ioLogik 4000 Series User`s Manual
Contents
1. Password for entry C Login 3 Logout Managemnet Settin Change Password 8 char mas Heconfirm Password Update Reset to Default The network adaptor settings watchdog timer setting I O module safety status and temperature sensor parameters are stored in the network adaptor Right click on the target I O server and then click on Reset to Default to proceed You may need to wait 10 seconds or longer ioAdmin will reconnect the I O server automatically Note that this function requires password authorization to activate Default Settings Baudrate 9600 Modbus protocol RTU Modbus watchdog Note The above parameters are set with the network adaptor s DIP switch Watchdog timeout 5 sec 50 x 100ms Password Empty Note The above parameters are set by software 3 16 ioLogik 4000 Getting Started Restarting the System In general you don t need to restart the I O server when changing I O module configurations However when the I O server indicates an I O error you may use this function to restart the I O server system remotely Right click on the target I O server and then click Restart System to proceed You may need to wait 10 seconds or longer ioAdmin will reconnect to the I O Server automatically Note that this function requires password authorization to activate Deleting an I O Server from the List Sometimes too many I O servers appear in the left ioAdmin frame To delete an I O e2. C max On state Current 1 mA per channel min Off Leakage Current 50 uA max Current Rating 0 5 A per channel Common Type 8 channels per external common single common Power Consumption 60 mA 5 VDC Isolation I O to logic photocoupler isolation Wiring I O flat cable 20 pin MTBF 9 749 880 hrs Database Telcordia Bellcore M 2450 4 relay outputs 24 VDC 230 VAC 2A Relay Outputs 4 channels Relay Type e Form A N O e Single Pole Single Throw SPST Output Voltage Range Load dependent e 5 to 28 8 VDC 2 A resistive e 48 VDC 0 8 A resistive e 110 VDC 0 3 A resistive e 250 VAC 2A resistive Output Current Rating At rated power e 2 A Q 5 to 28 8 VDC e 0 8 A Q 48 VDC e 0 5 A Q 110 VDC e 2 A Q 250 VAC Min Load 100 uA 100 m VDC per point Max On state Voltage Drop 0 5 V Q 2 A resistive load 24 VDC Off state Leakage Current 1 5 mA max Common Type 1 channel for 1 COM Power Consumption 65 mA 5 VDC Isolation I O to logic Relay Coil Contact isolation Wiring I O cable max AWG14 MTBF 14 033 520 hrs Database Telcordia Bellcore 1 10 ioLogik 4000 Power Modules M 7001 System power module System Input Voltage 24 VDC 11 to 28 8 VDC Field Power Input Voltage 24 VDC 20 Current for I O Modules 1 5 A Q 5 VDC Max System Bus Output Voltage 5 VDC Max Field Power Contacts Current 10 A Max MTBF 19 569 840 hrs Database Telcordia Bellcore M 7002 F
3. Ox0000 0 00 Ox0000 Ox0000 0x01 0x0001 0x0001 0x0000 0x02 ox0002 0x0001 0x0000 0x03 ox0003 0x0001 Ox0000 0x04 ox0004 Ox0001 0x0000 0x05 0x0005 0x000 0x0000 0x06 0x0006 Ox0001 0Ox0000 0x07 Ox0007 Ox0001 IND Head Firm ware Revision M 1601 16 DI source 24 VDC 20 pin M 1450 4 DI 110 VAC RTB M 1451 4 DI 220 VAC RTB 4 3 ioLogik 4000 Configuring I O Modules Digital Output Modules ioAdmin can monitor the status of each digital output channel We use M 2404 to illustrate To check the DI channel status click on the I O module on the main page You will see the I O status on the I O Status tab Gal P H Safe Status OFF H2 Safe Status OFF H3 Safe Status OFF To check the Modbus Address click on the Modbus Address tab Output Register Address 0 0x0800 0x00 Ox1000 Ox0001 HI 0x0800 0x01 Ox1001 O0x0001 H2 0x0800 0x02 Ox1002 Ox0001 3 Ox0800 0x03 Ox1003 0x0001 Slice Diagnosis Access 4 4 ioLogik 4000 Configuring I O Modules Digital Output Module Safe Status The digital output channel can be set to safe status when ETC Bl xl the following situations occur e Modbus watchdog is activated e An T O error is detected Channel HoldLastState IM Sate OFF gt You may set the digital output status to following Channel 1 Hold Last State MM Safe arr El settings Channel Hold Last State I Sate OFF Chann
4. dmin File System Sort Help d ga Hast 13 til 68 19 201 A iu ioLagik Add ioLogik HO Server 3 4 ioLogik 4000 2 Click on NA 4010 and then enter the IP address S jo dmin Add New Module E xi LO Server Type NA 4010 MA 4010 Ethemet amp dapter h Connection Type IP Address COM Fort cow F Getting Started 3 After using auto search or keying in the ioAdmin IP address manually the Ethernet I O servers that were located will appear as follows 4 MOXA ioAdmin v1 00 Fie System Sort Help E El Host 192 168 8 11 ioLogik AB 192 168 127 254 e H 01 M 1800 02 M 2404 03 M 2403 04 M 3412 05 M 3403 06 M 4211 07 M 4202 3 08 M 6201 M 6200 M 1800 M 1800 8DI sink 24VDC RTB M 2404 M 2404 4DO sink MOSFET diag 24VDC 2 0A RTB M 2403 M 2403 ADO source MOSFET diag 24VDC 0 5A RTB M 3412 M 3412 4Al Voltage 10710V 12bit RTB ii The left frame of ioAdmin shows the I O Servers connected to the network that were located by the search process The upper right frame indicates the combination of all I O modules by slot number The lower right frame lists detailed information for installed I O modules If you move the mouse cursor over any of the I O modules the model name and description will be displayed automatically At this point your Ethernet I O system should be up and
5. 1752002 r r r r r r r r r r r r r r r r On this page you can set up the sensor types and temperature unit Note that the configuration applies to all channels on the same module The related model is M 6200 The FilterType represents different sampling times In Normal mode the conversion time is about 200 msec In Enhanced mode the conversion time will be about double or around 400 ms 4 8 ioLogik 4000 Thermocouple Configuring I O Modules To check the temperature status click on the I O module from the main page The temperature will be shown on the I O Status tab To check the Modbus Address click on the Modbus Address tab 0x0005 0x08 0038 0x0010 0x0004 0x08 0x0010 The thermocouple module supports different kinds of temperature sensor To configure the sensor type click on config un 3 m ba a 4 a q Type K Type J Type T Type B Type H Type 5 Type E Type M Type L Type Ll Type C Type D Tii 478 mv luv 44 32 Pry SU 65 am P A A 2 El x x 7 2 Fahrenheit F Elie f Enabled Disabled Filter Type e Normal Enhanced On this page you can set up the sensor types and the temperature unit Note that the configuration applies to all channels on the same module The related model is M 6201 The FilterType represents the different sampling times In Normal mode the conversion tim
6. 3 6 ioLogik 4000 Getting Started NA 4010 Ethernet Network Adaptor Default Values mop m Empty System Restart In general you do not need to restart the I O server when changing I O module configurations However when the I O server indicates an I O error you may use this function to restart the I O server system remotely Right click on the target I O server and then click on Restart System to proceed You may need to wait 10 seconds or longer ioAdmin will reconnect the I O server automatically Note that this function requires password authorization to activate Deleting an I O Server from the List NOTE When several I O servers appear in ioAdmin s left frame you can delete I O servers from the list to make your management task easier Right click on the target I O server and then press Disconnect Right click on the target I O server and then press Delete I O Server The target I O Server will be removed from the list The ioLogik must first be disconnected to use this function se MOXA in Admin File Syshem Sort Help Host 192 168 13 201 E a iaLogik EP 192 168 19 206 ET Connect Disconnect Delete I Server Festart veten Reset to Default pm Export system Contig Network Click on the network adaptor s Network tab to change the IP Address Network Mask Gateway and MAC address There are two options for IP configuration Bootp and ARP We strongly recommend th
7. 90 E80B 70 08 Bootp Enabled IP address change via ARP Enabled TCP Connections 1 HTTP Connections 1 MODBUS TCP Connections 0 3 10 ioLogik 4000 Getting Started Click on a slot number to view the status of the module installed in that slot 9 Total Solutions for Industr al Device Networking ioLogik 4000 ioLogik 4000 Modbus TCP Network I O Server ME Network Adapter TTE Network Adapter o NA 4010 Ethernet Modbus TCP Slot l M 1800 SDI sink 24VDC RTB Slot 2 M 2404 4DO sink MOSFET diag 24VDC 2 0A RTB Slot 3 M 2403 4DO source MOSFET diag 24VDC 0 5A RTB Slot 4 M 3412 4AL Voltage 10 10V 12bit RTB Slot s M 3403 4AI Current 4 20mA 14bit RTB Slot 6 M 4211 2AO Voltage 10 10V 12bit RTB Slot 7 M 4202 2AO 4 20mA 12bit RTB Slot 8 M 6201 2AI Thermocouple 30mV luV bit RTB Slot 9 M 6200 2AI RTDPT100 JPT100 300Ohm RTB The following example shows the status of a thermocouple module 9 Total Solutions for Industrial Device Networking x T ioLogik 4000 M 6201 2AI Thermocouple 30mV 1uV bit RTB ioLogik 4000 Modbus TCP Network I O Server Cofiguration Parameter Data Hex 00 10 Input Data Hex 012C 0136 Sensor Type K Temperature unit Celsius Temperature ChO 30 0 Temperature Chl 31 0 Prev Slot Next Slot 3 11 ioLogik 4000 Getting Started Configuring the NA 4020 4021 s RS 485 232 I
8. Common Type 16 channels for 2 COMs single common Power Consumption 40 mA 5 VDC Isolation I O to logic photocoupler isolation Wiring I O flat cable 20 pin MTBF 11 694 600 hrs Database Telcordia Bellcore M 1450 4 digital inputs 110 VAC Digital Inputs 4 channels 110 VAC On state Voltage 120 VAC nominal 85 to 132 VAC Off state Voltage 0 to 45 VAC On state Current 8 mA point 132 VAC max Input Impedance 11K ohms typical Common Type 4 channels for 2 COMs single common Power Consumption 35 mA 5 VDC Isolation I O to logic photocoupler isolation Wiring I O cable max AWG14 MTBF 19 482 240 hrs Database Telcordia Bellcore 1 8 ioLogik 4000 Overview M 1451 4 digital inputs 220 VAC Digital Inputs 4 channels 220 VAC On state Voltage 240 VAC nominal 170 to 264 VAC Off state Voltage O to 45 VAC On state Current 12 mA point 264 VAC max Input Impedance 22K ohms typical Common Type 4 channels for 2 COMs single common Power Consumption 35 mA 5 VDC Isolation I O to logic photocoupler isolation Wiring I O cable max AWG14 MTBF 19 727 520 hrs Database Telcordia Bellcore Digital Output Modules M 2800 8 digital outputs sink type 24 VDC 0 5 A Digital Outputs 8 channels Type sink Output Range 24 VDC nominal On state Voltage Drop 0 3 VDC 25 C max On state Current 1 mA per channel min Off Leakage Current 50 uA max Current Rating 0 5 A pe
9. Connect MXEIO Disconnect MXEIO CheckConnection General Commands MXIO GetDllVersion MXIO GetModuleType Modbus Command Sets MXIO ReadCoils MXIO WriteCoils MXIO ReadRegs MXIO WriteRegs 5 2 ioLogik 4000 MXIO DLL Library Direct I O Command Sets DI Reads DO Reads DO Read DO Writes DO Write AI Reads AO Reads AO Read AO Writes AO Write RTD Reads TC Reads TC Read Adp4R ReadFirmwreRevisi on Adp4R ReadFirmwareDate Adp4K ReadSlotAmount Adp4K ReadStatus Adp4K ReadAlarmedSlot 5 3 A Pinouts and Cable Wiring The following topics are covered in this appendix C Port Pinout Diagrams gt Ethernet Port Pinouts gt Serial Port Pinouts O Ethernet Cable Wiring Diagrams ioLogik 4000 Pinouts and Cable Wiring Port Pinout Diagrams Ethernet Port Pinouts Serial Port Pinouts NA 4020 RS 485 Network Adaptor Pin Assignment RS485 Connector intemaly shorted with Shield poii SignaName Descrption 1 R5405 In Out Transceiver Data High 2 R5485 In Oul Transceiver Data Low Nau 3 GND Signal Common p 4 Chigi Shield 5 FG Frame Ground Am ioLogik 4000 Pinouts and Cable Wiring Ethernet Cable Wiring Diagrams otraight Through Cable RJ45 Plug Pin 1 Cable Wiring 3 3 6 6 1 1 2 2 Cross Over Cable RJ45 Plug Pin 1 Cable Wiring N O0 C OUN
10. Green Red Field Power Off Green Steady On EEPROM checksum error Flashing Memory error or CPU watchdog error Note Please contact your vendor for assistance Ethernet connected Flashing Transmitting or Receiving data over Ethernet No I O module detected Steady On System bus to I O modules is running normally Flashing System bus to I O modules ready but the network adaptor is not exchanging data with I O modules Steady On System bus communication failure Flashing One or more I O modules are in an error state Note The following situations may cause a red I O LED a I O module plugged in during operation b I O module not firmly locked on the rail c One of the modules is damaged 24 VDC field power is not connected 24 VDC field power detected 2 7 ioLogik 4000 NA 4020 4021 LED Name LED Color SYS Off Green Red Green Red RxD Off Green TxD Off Green I O Off Green Red Field Power Off Green Hardware Installation Steady On EEPROM checksum error Flashing Memory error or CPU watchdog error Note Please contact your vendor for assistance No power or communication Flashing Receiving data from the serial port No power or communication Flashing Sending data to the serial port No I O module detected Steady On System bus to I O modules is running normally Flashing System bus to I O modules ready but the network adaptor is not exchanging data with I O modules Steady
11. Safe Status amp amp Config B Test AD Channel 0 Safe Mode Hold Last State e Safe Value 12 bit 074095 Value D C Low Limit High Limit 40 Channel 1 Safe Mode Safe Value 12 bit 074035 Value C Low Limit High Limit E Config Test 40 Channel 0 Output Test 3 54 V RA 724 40 Channel 1 Output Test Related Models Analog Output M 4402 4 AOs 4 20 mA 12 bit RTB M 4410 4 AOs voltage 0 10 V 12 bit RTB 4 7 ioLogik 4000 Configuring I O Modules Temperature Sensing Modules The ioLogik 4000 provides RTD Resistance Temperature Detector and TC Thermocouple temperature sensing modules RTD To check the temperature status click on the I O module from the main page The temperature is on the I O Status tab When the sensor is not connected or the wiring is broken the value is Ox8000 LO Staus Config Modbus Address LO Staus Config Modbus Address Output Register Address Ox0006 70x08 Ox00B3 Ox0010 Ox000C 0x08 Ox00C8 Ox0010 Slice Diagnosis Access The RTD module supports different kinds of temperature sensors To configure the sensor type click on config Sensor Type Temperature Type f PT100 PT 200 PTSO0 Fahrenheit UF PT1000 PT50 Filter Type JPT100 JpT200 ts Normal JPT S00 Enhanced JPT1000 M1700 Ni200 HISOO NI 000 HI120 CUO Resistance 1 200002 Resistance 173270 Resistance
12. Settings nl x Select COM Part s C Search All System COM Parts f Only Search COM Port Settin Baud Hate Data Bits Stop Bit Parity Modbus Protoca he Modbus ATU Modbus ASI Timeout interval ETT E ms d UK X Cancel Once the RS 232 485 I O server is connected to ioAdmin the following screen will appear 98 MOXA ioAdmin v1 00 File System Sort Help Host 127 0 0 1 El Ed ma El COM1 a ti NA 4021 lt 1 gt 01 M 1800 System Adapter Info Management 02 M 2404 03 M 2403 04 M 3412 05 M 3403 05 M 4211 07 M 4202 521 08 M 6201 521 09 M 6200 sitene E v ELTE ERR E NN 2 mox E M 1800 M 1800 8DI sink 24VDC RTB INA 4021 I O sync rate 1 sec 3315 ioLogik 4000 Getting Started The left ioAdmin frame shows all I O servers found on the network The upper right frame indicates the combination of all I O modules by slot number The lower right frame lists detailed information for installed I O modules Position the cursor over any I O module to display the model name and description automatically At this point your I O Server should be up and running Password Protection Watchdog configuration Reset to Default and Restart System are password protected By default the password is blank However you will still need to click on Login to show the Watchdog tab System Adapter Info Management watchdog
13. running The next section explains additional ioLogik 4000 management issues You may also jump to Chapter 4 and check the status for each I O channel 3 5 ioLogik 4000 Getting Started Password Protection Network configuration Firmware Upgrade Watchdog configuration Reset to Default and Restart System can all be protected by a password to prevent unauthorized access The password is blank by default If you have not configured a password click on Login to display the firmware upgrade network configuration and watchdog configuration tabs System Adapter Info Management Password for entry Ck Login H Logout Management Settin Change Password 8 char mas Recontiim Password Update System Adapter Info Management Network Firmware Upgrade Watchdog Password for entry Ci Login 1 Logout Management Settin Change Password 8 char mas Heconfirm Password E Update Reset to Default The Network Adaptor settings including IP address netmask gateway watchdog timer I O module safety status and temperature sensor parameters are stored in the network adaptor How to Reset to Default Right click on the target I O server and then click on Reset to Default You may need to wait 10 seconds or longer for the process to finish ioAdmin will reconnect the I O Server automatically NOTE This function requires password authorization to activate
14. 0 Network Adapter IP Change socket timeout interval q 8 x Socket timeout interval El E sec 3 8 ioLogik 4000 Getting Started Watchdog Timer The Watchdog timer function is used to monitor the Modbus TCP connection between the Ethernet Network adaptor and the host computer The default is off When there are no queries from the host computer over a preset time interval in 100 msec increments the Ethernet network adaptor sets all digital output and analog output values to a predefined Safe Status The maximum Timeout Value is 65535 which equals 6553 5 seconds System Adapter Info Management Network Firmware Upgrade Watchdog Enable Watchdog Timeout value 100 msec Firmware Upgrade The NA 4010 s firmware can be updated via Ethernet To upgrade the firmware click the Firmware Upgrade tab System Adapter Info Management Network Firmware Upgrade Watchdog Firmware File Path E Upgrade Click on the file icon and select the firmware Press Upgrade when you re ready During the firmware upgrade DO NOT turn the ioLogik 4000 s power off 3 9 ioLogik 4000 Getting Started Exporting the System Configuration To help you record the I O module combination and parameters ioAdmin can generate a text report file that can help you manage the system The report consists of the following parts 1 Date Time and Firmware version 2 Slice Models 3 Sl
15. 00 Overview Digital Output Modules M 2800 8 DOs sink MOSFET 24 VDC 0 5 A RTB M 2801 8 DOs source MOSFET 24 VDC 0 5 A RTB M 2600 16 DOs sink MOSFET 24 VDC 0 3 A 20 pin M 2601 16 DOs source MOSFET 24 VDC 0 3 A 20 pin M 2450 4 DOs relay 230 VAC 24 VDC 2 0 A RTB Power Modules M 7001 Modular remote I O module with 24 VDC system power input RTB 10 to 60 C _ operating temperature M 7002 Modular remote I O module with 5 24 48 VDC or 110 220 VAC field power input emer T ee M 7804 Modular remote I O module with 8 channels 0 VDC output RTB 10 to 60 C BEEN operating temperature M 7805 Modular remote I O module with 8 channels 24 VDC output RTB 10 to 60 C ee T Temperature Input Modules M 6200 Modular remote I O module with 2 RTDs RTB 10 to 60 C operating temperature M 6201 Modular remote I O module with 2 TCs RTB 10 to 60 C operating temperature Specifications Adaptors NA 4010 LAN Ethernet 1 x 10 100 Mbps RJ45 Software Features Protocols Modbus TCP HTTP Bootp IP Settings ARP Bootp static IP Programming Library MXIO DLL library for Windows supporting Visual Basic Visual C Borland C Builder NET Number of I O Modules Supported Max of 32 Power Requirements Power Input 11 to 28 8 VDC 24 VDC typical Power Consumption 60 mA 24 VDC Current for I O Modules Max 1 5 A 5 VDC MTBF mean time between failure Time 4 739 300 hrs Database Tel
16. 10 Ethernet network adaptor supports standard 10 100 Mbps Ethernet For first time users we recommend that you link from your host computer to the NA 4010 over a local Ethernet network to handle IP and system configuration Once the installation is done you may move the Ethernet I O system to the field Connecting a Single Ethernet I O Server Ethernet ioLogik 4000 Slice I O server E g IP 192 168 8 1 Port 502 2 5 ioLogik 4000 Hardware Installation Ethernet Pin Assignments NA 4020 RS 485 Network Adaptor To configure the NA 4020 for the first time we recommend connecting the NA 4020 to a host computer running the ioAdmin utility Once the I O system is configured you can move the entire system to the field Connecting a Single Serial I O Server RS 485 or RS 232 E g COM1 ioLogik 000 9600 N 8 1 Slic I O Server E g ID 10 NA 4020 RS 485 Port Pin Assignment O Data Fr Data 6 GND 65 Shield LE 5 2 6 ioLogik 4000 Hardware Installation NA 4021 RS 232 Network Adaptor To configure the NA 4020 for the first time connect the NA 4020 to a host computer running the ioAdmin utility NA 4021 RS 232 Port Pin Assignment LED Indicators This section describes the ioLogik 4000 system s LED indicators LED Indicators for Network Adaptors NA 4010 LED Name LED Color SYS Off Green Red Green Red LINK Green ACTIVE Green I O Off
17. 8 1 Watchdog disabled Modbus RTU NOTE ioAdmin only operates under Modbus RTU The next step is to configure the Unit ID for the I O Server On a Modbus RTU ASCII serial network each node must have a unit ID that ranges from 01 to 99 Use a screw driver to rotate the switch and set the Unit ID The upper switch represents the high digit whereas the lower switch represents the low digit Note that the address 00 which is usually used in the Modbus RTU ASCII master is reserved for broadcasts Linking the RS 485 232 I O Server to ioAdmin After you connect the RS 232 485 I O server to the host computer s COM port e g COM2 via a DB9 cable and the I O server is powered on you can start up ioAdmin Set the communication parameters to 9600 N 8 1 for both the host computer s COM port and the serial network adaptor Starting ioAdmin To start ioAdmin click Start Program Files Moxa S IO Server S Utility ioAdmin 3 13 ioLogik 4000 Getting Started Linking to the RS 232 485 Server There are two ways to link to the RS 485 232 I O server 1 with Auto Search and 2 by entering the Unit ID manually Linking with Auto Search To start the Auto Search function click on Auto Scan Active Ethernet I O Server under System File stem Sot Help Ae I e Auto Scan Active Ethernet MO Server di Network Interface VO status Refresh Rate TCP socket Timeout Interval COM Port setting Active M
18. C 60 C Input Impedance 500K ohms Conversion Time 200 ms for all channels Diagnostics Range over if range over data Dx8000 Power Consumption 80 mA 5 VDC Isolation I O to logic photocoupler isolation Wiring I O cable max AWG14 MTBF 3 828 120 hrs Database Telcordia Bellcore 1 12 2 Hardware Installation This chapter includes information about installing the ioLogik 4000 I O server including the Ethernet network adaptors and RS 485 RS 232 network adaptors The following topics are covered in this chapter I System Architecture O Connecting the Network Adaptor to I O Modules Appearance gt Installing I O Modules on a DIN Rail Removing I O Modules from a DIN Rail Installing an RTB Removable Terminal Block O Connecting the Power System O Connecting to the Network gt NA 4010 Ethernet Network Adaptor gt NA 4020 RS 485 Network Adaptor gt NA 4021 RS 232 Network Adaptor O LED Indicators LED Indicators for Network Adaptors LED Indicators for I O Modules When to Use the Power Expansion Module When to Use the Field Power Distributor When to Use the Potential Distributor au a a a Safety Notes Installation and Cabling Precautions gt Operating Precautions ioLogik 4000 Hardware Installation System Architecture The ioLogik 4000 slice type I O server consists of a network adaptor that supports Ethernet RS 485 or RS 232 and up to 32 I O modules The ioLogik 4000 s network adap
19. CETEREFODVA PITE EYE EREEFDVA EFI im ASPE OT OEE FEL P EPDVIF DF FA EPOD EP TaT oTi 2 2 Connecting the Network Adaptor to D O MOGUIGS posem mate meltmetmtmetmemtmmtsetmemetmtmetmetstamists 2 3 ADDeakdbite sastia dota adadc datam Cortes pA ESQ CIMA I ILI LI I II LM II LI I MIN LUCI 2 3 Installing E O Modules ona DIN Ra someipamssmimstirsoi os Pesta c P ase Poe DERE OPE RPRPLSCFRPEPASSI ao esa nois DLOS PAPE 2 3 Removing T O0 Modules TFOI a DIN RS scu v o ADV UAE AE WASH ML een Ulp pn tr aL clon ULM toU Uic aut So E 2 4 Installing an RTB Removable Terminal Block sseeeeeeeeeeee nnnm nnn nnn nnnm aane nnn 2 4 Removing the RTB from the OM OC sas aa irs eat ta a a aa ats E te cad cane Me aw ru a 2 4 Installing the RTB on the VO MOGQUIG retos a 2 5 Connecting the POW Er Syste Merrnin anini enan DA EDEA PE E ED E EEDAN S RERA A REELED REPERA 2 5 CONNEC ANG CORRONO a log ee C E 2 5 NAs4010 Ethernet Network Adap OT ma ranana nAn Y AVR SEEREKNEFKVASMYASETEEEEE MY mata wees eden A SMYATKS SEEK NIE 2 5 Connecting a Single Ethernet I O Server ssseeeeeieeseeeeeesnhnmne hann hme a ansa suse aasmnnn 2 5 Ethernet Pin Assignments lt ccicissasccd odes eed dias dane iaia Mic ada dha decades shed ga c c disc XX daaa Ga Ka c da PERS SNR mid 2 6 NWA 4020 RS 46 5 NOEWOIK Adaptor era nad adatta tata ee nA aste ndo da inea nie ast dio one oa but aor 2 6 Connecting a Single Serial I O Servel cete n eue aa uU IUE RU ux UNE ERNEUT E MUER
20. E ERE ERAS EE 2 6 NA 4020 R5 455 Port PI ASSIO AM ED Lari pd exinde nde nne eren enne enne enne uD le Di ti iD Dh eda edens ene ur gaan ani 2 6 NA 2021TR55232 NOEWOFK FG DEO sitos vnu e el I A AA OR ALARM AERA aa 2 7 NA 4021 RS 232 Port Pin AsSIgnmierttsiioiisiissdascdasssasssascsccccscieiiisirrs ris prs PrrsPPrePbePPPRPPPPIPPP PLUS 2 7 EE DC ALOS RN AEE A E meme d 2 7 LED Indicators dor Network AdadDEOPS tit tt citi a cotone 2 7 DIA SEU scuto tutu aD io UM NECS SD M Du S D MD E MD D M M 2 7 NAA 80487 A O ee ERREUR 2 8 LED Indicators for I O MOodwul S svp esebuti yup tUa vOv VOU E Y WE IS QU Wa ww EUETRSTuESUEE VEN Peto uv naidut quOD PvE qwIUE EISE 2 8 When to Use the Power Expansion MOGOUIG uos teta pe eii i A EA nbn et EA Ao Ae E Rr A AURA ie A0 aAA 2 9 When to Use the Field POWer DISEIriIDUELOTF dori kot used uteduzedu sud uc ceres vao os ed ated utes tut uto ute vaa ore ated utes used ahis 2 9 Whenrto Use rhne PotentalDIStPIDUEOE ss ou ERREUR ERR UR RR EN RU E MEER ERR RA MR MM RM EE GRAE 2 9 is eim MOINS TEE T RTT Tn n eene m 2 10 Installatton anda cablrigPrecautlolis xiundiantiadiandiendiesiandiendiaitiendiasdiunditenitanditen Mattia ana anA 2 10 Gerda Precaution RE 2 10 Se Getting Started 5s cus su deter Dos DwVE ties E EAEE EEA EEE AEREE REFERERER 3 1 Installing 1IoAdmin Ut Visi itin temetummt sitemici mmbtmidtmtsitmdostmemstmmmttmtcidmdsstsitsidetdsems 3 2 Configuring the NA 4010 Ethernet I O System arreen e Te EsC RE
21. EN EE E E E DUCK ER EQ mea KNEE ERE ERN E deci col 3 2 Toitialzing the AP Add ess crisis ae ede ach usd unser aces dans And cR rer nuance od one Vou ud cR Une nue AUAM Mr rM 3 2 Linking the Ethernet I O System to ioAdmin cece ccc eee e eee eceeeen neces eee n sees nhanh nnn hann smear mena nnn 3 4 AU SEO gap e sve ce sien wip GREC AE asus RAEE CAU ts a ADE ART 3 4 Manually enter the IP address tt tt tota 3 4 PaSSWOEK PROLCCLION mesits nc CEEC CNC OE IOC EURO EET ame CIC D OU GEC OE REC CCS REU CEEC UOC REIS a ea 3 6 Reset t DefAUIE e re arar ra ra T arra Ta T ENE TTA NT Taa 3 6 How o Reselt to DEU ret ARAARA Ren as metal ausa AAAA ARAA adu ai AR RR AR 3 6 NA 4010 Ethernet Network Adaptor Default Values cccccee cc ccceeeeee eee eee nehmen nnn nnn 3 7 SYSLEM RESLA E oedtodzaimuk uident dE EIE ET RU ad DATAE RI RAUS BON Cd DL ORE PA ARP CDU Dod nx XU Desiderii pdew i dodinda din ton XU Cip dN 3 7 Deleting an 170 Server Tomi te DbIS E soon eciam Ve arn un Uv os unn evan V o etat ote UU tea D Utt Uc tup b UG UN NAM OU 3 7 NGEW OF ERERETEEE rororo rorirori To T 000 3 7 TEP SOCKET TImieolt MILOVA setem estat maten te Sta ES Me hee ac at iaia atacats ada Mu EM EE 3 8 GEC CO CTM c es TU mmm 3 9 FIRA REU DO A Oro actor oqe du Gen For SaanO On PS opP Sa EE EG OS a GP GOS DO ESPAI DES S Des ses des du o sa sas deba d PET D PS IPSE SL 3 9 EXPONO the System Config toti ceste uu A CR UNA OR sas Mc NA UM IUE E A SAMO d LE 3 10 iSsiagror siielid
22. ER DUE MOIS aM M MU M ERR ED eM aa Ra cn eM 1 4 S DC CIC is 9 eco 1 4 ACA DEOLS smusaoxp 1325552062695 06256 ae aca qM pa EEES DES I RS MCA Dad RE SD RASA RUM RP EE DE DAR am DENS aC DORA a a 1 4 NASA O AAE E EEE E E NENNEN O OE OO OE ME EU MN EE E ETO MU MEE EEUU M NAE U UE 1 4 NA40207 40 2 o coseextassisstestviser ivi e rnirar iiaa iei Poss a Drm Vias aan 1 5 Common Specifications for the NA 4010 and NA 4020 4021 cccce mnm nn 1 5 Analog Anput Module Siemens iati ck ee ee bed uva eed Usu ne ee ud deus 1 6 M 3802 8 analog inputs 4 to 20 mA 12 DItS ccc ee cceee teense sseeeeseeeerrenusssaceessceeeeteeussugauesesesees 1 6 M 3810 8 analog Inputs EO TO VAL DIES cata 1 6 Analog Output Modules rer trum ra aw we semestre dU tE VR EPUEH ENTER D Va VE dE MN TU coin et 1 6 M 4402 4 analog outputs 4 to 20 mA 12 bits eeeeesseeseeeenem nennen hh ena aenean marea 1 6 M 4410 4 analog outputs O to 10 V 12 bits 0 cece cece hh memnmememh aane ann nnn 1 7 Digital Iripdt Modes cessa aat E Fa avanti Guinea at losa rmt luam ta tain tho eta 1 7 M 1800 6 digital inputs sink type 24 VDG eina o RR RO xe e RR IR ER D RE ERR OI IR ae RED 1 7 M 1801 8 digital inputs source type 24 VO ui cce edeekvuvwkkunaa sa teen ed en WEE YER ERREEUEE KE AAAA NOAE SERE EIE 1 7 M 1600 16 digital inputs sink type 24 VD GC wie edo den d e ea d ended ed edet t 1 8 M 1601 16 digital inputs source type 24 VDC ssssssssssese nnn nnne
23. Isolation I O to logic photocoupler isolation Wiring I O cable max AWG14 MTBF 15 759 240 hrs Database Telcordia Bellcore M 1801 8 digital inputs source type 24 VDC Digital Inputs 8 channels Type source On state Voltage 24 VDC nominal 11 to 28 8 VDC Off state Voltage 0 to 5 VDC On state Current 6 mA point 28 8 VDC max Input Impedance 5 1K ohms typical Filtering Time 1 5 ms typical Common Type External common single common Power Consumption 35 mA 5 VDC Isolation I O to logic photocoupler isolation Wiring I O cable max AWG14 MTBF 15 811 800 hrs Database Telcordia Bellcore 1 7 ioLogik 4000 Overview M 1600 16 digital inputs sink type 24 VDC Digital Inputs 16 channels Type sink On state Voltage 24 VDC nominal 11 to 28 8 VDC Off state Voltage 0 to 5 VDC On state Current 6 mA point 28 8 VDC max Input Impedance 5 1K ohms typical Filtering Time 1 5 ms typical Common Type 16 channels for 2 COMs single common Power Consumption 40 mA 5 VDC Isolation I O to logic photocoupler isolation Wiring I O flat cable 20 pin MTBF 11 659 560 hrs Database Telcordia Bellcore M 1601 16 digital inputs source type 24 VDC Digital Inputs 16 channels Type source On state Voltage 24 VDC nominal 11 to 28 8 VDC Off state Voltage 0 to 5 VDC On state Current 6 mA point 28 8 VDC max Input Impedance 5 1K ohms typical Filtering Time 1 5 ms typical
24. O System Configuring Communication Parameters When configuring the NA 4020 or NA 4021 for the first time connect the ioLogik directly to your PC s RS 232 port The ioLogik side of the connection requires a DB9 connector If your computer does not have an RS 232 port you can install a Moxa multiport serial board for example the CP 132U or use a Moxa USB to serial hub for example the NPort 1220 Connecting a Single Serial I O Server RS 485 or RS 232 cM Ex COM1 S60 emen 9600 N 8 1 ioLogik 4000 Slice I O Server Ex ID 10 A DIP switch on the NA 4020 4021 s front panel allows you to configure the parameters manually ioLogik 4000 MODBUS RS232 ULJ p System Power SVde A NA 4021 SYS F paien Power GND Ro FrBus Signal SU UG uU Field Power Vcc Field Power 24Vdc gv 2d Field Power aay OW System Power 3 12 ioLogik 4000 Getting Started DIP Switch n Table Baudrate 1200 bps 2400 bps 4800 bps 9600 bps 19200 bps 38400 bps 57600 bps 115200 bps Watchdog ON Enable OFF Disable Communication Parameters 3 8 data bits 1 stop bit 8 data bits 1 stop bit 8 data bits 1 stop bit 8 data bits 2 stop bits 7 data bits 2 stop bits 7 data bits 1 stop bit 7 data bits 1 stop bit 8 data bits 1 stop bit Modbus protocol ON Modbus ASCII P E Only Modbus ASCII is supported when data bits is set to 7 NOTE The default values are 9600 N
25. OLI E E ETESD Cr T van ke tUa OC ED DvQ v E ETE kde wide EN a EVE EOSEDODez EAS a bres tur 5 2 MOGDUS CO MMand S E LS tec recte o EES Dm 5 2 DirecE T CC OMS Gls ELS drtdaatauetszetdastzentdaetseatdaettaatdamtdsetdamttsetsambtaatsaeidantzaatdtaetsantdantdantdamt toe daetatani 5 3 A Pinours and Cable WIEN csset evctevsteverese o steve tems eve ove ET A 1 Port PInou Diddl amis vesveedederederederederedexedexedexedexedexedexedexedexodexededededadedodedodedxdedpdadafedadadpdadpdadadad ner ndfar pdf aded A 2 Ethernet POLEPIFIOBUES 0 iu uiu alias ad elit ad ai Ar aique apa ala ada atate siet c opu luo aia ea ade a aqaa ador A 2 SerialPort PInOUts e cici Pax RES DEP AE RESIS IA TXSEI PAIN X P I P P PRPI DIR REI DIR XX Gi I P rPR fiber Reb b repe bbcetb rd A 2 NA 4020 RS 485 Network Adaptor Pin Assignment ssssssseseesse enne A 2 NA 4021 RS 232 Network Adaptor Pin Assignment sseeeeeseeseeeeeee nennen nean nnm nana nmn nnn A 2 Ethernet Cable Wiring Dia grains u3ssdrsrdpevapupdndx up ded ades E eo oe DIDI D DEDE DIDI CU A 3 1 Overview The ioLogik 4000 is a standalone Active Ethernet I O server that can connect sensors and on off switches for automation applications over Ethernet and IP based networks The following topics are covered in this chapter I ioLogik 4000 System Overview O Package List O Product Features O Product Descriptions Network Adaptors Analog Input Modules Analog Output Modu
26. On System bus communication failure Flashing One or more I O modules are in an error state Note The following situations may cause a red I O LED a I O module plugged in during operation b I O module not firmly locked on the rail c One of the modules is damaged No 24 VDC field power 24 VDC field power detected LED Indicators for I O Modules Each DIO or AIO module is equipped with a Module Status LED indicating operation status LED Name LED Color Each DIO or AIO channel is equipped with Channel Status LEDs Refer to Chapter 4 for more information LED Function Not powered on during initialization Steady On System ready Steady On I O module hardware problem 2 8 ioLogik 4000 Hardware Installation When to Use the Power Expansion Module When the total current consumption for connected I O modules exceeds 1 5 A an M 7001 power expansion module is required Refer to the Power Consumption Spreadsheet in Program Files ioLogik gt Utility to calculate if an extra power expansion module is needed The spreadsheet requires Microsoft Excel to operate Once you enter the I O module quantity the required number of power expansion modules will be computed automatically After installing additional power expansion modules restart the system in the following sequence to ensure a proper start up Power Off Sequence 1 Unplug the network adaptor s terminal block 2 Unplug the expansion module s ter
27. at you leave ARP ON to reserve the opportunity to modify the IP address when necessary The option Enable Modbus TCP idle connection timeout interval is used to determine the time interval needed for the Ethernet network adaptor to disconnect the Modbus TCP connection automatically when the 3 7 ioLogik 4000 Getting Started host computer didn t send any packets via the Ethernet network When the value is 0 the Ethernet network adaptor remains connected unless the host computer actively disconnects the Modbus TCP System Adapter Info Management Network Firmware Upgrade Watchdog L Number af Madbusz TLP cennection s 2 IF Settings he Enable IP address setup using BOOTP he Enable IP address setup using ARP IP Address 1 927 166 127 254 Network Mask 255 255 0 0 Gateway 0 0 0 0 MAC 00 90 E 8 0B 70 08 Enable Madbus TCP idle connection timeout interval 120 mi 05sec Es Refresh TCP Socket Timeout Interval The Socket timeout interval in the System menu is used to configure the timeout for each Modbus TCP query from the host computer to the Ethernet network adaptor The unit is seconds File neiem Sort Help JA El z Hc d Auto scan Active Ethernet IU Server ite ais Network Interface LO Status Refresh Rate TCP socket Timeout Interval LOM Port Gettins Active Message Listen Port Reset N4401
28. bus Address Mapping Finding a Modbus Address for I O Channels The Modbus Address for each I O channel is arranged dynamically by the network adaptor according to the slot sequence and the type of I O module Changing an Ethernet network adaptor to an RS 485 or RS 232 network adaptors will not change the Modbus address mapping The Modbus Address mapping for I O modules can be found on Modbus Address tab KORD Adesso oils BlTAddess Size Bit 1 0x0800 0x01 0x1001 0x0001 2 0x0800 0x02 0x1002 0x0001 3 0x0800 0x03 0x1003 0x0001 There are three columns for Modbus Address According to the Modbus standard there are two methods for accessing an I O channel 1 access by Register and 2 access by Coil NOTE For more information refer to the Modbus protocol specifications Exporting Modbus Address Settings Modbus Addresses for I O channels are required when you want to access the I O status with SCADA software However it s not easy to memorize all of the addresses for each I O channel For this reason ioAdmin allows you to export a text file containing the installed I O modules and their Modbus addresses The following example is an exported system configuration file 3 Modbus address table sat wo ranner no 370 woe Modbus aaariwonb woswrasrismm 3 0 estany m mw ooo ooo foo o lo mw fonono Jooo ome ks o mw Jooo ovens overex 3 18 4 Configuring I O Modules In
29. cordia Bellcore 1 4 ioLogik 4000 Overview NA 4020 4021 Serial Communication Parameters Parity None Even Odd Data Bits 7 8 Stop Bits 1 2 Baudrate 1200 to 115200 bps Signals e NA 4020 Data Data Gnd DIR 5 contact terminal block e NA 4021 TxD RxD Gnd 9 pin D Sub female Software Features Protocols Modbus RTU Modbus ASCII Modbus Address 00 to 99 set by rotary switches Programming Library MXIO DLL library for Windows Supports Visual Basic Visual C Borland C Builder net VB VC NET Number of I O Modules Supported Max of 32 Power Requirements Power Input 11 to 28 8 VDC 24 VDC typical Power Consumption 70 mA 24 VDC Current for I O Modules Max 1 5 A Q 5 VDC MTBF mean time between failure Time NA 4020 4 695 360 hrs NA 4021 4 721 640 hrs Database Telcordia Bellcore Common Specifications for the NA 4010 and NA 4020 4021 Field Power Rated Voltage 11 to 28 8 VDC 24 VDC typical Current in Field Power Contact Max 10 A Isolation System Power to I O Driver Optical isolation Physical Characteristics Dimensions 45 x 99 x 70 mm 1 77 x 3 90 x 2 76 in Weight 150 g Mounting DIN rail Environmental Limits Operating Temperature 10 to 60 C 14 to 140 F Storage Temperature 40 to 85 C 40 to 185 F Ambient Relative Humidity 5 to 95 non condensing Altitude Up to 2000 m Note Please contact Moxa if you require products guaranteed to function pro
30. e is about 200 ms In Enhanced mode the conversion time will be about double or around 400 ms The thermocouple temperature sensor is noise sensitive Using Enhanced Mode can increase stability of the readings CJC should always be enabled 5 MXIO DLL Library The follovving topics are covered in this chapter O Overview gt What is MXIO DLL Library How to install MXIO DLL Library O MXIO Function Groups System Commands gt Modbus Command Sets gt Direct I O Command Sets ioLogik 4000 MXIO DLL Library Overview What is MXIO DLL Library MXIO DLL Library is a Windows library specially designed for programmers who are not familiar with the Modbus protocol but who need to create applications to get real world temperature data and on off control signals The MXIO DLL supports Visual Basic Visual C and Borland C Builder How to install MXIO DLL Library The MXIO DLL Library comes with the ioAdmin software utility It is installed in the directory Start gt Programs gt Moxa gt IO Server gt Library Refer to MXIO DLL help for details d MOXA AU BORSE Help 7 ThinkVantage b Utility fT ActiveOPC fay Library gt Example BC gt Example VB gt Example VC MEIODLL 2200 HLP version txt a MXIO AFI support List MXIO Function Groups System Commands MXSIO OpenCommPort MXSIO CloseCommport MXSIO Connect MXSIO Disconnect MXEIO Init MXEIO Exit MXEIO
31. el X Hold Last State fw Safe OFF e Hold last state e ON or OFF Note that the configuration applies to all channels within the module You can test to make sure the digital output channel 4 M 2404 2 Config Test works over the network Click on the Test tab on the Config page Press the switch and then press Test At this point you can change the status of the digital output point eham Channel 1 Channel 2 Channel 3 Related Models Digital Input M 2800 8 DOs sink MOSFET 24 VDC 0 5 A RTB M 2801 8 DOs source MOSFET 24 VDC 0 5 A RTB M 2600 16 DOs sink MOSFET 24 VDC 0 3 A 20 pins M 2601 16 DOs source MOSFET 24 VDC 0 3 A 20 pins M 2450 4 DOs relay 230 VAC 24 VDC 2 0 A RTB 4 5 ioLogik 4000 Configuring I O Modules Analog Input Modules ioAdmin can monitor the status of each analog input channel We use M 3412 to illustrate To check the status of the DI channel click on the I O module on the main page The I O status is located on the I O Status tab LO Staus Modbus Address 0 670 7 3 28 HI 1 0 00 2 1 0 00 3 1 0 00 To check the Modbus Address click on the Modbus Address tab VO Staus Modbus Address 0x000270x08 0x0028 0x0010 0x0003 0x08 0x0038 xOD1D 0x0004 0x08 Dx0048 Dx0010 Access F ead Firmware Revision Related Models Digital Input M 3802 8 AIs current 4 20 mA 12 bit RTB M 3810 8 AIs
32. essage Listen Port Reset NA AOT Network Adapter IP ioAdmin can automatically allocate available COM ports on the host computer and scan Unit IDs from 01 to 99 for each COM port However it could take a long time to finish the process A more efficient and faster method is to select Only Search COMx and search designated COM ports Note that ioAdmin supports Modbus RTU In a Modbus ASCII environment configure the network adaptor using Modbus RTU and then switch back to Modbus ASCII for field operation Auto Searching for ioLogik 40 Server sz Select auta search typ Ethernet 10 server gt Start Search Jw R5 232 485 1 0 server This will take several minutes beach a range of addresses Start IF Address fi q2 158 13 201 Search all support models E z240 E 22 7 E2214 ESA p Es D E2250 E2257 A EE APE Found adapter s 1 0 server s were found Ho vO Server IP Address Part MAC Address Unit ID Click Port Settings to configure the COM port and baudrate data bit stop bit and parity Click Start Search to search for connected RS 485 or R 232 I O servers 3 14 ioLogik 4000 Getting Started Linking Manually To add RS 485 232 I O servers to ioAdmin manually click the right mouse button and then click on the ioLogik in the left ioAdmin frame Click on NA 4021 choose the connected COM port number and then select the Unit ID for Modbus address Auto Search COM Port
33. for I O Channels c eset onc nent eink ermita eect ae pent an ene ux bU acetat aca EUER 3 18 Exporting Modbus Address Settings sectes eqit vss a aadd usua vase oc aia oTi du a us ue sev aciKessu editur d adt era tea 3 18 4 Configuring I O MOdUIES srs dona dans uwux anus usas xa ds anas dans ima dans ws unn uw amu s dons vx wa desis ww Wars wir x RO S aw 4 1 ORCEIE WIFING Gude ccn 4 2 Digital Mapu G MOGUICS ee titol A 4 3 Digital Outpub Modules siti a te Odd edu 4 4 DigitalOutpub Module Sate SUS estu xa x ats nA EE LU E MU EM M EI LUE E MM EE M EE 4 5 Analog Input Modules ood cia vaso ewa quce e end Ov uvas stderr ste go cO eda en ue Eubdtuseu iii 4 6 Analog B Cl ee tin era cen DT TTC 4 6 Analog Output Module Safe Status isc s lt isisisvivisieds avicewdaawivevdedats ivisieds avis dedaawivivdeiads ivieieds aves iedaiwivivdeiais evieiadd 4 7 Tetmperatare Sensihg MO dUe S resi tia ata 4 8 EA a EE wen ea RE DS CR 4 8 PHEEMOCOUDIE caca aa EES PERE 4 9 Be MXEO DLE LiDrary e ceiici iii iii animen veux unas eux iii ass carenes menes den EAA anus uEwE ics criar esa ccicic eina 5 1 GIU cirque an ET Von CIU TEC EU UA 5 2 Wa TS MXIO DEL ID AY tt tt Lu dedo en tofu duode oun Lou Cou tol U uotum Lou idu id 5 2 How to dghnstall MXIO DEEJXIDISEV aa cis esse cc dades EE 5 2 DSTI EUne oH GEOUDSeci vehat at etra atta e Euboea ba eo Ebo o Ea betreten 5 2 System Commands ussccervva buts 10e D
34. formation Moxa Americas Toll free 1 888 669 2872 Tel 1 714 528 6777 Fax 1 714 528 6778 Moxa Europe Tel 49 89 3 70 03 99 0 Fax 49 89 3 70 03 99 99 Moxa India Tel 91 80 4172 9088 Fax 91 80 4132 1045 www moxa com su ort Moxa China Shanghai office Toll free 800 820 5036 Tel 86 21 5258 9955 Fax 86 21 5258 5505 Moxa Asia Pacific Tel 886 2 8919 1230 Fax 886 2 8919 1231 Table of Contents l JOVerVIGWisuisREEMI XEM SEREAISME NI Saxa NRERSINEEFEESRI X SEEREEROUE AN SaXREVYRENEFANAVEVITAI EVE NREOKMMMK AREE NESELNEKUR TINI M EYREEECNMENE 1 1 lobodiK 4000 System OVER VIO NS cer en esperen EMT oars neo recor I ME 1 2 Package HS tems cs ree Dose bel coh crac co ullae uda ada uen dace educ oda de ade cud decade uda dq e ate cq dec qd 1 2 Product FedbUpeS quim tue PRRVPRREPP aa MP ERI PXFEERPKERIVILPKPXRVPEPUPRS EP LPFPLPUPARPPLSPELIPPXPFTAPIPUSU PIS TIR d 1 3 Product TD SS GI Fo CONS aes erase tcc wea M M M M MEM MM M MM M M ICE EO MERE RM MM EP VE 1 3 MEEW ORK AGa DEO Site tn ens a neus 1 3 Analog Input MOGUICS ena ea ae se 1 3 Analog OULDUEP MOQUIGOS etat tt tat e c oe acta Deo o E EI ML EIE 1 3 Digital Itiput Modules icetepiconisu iode E duas disc vadqw Nd sealed Ve buducdvx d vddvvPNd a MEvm S a beds 1 3 Digital OQurpub Modules esieesecois nux ex EEEE IUE E IMMUNE NEM NUR NNNM DENN ERU eee 1 4 Power MOCUIGS 5 beside rerba erue aen rir rb v o i eb dec er breed eie rex be ebrei er breed 1 4 Wei De rele pe T
35. i ens mu reme CIRE Qu en GN en en em 1 e FEN c rita iet ens s OMS ens ea en em em Mom L 1 B VEM 1 t J IES a ae en errat on aae rea eee El El Click on the wiring guide to show a help file for that model M 6201 2analog input Thermocouple removable terminal block System wiring Input Specification Sensor types Type J KWT E R S B N L U C D System Power SVDC mV input 10uV bit 1uV bit 2uV bit FORE MEINEM Data format 16 bit integer 2 s compliment System Bus Resolution 0 1C 10m ohm Accuracy 0 156 FSR 25C 0 395 FSR OC 60C ni Vollage Q 10V Input impedance Conversion time 200m sec all channel 01 Thermocouple Diagnostic Range over if range over data Dxs000 General Specification Power dissipation Max fOmA 5 0VDC Isolation HO to logic 2kVrms optical isolation Wiring VO cable max AWG14 77 Field Power VDC Field Power 24VDC 4 2 ioLogik 4000 Configuring I O Modules Digital Input Modules ioAdmin can monitor the status of each digital input channel We use M 1800 to illustrate To check the status of a DI channel click on the I O module on the main page to display the I O status on the I O Status tab LO Staus Modbus Address To check the Modbus Address click on the Modbus Address tab WO Stays Modbus Address Input Register Address
36. ice Configuration 4 Modbus address table Remote Monitoring The NA 4010 Ethernet network adaptor allows up to 8 concurrent TCP connections which allows ioAdmin to monitor the status of the Ethernet I O server even when it is operating I O Status Refresh Rate This parameter determines how often the ioAdmin utility polls connected I O servers The default value is 50 500 msec To change the configuration click I O Status Refresh Rate under the System menu and then adjust the data refresh rate Note that the unit is in 10 msec increments so if you enter 50 the refresh rate will be 0 5 sec Checking the Ethernet I O Status via Web Browser NA 4010 only The NA 4010 Ethernet network adaptor can be used to view the adaptor s basic configuration settings Enter the IP address of the Ethernet I O server in Internet Explorer s address box to access the NA 4010 s browser interface The network configuration status and firmware number can be viewed on the adaptor s homepage see the following figure Click the Expansion Module link to view information for connected modules MORA w 9 Total Solutions for industrial Device Networking ioLogik 4000 ioLogik 4000 Modbus TCP Network I O Server Network Adapter Nety yrk Adapter i Expansion Module NA 4010 Ethernet Modbus TCP Input Register Data Output Register Data IP Address 192 168 8 20 Subnet Mask 255 255 255 0 Gateway 192 168 8254 MAC Address 00
37. ield power module Field Power Input Voltage e DC 5 VDC 24 VDC 48 VDC e AC 110 VAC 220 VAC Current for Field Power Contacts 10 A Max MTBF 75 528 720 hrs Database Telcordia Bellcore M 7804 0 VDC Channels 8 Mode 0 VDC MTBF 73 750 440 hrs Database Telcordia Bellcore M 7805 24 VDC Channels 8 Mode 24 VDC MTBF 73 750 440 hrs Database Telcordia Bellcore 1 11 Overview ioLogik 4000 Overview Temperature Input Modules M 6200 2 analog inputs RTD PT100 JPT100 RTD Inputs 2 channels Sensor Types e PT50 PT100 PT200 PT500 PT1000 resistance 100 milli ohms bit e JPT100 JPT200 JPT500 JPT1000 resistance 10 milli ohms bit e NI100 NI200 NI500 NI1000 NI120 CU10 resistance 20 milli ohms bit Resolution 0 19C 10 milli ohms Data Format 16 bit integer 2 s complement Accuracy e 0 100 FSR 25 C e 0 3 FSR 0 C 60 C Input Impedance 500K ohms Conversion Time 200 ms for all channels Diagnostics Range over if range over data Dx8000 Power Consumption 80 mA 5 VDC Isolation I O to logic photocoupler isolation Wiring I O cable max AWG14 MTBF 3 644 160 hrs Database Telcordia Bellcore M 6201 2 analog inputs thermocouple Thermocouple Inputs 2 channels Sensor Types Type J K T E R S B N L U C D mV input 10 uV bit 2 uV Dit Resolution 0 19C 10 uV Data Format 16 bit integer 2 s complement Accuracy e 0 100 FSR 25 C e 0 3 FSR 0
38. ing Communication Parameters Linking the RS 485 232 I O Server to ioAdmin Password Protection Reset to Default Restarting the System Deleting an I O Server from the List Watchdog Timer Y Y ON ON ON VV WV Firmware Update I O Status Refresh Rate O Modbus Address Mapping Finding a Modbus Address for I O Channels gt Exporting Modbus Address Settings ioLogik 4000 Getting Started Installing ioAdmin Utility Insert the CD ROM from the network adaptor package into the host computer Run SETUP EXE which is located in the root directory The installation program will guide you through the installation process and install the ioAdmin utility along with the MXIO DLL library After the installation is done run ioAdmin from Start gt Program Files gt Moxa gt IO Server S Utility gt ioAdmin aH MOEA JU IO Server P fap Help ActiveOPC Modular ioAdmin Configuring the NA 4010 Ethernet I O System Initializing the IP Address 1 Check the MAC Address which is located on the label on the left side of the network adaptor You may use it to reconfigure the IP address at a later time 2 Determine whether your ioLogik 4000 needs to use a static IP or dynamic IP BOOTP application If the ioLogik 4000 is used in a static IP environment you can use ioAdmin to configure the new IP address The factory default IP address is 192 168 127 254 4 If the ioLogik 4000 is used in a dynamic IP environment you can u
39. ioLogik 4000 Series User s Manual Fourth Edition December 2012 VVVVVV moxa com pr t MOXA 2012 Moxa Inc All rights reserved ioLogik 4000 Series User s Manual The software described in this manual is furnished under a license agreement and may be used only in accordance with the terms of that agreement Copyright Notice Trademarks 2012 Moxa Inc All rights reserved The MOXA logo is a registered trademark of Moxa Inc All other trademarks or registered marks in this manual belong to their respective manufacturers Disclaimer Information in this document is subject to change without notice and does not represent a commitment on the part of Moxa Moxa provides this document as is without warranty of any kind either expressed or implied including but not limited to its particular purpose Moxa reserves the right to make improvements and or changes to this manual or to the products and or the programs described in this manual at any time Information provided in this manual is intended to be accurate and reliable However Moxa assumes no responsibility for its use or for any infringements on the rights of third parties that may result from its use This product might include unintentional technical or typographical errors Changes are periodically made to the information herein to correct such errors and these changes are incorporated into new editions of the publication Technical Support Contact In
40. les Digital Input Modules Digital Output Modules Power Modules Y VV VV ON WV Temperature Input Modules I Specifications Adaptors Analog Input Modules Analog Output Modules Digital Input Modules Digital Output Modules Power Modules Y VV VV WV WV Temperature Input Modules ioLogik 4000 Overview ioLogik 4000 System Overview The ioLogik 4000 is a network I O server that can connect sensors and on off devices in any combination and can transfer the captured data or device status to a host computer via an Ethernet or RS 485 232 network The ioLogik 4000 consists of two main parts The network adaptor provides system and field power to connected I O modules Three kinds of network adaptor are available 1 Ethernet 2 RS 485 and 3 RS 232 Up to 32 I O modules can be connected to one network adaptor Network I O Expansion Modules Adaptor supports up to 32 modules with up to 512 DIOs or 128 AIOS Network Digital Input Digital Output Analog Input Analog Output Special Modules aptor Type Ethernet RS 232 ES DS SA e Package List Each Network Adaptor and I O module is packed securely in a small cardboard box Network Adaptor NA 40xx network adaptor Software CD ROM I O Module M xxxx I O module Contents of the Software CD ROM ioAdmin utility for Windows User s Manual Wiring Guide I O module power calculation spreadsheet MXIO DLL library examples and documents Warranty bo
41. minal block Power Up Sequence 1 Plug in the power expansion module s terminal block 2 Plug in the network adaptor s terminal block When to Use the Field Power Distributor Most of the field power DIO AIO modules for the ioLogik 4000 series are 24 VDC If you need to connect 48 VDC or 110 VAC 230 VAC digital input or output modules you must use the Field Power Distributor to isolate different field powers within a single ioLogik 4000 system If all of the DIO modules are 110 VAC you will need at least one field power distributor to isolate the field power from the network adaptor likewise when using 48 VDC or 230 VAC System GND System PWR 24Vdc 1 VCC 5Vdc Modbus TCP N Gnd N Fast Ethernet Fi Token A M Serial Out ModbusRIU EY serial In y RS 485 232 b Field GND Field GND Field GND Field power 24Vdc Field power 48Vdc Field power 230VAC VO Expan sion Modules AC DI Relay When to Use the Potential Distributor Three types of potential distributor module provide extra wiring points such as shielding ground field power 0 V and field power 24 V For example the 8 channel digital input sink type module itself does not have a 24 V wiring point but you can add a 24 V potential distributor to make wiring easier 2 9 ioLogik 4000 Hardware Installation Safety Notes Installation and Cabling Precautions e Check the rated voltage and current for the products before wiring e Use the ra
42. nennen nnns naa aan ann nnns 1 8 M1450 A digital Inputs TTO VA cosa mstamatantsotamtembustamatastentamtamtsmuanssons 1 8 MS TAS T 4 digitalhputs 220 VAC plets acie p nae eR VR RE a cuneata oun weis catt deen 1 9 Digital Output Modules uoxoosusvotuvPEn da col auca cM 1 9 M 2800 8 digital outputs sink type 24 VDC 0 5 Aveo PURA DU ACAD PURUS ATACAR OCURRA 1 9 M 2801 8 digital outputs source type 24 VDC 0 5 A sssssssseeeee nnnm aane earn nnn nnn 1 9 M 2600 16 digital outputs sink type 24 VDC 0 3 A sssssssseeeeee nnn nehm nena nnn nnns 1 10 M 2601 16 digital outputs source type 24 VDC 0 3 A issseeeeeeeeennnnnhh hmmm nnne 1 10 M 2450 4 relay outputs 24 VDC 230 VAC 2 A ceeeeeeeeseeh nnnm nnn hhaa nena rnm aa aee nn 1 10 Power TO GI SS inh E A Ra RR UR RAE ME I ML CM LLL LM E 1 11 M 7001 System power module eezerszezezstuxves tatuDOvevEV acotat tat etat 1 11 4A S e Feld POWEr MO OU PEE EET LLL E 1 11 yi MUR p e ERERI T 1 11 bero QS MID Gic TENES T 1 11 Temperature IDE Modules seines iaaeid a iva don daa i eek Uns ora ane ce ona Sol enn ee ee tanen te 1 12 M 6200 2 analog inputs RTD PT LOO JPT LOO osssszssixe xaxd ps si na six xb EE KONE EEEE 1 12 M620 15 2 analog ipis NE O CON E sq RR RARUS RO 1 12 2 Hardware Installations RI Ia IRAN GR FR RENS I AIRE NR RR VERA GIAO E RR RF RR RNC FIRE RFID SERE UE 2 1 System ArCIEe ClUl Ct i evemis eor rore VET DNE EE
43. odias e i 3 10 UO Statius Relresidabec s meta ws ee ea e e Eu Meu sit we Vat eee wt DEM USA ae 3 10 Checking the Ethernet I O Status via Web Browser NA 4010 only cccssseeeee nmn nn nnn 3 10 Configuring the NA 4020 4021 s RS 485 232 I O System ssssssseseeeeeeeeen nennen ananas nnn 3 12 Configuring Communication Parameters isssssesssssseeeee eene ana aaa ann nnn nnn nnn 3 12 Linking the RS 485 232 T O Server to OAC oo x aes ay crx EVER REX idea etna mia ia ie la cal cate 3 13 SENI TO AGE euet rado tu dc de den ded cud dud cod dod cud dvd ded dod odd ced od od cd teet 3 13 Linking to the RS 232 485 Server sssiciavss ccciavisccsdesaiecdendd aves saddened deed sabi ease dada ga Dc d 4 E OrePdd 3 14 PAaSSWOrGHPFOLCCUIO ei inaina nb n ed EEE a edad natat etna nn aed aba aatia aa ath aea bae ada Rattan Ra a Raf 3 16 eser TO Detalilb sonde uiis Needed E dedo oed ool oed reden 3 16 Restarting Ne SV SUG ii LEM 3 17 Bele Onna aly TO Server Tom tie EISE oo oi aA i a AE ameet ai aria nansa A A 3 17 Watchdog TMe ssec cot e TOO ve e ave cte avec Qu esq c was Que F veu d qe addu es docd uas quc Ded p pique e Edd ue pci 3 17 REW r Sed laoree nnnMcde rte 3 17 HO Status Refresh Ra tenies dentate tn ll tinea tense Rtas Ratha AD hak Rial Ei Mrd alt 3 17 Modbus Address DD sessi itii sanaa a di ned Saunsecat come uate matinee toni casicogicemt em vasecatenatnuasneua came Ib OD ded 3 18 Finding a Modbus Address
44. oklet 1 2 ioLogik 4000 Overview Product Features Detailed specifications of ioLogik 4000 are available in the software s product specification help files Refer to the help file for more information e Remotely acquire sensor data and control I O points via Ethernet RS 232 or RS 485 e Supports up to 40 types of digital and analog I O modules e Supports up to 32 modules for a maximum of 512 digital I O points or 128 analog input channels e Modular slice type package with Removable Terminal Block for fast swap and maintenance e Supports standard Modbus TCP up to 8 concurrent sessions for Ethernet Network Adaptors e Supports standard Modbus RTU ASCII for RS 485 RS 232 Network Adaptors e Easy to use ioAdmin utility for remote and local management e Easy to use DLL library for easy user programming Product Descriptions Network Adaptors NA 4010 Ethernet network adaptor Modbus TCP NA 4020 RS 485 network adaptor Modbus RTU NA 4021 RS 232 network adaptor Modbus RTU Analog Input Modules M 3802 8 AIs current 4 20 mA 12 bit RTB M 3810 8 AI voltage 0 10 V 12 bit RTB M 6200 2 AI RTD PT100 JPT100 300 ohms RTB M 6201 2 AI Thermocouple 30 mV 1 uV bit RTB Analog Output Modules M 4402 4 AOs 4 20 mA 12 bit RTB M 4410 4 AOs voltage 0 10 V 12 bit RTB Digital Input Modules M 1601 16 DIs source 24 VDC 20 pin M 1450 4 DIs 110 VAC RTB M 1451 4 DIs 220 VAC RTB 1 3 ioLogik 40
45. perly at higher altitudes Standards and Certifications Safety UL 508 EMI 61000 3 2 EN 61000 3 3 EN 61000 6 4 FCC Part 15 Subpart B Class A EMS EN 61000 4 2 EN 61000 4 3 EN 61000 4 4 EN 61000 4 5 EN 61000 4 6 EN 61000 4 8 EN 61000 4 11 EN 61000 6 2 Vibration IEC 68 2 6 2 g s during operation Warranty Warranty Period 2 years Details See www moxa com warranty 1 5 ioLogik 4000 Overview Analog Input Modules M 3802 8 analog inputs 4 to 20 mA 12 bits Analog Inputs 8 channels Resolution in Ranges 12 bits 3 91 uA bit Input Current Range 4 to 20 mA single ended Data Format 16 bit integer 2 s complement Accuracy e 0 100 FSR 25 C e 0 3 FSR 0 C 60 C Input Impedance 120 ohms Conversion Time 4 ms for all channels Power Consumption 80 mA 5 VDC Isolation I O to logic photocoupler isolation Wiring I O cable max AWG14 MTBF 7 375 920 hrs Database Telcordia Bellcore M 3810 8 analog inputs 0 to 10 V 12 bits Analog Inputs 8 channels Resolution in Ranges 12 bits 2 44 mV bit Input Current Range 0 to 10 VDC single ended Data Format 16 bit integer 2 s complement Accuracy e 0 1 FSR 25 C e 0 3 FSR 0 C 60 C Input Impedance 500K ohms Conversion Time 4 ms for all channels Power Consumption 60 mA 5 VDC Isolation I O to logic photocoupler isolation Wiring I O cable max AWG14 MTBF 7 288 320 hrs Database Telcordia Bellcore Analog Out
46. put Modules M 4402 4 analog outputs 4 to 20 mA 12 bits Analog Outputs 4 channels Resolution in Ranges 12 bits 3 91 uA bit Output Current Range 4 to 20 mA single ended Data Format 16 bit integer 2 s complement Accuracy e 0 100 FSR 25 C e 0 3 FSR 0 C 60 C Output Impedance 500 ohms max Conversion Time 2 ms for all channels Power Consumption 60 mA 5 VDC Isolation I O to logic photocoupler isolation Wiring I O cable max AWG14 MTBF 7 840 200 hrs Database Telcordia Bellcore 1 6 ioLogik 4000 Overview M 4410 4 analog outputs O to 10 V 12 bits Analog Outputs 4 channels Resolution in Ranges 12 bits 2 44 mV bit Output Current Range O to 10 VDC single ended Data Format 16 bit integer 2 s complement Accuracy e 0 100 FSR 25 C e 0 3 FSR 0 C 60 C Output Impedance 5K ohms max Conversion Time 2 ms for all channels Power Consumption 60 mA 5 VDC Isolation I O to logic photocoupler isolation Wiring I O cable max AWG14 MTBF 6 219 600 hrs Database Telcordia Bellcore Digital Input Modules M 1800 8 digital inputs sink type 24 VDC Digital Inputs 8 channels Type sink On state Voltage 24 VDC nominal 11 to 28 8 VDC Off state Voltage 0 to 5 VDC On state Current 6 mA point 28 8 VDC max Input Impedance 5 1K ohms typical Filtering Time 1 5 ms typical Common Type External common single common Power Consumption 35 mA 5 VDC
47. r channel Common Type 8 channels per external common single common Power Consumption 60 mA 5 VDC Isolation I O to logic photocoupler isolation Wiring I O cable max AWG14 MTBF 13 884 600 hrs Database Telcordia Bellcore M 2801 8 digital outputs source type 24 VDC 0 5 A Digital Outputs 8 channels Type source Output Range 24 VDC nominal On state Voltage Drop 0 3 VDC 25 C max On state Current 1 mA per channel min Off Leakage Current 50 uA max Current Rating 0 5 A per channel Common Type 8 channels per external common single common Power Consumption 60 mA 5 VDC Isolation I O to logic photocoupler isolation Wiring I O cable max AWG14 MTBF 14 340 120 hrs Database Telcordia Bellcore 1 9 ioLogik 4000 Overview M 2600 16 digital outputs sink type 24 VDC 0 3 A Digital Outputs 16 channels Type sink Output Range 24 VDC nominal On state Voltage Drop 0 3 VDC 25 C max On state Current 1 mA per channel min Off Leakage Current 50 uA max Current Rating 0 5 A per channel Common Type 8 channels per external common single common Power Consumption 60 mA 5 VDC Isolation I O to logic photocoupler isolation Wiring I O flat cable 20 pin MTBF 9 732 360 hrs Database Telcordia Bellcore M 2601 16 digital outputs source type 24 VDC 0 3 A Digital Outputs 16 channels Type source Output Range 24 VDC nominal On state Voltage Drop 0 3 VDC 25
48. rail Installing I O Modules on a DIN Rail Step 1 Align the I O module and network adaptor side by side making sure the upper and lower rails are hooked sal iE T i m UE ESE Step 2 Push the I O module along the inner rail until it touches the DIN rail and then push hard to clip it onto the DIN rail 2 3 ioLogik 4000 Hardware Installation Removing I O Modules from a DIN Rail Step 1 Use your finger or a screw driver to push down the tab located on the lower part of the module ART t 3 a EA Ads K A RUM me MAU VET le UM Installing an RTB Removable Terminal Block Removing the RTB from the I O Module Pull hard to remove the plastic belt from the RTB 2 4 ioLogik 4000 Hardware Installation Installing the RTB on the I O Module Align the lower part of the terminal block with the I O module and then push the RTB so that it fits into the I O module Connecting the Power System Two 24 VDC power sources are required to power the ioLogik 4000 One 24 VDC power input is for system System Power 24VDC field I Os For field installation system power and OVDC povver and the other 24 VDC povver input is for the field power are provided by different power supply systems Field I O Power OVDC 24VDC on onc eaten Ondon on eni CICLE E onen Connecting to the Network NA 4010 Ethernet Network Adaptor The NA 40
49. rver from the list for easier management right click on the target I O server Click on Disconnect and then click on Delete I O Server The target I O server will be removed from the list NOTE The ioLogik must first be disconnected to use this function Watchdog Timer The Watchdog timer monitors the Modbus RTU or Modbus ASCII connection between the Network Adaptor and the host computer The default is off When there is no query from the host computer over a preset time in 100 msec increments the Network Adaptor will set all digital output and analog output values to a predefined Safe Status Whether or not the Network Adaptor is operational and ready for normal operation depends on the host computer The maximum Timeout Value is 65535 which equals 6553 5 seconds System Adapter Info Management Watchdog 3 100 msec Timeout value Firmware Update Firmware updates for the NA 4020 and NA 4021 are not available to end users If you need to update the firmware please contact your local distributor for service I O Status Refresh Rate This parameter determines how often the ioAdmin utility polls all connected I O servers The default value is 50 500 msec To change the configuration click on Data Refresh Rate in the System menu and then adjust the data refresh rate Note that the units are in 10 msec increments so if you enter 50 the refresh rate changes to 0 5 sec 3 17 ioLogik 4000 Getting Started Mod
50. se ioAdmin to make sure BOOTP is enabled The factory default for BOOTP is enabled ATTENTION Consult your network administrator if you do not know how to reserve a fixed IP address for your ioLogik 4000 in the MAC IP mapping table when using a BOOTP Server For most applications you should assign a fixed IP address to the ioLogik 4000 5 To set a new IP address for an Ethernet I O server run ioAdmin and then click on Reset NA 4010 Network Adaptor IP File System Sort Help del Fi Hr d Auto Scan Active Ethemet If Server Network Interface IA Status Refresh Rate TCP Socket Timeout Interval COM Fort Setting Active Message Listen Port Reset WA4010 Network Adapter IP 3 2 ioLogik 4000 Getting Started Enter the MAC Address of the NA 4010 and the new IP address To complete the configuration click on Reset S Reset NA 4010 Network Adapter IP I Ioj xi Traget MAC Address Br fo e m m ju Mew IP Address Reply from 192 768 179 205 bytes 32 timez1ms TTL2128 Reply from 192 768 719 205 bytes 32 timez1ms TTL2128 Ping statistics For 192 158 13 205 Packets Sent 4 Recerved 4 Lost 0 D lass Approximate round trip times in milli secands Minimum One Maximum Tims Average Ome ioAdmin automatically changes the IP address and tests the new IP 6 If ioAdmin is not installed on your host computer you may use the ARP command manually to set a new IP addre
51. ss for the NA 4010 Note that this approach only applies when the host computer and the Ethernet network adaptor are on the same subnet For first time users the default IP is 192 168 127 254 For first time installation type the following commands at the Windows DOS prompt Note The MAC address is printed on the left side of the Ethernet network adaptor spanmg 192 160 123 236 current IP address gt arp a view Ethernet physical address gt arp d 192 168 123 2396 delete arp table Sarp 8 192 168 123 237 10 00 00 10 00 00 assign static arp table with new IP address ping n 1 1 741 192 168 123 237 assign new IP address gt arp ad clear all arp tables gt ping 192108123237 check response of adaptor s new IP address After the IP address is set up using ARP the IP address subnet mask and gateway should be IP Address 192 168 123 237 Subnet Mast 255 255 255 0 Gateway 192 168 123 254 939 ioLogik 4000 Getting Started Linking the Ethernet I O System to ioAdmin Before using ioAdmin to link to the Ethernet I O system make sure the Ethernet connection for both the I O server and host computer are working normally You should also make sure that the power to the I O server is on There are two ways to use ioAdmin to link to the Ethernet I O server 1 Auto Search and 2 Manually enter the IP address Auto Search 1 To start the Auto Search function click on Auto Scan Module s under Sys
52. ted power supply and specified cables Using the wrong power supply could cause a fire e Cabling should be done by a certified electrician according to the Electricity Engineering Regulations e Improper cabling could cause a fire or electric shock Operating Precautions e Do not touch the terminal when the power is on to avoid electric shock e Do not assemble the product when the power is on e Do not modify the wiring while operating the product e Pay attention to the power linkage procedure An incorrect process flow could lead to mechanical damage or other hazards ATTENTION The End Module should be covered in to prevent unexpected damage from exposure of the data pin 2 10 3 Getting Started In this chapter we illustrate how to configure the ioLogik 4000 Ethernet I O system and ioLogik 4000 RS 485 232 I O system The following topics are covered in this chapter 0 Installing ioAdmin Utility O Configuring the NA 4010 Ethernet I O System gt Initializing the IP Address gt Linking the Ethernet I O System to ioAdmin gt Password Protection Reset to Default System Restart Deleting an I O Server from the List Network TCP Socket Timeout Interval Watchdog Timer Firmware Upgrade Exporting the System Configuration Remote Monitoring I O Status Refresh Rate O Checking the Ethernet I O Status via Web Browser NA 4010 only 0 Configuring the NA 4020 4021 s RS 485 232 I O System Y Y ON ON ON ON ON ON ON WV Configur
53. tem Elle System Sort Help fa F z Hc Am scan Active Ethernet I O Server ae Network Interface Auto Searching for ioLogik I O Server s HO Status Refresh Rate Select auto search type TCP Socket Timeout Interval Ethernet 1 0 server gt Start Search COM Port Setting FL Est RS 232 485 1 0 server This will take several minutes ca inis istic Active Message Listen Port ey Port Settings Reset NA4010 Network Adapter IP Search a range of addresses EndiPAddress 1192 168 19 201 CtattlP Address 1192 168 19 201 255 255 255 0 C Network Mask Search all support models E2210 E2212 E2214 E2240 E2242 E2260 E2262 iv NA4010 W5340 A OPC gt Found adapter s Q 1 0 server s were found amp 1 0 Server IP Address Port MAC Address UnitID Description 2 Select Ethernet adaptor and then click on Start Search ioAdmin will start searching for installed NA 4010 s on the network 3 The Auto Search function can only find Ethernet I O Servers that are on the same subnet To connect to Ethernet I O Servers outside the subnet you will need to add the Ethernet I O server manually Manually enter the IP address 1 To input the Network Adaptor s IP address manually click the right mouse key and then click on ioLogik in the left ioAdmin frame S3 MOXA in
54. this chapter we describe the common features related to using ioAdmin to configure I O modules The following topics are covered in this chapter On Line Wiring Guide Digital Input Modules Digital Output Modules Digital Output Module Safe Status Analog Input Modules Analog Output Modules Analog Output Module Safe Status OQOUUdAUBA UA Temperature Sensing Modules gt RTD gt Thermocouple ioLogik 4000 Configuring I O Modules On Line Wiring Guide ioAdmin has a graphical interface that features the What You See Is What You Install philosophy The ioLogik 4000 is easy to use and ioAdmin comes with an on line I O wiring guide that makes your job easy Use the mouse to move the cursor over any of the I O modules and then click the right mouse button to display a Wiring Guide System Adapter Infa Management ons ong am onions 5086 085 0R i F m Jg HN NER F im E N e CN COLON NE Am patte EE d m cem LEELEE x re ce eq en On M em on i qe r a Ie i t je Tr md F Da p ai oo ES E TE rien ria la TEIL E ert Li arie E i 7 H LIE 1 2 1 1 j tl s l 1 mu e or tieu ad or Las bate Onz Ons end em ems em rm m Jnd o Dc die EE s rout a re mi t T 3 tuat f a Ter a i a 1 2 i i 1 mi 1 Gis 3h i murem a me De mem Lema a in aa a pen acl e 20m BE Om 3 on Ed Mo der
55. tor is the brains of the system Its responsibility is to collect information from each I O module and determine the parameters for the I O module s operation Communication between the Network adaptor and I O modules is achieved by a system communication bus Modbus Addresses for each I O channel are arranged dynamically by the network adaptor based on the installed I O modules The network adaptor requires two sets of 24 VDC power inputs One is for the internal logic circuit and the other is for the field I O circuits The network adaptor provides 5 VDC power to all connected I O modules When the total current consumption of the I O modules exceeds 1 5 A you will need to insert an extra power expansion module To determine how many power expansion modules are required refer to the spreadsheet in Start Program Files ioLogik Utility VCC 45Vdc Gnd System Communication Bus Modbus TCP A Fast Ethernet AA LN Modbus ETU R amp 485 212 N Field power 24Vdc Field Ground T etc Field GND id Field power 24Vdc NO Expansion Modules DC DI DO Al AO 2 2 ioLogik 4000 Hardware Installation Connecting the Network Adaptor to I O Modules This section describes how to install ioLogik 4000 I O modules with the network adaptor Appearance Terminal block for cable connection LED for status indication MGPIN connector for cable connection id aT b uuu A RATE fixed Tab for Din
56. voltage 0 10 V 12 bit RTB Analog Output Modules This section describes how to configure an analog output module We use the M 4211 to illustrate To check the status of an analog output channel click on the I O module on the main page The I O status will be displayed on the I O Status tab I O Staus Config Modbus Address Value RAW Voltage AE ES AP g To check the Modbus Address click on the Modbus Address tab 1 0 Staus Config Modbus Address Output Register Address 0x0801 0x00 0x1010 ii um 0x0802 0x00 01020 mE OxDO10 Access 4 6 ioLogik 4000 Configuring I O Modules The analog output channel can be set to safe status when the following situations occur e Modbus watchdog is activated e An I O error is detected You may set the analog output status to the following setings e Hold last state e Safe value e Low limit e High limit Low Limit represents the lowest value for the analog out module For a O to 10 V analog output module the Low Limit is O V High Limit represents the highest value for the analog output module For a O to 10 V analog output module the High Limit is 10 V You can test if the analog output channel really works over the network Click on the Test tab on the Config page Scroll the output level and then press Test At this point you can change the level of the analog output point Analog Output Module
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