manualshive.com logo in svg

WAGO 765-4102/0100-0000, User Manual, Page: 126 / 146

Share
Download
WAGO 765-4102/0100-0000 User Manual Download Page 126

765-4102/0100-0000

Commissioning

126

Product manual | Version: 2.1.0
8PORT IOL-B FLD PN DC 24V 2.0A

10.2.5.1.4 Reading out Measured Values

The OPC UA server provides nodes with calculated measured values. For example, the
OPC UA client can read out the calculated total current of supply cable 1 in the 

SumCur-

rentL

 node. The path to this node is:

Root > Object > DeviceSet > [device name] > IOLinkMaster > Diag-

nostics > Current

The following table lists device-specific (calculated) measured values.

Table 70: Device-Specific (Calculated) Measured Values

Node Name

Node Class

Access

Description

SumCurrentL

Variable

Read

Total current in supply ca-
ble 1 calculated from indi-
vidual measurements; unit:
mA

SumCurrentL2

Variable

Read

Total current in supply ca-
ble 2 calculated from indi-
vidual measurements; unit:
mA

MeanTemperature

Variable

Read

Average value for the tem-
perature of the assembly,
calculated from the tem-
perature values measured
individually on the three
chips; unit: °C

MeanVoltageL

Variable

Read

Average voltage in supply
cable 1; unit: mV

MeanVoltageL2

Variable

Read

Average voltage in supply
cable 2; unit: mV

The OPC UA server provides nodes with measured values for each port and each individ-
ual pin. The path to this node is:

Root > Object > DeviceSet > [device name] > IOLinkMaster > Diag-

nostics > PortXX > Current

The following table lists port-specific measured values.

Table 71: Port-Specific Measured Values

Node Name

Node Class

Access

Description

CurrentPin1, CurrentPin2,
CurrentPin4

Variable

Read

Measured current on pin 1,
pin 2 or pin 4; unit: mA

TemperaturePin1, Tem-
peraturePin2, Tempera-
turePin4

Variable

Read

Measured temperature on
pin 1, pin 2 or pin 4; unit:
°C

VoltagePin1, VoltagePin2,
VoltagePin4

Variable

Read

Measured voltage on pin
1, pin 2 or pin 4, unit: mA

10.2.5.1.5 Reading out Diagnostic Information

The OPC UA server provides nodes with diagnostic information. For example, the OPC
UA client can read out whether the device has detected an overcurrent on pin 1 of a port
in the 

DiagnosticsPin1

 node. The path to this node is:

Root > Object > DeviceSet > [device-name] > IOLinkMaster > PortXX

> Diagnostics > Flags

Summary of Contents for 765-4102/0100-0000

Page 1: ...Product manual Version 2 1 0 WAGO I O System Field 8 Port IO Link Master Class B Profinet 24 V DC 2 0 A 8 M12 Con nection 765 4102 0100 0000...

Page 2: ...as been taken to ensure the accuracy and completeness of this documentation However as errors can never be fully excluded we always appreci ate any information or suggestions for improving the documen...

Page 3: ...14 4 2 Connections 15 4 2 1 Power supply 15 4 2 2 Communication Interfaces 16 4 2 2 1 IO Link Master 16 4 2 3 Network Connections 17 4 2 3 1 ETHERNET Interfaces 17 4 3 Circuit Diagram 17 4 4 Technica...

Page 4: ...Random Influences 33 6 1 2 2 Deliberate Influences 33 6 2 Power Supply Concept 34 6 2 1 Design Power Supply 34 6 2 2 Requirements on the Power Supply 38 6 2 3 Additional Measures 38 6 2 4 Power Suppl...

Page 5: ...us Information 72 10 2 2 3 4 State 72 10 2 2 3 5 Quality 73 10 2 2 3 6 Revision ID 73 10 2 2 3 7 Baud Rate 73 10 2 2 3 8 Cycle Time 73 10 2 2 3 9 Input Data Length 74 10 2 2 3 10 Output Data Length 74...

Page 6: ...20 10 2 3 4 5 IO Link Implementation 121 10 2 4 WAGO I O Field app 122 10 2 4 1 Parameterizing the Product with the WAGO I O Field App 122 10 2 5 OPC UA Server 122 10 2 5 1 Parameterizing the Product...

Page 7: ...rmation on safe handling of the product All documentation is available at www wago com item number 1 2 Intended Use The product is for the acquisition and output via IO Link to sensors actuators and h...

Page 8: ...y the user or a third party Individual agreements always have priority Obligations of Installers Operators The installers and operators bear responsibility for the safety of an installation or a sys t...

Page 9: ...hazard Possible consequences of hazard that also include death or irreversible injury Action step to reduce risk WARNING Type and source of hazard Possible consequences of hazard that also include sev...

Page 10: ...tion Third party trademarks are referred to in the product documentation The and TM symbols are omitted hereinafter The trademarks are listed in the Appendix 8 Protected Rights 139 Subject to Change T...

Page 11: ...oduct must only be installed and put into operation by qualified electrical special ists per EN 50110 1 2 and IEC 60364 Comply with the laws standards guidelines local regulations and accepted technol...

Page 12: ...e product can exceed 40 C wear protective gloves and attach protective covers and or touch proof protection 2 5 Indirect Safety Only use a dry or cloth or a clothed dampened with water to clean the pr...

Page 13: ...arameterization via PROFINET Diagnostics and alarms Bluetooth interface for diagnosis and configuration using the WAGO I O Field and Mo bile Device app WAGO Webserver I O Field Integrated webserver wi...

Page 14: ...765 4102 0100 0000 Properties 14 Product manual Version 2 1 0 8PORT IOL B FLD PN DC 24V 2 0A 4 Properties 4 1 View 1 8 12 3 6 7 10 11 13 9 15 16 17 18 14 20 21 22 23 19 24 2 4 5 Figure 1 View...

Page 15: ...wer supply input Power In 13 X32 Power supply output Power Out 14 1L X32 1L power supply LED 24 VDC 12 2L X32 2L power supply LED 24 VDC IO Link class B 10 X01 X08 IO Link port ports X01to X08 M12 A c...

Page 16: ...imit on current consumption from X32 Power out Before connecting one or more products to the power supply on socket X32 Power out read section 8 Power Supply Examples 38 There you will find informatio...

Page 17: ...egative receive data Housing Shield Shield connection housing is connected to functional ground 4 3 Circuit Diagram The following figure shows the schematic circuit diagram of the product Figure 2 Cir...

Page 18: ...gnal change must exceed 2 5 kHz for cor rect device internal detection of changes However it should be noted that the transfer and processing of the process data in the device and in the controller al...

Page 19: ...tions Max 16 A ensure external limitation or use fuses in the cables The maximum total current of the device including transmission between the power supply connections must not exceed 16 A for both 1...

Page 20: ...O PQI 280 bytes 258 bytes of process data 9 bytes of IOPS 13 bytes of IOCS Operation with 16 DIs 16 bytes 2 bytes of process data 1 bytes of IOPS 13 byte of IOCS Operation with 16 DOs 24 bytes 10 byte...

Page 21: ...generation The derating curve was created with the following conditions of use without air move ment and with 0 5 m s air movement and mounting on wall with poor heat conductivity The real conditions...

Page 22: ...le logic controllers IEC 61158 PROFINET 4 7 Approvals The following approvals have been granted for the product Conformity marking UL UL 61010 1 and UL 61010 2 201 Ordinary Location In progress Blueto...

Page 23: ...ata PD_OUT x 0 Port X01 DI pin 4 0 1 0 0 6 Port X04 DI pin 4 0 7 0 0 x 1 0 Port X05 DI pin 4 0 1 0 0 6 Port X08 DI pin 4 0 7 0 0 Table 19 Process Data of Digital Inputs and Outputs Pin Based Assignmen...

Page 24: ...IO Link master performs a data storage upload and a new IO Link device backup object 0xB904 is available 3 SubstDev Substitute product detected 0 No substitute product detected identical serial numbe...

Page 25: ...unctions Such forcing func tions should not be confused with the ones described in this section and will not be con sidered within the context of this section Two types of forcing are distinguished 1...

Page 26: ...t can read out the measured values and display them In the module the measured values are compared to limiting values and an alarm is trig gered if they fall above or below a limiting value e g a temp...

Page 27: ...hat can communicate with a 765 module via Blue tooth Three domains are distinguished for configuration and parameterization 1 PROFINET configuration PROFINET modules and submodules 2 Port configuratio...

Page 28: ...DD is interpreted so as to make operation and monitoring as easy as possible for the user In the area of PLC programming it is necessary with most programming sys tems to have detailed information on...

Page 29: ...supports all TCI conformance classes according to the oper ating mode and communication system As a general rule TCI conformance class 3 is used for PROFIBUS and TCI conformance class 2 for PROFINET T...

Page 30: ...tion Overview for WAGO Webserver I O Field and WAGO IO Link Modules Menu Tab Description Section Dashboard Display product informa tion Port X01 X02 All Port information and set tings for IO Link port...

Page 31: ...s rights can be set up and managed Outputs can be forced and inputs set in order to support commissioning of systems The current mea sured values of a port can be displayed temperature voltage current...

Page 32: ...r the WAGO I O Field app 5 6 1 PROFINET The module exchanges the process data with the controller via PROFINET The process data communication requires the controller and module to be configured and pa...

Page 33: ...such as tem porary electromagnetic disturbances Proper design and assembly can significantly re duce the likelihood of corruption or destruction of data 6 1 2 2 Deliberate Influences Use in ETHERNET A...

Page 34: ...hrough ports X01 X02 etc The design of the power supply must take the demand of the connected sensors and actuators into ac count Successive devices can be powered through the X32 PWR OUT supply outpu...

Page 35: ...X31 through the product to pin 3 signal 1L of PWR IN This is shown in blue in the current flow figure in section 8 Circuit Diagram 17 Supply cable 2 corresponds to the current flow path starting from...

Page 36: ...he worst case the permissible current feedthrough may reach a value of 0 A 3 The passthrough connection between the supply voltage input and output has no protective device against overcurrent Therefo...

Page 37: ...rrent to connection PWR IN X31 current 2L re verse current 2L IX32_2L Current to connection PWR OUT X32 current 2L reverse current 2L IX01_2L IX02_2L IX08_2L Total current on port X0i i e ports X01 X0...

Page 38: ...e is a risk of damage to the PCB of the product and the pluggable connector 6 2 3 Additional Measures The values of all currents on all pins of all connection except for pin 3 ground pin and the total...

Page 39: ...ndividual Power Supply This example considers a single 765 4102 0100 0000 module where no additional de vices are powered through its PWR OUT connection X32 Figure 4 Connection Example for 765 4102 01...

Page 40: ...port X02 one digital input output with max current demand of 1 A on pin 1 On port X03 one digital input output with max current demand of 0 5 A on pin 1 On port X04 one digital input output with max...

Page 41: ...65 4102 0100 0000 IO Link Master on its port X01 6 3 Settings Options 6 3 1 PROFINET Parameters IO Link Master Parameters The following table describes the parameters of the IO Link master including t...

Page 42: ...sub stitute Value param eter sets the substi tute value 2 hold last Hold digital outputs at their last value in the event of error DO substitute value 0 0 65535 Substitute value as a bitmask for the...

Page 43: ...ch off time of the Bluetooth interface if not used a new Bluetooth connection can be established by an optical signal after the Bluetooth inter face is reactivated The unit for the switch off time is...

Page 44: ...DCT Port and Device Configuration Tool Configuration is per formed via a port and product configu ration tool 1 PNIO Configuration is per formed via the PROFINET IO Con troller IO Link port parame ter...

Page 45: ...t used 1 digital input Pin 2 is a digital input 2 digital output Pin 2 is a digital out put 5 static on High signal on pin 2 IO Link port parame ters continued Port cycle time 0 4 191 Port cycle time...

Page 46: ...a Example 4 63 0 1 ms 00 4 63 0 1 ms factor 4 400 s 16 1 6 ms 32 3 2 ms 48 4 8 ms 64 127 0 4 ms 01 0 63 6 4 ms 0 4 ms factor 68 8 0 ms 93 18 0 ms 100 20 8 ms 128 191 1 6 ms 10 0 63 32 ms 1 6 ms fac to...

Page 47: ...y closed Operating mode of the digital input The signal on pin 4 is in verted DI filter time I Q pin 0 0 no filter No filter active for de tecting a signal change of the pin 2 input signal 30 3 ms fil...

Page 48: ...NET port di agnostics are en abled Configuration source 1 0 PDCT Port and Device Configuration Tool Configuration is per formed via a port and device configu ration tool 1 PNIO Configuration is per fo...

Page 49: ...present in order for a signal change to be detected 150 15 ms filter time 200 20 ms filter time DO static on I Q pin 0 0 disable Pin 2 supplies no output voltage 1 enable Pin 2 is a digital out put an...

Page 50: ...04 configuration 1 6 Port X05 configuration 1 7 Port X06 configuration 1 8 Port X07 configuration 1 9 Port X08 configuration Table 38 Port Submodules Submodule Description Input Process Data PD_IN Out...

Page 51: ...cess Data PD_IN Output Process Data PD_OUT IO Link 4 I PQI IO Link with 4 bytes of in put data and Port Qualifier Information 4 bytes 1 byte PQI IO Link 2 I PQI IO Link with 2 bytes of in put data and...

Page 52: ...fers optimal protection during transport and storage Store the product in suitable packaging preferably the original packaging Only transport the product in suitable containers packaging Make sure the...

Page 53: ...ainst weather exposure no di rect sunlight no salt water or spray Note that the module should not be installed in the immediate vicinity of objects or de vices that can get hot For a high level of mod...

Page 54: ...each other and to give them a large surface to dissipate heat to the surrounding air 8 1 6 Installation You can install the product directly on your equipment with screws Mount the product on a flat...

Page 55: ...ormance is achieved by a low impedance connection between shield and ground For this purpose connect the shielding over as large a surface area as possible This is especially recommended for large sca...

Page 56: ...head screws and remove the product 8 2 3 Removal of 0765 xxxx To remove the product e g when replacing a device proceed as follows 1 Ensure that the equipment part on which you mounted the module is...

Page 57: ...ng instructions to reduce interference Lay network cables e g fieldbus cables in their own cable ducts Do not lay network cables parallel to power supply cables through which high power flows When ins...

Page 58: ...er supply for the module electronics independently of the power supply for the actuators Provide independent fuse protection for the power supplies This allows the network to continue to run even when...

Page 59: ...regard see section 8 Design Power Supply 34 NOTICE Damage to electronics For passthrough of the supply voltage the following should be noted The maximum total current permitted on 1L is 16 A The maxim...

Page 60: ...an be calculated approximately with the following formula RL l K A where RL Line resistance I Cable length K Kappa electrical conductivity of copper A Cable cross section 9 3 Connecting Cables WAGO re...

Page 61: ...head screw Connecting Multiple Products to One ETHERNET Network The fieldbus module of the WAGO I O System Field has two connections with an inte grated switch to allow wiring of a line topology The n...

Page 62: ...f the supply contacts see rule 3 in section Rule 3 Ports X01 X02 etc The following figure shows the potential routing of the two load circuits within the module If a port is operated in IO Link mode t...

Page 63: ...2L C Q L 1 2 4 3 1L 2L 5 L 2L 2L C Q 1 2 4 3 1L 2L 5 1L 1L 2L 2L C Q 1L 1 2 4 3 1L 2L 5 1L 2L 2L C Q 1 2 4 3 1L 2L 5 1L 1L 2L 2L C Q 1L 1 2 4 3 1L 2L 5 1L 2L 2L C Q 1 2 4 3 1L 2L 5 1L 1L 2L 2L C Q 1L...

Page 64: ...IO Link Device or Digital Input or Output Connection Option Description Connection of an IO Link device Required port configuration IO Link master Connection of a digital input Required port configura...

Page 65: ...ibed below The software is available for download from https kb hilscher com display ETHDEVCFG Setting the IP Address with the ETHERNET Device Configuration Software Launch the ETHERNET Device Configu...

Page 66: ...P address should be set permanently or temporarily Click OK The module is now accessible via the IP address and you can open WAGO Web server I O Field with a browser for example 10 2 Parameterization...

Page 67: ...up 10 2 1 1 3 Parameterizing Ports Parameterize the ports using the information in section 8 Setting the PROFINET Con figuration 50 10 2 1 1 4 Parameterizing the Submodule Parameterize the submodule...

Page 68: ...site version number Maintenance information Maintenance information in text form IOL device information Advanced module and port information measurement data on the module state 10 2 2 2 1 Maintenance...

Page 69: ...nformation about The Information tab opens 2 Click the desired tab You can now access information about the desired port For each port you can select from the following five tabs Table 41 Tabs for Por...

Page 70: ...rmation tab shows the following current measured values for each of pin 1 pin 2 and pin 4 of the selected port Temperature of the pin measured in C Voltage on the pin measured in volts Current flowing...

Page 71: ...ber of profile IDs in the profile characteristic index 0x000D of the connected product Vendor name Detailed name of the manufacturer vendor of the con nected device up to 64 characters Vendor text Add...

Page 72: ...ue input output data length of the connected product in bytes What is the manufacturer ID or product ID of the product connected to the IO Link port Proceed as follows to display the status informatio...

Page 73: ...uality Info Description Bit 0 0 input process data valid 1 input process data invalid Bit 1 0 output process data valid 1 output process data invalid Bit 2 to bit 7 Reserved 10 2 2 3 6 Revision ID Thi...

Page 74: ...facturer ID of the connected product 10 2 2 3 12 Device ID This value is the device ID of the connected product 10 2 2 3 13 Displaying Process Data You can view the process data associated with a spec...

Page 75: ...Storing Maintenance Information 82 8 Updating Firmware 84 8 Resetting Module to Factory Settings 85 8 Configuring Bluetooth 86 8 Logging Users on and off and Managing Them 89 8 Forcing Digital Inputs...

Page 76: ...ure 18 Ports X01 X08 Read Access to IO Link Device To read data from the connected IO Link device proceed as follows 1 On the IOL tab enter the index of the connected IO Link device you want to access...

Page 77: ...and devices IOLDErrorCode in the IO Link specification The following applies in both cases The time appears in HH MM SS format The index and subindex appear in hexadecimal format Write Access To write...

Page 78: ...tory button The history of read and write access operations is deleted 10 2 2 4 2 Configuring Ports Figure 20 Port XX Menu Item Configuration Tab The Configuration tab is for viewing and modifying the...

Page 79: ...e enter the expected device ID 9 If applicable set the expected cycle time 10 Click the Apply button Your changes now take effect Configuring the Operating Mode for Pin 4 of the Port You can select th...

Page 80: ...avior Drop Down Menu Configuration of Pin 2 Selection Option Explanation Not supported Pin 2 supplies no output voltage Power 2 Pin 2 supplies 24 VDC output voltage Configuring the Device Check for Va...

Page 81: ...ting the In spection Level and Backup Level parameters Table 51 Setting the Inspection Levels and Backup Levels for Device Check during Validation and Backup Selection Option Inspection Level Backup L...

Page 82: ...Webserver cannot configure these since they are set via the PROFINET connection Table 52 Device Configuration Tab Parameter Overview Parameters Settings Action Device IP address IP address for the PRO...

Page 83: ...Printable ASCII string max 32 characters Uniform label string in the system for the location where the device is in stalled I M1 TAG_LOCATION Installation Date ASCII time indication max 32 characters...

Page 84: ...indication max 32 characters Date time of the next ser vice e g firmware update To make changes to the maintenance information 1 From the Webserver main menu left select the Settings menu item The Dev...

Page 85: ...ile button A file selection dialog opens 4 Select the firmware container file FWUPDATE ZIP from this dialog The name of the selected firmware container file appears in the File field 5 Click the Upgra...

Page 86: ...dress configuration station name Reset Application Parameters Application specific data port configuration and pa rameters remanent parameters Reset All All Settings To rest the module to the factory...

Page 87: ...h hardware used Chip identifier of the Bluetooth chip used Interface identifier of Bluetooth interface module Individual QR code of the product can be scanned by a smartphone or table to launch an app...

Page 88: ...e Information section of the Bluetooth tab Scan it with the smartphone or tablet The smartphone or tablet then sends an optical sequence flash code to the de vice s integrated light sensor The light s...

Page 89: ...sers on and off and Managing Them Logging Users on Proceed as follows to log users on 1 From the Webserver main menu left select the Sign in menu item The input screen for username and password appear...

Page 90: ...tory settings WAGO Webserver I O Field can be accessed with the username root and password password This combination has ad ministrator rights Note Change the administrator password immediately after...

Page 91: ...the selected role Removing Users To remove an existing user from the product s user administration proceed as follows Click the red square with the white x to the right of the user you want to remove...

Page 92: ...etpoint 1 bit the latter checkbox is only relevant if the force box is checked The following applies to this process All inputs for input simulation are entered in the right half of the table under In...

Page 93: ...wo port groups X01 X04 and X05 X08 with the X01 X04 and X05 X08 radio buttons at the top To enable forcing for a port and enter forcing data i e substitute values for it proceed as follows 1 Check the...

Page 94: ...ixels 10 2 3 2 Launching WAGO IO Link Configurator 10 2 3 2 1 Operation as a Standalone Program WAGO IO Link Configurator can be launched as a standalone program from the Start menu or with the deskto...

Page 95: ...read from the master compared to the setting in the tool and dis played This function is always available 10 2 3 2 2 Activation and Licensing WAGO IO Link Configurator is protected by Codemeter from...

Page 96: ...GO IO Link Configurator uses UDP port 1999 for outgoing telegrams and port 2000 for incoming telegrams If you use a different firewall or automatic entry during installation is locked contact your sys...

Page 97: ...he specific operating mode are displayed 10 2 3 3 3 Device Catalog In the device catalog you find the products supported by WAGO IO Link Configurator These are the IO Link masters and IO Link devices...

Page 98: ...orking directory of your choice You can then import the IODDs into WAGO IO Link Configurator from there 10 2 3 3 3 1 IODDfinder The IO Link community provides its members and IO Link users with a data...

Page 99: ...r and Toolbar 10 2 3 3 6 1 Project Administration A project consists of a topology with the IO masters and IO devices of the WAGO I O System Field For the IO masters information on their identity and...

Page 100: ...le The IO Link device descriptions each determine which user can view and modify which parame ter Each user role can be protected with a password Only as a Specialist can you modify the settings for t...

Page 101: ...pful for operation via TCI The start screen can also be suppressed Figure 31 Permissions Dialog Suppressing the start screen The start screen no longer appears upon startup However it can be accessed...

Page 102: ...s versions are retained When new WAGO IO Link devices are added to the project topology the most current IODD is always used Older versions cannot be loaded except by loading projects To compare an ol...

Page 103: ...equests The con tent can be viewed in the log window The display can be switched on and off under Extras Double clicking in the Log window enlarges the window to the size of the workbench Right clicki...

Page 104: ...e 65 TCI Invocation Menu Symbol Explanation Extras TCI Invocation Only Selected Device After the call from the engineering tool only the WAGO IO Link master from which the call was made from the engin...

Page 105: ...ormation on the port selected in the table 10 2 3 3 7 1 Searching for IO Link Masters There are several options for searching for IO Link masters and incorporating them into the project With integrate...

Page 106: ...to identify the IO Link master Figure 35 Flash Button 10 2 3 3 7 2 Online Offline Set Port Mode Online establishes the link to the IO Link master When the connection is established the software check...

Page 107: ...e saved in the IO Link master The data storage data can be saved in the product so IO Link masters can also be replaced without re parameterization This function allows IO Link masters to be copied cl...

Page 108: ...hanism Upload The data in the device takes precedence and is applied to the parameter server This setting can be used if the devices are pre parameterized and the data is to be applied to the master F...

Page 109: ...Link interface specification V1 1 3 Settings This tab only appears if the IO Link requires additional parameterization or parameteri zation differing from the standard There is a plug in interface fo...

Page 110: ...765 4102 0100 0000 Commissioning 110 Product manual Version 2 1 0 8PORT IOL B FLD PN DC 24V 2 0A Figure 37 Port Config Tab There is a toolbar for quick access...

Page 111: ...addresses are offered Online Offline Establishes or terminates the connection Upload of Data Storage Data from Master Loads the content of the data storage from the master into the project Download of...

Page 112: ...oduct replace ment for example The project file is saved in the project directory with the device de scriptions used If TCI is used the project directory is saved in such a way that the data is also i...

Page 113: ...den and unhidden with conditions If a variable that is used as a condition is edited the menu display changes that depend on it do not take effect until they are transferred into the device or the too...

Page 114: ...device type is newly created the default settings are loaded automatically Deleting settings Pressing the Delete key deletes the selected setting The row with the default set tings cannot be deleted...

Page 115: ...specify whether the value of an unchanged variable should be transferred to the module immediately after it is entered or whether the inputs should be collected until they are transferred via command...

Page 116: ...e Configuration Window Section Configuration of the Scope function Visible Indicates whether the process data element is displayed up to eight curves can be dis played simultaneously IO read only Indi...

Page 117: ...are available Multiple assignment is also possible if needed Time Resolution Indicates the time unit of the grid Grid Width Sets the grid width 10 2 3 3 9 7 Generic Tab This tab is for operating the...

Page 118: ...workbench The firmware packages matching the IO Link device s hardware are listed on the FW Up date tab and can be selected and transferred 10 2 3 3 9 9 IODD Tab The information from the IODD for app...

Page 119: ...are Config Right clicking on the desired device and selecting the Launch Device Tool function launches the IO Link device tool In the process the engi neering tool passes all the devices supported by...

Page 120: ...IO Link Configurator Connect the computer to the network to which the ETHERNET IO Link masters are also connected Note the information on Windows Firewall in section 8 Install 96 Right click Search D...

Page 121: ...mentation with WAGO IO Link Config urator The implementation corresponds to the IO Link interface and IODD specification 10 2 3 4 5 1 Data Types WAGO IO Link Configurator supports all the data types o...

Page 122: ...ection to the WAGO IO Link master is established or the device control is activated the data is not automatically synchronized with the device This was a deliber ate choice since there are IO Link dev...

Page 123: ...OPC UA 10 2 5 1 1 Identifying Devices The device provides nodes for device identification For example the OPC UA client can read out the version of the device firmware used in the SoftwareRevision no...

Page 124: ...iable Read Current hysteresis unit mA If the current exceeds the limiting value the current must fall back below the limiting value by the hys teresis to revoke the diag nosis OverTemperature Variable...

Page 125: ...tion OverCurrentPin1 Over CurrentPin2 OverCurrent Pin4 Variable Read Warning level for current upper limit on pin 1 pin 2 or pin 4 unit 1 mA 0 monitoring not enabled UnderCurrentPin1 Under CurrentPin2...

Page 126: ...ree chips unit C MeanVoltageL Variable Read Average voltage in supply cable 1 unit mV MeanVoltageL2 Variable Read Average voltage in supply cable 2 unit mV The OPC UA server provides nodes with measur...

Page 127: ...easured current on pin 1 of a port in the MaxCur rentPin1 node The path to this node is Root Object DeviceSet device name IOLinkMaster PortXX Statistics Current Temperature Voltage The following table...

Page 128: ...n 2 1 0 8PORT IOL B FLD PN DC 24V 2 0A Table 73 Port Specific Statistical Information Node Name Node Class Access Description MinVoltagePin1 MinVoltagePin2 MinVoltagePin4 Variable Read Minimum voltage...

Page 129: ...between 11 V and 18 V Red Flashing 2L overvoltage voltage above 30 V Off Off No 2L supply voltage System Status The SYS LED indicates the status of the system product Table 75 System Status LED Color...

Page 130: ...Off No error Red Flashing 1 Hz 3 s DCP signal service is trig gered via the bus Red On Watchdog timeout chan nel generic or extended diagnostics present sys tem error forcing active Table 79 LED stat...

Page 131: ...X03 14 port X08 indicate the status of the IO Link master or digital input output module Table 83 IO Link Port Status Class B LED Color State Description 0 2 4 IO Link port pin 4 Duo LED yellow red gr...

Page 132: ...ble 2L has exceeded the limiting value for the maxi mum voltage Check supply voltage 0x0108 Forcing operating mode active Forcing operating mode active activated by Web client or OPC UA client The Web...

Page 133: ...10 Short circuit on I Q Check wiring 0x9502 0x1811 Short circuit on C Q Check wiring 0x9502 0x1812 Overcurrent on I Q Check load 0x9502 0x6000 Invalid cycle time Check port configuration parame ters 0...

Page 134: ...x5111 Undervoltage in primary power supply Check tolerance 0x9500 0x5112 Error in additional power supply Check tolerance 0x9500 0x6000 Error in device software Check firmware version 0x9500 0x6320 Pa...

Page 135: ...a WAGO Webserver I O Field describes this process 12 2 Updating Firmware The product s firmware can be updated Use WAGO Webserver I O Field for this pur pose You need the firmware file corresponding t...

Page 136: ...y disposal benefits health protects the environ ment from harmful substances in electrical and electronic equipment and enables sus tainable and efficient use of resources Observe national and local r...

Page 137: ...les These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment This equipment generates uses and can radiate rad...

Page 138: ...f operation FCC The product a fieldbus module in the IP67 housing serves the acquisition and output of data via sensors and actuators for the industrial control technology The integrated Blue tooth in...

Page 139: ...tered trademarks of Apple Inc registered in the USA and other countries App Store is a service mark of Apple Inc AS Interface is a registered trademark of the AS International Association BACnet is a...

Page 140: ...8PORT IOL B FLD PN DC 24V 2 0A PROFINET is a registered trademark of Siemens AG QR Code is a registered trademark of DENSO WAVE INCORPORATED Subversion is a trademark of the Apache Software Foundatio...

Page 141: ...a of Digital Inputs and Outputs Pin Based Assignment 23 Table 20 Process Data IO Link Port Submodule DI 23 Table 21 Process Data IO Link Port Submodule DO 24 Table 22 Port Qualifier Information 24 Tab...

Page 142: ...ble 51 Setting the Inspection Levels and Backup Levels for Device Check during Validation and Backup 81 Table 52 Device Configuration Tab Parameter Overview 82 Table 53 Maintenance Information 83 Tabl...

Page 143: ...78 PROFINET IO Device Status 130 Table 79 LED states PROFINET IO Device 130 Table 80 ETHERNET Status 130 Table 81 LED States ETHERNET Status 131 Table 82 Bluetooth LED States 131 Table 83 IO Link Por...

Page 144: ...gure 15 Information Tab Port XX Menu Item 71 Figure 16 Port XX Menu Item Status Tab 72 Figure 17 Port XX Menu Item Process Data Tab 75 Figure 18 Ports X01 X08 Read Access to IO Link Device 76 Figure 1...

Page 145: ...0 145 8PORT IOL B FLD PN DC 24V 2 0A Figure 36 Common Tab 109 Figure 37 Port Config Tab 110 Figure 38 Scope Tab 116 Figure 39 Scope Configuration Window Section 116 Figure 40 Message Box Detailed Vie...

Page 146: ...s catalogs videos and other WAGO media are subject to copyright Distribution or modification of the contents of these pages and videos is prohibited Furthermore the content may neither be copied nor m...

Reviews:

No comments