noticed that you need to rescan network after completing the Reset to default and Reboot activity Below is the related configuration information corresponding to...

Page 40: ...ddr 0 40011 1 40030 snmp trap ips PLCAddr 0 40032 40040 alarm conf PLCAddr 0 40031 ip conf Program key ip conf var0 ip ip var1 ip mask var2 ip gateway var3 ip dhcp alarm limit conf Program key alm lim...

Page 41: ...ligent JetI O Server uses a subset of the standard Modbus TCP function code to access device dependent information Modbus TCP function code is defined as below FC Name Usage 01 Read Coils Read the sta...

Page 42: ...cessing a long duration program command 07 Negative Acknowledge The slave cannot perform the program function received in the query 08 Memory Parity Error The slave attempted to read extended memory b...

Page 43: ...ame R AAAA AAAA 6510H HEX 0005 40006 R Read reset status R AABB AABB 0000H after using this read command AABB 0001H The value is equal to0001H after reset module 0006 40007 R Read AD offset Calibratio...

Page 44: ...rs Function Code 03 000D 40014 R W Read write Channel 0 Low alarm value R W AABB 000E 40015 R W Read write Channel 0 High alarm value R W AABB 000F 40016 R W Read write Channel 1 Low alarm value R W A...

Page 45: ...ad write Channel 7 High alarm value R W AABB 001D 40030 R W Read write masked AD channels of the module R W AABB AA 00 BB XXXXXXXX Binary X 1 Enable X 0 Disable 001E 40031 R W Enable Disable alarm sta...

Page 46: ...Lo Word R AABB hex W AABB hex IP X X AA BB 0026 40039 R W Read Write SNMP Trap IP4 Hi Word R AABB hex W AABB hex IP AA BB X X 0027 40040 R W Read Write SNMP Trap IP4 Hi Word R AABB hex W AABB hex IP...

Page 47: ...5V 002E 40047 R Read AD offset Calibration Coefficients R 00AA bit 0 15 factory default calibration value Input code 09H 5V 002F 40048 R Read AD span Calibration Coefficients R AABB bit 16 23 factory...

Page 48: ...y default calibration value Input code 0BH 500mV 0036 40055 R Read AD offset Calibration Coefficients R 00AA bit 0 15 factory default calibration value Input code 0BH 500mV 0037 40056 R Read AD span C...

Page 49: ...100mV 003D 40062 R Read AD offset Calibration Coefficients R AABB bit 16 23 factory default calibration value Input code 0DH 20mA 003E 40063 R Read AD offset Calibration Coefficients R 00AA bit 0 15 f...

Page 50: ...OR Logic 1 AND Logic write to Flash RAM 01F6 40503 R W Read Write Select condition AI channel or Auxflag channel for Rule 0 R ABCD hex W ABCD hex A condition 3 Logic AI Channel B condition 2 Logic AI...

Page 51: ...on AI channel or Auxflag channel for Rule 3 R ABCD hex W ABCD hex A condition 3 Logic AI Channel B condition 2 Logic AI Channel C condition 1 Logic AI Channel D condition 0 Logic AI Channel write to F...

Page 52: ...nel B condition 2 Logic AI Channel C condition 1 Logic AI Channel D condition 0 Logic AI Channel write to Flash RAM 01FD 40510 R W Read Write Select condition AI channel or Auxflag channel for Rule 7...

Page 53: ...gic AI Channel write to Flash RAM 0200 40513 R W Read Write Select condition AI channel or Auxflag channel for Rule 10 R ABCD hex W ABCD hex A condition 3 Logic AI Channel B condition 2 Logic AI Chann...

Page 54: ...channel for Rule 13 R ABCD hex W ABCD hex A condition 3 Logic AI Channel B condition 2 Logic AI Channel C condition 1 Logic AI Channel D condition 0 Logic AI Channel write to Flash RAM 0204 40517 R W...

Page 55: ...hex W ABCD hex A Operators condition 3 Logic B Operators condition 2 Logic C Operators condition 1 Logic D Operators condition 0 Logic Value 0 ON Auxflag 1 OFF Auxflag 2 Lo Hi Auxflag 3 Hi Lo Auxflag...

Page 56: ...e SetAIValue 7 AIValue SetAIValue 8 AIValue SetAIValue write to Flash RAM 0208 40521 R W Read Write Select Operators condition for Rule 2 R ABCD hex W ABCD hex A Operators condition 3 Logic B Operator...

Page 57: ...ogic D Operators condition 0 Logic Value 0 ON Auxflag 1 OFF Auxflag 2 Lo Hi Auxflag 3 Hi Lo Auxflag 4 AIValue SetAIValue 5 AIValue SetAIValue 6 AIValue SetAIValue 7 AIValue SetAIValue 8 AIValue SetAIV...

Page 58: ...rators condition for Rule 5 R ABCD hex W ABCD hex A Operators condition 3 Logic B Operators condition 2 Logic C Operators condition 1 Logic D Operators condition 0 Logic Value 0 ON Auxflag 1 OFF Auxfl...

Page 59: ...Auxflag 4 AIValue SetAIValue 5 AIValue SetAIValue 6 AIValue SetAIValue 7 AIValue SetAIValue 8 AIValue SetAIValue write to Flash RAM 020D 40526 R W Read Write Select Operators condition for Rule 7 R AB...

Page 60: ...3 Logic B Operators condition 2 Logic C Operators condition 1 Logic D Operators condition 0 Logic Value 0 ON Auxflag 1 OFF Auxflag 2 Lo Hi Auxflag 3 Hi Lo Auxflag 4 AIValue SetAIValue 5 AIValue SetAI...

Page 61: ...AIValue 8 AIValue SetAIValue write to Flash RAM 0210 40529 R W Read Write Select Operators condition for Rule 10 R ABCD hex W ABCD hex A Operators condition 3 Logic B Operators condition 2 Logic C Ope...

Page 62: ...condition 0 Logic Value 0 ON Auxflag 1 OFF Auxflag 2 Lo Hi Auxflag 3 Hi Lo Auxflag 4 AIValue SetAIValue 5 AIValue SetAIValue 6 AIValue SetAIValue 7 AIValue SetAIValue 8 AIValue SetAIValue write to Fla...

Page 63: ...ion for Rule 13 R ABCD hex W ABCD hex A Operators condition 3 Logic B Operators condition 2 Logic C Operators condition 1 Logic D Operators condition 0 Logic Value 0 ON Auxflag 1 OFF Auxflag 2 Lo Hi A...

Page 64: ...SetAIValue 5 AIValue SetAIValue 6 AIValue SetAIValue 7 AIValue SetAIValue 8 AIValue SetAIValue write to Flash RAM 0215 40534 R W Read Write Select Operators condition for Rule 15 R ABCD hex W ABCD he...

Page 65: ...g Channel write to Flash RAM 0217 40536 R W Read Write Select THEN Auxflag action for Rule 1 R ABCD hex W ABCD hex A condition 3 Logic Auxflag Channel B condition 2 Logic Auxflag Channel C condition 1...

Page 66: ...gic Auxflag Channel B condition 2 Logic Auxflag Channel C condition 1 Logic Auxflag Channel D condition 0 Logic Auxflag Channel write to Flash RAM 021B 40540 R W Read Write Select THEN Auxflag action...

Page 67: ...rite Select THEN Auxflag action for Rule 8 R ABCD hex W ABCD hex A condition 3 Logic Auxflag Channel B condition 2 Logic Auxflag Channel C condition 1 Logic Auxflag Channel D condition 0 Logic Auxflag...

Page 68: ...hannel write to Flash RAM 0222 40547 R W Read Write Select THEN Auxflag action for Rule 12 R ABCD hex W ABCD hex A condition 3 Logic Auxflag Channel B condition 2 Logic Auxflag Channel C condition 1 L...

Page 69: ...le 15 R ABCD hex W ABCD hex A condition 3 Logic Auxflag Channel B condition 2 Logic Auxflag Channel C condition 1 Logic Auxflag Channel D condition 0 Logic Auxflag Channel write to Flash RAM 0226 4055...

Page 70: ...tors Action 0 Logic Value 0 ON Auxflag 1 OFF Auxflag 2 reserved 3 reserved 4 reserved 5 SNMP Trap write to Flash RAM 0228 40553 R W Read Write Select Operators Action for Rule 2 R ABCD hex W ABCD hex...

Page 71: ...uxflag 2 reserved 3 reserved 4 reserved 5 SNMP Trap write to Flash RAM 022A 40555 R W Read Write Select Operators Action for Rule 4 R ABCD hex W ABCD hex A Operators Action 3 Logic B Operators Action...

Page 72: ...ved 5 SNMP Trap write to Flash RAM 022C 40557 R W Read Write Select Operators Action for Rule 6 R ABCD hex W ABCD hex A Operators Action 3 Logic B Operators Action 2 Logic C Operators Action 1 Logic D...

Page 73: ...Trap write to Flash RAM 022E 40559 R W Read Write Select Operators Action for Rule 8 R ABCD hex W ABCD hex A Operators Action 3 Logic B Operators Action 2 Logic C Operators Action 1 Logic D Operators...

Page 74: ...RAM 0230 40561 R W Read Write Select Operators Action for Rule 10 R ABCD hex W ABCD hex A Operators Action 3 Logic B Operators Action 2 Logic C Operators Action 1 Logic D Operators Action 0 Logic Valu...

Page 75: ...te Select Operators Action for Rule 12 R ABCD hex W ABCD hex A Operators Action 3 Logic B Operators Action 2 Logic C Operators Action 1 Logic D Operators Action 0 Logic Value 0 ON Auxflag 1 OFF Auxfla...

Page 76: ...for Rule 14 R ABCD hex W ABCD hex A Operators Action 3 Logic B Operators Action 2 Logic C Operators Action 1 Logic D Operators Action 0 Logic Value 0 ON Auxflag 1 OFF Auxflag 2 reserved 3 reserved 4 r...

Page 77: ...xxxx x 0 disable 1 enable rule 1 D xxxx x 0 disable 1 enable rule 0 write to Flash RAM 0237 40568 R W Read Write Condition Enable for Rule 4 7 R ABCD hex W ABCD hex A xxxx x 0 disable 1 enable rule 7...

Page 78: ...023A 40571 R W Read Write Action Enable for Rule 0 3 R ABCD hex W ABCD hex A xxxx x 0 disable 1 enable rule 3 B xxxx x 0 disable 1 enable rule 2 C xxxx x 0 disable 1 enable rule 1 D xxxx x 0 disable...

Page 79: ...ogic AI value for rule 0 0 R W ABCD write to Flash RAM 023F 40576 R W Read Write set if logic AI value for rule 0 1 R W ABCD write to Flash RAM 0240 40577 R W Read Write set if logic AI value for rule...

Page 80: ...W ABCD write to Flash RAM 024C 40589 R W Read Write set if logic AI value for rule 3 2 R W ABCD write to Flash RAM 024D 40590 R W Read Write set if logic AI value for rule 3 3 R W ABCD write to Flash...

Page 81: ...d Write set if logic AI value for rule 7 0 R W ABCD write to Flash RAM 025B 40604 R W Read Write set if logic AI value for rule 7 1 R W ABCD write to Flash RAM 025C 40605 R W Read Write set if logic A...

Page 82: ...ABCD write to Flash RAM 0269 40618 R W Read Write set if logic AI value for rule 10 3 R W ABCD write to Flash RAM 026A 40619 R W Read Write set if logic AI value for rule 11 0 R W ABCD write to Flash...

Page 83: ...h RAM 0277 40632 R W Read Write set if logic AI value for rule 14 1 R W ABCD write to Flash RAM 0278 40633 R W Read Write set if logic AI value for rule 14 2 R W ABCD write to Flash RAM 0279 40634 R W...

Page 84: ...PTP R W ABCD write to Flash RAM A condition 3 B condition 2 C condition 1 D condition 0 0281 40642 R W Read Write select action channel for PTP R W ABCD write to Flash RAM A condition 7 B condition 6...

Page 85: ...r R AABB W AABB 0286 40647 R W Read Write PTP IP address ip 0 hi word for server R AABB W AABB 0287 40648 R W Read Write PTP IP address ip 1 low word for server R AABB W AABB 0288 40649 R W Read Write...

Page 86: ...ow word for server R AABB W AABB 0290 40657 R W Read Write PTP IP address ip 4 hi word for server R AABB W AABB 0291 40658 R W Read Write PTP IP address ip 6 low word for server R AABB W AABB 0292 406...

Page 87: ...Error Code FFFF Not Enabled 0299 40666 R Read error code of peer to peer 1 for server Error Code 0 OK Error Code 1 Requested Content Not Satisfiable Error Code 2 Remote Module Not Found Error Code FF...

Page 88: ...quested Content Not Satisfiable Error Code 2 Remote Module Not Found Error Code FFFF Not Enabled 029E 40671 R Read error code of peer to peer 6 for server Error Code 0 OK Error Code 1 Requested Conten...

Page 89: ...00mV Input Range 1V FC18 03E8 100 0mV 100 0mV Input Range 500mV EC78 1388 500 0mV 500 0mV Input Range 150mV Return Value FA24 05DC 150 0mV 150 0mV Input Range 20mA B1E0 4E20 20 000mA 20 000mA 0001 300...

Page 90: ...87 the same data format as Channel 0 0006 30007 R Analog input signal Channel 6 the same data format as Channel 0 0007 30008 R Analog input signal Channel 7 the same data format as Channel 0...

Page 91: ...ntification of the network management subsystem contained in the entity This value is allocated within the SMI enterprises sub tree SYNTAX DisplayString SIZE 0 31 Public Read Only sysUpTime The sysUpT...

Page 92: ...scription Community R W Access ch0 Value Analog input signal Channel 0 SYNTAX INTEGER 0 65535 Private Read Only ch1 Value Analog input signal Channel 1 SYNTAX INTEGER 0 65535 Private Read Only ch2 Val...

Page 93: ...90 SYNTAX INTEGER 0 65535 Read Only ch7 Value Analog input signal Channel 7 SYNTAX INTEGER 0 65535 Private Read Only...

Page 94: ...ag Properties popup window Add more description for firmware upgrading progress Change Watch dog timer to host watch dog timer in Register 40001 40002 Add description for Register 40042 to 40065 and 4...

Page 95: ...s register Feb 20 2008 1 1 Add Note for IP changed Trap types update latest datasheet info and correct some wordings Feb 12 2008 1 0 First Release version Update the Data page description and some wor...

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