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Product manual | Version 1.1.0

WAGO I/O System Field

8-Port IO-Link Master Class A; EtherNet/IP; 24 V DC; 2.0 A;
8 × M12

Connection

765-4501/0100-0000

Summary of Contents for TEchDocs 765-4501/0100-0000

Page 1: ...Product manual Version 1 1 0 WAGO I O System Field 8 Port IO Link Master Class A EtherNet IP 24 V DC 2 0 A 8 M12 Connection 765 4501 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: ...15 4 2 Connections 17 4 2 1 Power supply 17 4 2 2 Communication Interfaces 17 4 2 2 1 IO Link Master 17 4 2 3 Network Connections 18 4 2 3 1 ETHERNET Interfaces 18 4 3 Circuit Diagram 18 4 4 Technica...

Page 4: ...asures 60 6 2 4 Power Supply Examples 61 6 3 Settings Options 63 6 3 1 Module Parameters 63 7 Transport and Storage 67 8 Installation and Removal 68 8 1 Installation 68 8 1 1 Tools Required for Instal...

Page 5: ...ID 90 10 3 1 3 12 Displaying Process Data 90 10 3 1 4 Parameterizing the Module via the WAGO I O Field Webserver 91 10 3 1 4 1 Configure Ports 92 10 3 1 4 2 Accessing a Connected IO Link Device 95 10...

Page 6: ...sion 1 1 0 8PORT IOL A FLD EI DC 24V 2 0A 12 2 Updating Firmware 126 13 Decommissioning 127 13 1 Entsorgung und Recycling 127 14 Appendix 128 14 1 Installation Regulations Specified by Approvals 128 1...

Page 7: ...n for a product Data Sheet Contains the technical data and approvals certificates for a product Instruction leaflet Is included with each product Contains initial information on safe handling of the p...

Page 8: ...ucts and products with integrated software stated in the WAGO Software License Contract both available at www wago com shall apply In particular the warranty is void if The product is improperly used...

Page 9: ...s or keys Cross References Links Cross references links to a topic in a document Cross references links to a separate document Cross references links to a website Cross references links to an email ad...

Page 10: ...and source of hazard Possible consequences of hazard that include at least slight injury Action step to reduce risk NOTICE Type and source of malfunction property damage only Possible malfunctions tha...

Page 11: ...hereinafter The trademarks are listed in the Appendix 8 Protected Rights 130 Subject to Change The instructions guidelines standards etc in this manual correspond to state of the art at the time the d...

Page 12: ...ut 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 ogy standards and practices appli...

Page 13: ...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 product Do not use cleaning agents e g abras...

Page 14: ...t IP Bluetooth interface for diagnostics and configuration using the WAGO I O Field app and a mobile device WAGO I O Field Webserver Integrated Webserver with the configuration parameteri zation diagn...

Page 15: ...duct manual Version 1 1 0 15 8PORT IOL A FLD EI DC 24V 2 0A 4 Properties 4 1 View Figure 1 View Table 3 Legend for View Figure Function Position Custom Name Description ETHERNET 2 X21 ETHERNET interfa...

Page 16: ...LED 15 MS EtherNet IP module status LED Identification 5 Data Matrix Code DM Code Contains the serial number of the module UII Supply voltage 6 X31 Power supply input Power In 13 X32 Power supply out...

Page 17: ...1L for system and sensor actuator 2 2L Reference potential for 2L 3 1L Reference potential for 1L 4 2L 24 VDC auxiliary control voltage U2L FE FE Functional ground M12 L coded plug 5 pin 4 FE M12 L co...

Page 18: ...aces ETHERNET Pin Signal Description M12 D coded socket 4 pin 1 TX Positive send data 2 RX Positive receive data 3 TX Negative send data 4 RX Negative receive data Housing Shield Shield connection hou...

Page 19: ...Master Class A Product name short 8 PORT IOL A FLD EI 24 VDC 2 0 A Product name long 8 Port IO Link Master Class A EtherNet IP 24 V DC 2 0 A 8 M12 connection 4 4 2 Mechanical Data Table 8 Mechanical D...

Page 20: ...nal detection of changes However it should be noted that the transfer and pro cessing of the process data in the device and in the controller also take time and reduce the maximum in put signal change...

Page 21: ...operating mode Maximum 1 0 A with conductor size AWG 22 0 34 mm2 and cable length of up to 20 m per IO Link specifica tion Maximum 4 0 A with increased conductor cross sec tion or reduced cable lengt...

Page 22: ...5 at 25 C message Off Module power consumption 1L 100 mA at 24 VDC 2L 10 mA at 24 VDC Power consumption of supply connections Max 16 A ensure external limitation or use fuses in the cables The maximum...

Page 23: ...ature change 3 K min Relative humidity operation 5 95 Pollution degree 3 EN 60664 1 Operating altitude 0 2000 m Overvoltage category II EN 60664 1 Protection type IP67 EN 60529 Protection class III EN...

Page 24: ...I mode MDI MDI X Auto MDI X ACD Address Conflict Detection Supported Integrated switch Supported Reset services CIP reset services identity object type 0 and 1 reset services Data transport layer Ethe...

Page 25: ...rating 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 of use may lead t...

Page 26: ...sion standard for in dustrial environments IEC 61158 EtherNet IP 4 7 Approvals The following approvals have been granted for the product Conformity marking UL UL 61010 1 and UL 61010 2 201 Ordinary Lo...

Page 27: ...port without config Connection 11 Listen Only 4 bytes per IO Link port Connection 12 Input Only 4 bytes per IO Link port The following sections describe the process image for each connection Input Pro...

Page 28: ...digital input input data Byte 75 Bit 0 0 input off Bit 0 1 Input on Bits 1 7 always 0 Byte 76 106 reserved Port X03 pin 4 functions as digital output output data Byte 75 Bit 0 0 output off Bit 0 1 Inp...

Page 29: ...For a description of the data see the manual from the manufacture of the IO Link device used Port X07 pin 4 functions as a digital input input data Byte 211 Bit 0 0 input off Bit 0 1 Input on Bits 1 7...

Page 30: ...figuration 1 Port X02 pin 2 DI B or mirrored DO B depending on configuration 6 Port X07 pin 2 DI B or mirrored DO B depending on configuration 7 Port X08 pin 2 DI B or mirrored DO B depending on confi...

Page 31: ...ons as a digital input input data Byte 43 Bit 0 0 input off Bit 0 1 Input on Bits 1 7 always 0 Byte 44 58 reserved Port X03 pin 4 functions as digital output output data Byte 43 Bit 0 0 output off Bit...

Page 32: ...a description of the data see the manual from the manufacture of the IO Link device used Port X07 pin 4 functions as a digital input input data Byte 115 Bit 0 0 input off Bit 0 1 Input on Bits 1 7 alw...

Page 33: ...iguration 1 Port X02 pin 2 DI B or mirrored DO B depending on configuration 6 Port X07 pin 2 DI B or mirrored DO B depending on configuration 7 Port X08 pin 2 DI B or mirrored DO B depending on config...

Page 34: ...ons as a digital input input data Byte 19 Bit 0 0 input off Bit 0 1 Input on Bits 1 7 always 0 Byte 20 22 reserved Port X03 pin 4 functions as digital output output data Byte 19 Bit 0 0 output off Bit...

Page 35: ...or a description of the data see the manual from the manufacture of the IO Link device used Port X07 pin 4 functions as a digital input input data Byte 43 Bit 0 0 input off Bit 0 1 Input on Bits 1 7 a...

Page 36: ...depending on configuration 6 Port X07 pin 2 DI B or mirrored DO B depending on configuration 7 Port X08 pin 2 DI B or mirrored DO B depending on configuration Output Process Data of Connections 1 and...

Page 37: ...ons as a digital input Reserved 0 74 1 Dummy byte Reserved 0 75 106 32 Port X03 functions as IO Link master IO Link output data IO Link output data of the IO Link device on port X03 For a description...

Page 38: ...he IO Link device used 209 1 Port X06 pin 4 functions as digital output output data Byte 177 Bit 0 0 output off Bit 0 1 Input on Bits 1 7 always 0 Byte 178 208 reserved 210 1 Port X06 pin 4 functions...

Page 39: ...ess Data of Connections 5 and 6 The following table describes the structure of the output process data of connections 5 and 6 Table 31 Output Process Data of Connections 5 and 6 765 4501 Byte Off set...

Page 40: ...Port X02 pin 4 functions as digital output output data Byte 25 Bit 0 0 output off Bit 0 1 Input on Bits 1 7 always 0 Byte 26 40 reserved Port X02 pin 4 functions as a digital input Reserved 0 41 1 Po...

Page 41: ...he manufacture of the IO Link device used Port X05 pin 4 functions as digital output output data Byte 79 Bit 0 0 output off Bit 0 1 Input on Bits 1 7 always 0 Byte 80 94 reserved Port X05 pin 4 functi...

Page 42: ...4 functions as digital output output release 0 Port X08 pin 4 output data invalid Substitute value is used 1 255 Port X08 pin 4 output data valid Port X08 pin 4 functions as a digital input Reserved...

Page 43: ...e process data layout setting pin based or port based See the following tables 5 1 Port X01 functions as IO Link master IO Link output data re lease 0 IO Link port X01 output data invalid 1 255 IO Lin...

Page 44: ...data valid Port X03 pin 4 functions as a digital input Reserved 0 18 1 Dummy byte Reserved 0 19 22 4 Port X03 functions as IO Link master IO Link output data IO Link output data of the IO Link device...

Page 45: ...tput release 0 Port X06 pin 4 output data invalid Substitute value is used 1 255 Port X06 pin 4 output data valid Port X06 pin 4 functions as a digital input Reserved 0 36 1 Dummy byte Reserved 0 37 4...

Page 46: ...k output data of the IO Link device on port X08 For a description of the data see the manual from the manufacture of the IO Link device used Port X08 pin 4 functions as digital output output data Byte...

Page 47: ...ERATE or OPERATE 6 DevErr Port device error 0 No error warning occurred 1 Error warning occurred on port or IO Link device 7 PQ Validity of the device process data 0 Invalid I O process data from IO L...

Page 48: ...ess Forcing Operating Mode Must Be Enabled in the Parameterization The Forcing operating mode can be switched off by the higher level controller This is done with the Force mode setting parameter see...

Page 49: ...meters to the module For example if connection 2 is used the EtherNet IP scanner transfers no param eters to the module and the port must be configured with a different tool 8 Selecting a Connection 8...

Page 50: ...t WAGO Web server I O Field Yes Objects of the IO Link device can be written and read For this purpose the WAGO I O Field Webserver users ISDU services ISDU Indexed Service Data Unit This requires exp...

Page 51: ...formation in the product manual WAGO IO Link Configurator The manual is available in the download area for the WAGO IO Link Configurator soft ware at www wago com item number 0765 4501 0100 0000 5 5 3...

Page 52: ...ct check for valida tion and backup IOL Access to connected IO Link devices Process data Displays the process data input output Settings All Product settings Device configuration Configure parameters...

Page 53: ...tifier Managing known devices for direct selection without scanning the DM code Querying sensor actuator data diagnostics manufacturer configuration status cycle time etc Parameterizing ports input in...

Page 54: ...t Log Object 65 IO Link events are logged in event log object 65 0x41 The controller or a diagnostic tool can read event log object 65 0x41 5 6 2 OPC UA Server The module has an integrated OPC UA serv...

Page 55: ...tem Do not connect control components and control networks to an open network such as the Internet or an office network WAGO recommends protecting control components and control networks against unaut...

Page 56: ...account in the design of the power supply Protective Functions The module has integrated protective functions see section 8 Overload Protection 49 to prevent damage in overload situations such as ove...

Page 57: ...IN X31 and passes through the device to pin 2 signal 2L of PWR IN This is shown in red in the current flow figure under Connec tion Connect Sensors Actuators The following rule applies to both supply...

Page 58: ...toring of the measured val ues of the sensors are necessary Rule 3 Ports X01 X02 etc The following rules apply to each port of the product individually Rule 3 Upper limits for current on the individua...

Page 59: ...rrent to connection PWR OUT X32 current 2L reverse current 2L Imodule_2L Module current Imodule_2L 0 For this product supply cable 2 is only used for transmission between the PWR IN X31 and PWR OUT X3...

Page 60: ...Protection Always protect the power supply lines from the power supply unit to the first module with a device circuit breaker or fuse For this purpose use a 24 VDC max 16 A fuse or cir cuit breaker wi...

Page 61: ...les with integrated IO Link master ports In what follows we present one example for the 765 4204 0100 000 product with four IO Link inputs outputs for each of the following Individual power supply Pow...

Page 62: ...ample 1 Three devices are connected to the 765 4504 0100 0000 module On port X01 the 765 1701 0200 0000 IO Link Hub On port X03 one digital input output with max current consumption of 2 A on pin 1 On...

Page 63: ...Hub were increased the overload protection would constantly activate and could threaten destruction of the 765 4102 0100 0000 IO Link Master on its port X01 6 3 Settings Options 6 3 1 Module Parameter...

Page 64: ...e parameters and load them onto the IO Link device after the device is replaced 4 Type compatible to device V1 1 re store only The IO Link master uses the manufacturer ID and device ID to check whethe...

Page 65: ...eir last value in the event of error 92 DO substitute values 0 65535 0 Substitute value for the digital outputs if the Use substitute values setting is used The input depends on the DIO process data l...

Page 66: ...n 0 Pin 2 is a digital input The input signal is not inverted 1 Normally closed Pin 2 is a digital input The input signal is inverted 103 107 DI port X01 X02 IQ pin signal filter 0 deactivated 0 No fi...

Page 67: ...l 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 product co...

Page 68: ...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 69: ...rom 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 fl...

Page 70: ...ion allow it to cool before touching it or use gloves Prepare for removal as follows 1 If the product is contaminated clean it before removal It is especially important to clean contaminated screw cla...

Page 71: ...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 72: ...r supply to connection X32 The following procedure is especially advantageous Install the power supply for the module electronics independently of the power supply for the actuators Provide independen...

Page 73: ...ICE 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 maximum total current permitted on 2L is 16 A The te...

Page 74: ...ire with a Current of 16 A on a 4 2 5 mm2 Supply Cable U 2 16 A 8 22 km 263 V km This corresponds to a voltage drop of 2 63 V per 10 m of cable length If the resistance of the cable used is not known...

Page 75: ...sed or uncrossed Connecting an Individual Product to an ETHERNET Network To connect the product to the ETHERNET network proceed as follows 1 Disconnect the power supply from the equipment parts on whi...

Page 76: ...ted sensors actuators and trans fers the sensor and actuator signals Note the current load capacity of the supply contacts see Rule 3 in 8 Design Power Supply 56 section Rule 3 Ports X01 X02 etc The f...

Page 77: ...1 2 4 3 1L 1L DIO B C Q 1L 1L DIO B C Q 1L 1L 1 2 4 3 1 2 4 3 1L 1L DIO B C Q 1L 1L DIO B C Q 1L 1L 1 2 4 3 1 2 4 3 1L 1L DIO B C Q 1L FE Ethernet Ethernet 2L 1L PWR IN 4 1 3 2 2L 1L PWR OUT 4 1 3 2 2...

Page 78: ...red port configuration IO Link master and pin 2 as a digital output Connection of a digital input at channel A Required port configuration pin 4 as digital input and pin 2 disabled Connection of two d...

Page 79: ...al Version 1 1 0 79 8PORT IOL A FLD EI DC 24V 2 0A Connection Option Description Connection of a digital output on channel A and a digital input on channel B Required port configuration pin 4 as a dig...

Page 80: ...ually have a DHCP server collisions could occur and crash the network Only use a DHCP server on your computer if there is no DHCP server on the network Installing and Using Open DHCP Server You can in...

Page 81: ...e following Connection type Exclusive owner Input only or Listen only Whether or not the scanner transfers the port parameters to the product Maximum amount of IO Link process data of all connected IO...

Page 82: ...t with the configuration software of the scanner and transferred to the module through this con nection The scanner can read the module s input data and write the output data IO Link devices with up t...

Page 83: ...er 4 bytes per IO Link port Like connection 5 but IO Link devices with at most 4 IO Link input and output data points Connection 10 Exclusive Owner 4 bytes per IO Link port without config Like connect...

Page 84: ...page of the Dashboard appears first It shows the following product information Table 52 Data on the Dashboard Page Section Information Displayed Device information Product data and WAGO contact inform...

Page 85: ...the Information Status Configuration IOL and Process data tabs The Configuration tab also offers the option of making port settings You can access the port information as follows 1 From the main menu...

Page 86: ...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 87: ...er of profile IDs in the profile characteristic index 0x000D of the connected product Vendor name Detailed name of the manufacturer vendor of the connected device up to 64 characters Vendor text Addit...

Page 88: ...operating mode What is the true 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...

Page 89: ...Incorrect Cycle Time The cycle time according to the con figuration does not correspond to the connected product 254 Port Power Off The port voltage is switched off 255 Not Available The port is not a...

Page 90: ...aster is bit coded as follows Bits 0 5 specify a whole number multiplier between 0 and 63 Bits 6 7 specify the calculation formula to use according to the following table Table 57 Cycle Time of the Ma...

Page 91: ...empty Figure 15 Port XX Menu Item Process Data Tab 10 3 1 4 Parameterizing the Module via the WAGO I O Field Webserver You can make the following settings on the module with WAGO Webserver I O Field...

Page 92: ...evice Check When Replacing Devices PortCycleTime Input field Expected cycle time of the port VendorID Input field Expected manufacturer ID of the connected device DeviceID Input field Expected device...

Page 93: ...guration or device validation occurs Digital input normally open The port is used as a digital input All elements of the port configuration are ig nored except for the input and output data length Dig...

Page 94: ...tting in the configuration IDENTICAL A device check for device identity is performed For this purpose a device check for type compatibility is performed Furthermore the actual serial number is compare...

Page 95: ...be omitted if No device check is selected DeviceID Input Field This element contains the expected device ID DeviceID 3 bytes of the connected de vice The permissible values range from 1 to 0xFFFFFF Th...

Page 96: ...he connected IO Link device you want to access into the Index field as a hexadecimal value 2 On the IOL tab enter the subindex of the connected IO Link device you want to ac cess into the Subindex fie...

Page 97: ...ode 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 w...

Page 98: ...the Clear history button The history of read and write access operations is deleted 10 3 1 4 3 Configuring IP Parameters Figure 19 Settings Menu Item Device Configuration Tab The Device configuration...

Page 99: ...tallation location and date contact information a description text or the date of the last and next product service Figure 20 Settings Menu Item Maintenance Information Tab Changes to settings require...

Page 100: ...al number max 32 characters Counter for changes to the hardware or the device pa rameters only needs to be incremented if the data has really changed I M0 REV_COUNTER Date time of the last ser vice La...

Page 101: ...o longer be reconstructed unless a firmware and configuration data backup exists Changes to settings require operator or admin rights If you do not have these the Set tings tab is grayed out and canno...

Page 102: ...the Module to the Factory Settings In many cases it can be helpful to reset the module to the factory settings This can be done for various selectable classes of settings with the Settings menu item o...

Page 103: ...the Reset button The selected settings are reset to the factory settings 10 3 1 4 7 Configure Bluetooth The Bluetooth tab allows the following Displaying information on the product s Bluetooth interfa...

Page 104: ...nnection Last error code that occurred during operation of the Bluetooth connection Status of the last Bluetooth firmware update Result of the last Bluetooth firmware update The status of the last Blu...

Page 105: ...restarts Switching the Bluetooth Interface Wireless Transmitter on off To switch the Bluetooth interface wireless transmitter on Slide the Bluetooth radio switch to the right The Bluetooth interface w...

Page 106: ...enu left select the Sign out menu item You can now no longer work in the WAGO I O Field Webserver with the rights you had been using till this point The username used to log on is no longer shown in t...

Page 107: ...following screen appears Figure 25 User Administration Menu Item Initial State The user root with pre set password password exists by default see first row An additional user can be created in the sec...

Page 108: ...eleted The user root cannot be deleted so the red deletion button is grayed out there 10 3 1 4 9 Forcing Digital Inputs and Outputs To access the forcing functionality for the digital inputs and outpu...

Page 109: ...t clr for setting or deleting the setpoint 1 bit the latter checkbox is only relevant if the force box is checked The following ap plies to this All inputs for input simulation are entered in the righ...

Page 110: ...le box at the top Unless another user is already accessing it access to the forcing functionality is now enabled The screen shows a table with checkboxes in the force columns and should look something...

Page 111: ...tems modules in modular remote I O Systems or a fixed component of devices like controllers In most cases a higher level engineering tool is used in the relevant system environment Often however there...

Page 112: ...Field IO Webserver The following figure shows an excerpt from the device s information model Figure 29 OPC UA Device Information Model 10 3 4 1 Parameterizing the Product via OPC UA 10 3 4 1 1 Identi...

Page 113: ...the diagnosis OverTemperature Variable Read 70 C Upper limiting value for the temperature of a port unit 0 1 C OverVoltageL Variable Read 30 V Upper limiting value for the voltage in supply ca ble 1 p...

Page 114: ...therNet IP scanner The OPC UA client can only read process output data The following table lists port specific process data Table 73 Port Specific Process Data Node Name Node Class Access Description...

Page 115: ...VoltagePin1 Volt agePin2 Volt agePin4 Variable Read Measured voltage on pin 1 pin 2 or pin 4 unit mA 10 3 4 1 5 Reading out Diagnostic Information The OPC UA server provides nodes with diagnostic info...

Page 116: ...2 MaxCurrentPin4 Variable Read Maximum current on pin 1 pin 2 or pin 4 since the value was reset unit mA MinCurrentPin1 MinCurrentPin2 MinCurrentPin4 Variable Read Minimum current on pin 1 pin 2 or pi...

Page 117: ...LED indicates the status of the system product Table 79 System Status LED Color State Description SYS system status Duo LED yellow green Green On System status OK Yellow On Firmware update is active O...

Page 118: ...start the flashing sequence in identity object 1 of the adapter The MS LED and NS LED go through the flashing sequence simultaneously Red Flashing 1 Hz Serious recoverable error The module has identif...

Page 119: ...p green for 250 ms then red for 250 ms then green again until the test is completed Flashing sequence red green off The MS LED and NS LED both light up red for 500 ms then light up green for 500 ms th...

Page 120: ...n Status of digital input output channel B 1 Off Off Status of digital input output channel B 0 red On Overload short circuit pin 2 and pin 3 red Flashing 1 Hz Overload sensor supply short circuit pin...

Page 121: ...reserved always 0 0 10 Log Full Action n a Get Set USINT Determines what to do when a new event is detected and the log is full 0 stop 1 scroll 2 255 reserved 1 11 Duplicate Event Action n a Get Set...

Page 122: ...n the format USINT UINT 5 255 reserved 4 Attribute 14 structure of an entry The value of attribute 9 determines the structure of an entry Table 91 Structure of a log entry Structure of an Entry Descri...

Page 123: ...ameters 0x1802 Discrepancy during validation incor rect VendorID Error Use correct IO Link device type 0x1803 Discrepancy during validation incor rect DeviceID Error Use correct IO Link device type 0x...

Page 124: ...r Check temperature determine cause of overload 0x4210 IO Link device overtemperature Warning Eliminate cause of heat 0x4220 IO Link device undertemperature Warning Insulate IO Link device 0x5000 IO L...

Page 125: ...x8C40 Maintenance required Warning Clean 0x8C41 Maintenance required Warning Refill 0x8C42 Maintenance required Warning Replace wear parts 0x8CA0 0x8DFF Manufacturer specific See the manual of the IO...

Page 126: ...AGO I O Field Webserver 8 Resetsetting the Module to the Factory Settings 102 12 2 Updating Firmware The device s firmware can be updated Use the WAGO I O Field Webserver for this pur pose You need th...

Page 127: ...ly 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...

Page 128: ...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 129: ...le in the IP67 housing serves the acquisition and output of data via sensors and actuators for the industrial control technology The integrated Blue tooth interface of the product allows the parameter...

Page 130: ...droidTM is a trademark of Google LLC Apple the Apple logo iPhone iPad and iPod touch are registered trademarks of Apple Inc registered in the USA and other countries App Store is a service mark of App...

Page 131: ...UA is a registered trademark of the OPC Foundation PROFIBUS is a registered trademark of the PROFIBUS Nutzerorganisation e V PNO PROFINET is a registered trademark of the PROFIBUS Nutzerorganisation...

Page 132: ...Process Data of the Digital Inputs Pin Based Assignment 30 Table 22 Input Process Data Connections 5 to 8 30 Table 23 Process Data of the Digital Inputs Port Based Assignment 32 Table 24 Process Data...

Page 133: ...ditional Information on the Products Connected to the Selected Port 87 Table 55 Possible Values of State Port Status Information 88 Table 56 Meaning of the Individual Bits 89 Table 57 Cycle Time of th...

Page 134: ...et IP module 118 Table 83 EtherNet IP Module LED States 119 Table 84 Ethernet Status 119 Table 85 LED States Ethernet 119 Table 86 LED States 119 Table 87 IO Link Port Status Class A 120 Table 88 Even...

Page 135: ...re 13 Information Tab Port XX Menu Item 87 Figure 14 Port XX Menu Item Status Tab 88 Figure 15 Port XX Menu Item Process Data Tab 91 Figure 16 Port XX Menu Item Configuration Tab 92 Figure 17 Ports X0...

Page 136: ...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...

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