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Description

User manual 55530_hdb_en_16

18 / 156

Fig. 3-3: Normal operation

Fig. 3-4: Malfunction

For further information, refer to chap. 8.7 "Media redundancy (MRP) configu-

ration"

Summary of Contents for 55530

Page 1: ...MANUAL ENGLISH for devices of the MVK MPNIO series Art No 55530 55531 55532 Murrelektronik GmbH...

Page 2: ...1000 info murrelektronik com NOTE Translation of the original instructions This document is valid for the following products Document status Name Art No MVK MPNIO DIO16 IRT 55530 MVK MPNIO DIO14 IOL2...

Page 3: ...2 3 IRT 16 3 2 4 MRP 17 3 2 5 PROFIenergy 19 3 2 6 Shared Device 20 3 3 IO Link 21 3 3 1 Data storage mode 22 3 4 Module 22 3 4 1 Module structure 23 3 4 2 Connections 24 3 4 2 1 Pin assignment 24 3...

Page 4: ...6 2 Ensuring Tightness IP67 52 7 Start up 53 7 1 Loading GSDML Files 53 8 Configuration settings 56 8 1 Module configuration 56 8 1 1 Basic configuration 58 8 1 2 Basic configuration with submodules...

Page 5: ...D indications 135 9 3 PROFINET Diagnostics 139 9 3 1 General diagnostic messages 140 9 3 2 General diagnostic messages at IO Link ports 140 9 3 3 Diagnostic messages at IO Link ports 141 9 3 3 1 Accor...

Page 6: ...mer Service Center will help you with all questions con cerning installation and start up They support you for example if you have problems with combining hardware and software products from different...

Page 7: ...ical knowledge which is not contained in this manual Software Purpose of this document This document instructs the technical staff of the machine manufacturer or machine operator on the safe use of th...

Page 8: ...w risk danger Failure to observe this warning can lead to mild to moderate injuries NOTICE Possible material damage Failure to observe the warning may cause damage to the device and or the system NOTE...

Page 9: ...530_hdb_en_16 9 156 1 5 Trademarks Trademarks of the following companies and institutions are used in this docu mentation PROFINET PROFINET IO PROFIBUS Nutzerorganisation e V PNO IO Link c o PROFIBUS...

Page 10: ...ed personnel Only qualified personnel instructed in safety is allowed to install the module and to put it into operation They are qualified if they meet the following requirements They have undergone...

Page 11: ...Radio interference may occur if used in a domestic or mixed environment If the fieldbus module is used in domestic and mixed environments the applicable standards must be observed Foreseeable misuse D...

Page 12: ...e correct recycling line Disposal The product can be returned to Murrelektronik GmbH free of charge for dis posal The same is true for the original packaging and any batteries or power packs Any units...

Page 13: ...function MVK MPNIO DIO16 IRT DIO14 IOL2 IRT DIO12 IOL4 IRT MVK M Product family MVK Metal PNIO Function PNIO PROFINET IO DIO IOL I O channels D Digital I Input O Output IOL IO Link DIO16 16 digital in...

Page 14: ...a full duplex Ethernet network running at 100 Mbit s IO controllers and IO devices communicate by means of Ethernet telegrams Devices exchange data cyclically based on the provider consumer principle...

Page 15: ...to class CC A The TREE unmanaged switches by MURRELEKTRONIK can be used as switches CC B CC B expands the concept by the inclusion of network diagnostics and topol ogy information Cycle time typicall...

Page 16: ...RT Isochronous Real Time concept The beginning of a bus cycle is adhered to with the highest precision jitter 1 s Each of the individual time intervals during the IRT communication is split into an IR...

Page 17: ...anager MRM The function of a Media Redundancy Manager consists in checking the ring structure required by the configuration for its operability This is done by sending cyclic test telegrams As long as...

Page 18: ...Description User manual 55530_hdb_en_16 18 156 Fig 3 3 Normal operation Fig 3 4 Malfunction For further information refer to chap 8 7 Media redundancy MRP configu ration...

Page 19: ...in production networks Using special commands scheduled saving functions can be performed via PROFIenergy These are implemented in the devices and require no addition al hard wired systems The module...

Page 20: ...two IO controllers A special advantage is the use of Shared Device in systems with standard and failsafe control units The module gives the second standard IO controller read access to the input and o...

Page 21: ...be connected per port which means that the IO Link is a point to point communication system and not a fieldbus The IO Link master module builds the interface between the higher fieldbus level and the...

Page 22: ...ter The application can be started without reconfiguration Following replacement of an IO Link master the device writes the saved device parameters to the new master whenever the Save Restore data sto...

Page 23: ...inputs and digital outputs M12 X6 Digital inputs and digital outputs or IO Link master port 1 M12 X7 Digital inputs and digital outputs or IO Link master port 2 M12 Art No 55532 X0 X3 Digital inputs a...

Page 24: ...7 8 male connector 7 8 female connector M12 female D coded Port 1 Port 2 Art No DIO IO Link Class B 55530 X0 X7 55531 X0 X5 X6 X7 55532 X0 X3 X4 X7 Pin 1 24 V Pin 2 DI DO Pin 3 0 V Pin 4 DI DO Pin 5...

Page 25: ...e Art No 55530 X0 X7 LED digital inputs and digital outputs Art No 55531 X0 X5 LED digital inputs and digital outputs X6 X7 LED digital inputs and digital outputs or IO Link Art No 55532 X0 X3 LED dig...

Page 26: ...itches are in the OFF position DIP switch Set the DIP switch to the desired function 10 bit DIP switch Function bit Switch position Description Reserved 1 8 OFF Reserved Deactivate web server 9 ON Web...

Page 27: ...Operating voltage US 24 V Voltage range US 18 30 V Operating voltage UA 24 V Voltage range UA 18 30 V Max sensor current US 9 A Max actuator current UA 9 A Current consumption In idle state 0 18 A Cro...

Page 28: ...provide acclimatization for commissioning Transport temperature 25 C 70 C provide acclimatization for commissioning Relative humidity 95 Installation height Above sea level 2000 m Mechanical Vibration...

Page 29: ...field 50 60 Hz EN 61000 4 8 Compliant Voltage dips EN 61000 4 11 Compliant Device protection Overvoltage protection Yes Overload protection of module supply To be ensured through load circuit monitori...

Page 30: ...pprovals Product standard EN 61131 2 Programmable logic controllers Part 2 Compliant EMC 2014 30 EU Compliant RoHS 2011 65 EU Compliant China RoHS 2 directive SJ T 11364 2014 EPUP 20 REACH Compliant C...

Page 31: ...V Operating voltage UA 24 V Voltage range UA 18 30 V Max sensor current US 9 A Max actuator current UA 9 A Current consumption In idle state 0 18 A Cross section of 7 8 connector 1 5 mm2 Reverse polar...

Page 32: ...ector M12 Conductor cross section M12 0 75 mm2 Output Fig 4 3 Derating DO output current Fig 4 4 Derating actuator supply total current IO Link IO Link devices operating voltage 24 V IO Link devices v...

Page 33: ...EN 60068 Parts 2 27 50 g duration 11 ms Electrical safety Degree of protection EN 60529 IP67 Protection class When using an SELV or PELV power supply III Degree of pollution 2 Emitted EMC interference...

Page 34: ...e ensured through load circuit monitoring Yes Reverse polarity protection of module sup ply Yes Short circuit protection input Electronic Short circuit protection output Electronic Protective circuit...

Page 35: ...pprovals Product standard EN 61131 2 Programmable logic controllers Part 2 Compliant EMC 2014 30 EU Compliant RoHS 2011 65 EU Compliant China RoHS 2 directive SJ T 11364 2014 EPUP 20 REACH Compliant C...

Page 36: ...V Operating voltage UA 24 V Voltage range UA 18 30 V Max sensor current US 9 A Max actuator current UA 9 A Current consumption In idle state 0 18 A Cross section of 7 8 connector 1 5 mm2 Reverse polar...

Page 37: ...ector M12 Conductor cross section M12 0 75 mm2 Output Fig 4 5 Derating DO output current Fig 4 6 Derating actuator supply total current IO Link IO Link devices operating voltage 24 V IO Link devices v...

Page 38: ...EN 60068 Parts 2 27 50 g duration 11 ms Electrical safety Degree of protection EN 60529 IP67 Protection class When using an SELV or PELV power supply III Degree of pollution 2 Emitted EMC interference...

Page 39: ...e ensured through load circuit monitoring Yes Reverse polarity protection of module sup ply Yes Short circuit protection input Electronic Short circuit protection output Electronic Protective circuit...

Page 40: ...pprovals Product standard EN 61131 2 Programmable logic controllers Part 2 Compliant EMC 2014 30 EU Compliant RoHS 2011 65 EU Compliant China RoHS 2 directive SJ T 11364 2014 EPUP 20 REACH Compliant C...

Page 41: ...ounting surface to avoid mechanical tension Provide suitable grounding Suitable installation site in terms of vibration and shock load temperature and humidity see chap 4 Technical Data Protected to a...

Page 42: ...Distance in mm NOTICE For correct installation and improved heat dissipation we recommend keeping a minimum distance of 3 mm when mounting the MVK MPNIO NOTE When using angled connectors a minimum di...

Page 43: ...te for the condition of the mount ing surface Tighten the screws carefully The specified tightening torques must be ob served NOTICE Material damage through improper use Do not use the modules as clim...

Page 44: ...ting Mount the module in the order indicated below 1 Slightly tighten the top M6 bolt 2 Align housing 3 Slightly tighten the lower M6 bolt 4 Tighten screws M6 according to the torque 5 Grounding the m...

Page 45: ...rew to attach the ground strap Fig 5 4 Grounding strap fastening Without grounding strap NOTE Remove the grounding strap and secure the module to the metal substrate with a conducting screw Fig 5 5 Gr...

Page 46: ...Mounting User manual 55530_hdb_en_16 46 156 5 4 2 Addressing lid Addressing lid fastening Fig 5 6 Addressing lid fastening M3 0 8 Nm Art No 7000 98001 0000000...

Page 47: ...with DIN VDE 0105 100 Operation of electrical installa tions Part 100 General specifications WARNING Fire risk from short circuits Power supply lines and or modules damaged by short circuits may cause...

Page 48: ...e plant caused by incorrect switching on of volt age sources When the module is switched on with separate actuator and sensor voltage the function of the digital inputs and outputs cannot be guarantee...

Page 49: ...puts and outputs NOTE Feeding in an external mass via M12 female connectors can lead to faults Do not feed external mass to the module via M12 female connectors You will find a wide range of connectin...

Page 50: ...for the IO Link port In case of overcurrent or short circuit the connected cable or sensor must be disconnected from the M12 female connector Supported IO Link communication The module supports the I...

Page 51: ...Power supply connection Connecting 7 8 male connector POWER IN Connecting 7 8 female connector POWER OUT Fig 6 3 Example of 7 8 connection POWER You will find a wide range of connecting wires in the...

Page 52: ...ctors and sockets Suitable sealing connectors screw plugs for the network port the POWER OUT port and I O female connectors are available as ACCESSORIES Cable connection Fig 6 4 Cable connections PROD...

Page 53: ...is sequence 1 Insert the module 2 System check and approval by an expert 3 Put into operation NOTICE Functional errors in residential areas Devices of EMC Class A may cause interferences in residentia...

Page 54: ...configuration program When using TIA this module can then be found in the hardware catalog in the directory structure Other field devices PROFINET IO I O Murrelektronik MVK MPNIO V5 0 If the engineer...

Page 55: ...O V5 0 In the hardware catalog mark the MVK MPNIO module Drag and drop the entry to an empty area in the Devices networks win dow Assign the module to a new IO controller Fig 7 2 Assign the module to...

Page 56: ...es Tab 8 2 Module configuration_Shared Device modules IO Link master and IO Link state only for Art No 55531 55532 Standard modules Device Parameterization of the module Read and write access to the d...

Page 57: ...IO Link master Allocation of submodules to the ports is pre defined by GSDML file Device Parameterization of the module Read and write access to the digital IOs Access to the system status Tab 8 3 Sta...

Page 58: ...al IO port for universal IO chan nels virtual parameter diagnostic module Fig 8 2 Module basic configuration Art No 55530 Art No 55531 In the TIA portal device view the module is configured as PROFINE...

Page 59: ...5532 In the TIA portal device view the module is configured as PROFINET user with a pre configured digital IO port for universal IO chan nels virtual parameter diagnostic module IO Link master with 4...

Page 60: ...lso sets the relevant bit in the qualifier to 0 and in the system state the value to 0x0010 sensor short cir cuit on at least one channel By querying the values you can establish which channel qualifi...

Page 61: ...le virtual qualifier DI module virtual qualifier DO module Fig 8 5 Module basic configuration with submodules for diagnostic Art No 55530 Art No 55531 In the TIA portal device view the module is confi...

Page 62: ...le is configured as PROFINET user with a pre configured digital IO port for universal IO chan nels virtual parameter diagnostic module virtual qualifier DI module virtual qualifier DO module IO Link m...

Page 63: ...530_hdb_en_16 63 156 Module configuration addresses Once the IO Master has been allocated to the IO Controller the I O addresses are assigned to the project in accordance with the address allocation F...

Page 64: ...Byte x bytes In IO link device with x byte s input data The status can be identified via the corresponding bit in Qualifier DI Parameterization of diagnostics and IO link proper ties is possible IOL_O...

Page 65: ...8 9 Example of a module configuration in the TIA portal Optionally the virtual modules IO Link state and State can be added to the IO Link master The modules permit a read only access to the IO Link m...

Page 66: ...ameterize the diagnostics However the entry in IO link master is decisive for the actual configuration of the IO link device IOL_O_y Byte y bytes In IO link device with y byte s output data The curren...

Page 67: ...4 bytes In Bytes 0 and 1 Value of the inputs as individual bits Layout according to parameter settings Bytes 2 and 3 Currently configured value of the outputs as indi vidual bits Layout according to...

Page 68: ...or power supply Default value 16 8 17 3 V 4 Report do not report undervoltage actuator supply Enables Disables the report about undervoltage of the actua tor supply 5 Undervoltage actuator supply thre...

Page 69: ...Configuration settings User manual 55530_hdb_en_16 69 156 Module parameters Fig 8 10 Module parameters...

Page 70: ...to the controller connected to the slot Tab 8 10 Diagnostic report Fig 8 11 Diagnostic report Selection Meaning D Default Report Global diagnostic enabled D The module reports all module specific dia...

Page 71: ...stic to that effect is reported Tab 8 11 Undervoltage bus and sensor supply Fig 8 12 Undervoltage bus and sensor supply Selection Meaning D Default Report D The module reports the Undervoltage of sens...

Page 72: ...e bus and sensor supply Threshold value undervoltage bus and sensor supply defines the threshold which when values drop below it causes the diag nostic Undervoltage in the sensor supply to be reported...

Page 73: ...oltage of the actuator supply diagnostic to that effect is reported Tab 8 12 Undervoltage actuator supply Selection Meaning D Default Report D The module reports the diagnostic Undervolt age in the ac...

Page 74: ...ndervoltage actuator supply threshold value Fig 8 15 Undervoltage actuator supply threshold value Undervoltage actuator supply threshold value defines the threshold below which the diagnostic Undervol...

Page 75: ...ure of the actuator supply a diagnostic to that effect is reported Tab 8 13 No actuator power supply Selection Meaning D Default Report D The module reports the diagnostic Failure of actuator supply t...

Page 76: ...tics defines whether disabled diagnostics should still use LEDs for indicating purpos es Tab 8 14 LED indication for suppressed diagnostics Selection Meaning D Default No LED indication D Disables the...

Page 77: ...fines whether the module can be accessed via the Murrelektronik IO Link de vice tool Tab 8 15 Murrelektronik IO Link Tool enable disable Selection Meaning D Default Enable D Access to the IO Link devi...

Page 78: ...Configuration settings User manual 55530_hdb_en_16 78 156 8 2 4 General parameters Pin Port based IO Layout Fig 8 19 Pin port based IO layout...

Page 79: ...ent is sorted by pins in ascending order Port based I O data Qualifier I O Byte 0 Bit 0 Bit 1 Bit 2 Bit 3 Bit 4 Bit 5 Bit 6 Bit 7 Port X0 Pin 4 Port X0 Pin 2 Port X1 Pin 4 Port X1 Pin 2 Port X2 Pin 4...

Page 80: ...Configuration settings User manual 55530_hdb_en_16 80 156 Input delay Fig 8 20 Input delay default value 1 ms 0 5...

Page 81: ...16 81 156 Input delay defines the delay for evaluation of the digital inputs That means the time after which a signal change is detected Default value for input delay 1 ms 0 5 Fig 8 21 Input delay E1...

Page 82: ...3 8 0x0008 Reserved 4 16 0x0010 Sensor short circuit on at least one channel 5 32 0x0020 Actuator short circuit on at least one chan nel 6 64 0x0040 Actuator warning on at least one channel 7 128 0x00...

Page 83: ...power supply Reserved Sensor short circuit on at least one channel Actuator short circuit on at least one channel Actuator warning on at least one channel Reserved 15 14 13 12 11 10 9 8 Internal comm...

Page 84: ...Configuration settings User manual 55530_hdb_en_16 84 156 8 2 5 Description of the parameters of the IO Link ports IO Link port unit param eters Fig 8 22 IO Link port unit parameters...

Page 85: ...Report all diagnoses D The module reports all diagnostics generated on the IO Link port Report all diagnoses except line break The module reports all diagnostics except line break generated on the IO...

Page 86: ...cted on standardized PROFINET diagnostics Murrelektronik IO Link integration Depiction of the IO Link event number with the help of mathematical processes on PROFINET diagnostics Events of Murrelektro...

Page 87: ...the original IO Link event code Error type IO Link events are reported as PROFINET diagnostics with Fault maintenance Events of the Warning type are reported with Maintenance demanded Events of the N...

Page 88: ...nostics with Fault maintenance Events of the Warning type are reported with Maintenance demanded Events of the Notification type are not reported as PROFINET diagnos tics but are instead handled as No...

Page 89: ...larm For every Notification IO Link event that is sent by the IO Link device a PROFINET pro cess alarm is generated Byte Meaning Value 0 Channel number MSB 0x8000 No channel information available 0x80...

Page 90: ...n estab lishing communication the master and the device select the shortest possible cycle time Under certain circumstances e g when using inductive couplers or other de vices switched between the mas...

Page 91: ...check the Manu facturer ID nor the Device ID of the connected device All saved data storage information for the selected IO Link port is deleted from the IO Link master Compatible device The IO Link...

Page 92: ...vice is carried out An incompatible device is left in PREOPER ATE see Tab 9 3 LED indication IO Link Compatible device with Restore function The Manufacturer ID and Device ID of the con nected device...

Page 93: ...ection Meaning 2 byte list byte wise values separat ed by comma and in hexadecimal notation Vendor ID of the connected IO Link device Is used for an activated validation compatible device Selection Me...

Page 94: ...contact your sales representa tive at Murrelektronik GmbH IO Link integration in PROFINET The IO Link integration in PROFINET is a standardized method for providing access to the parameters and config...

Page 95: ...nterface You can find the Murrelektronik IO Link Device Tool software in our online shop under the product s article number http shop murrelektronik com The exact handling of the software can be found...

Page 96: ...ected devices can each have a size of 0 to 32 bytes input and output respectively and will be transmitted via the set ad dress ranges The process data size is defined by the device The port qualifier...

Page 97: ...ubindex 0x00 0xFF See IO Link Integration Part1 2812_V100_080124 and IO Link Integration for PROFINET_Ed2_2832_V10_Jun17 The IO Link function block supports the following tasks Parametrization of an I...

Page 98: ...data record I M0 Data Size in byte access read write Description Vendor ID 2 r ID of the manufacturer Vendor ID Order ID 20 r Product name IM_Serial_Number 16 r Serial number of device IM_Hardware_Rev...

Page 99: ...r Supported IO Link revision of the master 0x11 IO Link version 1 1 IOL_PROFILE_VERSION 1 r IO Link Profile 0x10 IO Link profile ver 1 0 IOL_FEATURE_SUPPORT 4 r Bit field displaying features 0x000000...

Page 100: ...cord Function block RDREC_Instance in the TIA portal Example I M Index 0xAFF0 Fig 8 30 Function Block RDREC_Instance Website https support industry siemens com RDREC block Functionality RDREC_Instance...

Page 101: ...block in the TIA Portal is similar to the IOL_ CALL block IOL_CALL is defined in the IO Link specification Fig 8 31 IO Link device function block Library Website IO_LINK_Library_V14 zal14 https suppor...

Page 102: ...port 1 etc IOL_INDEX INT Number of IO Link index to be read out or described IOL_SUBINDEX INT Number of IO Link subindex to be read out or described 0 total records 1 255 Parameter from record LEN IN...

Page 103: ...master possible bus error 0xxx80A6xx MASTER_NO_DATA No data received 0xxx80A7xx MASTER_BUSY IO Link master overloaded 0xxx80A9xx MASTER_FEATURE_NOT_ SUPPORTED Function not supported by IO Link master...

Page 104: ...ISDU_CHECKSUM Master reports checksum error access to device not possible 0x5700 M_ISDU_ILLEGAL Device cannot process request from master 0x8000 APP_DEV Application error in device 0x8011 IDX_NOTAVAIL...

Page 105: ...of the same type they need to be clearly differentiated Using the following path and selecting the PN IE_1 network in the network view you can search for available users Online Assign PROFINET device...

Page 106: ...clearly identified a module you can assign a name The IP address is entered automatically by the PNIO controller via DCP Dis covery and Configuration Protocol Fig 8 33 Assign a device name The address...

Page 107: ...Configuration settings User manual 55530_hdb_en_16 107 156 PROFINET device name Fig 8 34 PROFINET device name The TIA portal now displays MVK MPNIO with the newly assigned device name...

Page 108: ...y IP address Entering IP addresses You can assign an IP address to the MVK MPNIO module that will not be stored To do so enter the desired IP address and the subnet mask to be used Fig 8 35 Entering I...

Page 109: ...IO devices support the topology setting and automatic topology recognition by the Engineering Tool The section below describes how to set the topology for MVK MPNIO Setting via connected neighboring d...

Page 110: ...ieve the de sired run time characteristics several steps are needed The corresponding parameters are set directly in the module Select the module in the Topology view Fig 8 37 Topology Activation of t...

Page 111: ...elect Port 1 and Port 2 in the properties for the module and set the cor responding parameters there Fig 8 39 Setting transfer rate duplex Set the transfer rate duplex to TP 100 Mbit s full duplex Thi...

Page 112: ...described in the engineering software manual In this document a configuration example is described using the Siemens TIA Portal engineering software Preparatory steps 1 Set up a project in the TIA por...

Page 113: ...INET managed switch or an S7 CPU must be set as ring manager and all other users as clients Fig 8 41 Setting up the MPR manager 1 Select the PROFINET Managed Switch 2 Navigate to the PROFINET interfac...

Page 114: ...i ent Fig 8 42 Setting up an MRP client 1 Select the MVK MPNIO module 2 Navigate to the menu item PROFINET interface Advanced options Media redundancy 3 With Media redundancy role set Client 4 Enable...

Page 115: ...e parameterized Depending on the PLC the RT requirements and the system structure the IO cycle times and factors have to be set in the following window Fig 8 43 Setting up the MRP cycle times 1 To the...

Page 116: ...ains mrpdomain 1 to obtain the overview of ring users 2 Assign the PROFINET Managed Switch to the IO controller 3 Save the created project 4 Click the PNIE subnet The bus PLC_1 PROFINET IO System 100...

Page 117: ...software As a prerequisite for this communication type special hardware components capable of real time IRT are required NOTE The module is no active participant in the IRT data exchange It supports t...

Page 118: ...t isochronous IRT com munication How to set up an isochronous IRT communication can be found in the software manual of your engineering software Fig 8 45 IRT communication Setting up the Sync master 1...

Page 119: ...nfiguration settings User manual 55530_hdb_en_16 119 156 IRT communication Setting up the Sync slave Fig 8 46 IRT communication Setting up the Sync slave For further information refer to chap 3 2 3 IR...

Page 120: ...uration of the Shared Device can be found in the engineering software manual Here we describe a configuration example using the Siemens TIA Portal This procedure requires two projects to be created an...

Page 121: ...Set up a project in the TIA portal with the name of PLC_1 2 Add a controller 3 Add the MVK MPNIO module as well as an IO Link state and a State 4 Assign the name PLC_1 to the controller 5 Assign the M...

Page 122: ...Configuration settings User manual 55530_hdb_en_16 122 156 Creating project 2 Fig 8 48 Setting PLC_2 access...

Page 123: ...it in the network view of the PLC_2 project 6 Assign the MVK MPNIO module to controller PLC_2 7 Select the MVK MPNIO module to navigate to the Shared Device menu item and 8 set access to the PLC_2 co...

Page 124: ...re quest Request All Murrelektronik PROFINET modules can send an SNMP message as a re sponse to a request SNMPv2 MIB sysDescr 0 object 1 3 6 1 2 1 1 1 0 Response The response of the module has the fo...

Page 125: ...the outputs pin 2 pin 4 The mode is indicated by special flash sequence of the Power US LED Mode II The mode can be activated via pause_time 10000 ms 10s Switching off the outputs pin 2 pin 4 Switchi...

Page 126: ...e click Online Diagnostics Below the Functions tab click Reset to factory settings to open a win dow Activate the Retain I M data selection Press the Reset button The module is reset to the factory se...

Page 127: ...Configuration settings User manual 55530_hdb_en_16 127 156 Reset to factory settings retain I M data Fig 8 49 Reset to factory settings retain I M data...

Page 128: ...ame time deletes the I M data stored in memory Proceed as follows Click Connect online in the TIA portal After connection mark the module in question Open the MVK MPNIO module in project navigation Do...

Page 129: ...Configuration settings User manual 55530_hdb_en_16 129 156 Reset to factory settings delete I M data Fig 8 50 Reset to factory settings delete I M data...

Page 130: ...rrangement of the LEDs and the table shows the functions LED indication Digital inputs Tab 9 1 LED indication digital input LED indication Digital outputs Tab 9 2 LED indication digital outputs Error...

Page 131: ...Green Lights continu ously IO Link in status Operate Green Flashing at 1 Hz No IO Link connection Green Flashing at 10 Hz IO Link in the Pre Operate state during data storage Red Flashing at 2 Hz Val...

Page 132: ...ou can do Check the line connections Check the PLC configuration Indica tion State Description Green Continuously lit Error free operation Red Continuously lit An error is active on the module Indica...

Page 133: ...is is what to do Check the line connections Indica tors State Description Green Lit continuously Module in valid IO data exchange with valid configuration Red Lit continuously Parameterization error M...

Page 134: ...cation POWER UA Indica tion State Description Green Lit continuously 17 5 V US 30 V Error free operation Red Lit continuously 12 5 V US 17 V Undervoltage Red Flashing 1 Hz 7 5 V US 12 V No voltage Red...

Page 135: ...12 Extended LED display identification of the module LED Display State Description POWER US Green Flashing 3 s off 1 5 s on Module in PROFIenergy operation Mode I LED Display State Description POWER...

Page 136: ...ate Description BUS RUN CfgF POWER UA POWER US Yellow Flashing alter nately 1 Hz Update check in progress Red Flashing 5 Hz Update flashing interrupted Red Flashing alter nately 1 Hz Update failed ST...

Page 137: ...stem run LED Display State Description ST Yellow Flash flash pause double flash Recovery firmware system startup BUS_RUN CfgF POWER UA POWER US Off LED Display State Description BUS RUN Green Lights c...

Page 138: ...ontinu ously Firmware update initialization of trans mission ST Yellow Flash flash pause double flash POWER US Yellow Flashing at 1 Hz LED Display State Description ST Yellow Flash flash pause double...

Page 139: ...ication V2 3 NOTE Diagnostics are signaled to the PLC in form of incoming or outgoing alarms If an alarm is present for only a short time it is preferable if the PLC is equipped with a diagnostic buff...

Page 140: ...sor supply voltage of the module 0x03 0x432C Actuator overvoltage Check the actuator supply voltage of the module 0x03 0x4334 Sensor overvoltage Check the sensor supply voltage of the module 0x17 0x57...

Page 141: ...o the IO Link device 0x04 4 0x0020 32 0x5410 21520 0x9804 38916 IO Link device Overload at the outputs Check the wiring on the IO Link de vice 0x05 5 0x0020 32 0x4110 16656 0x4120 16672 0x4210 16912 0...

Page 142: ...e vice is connected and that only cor rect parameters are used 0x12 18 0x0020 32 0x5450 21584 0x5451 21585 0x5452 21586 0x5453 21587 0x5454 21588 0x5455 21589 0x5456 21590 0x5457 21591 0x5458 21592 0x...

Page 143: ...s to the original IO Link event code 0x4511 17681 0x0000 0 0x7FFF 32767 0x8000 32768 0xFFFF 65535 Event from an IO Link device that supports Murrelektronik IO Link integration The Extended Channel Err...

Page 144: ...ete data storage 0x4502 17666 0x7F25 32549 Invalid backup Access to data storage parameters denied Check the IO Link device or delete data storage 0x4502 17666 0x7F31 32561 Event lost Incorrect indica...

Page 145: ...5117 20759 Device power supply Undervoltage U7 vendor specific Check availability 0x4500 17664 0x5118 20760 0x5118 20760 Device power supply Undervoltage U8 vendor specific Check availability 0x4500 1...

Page 146: ...ter not initialized Check the data sheet and the val ues 0x4500 17664 0x6340 25408 0x6340 25408 Parameter not specific Check the data sheet and the val ues 0x4500 17664 0x6350 25424 0x6350 25424 Param...

Page 147: ...ain 0x4501 17665 0x0C40 3136 0x8C40 35904 Service requirement cleaning Clean the device 0x4501 17665 0x0C41 3137 0x8C41 35905 Service requirement topping up Top up the device 0x4501 17665 0x0C42 3138...

Page 148: ...vervoltage in the secondary power supply Port Class B UA Check the permitted voltage range 0x4510 17680 0x1831 6193 0x1831 6193 Undervoltage in the secondary power sup ply Port Class B UA Check the cu...

Page 149: ...e range 0x4510 17680 0x5112 20754 0x5112 20754 Faults in the secondary power supply port class B Check the permitted voltage range 0x4510 17680 0x5113 20755 0x5113 20755 Device power supply Undervolta...

Page 150: ...92 Device software Reset watchdog Check the firmware release ver sion 0x4510 17680 0x6100 24832 0x6100 24832 Device software Internal fault Check the firmware edition sta tus 0x4510 17680 0x6300 25344...

Page 151: ...integration The Extended Channel Error Type plus 0x8000 32768 corresponds to the original IO Link event code 0x4511 17681 0x0100 256 0x8100 33024 Communication monitoring General error Check the devi...

Page 152: ...the event of maintenance work you can replace the module with the same type provided you save the PROFINET topology to the PLC Check whether the rotary switch settings of the old and new modules are i...

Page 153: ...nation Type Art No Packaging unit Metal dummy cap 7 8 55390 1 Plastic screw plug internal thread 7 8 55385 1 Metal screw plug M12 996049 1 Plastic screw plug M12 58627 10 Metal addressing lid 55317 1...

Page 154: ...ress protection degree of protection according to DIN EN 60529 IP address Address for identification in an Ethernet network LED Light Emitting Diode LNK ACT LED Link Activity LED for indication of Eth...

Page 155: ...his technical documenta tion to create their own technical documentation For this purpose the docu mentation produced by Murrelektronik GmbH may be changed in parts or amended or copied and transferre...

Page 156: ...NY 49 7191 47 0 49 7191 47 491 000 info murrelektronik com www murrelektronik com The information in the manual has been compiled with utmost care Liability for the correctness completeness and topica...

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