WAGO 750-375 Manual
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WAGO 750-375 Manual

Profinet io advanced fieldbus coupler, 2-port switch, 100 mbit/s, digital, analog and complex signals
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Table of Contents

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    • Table of Contents

    • 1 Notes about this Documentation
      • Validity of this Documentation
      • Copyright
      • Tabelle 1: Variations
      • Symbols
      • Number Notation
      • Font Conventions
      • Table 2: Number Notation
      • Table 3: Font Conventions
      • Abbreviations and Terms
      • Table 4: Abbreviations and Terms Used in this Manual

    • 2 Important Notes
      • Legal Bases
      • Subject to Changes
      • Personnel Qualifications
      • Use of the 750 Series in Compliance with Underlying Provisions
      • Technical Condition of Specified Devices
      • Safety Advice (Precautions)

    • 3 System Description
      • Figure 1: Fieldbus Node (Example)
      • Manufacturing Number
      • Hardware Address (MAC ID)
      • Figure 2: Labeling on the Side of a Component (Example)
      • Figure 3: Example of a Manufacturing Number
      • Component Update
      • Storage, Assembly and Transport
      • Assembly Guidelines/Standards
      • Power Supply
      • Isolation
      • Figure 4: Isolation for Fieldbus Couplers/Controllers (Example)
      • System Supply
      • Connection
      • Figure 5: System Supply for Standard Fieldbus Coupler/Controller and Extended ECO Couplers
      • Dimensioning
      • Figure 6: System Voltage for Standard Couplers/Controllers and Extended ECO Couplers
      • Table 5: Alignment
      • Field Supply
      • Connection
      • Figure 7: Field Supply for Standard Couplers/Controllers and Extended ECO Couplers
      • Table 6: Caption for " Field Supply (Sensor/Actuator) for Standard Couplers/Controllers and Extended ECO Couplers
      • Fusing
      • Figure 8: Supply Module with Fuse Carrier (Example 750-610)
      • Table 7: Power Supply Modules
      • Figure 9: Removing the Fuse Carrier
      • Figure 10: Opening the Fuse Carrier
      • Figure 11: Change Fuse
      • Figure 12: Fuse Modules for Automotive Fuses, Series 282
      • Figure 13: Fuse Modules for Automotive Fuses, Series 2006
      • Figure 14: Fuse Modules with Pivotable Fuse Carrier, Series 281
      • Figure 15: Fuse Modules with Pivotable Fuse Carrier, Series 2002
      • Supplementary Power Supply Regulations
      • Figure 16: Power Supply Concept
      • Table 8: Filter Modules for 24 V Supply
      • Supply Example
      • Figure 17: Supply Example for Standard Couplers/Controllers and Extended ECO Couplers
      • Table 9: Caption for Figure "Supply Example for Fieldbus Coupler/Controller
      • Power Supply Unit
      • Table 10: WAGO Power Supply Unit (Selection)
      • Grounding
      • Grounding the DIN Rail
      • Framework Assembly
      • Insulated Assembly
      • Table 11: WAGO Ground Wire Terminals
      • Grounding Function
      • Figure 18: Carrier Rail Contact (Example)
      • Shielding
      • General
      • Bus Cables
      • Signal Lines
      • WAGO Shield Connecting System
      • Figure 19: Example of the WAGO Shield Connecting System
      • Figure 20: Application of the WAGO Shield Connecting System

    • 4 Device Description
      • Fieldbus Coupler Properties
      • General Specifications
      • PROFINET IO Properties
      • Table 12: PROFINET IO Properties and Specifications
      • Implemented Protocols and Services
      • Supported Profiles for PROFINET IO
      • View
      • Table 13: Legend to the View PROFINET IO Advanced Fieldbus Coupler
      • Connectors
      • Device Supply
      • Figure 22: Device Supply
      • Fieldbus Connection
      • Figure 23: RJ-45 Connector
      • Table 14: RJ-45 Connector and RJ-45 Connector Configuration
      • Display Elements
      • Figure 24: Display Elements
      • Table 15: Display Elements Fieldbus Status
      • Table 16: Display Elements Node Status
      • Table 17: Display Elements Supply Voltage
      • Figure 25: Display Elements Fieldbus Connection RJ-45
      • Table 18: Display Elements Fieldbus Connection RJ-45
      • Operating Elements
      • Service Interface
      • Figure 26: Service Interface (Closed and Opened Flap)
      • Table 19: Legend for Figure "Service Interface (Closed and Opened Flap)
      • DIP Switch
      • Figure 27: DIP Switch (for Example Setting "0")
      • Table 20: DIP Switch - Explanation of the 8 Slide Switches
      • Table 21: Example DIP Switch Setting
      • Technical Data
      • Device Data
      • Table 22: Technical Data - Device Data
      • System Data
      • Supply
      • Accessories
      • Connection Type
      • Table 23: Technical Data - System Data
      • Table 24: Technical Data - Supply
      • Table 25: Technical Data - Accessories
      • Table 26: Technical Data - Field Wiring
      • Table 27: Technical Data - Power Jumper Contacts
      • Climatic Environmental Conditions
      • Table 28: Technical Data - Internal Bus
      • Table 29: Technical Data - Climatic Environmental Conditions
      • Approvals
      • Standards and Guidelines

    • 5 Mounting
      • Installation Position
      • Total Extension
      • Mounting Onto Carrier Rail
      • Carrier Rail Properties
      • WAGO DIN Rail
      • Spacing
      • Figure 28: Spacing
      • Table 30: WAGO DIN Rail
      • Mounting Sequence
      • Inserting and Removing Devices
      • Inserting the Fieldbus Coupler/Controller
      • Figure 29: Unlocking Lug Standard Fieldbus Coupler/Controller (Example)
      • Figure 30: Unlocking Lug of Extended ECO Fieldbus Coupler (Example)
      • Removing the Fieldbus Coupler/Controller
      • Figure 31: Unlocking Lug ECO Coupler
      • Inserting the I/O Module
      • Figure 32: Insert I/O Module (Sample)
      • Figure 33: Snap the I/O Module into Place (Sample)
      • Removing the I/O Module
      • Figure 34: Removing the I/O Module (Sample)

    • 6 Connect Devices
      • Data Contacts/Internal Bus
      • Figure 35: Data Contacts
      • Power Contacts/Field Supply
      • Figure 36: Example for the Arrangement of Power Contacts
      • Connecting a Conductor to the CAGE CLAMP
      • Figure 37: Connecting a Conductor to a CAGE CLAMP

    • 7 Function Description
      • Device Start-Up and Initialization
      • Switch Port Settings
      • Figure 38: Fieldbus Coupler Operating System
      • Identification and Maintenance Data Sets (I&M)
      • Table 31: Identification and Maintenance Data Sets (I&M)
      • Process Data Architecture
      • Basic Structure
      • Allocation of the Input and Output Data
      • Figure 39: Allocation of the Input and Output Data
      • Process Data Qualifiers in Telegrams for PROFINET IO
      • One Byte Ioxs Process Data Qualifiers
      • Two Byte Ioxs Process Data Qualifiers
      • Examples of One and Two Byte Ioxs Process Data Qualifiers
      • Table 32: Example 1 for Process Data Qualifiers for 2-Channel Digital Input
      • Table 33: Example 2 for Process Data Qualifiers for 2-Channel Digital Output Modules with Diagnostics
      • Table 34: Example 3 for Process Data Qualifiers for 2-Channel Analog Intput and
      • Table 35: Example 4 for Process Data Qualifiers for Special-Purpose Modules, SSI Sensor Interface
      • Configuration Limits
      • Minimum Configuration
      • Maximum Configuration
      • Flexible Configuration of Digital I/O Modules
      • Packaging Information from Digital Input and Output Modules
      • Rules for Packaging Digital Information
      • Example of Packaging Digital Information
      • Figure 40: Output Process Data in the Frame IOC  IOD
      • Figure 41: Input Process Data in the Frame IOD  IOC
      • Table 36: Example for a Station with the Following Selected Submodules
      • Possible Errors When Packaging Digital Information
      • Variation of Physical Peripheral Layout
      • Exemplary Maximum Configuration
      • Physical Option Modules
      • Figure 42: Exemplary Maximum Configuration
      • Figure 43: Exemplary Usage of Physical Option Modules
      • Virtual Option Modules
      • Combination of Physical and Virtual Option Modules
      • Figure 44: Exemplary Usage of Virtual Option Modules
      • Figure 45: Usage of Option Module Without Physical Slot Reservation
      • Station Characteristics Using Option Modules
      • Connection Phase
      • Figure 46: Usage of Option Module with Physical Slot Reservation
      • Process Data Handling
      • Identification
      • I&M Data Sets
      • Diagnostics
      • I/O Module Distribution to Several Ars (Shared Device)
      • Using Fail-Safe I/O Modules (Profisafe V2)
      • Individual Parameterization of I/O Modules Via Ipar Server
      • Figure 47: Ipar Server
      • Table 38: Legend for the Ipar Server Figure
      • Controlling Digital and Analog Output Modules Per Profienergy
      • Hardware
      • Functions
      • Addressing
      • Firmware Update

    • 8 Commissioning
      • General Procedure
      • Procedure Description
      • Real Time Data Exchange Establishment
      • Perform Configuration Steps
      • GSD File
      • Parameterization
      • Parameterization of the Station Proxy (DAP)
      • Restart on K-Bus Failure
      • Diagnostics of External Module/Channel Errors
      • Internal Data Bus Extension
      • Table 39: Parameterization - Overview of Attributes for the Station Proxy (DAP)
      • Table 40: Parameterization DAP - Attribute Restart on K-Bus Failure
      • Table 41: Parameterization DAP - Attribute Diagnostics of External Module/Channel Errors
      • Table 42: Parameterization DAP - Attribute Internal Data Bus Extension
      • Response to PROFINET IO Failure
      • Response to K-Bus Failure
      • Activation of the Integrated Webserver
      • Activation of Firmware Updates
      • Table 43: Parameterization DAP - Attribute Response to PROFINET IO Failure
      • Table 44: Parameterization DAP - Attribute Response to K-Bus Failure
      • Table 45: Parameterization DAP - Attribute Webserver
      • Table 46: Parameterization DAP - Attribute WAGO-Service (TCP Port 6626)
      • Activation of the Station-Wide Profienergy Functionality
      • Parameterization of the I/O-Modules
      • Table 47: Parameterization DAP - Attribute Minimal Pause Time (Profienergy)
      • PROFINET Connection
      • Structure of the Application and Communication Relationships (AR and CR)
      • Connection Response with no Configuration Differences
      • Connection Response with Configuration Differences
      • Parameterization of Submodule's Data Sets
      • End of the Parameterization Phase and Operational Readiness
      • Data Exchange
      • Send Cycle Times (Update Time)
      • Connection Monitoring
      • Table 48: Send Cycle Time as a Function of RT Class, Transmit Clocking and Scaling
      • Demand Data Exchange (Acyclic Communication)

    • 9 Web-Based Management (WBM)
      • General Structure of WBM
      • Figure 48: Structure of WBM Pages, Example: WBM Page "Information
      • Status Area
      • Figure 49: WBM Pages - Status Area
      • Table 49: Legend for the Indicators in the Status Area
      • Information
      • Figure 50: WBM Page „Information
      • Table 50: Parameter Description of WBM Page "Information
      • Ethernet
      • Figure 51: WBM Page"Ethernet
      • Table 51: Description of the Parameters of the WBM Page "Ethernet
      • Tcp/Ip
      • Diagnostics
      • Figure 52: WBM Page „TCP/IP
      • Table 52: Description of the Parameters of the WBM Page "TCP/IP
      • Administration
      • Figure 53: WBM Page "Diagnostics
      • Figure 54: WBM Page "Administration
      • Table 53: Parameter Description of the WBM Page "Administration
      • Connection Errors

    • 10 Diagnostics
      • LED Signaling
      • Figure 55: Display Elements
      • Figure 56: Display Elements Fieldbus Connection RJ-45
      • Table 54: LED Assignment for Diagnostics
      • Evaluating the Fieldbus Status
      • Table 55: Fieldbus Diagnostics - Solution in Event of Error
      • Table 56: Diagnostics of the Fieldbus Status on the Fieldbus Connection - Solution in Event of Error
      • Evaluating the Node Status
      • Table 57: Node Status Diagnostics - Solution in Event of Error
      • Figure 57: Node Status - I/O LED Signaling
      • Figure 58: Error Message Coding
      • Table 58: Blink Code- Table for the I/O LED Signaling, Error Code 1
      • Table 59: Blink Code Table for the I/O LED Signaling, Error Code 2
      • Table 60: Blink Code Table for the I/O LED Signaling, Error Code 3
      • Table 61: Blink Code Table for the I/O LED Signaling, Error Code 4
      • Table 62: Blink Code Table for the I/O LED Signaling, Error Code 5
      • Table 63: Blink Code Table for the 'I/O' LED Signaling, Error Code 6
      • Table 64: Blink Code Table for the 'I/O' LED Signaling, Error Code 7
      • Table 65: Blink Code Table for the I/O LED Signaling, Error Code 9
      • Table 66: Blink Code Table for I/O LED Signaling, Error Code 10
      • Table 67: Blink Code Table for I/O LED Signaling, Error Code 12
      • Evaluating Power Supply Status
      • Error Response
      • Fieldbus Failure
      • Table 68: Power Supply Status Diagnostics - Solution in Event of Error
      • Internal Data Bus Failure
      • PROFINET IO Diagnostics
      • Table 69: Diagnosis of Fieldbus Failure
      • Diagnosis Data Sets
      • Structure of the Standardized Diagnosis Data Sets
      • Table 70: Retrievable Record Data Sets for Diagnostics
      • Table 71: Structure Head for the Diagnostic Data

    • 11 Fieldbus Communication
      • Standard ETHERNET Protocols
      • IP, TCP and HTTP
      • Dcp
      • Lldp
      • Mrp
      • Snmp
      • Profinet Io
      • General
      • Cabling
      • PROFINET IO Device Classes
      • Addressing
      • Figure 59: PROFINET Principle
      • PROFINET Communication Principle
      • Data Traffic
      • Communication Connection
      • Application and Communication Relationship (AR, CR)
      • System Start-Up
      • Data Exchange
      • Using Configuration Software
      • Hardware Configuration in the Configuration Software
      • Parameterization in the Configuration Software
      • Communication Configuration in the Configuration Software

    • 12 O Modules

    • 13 Use in Hazardous Environments
      • Marking Configuration Examples
      • Marking for Europe According to ATEX and IEC-Ex
      • Figure 60: Side Marking Example for Approved I/O Modules According to ATEX and Iecex
      • Figure 61: Text Detail - Marking Example for Approved I/O Modules According to ATEX and Iecex
      • Table 72: Description of Marking Example for Approved I/O Modules According to ATEX and Iecex
      • Table 74: Description of Marking Example for Approved I/O Modules According to
      • Figure 62: Side Marking Example for Approved Ex I I/O Modules According to ATEX and Iecex
      • Figure 63: Text Detail - Marking Example for Approved Ex I I/O Modules According to ATEX and Iecex
      • Table 73: Description of Marking Example for Approved Ex I I/O Modules According to ATEX and Iecex
      • Marking for America According to NEC 500
      • Figure 64: Side Marking Example for I/O Modules According to NEC 500
      • Figure 65: Text Detail - Marking Example for Approved I/O Modules According to
      • Installation Regulations
      • Special Conditions for Safe Use (ATEX Certificate TÜV 07 ATEX 554086 X)
      • Special Conditions for Safe Use (ATEX Certificate TÜV 12 ATEX 106032 X)
      • Special Conditions for Safe Use (IEC-Ex Certificate TUN 09.0001
      • Special Conditions for Safe Use (IEC-Ex Certificate Iecex TUN 12.0039 X)
      • Special Conditions for Safe Use According to ANSI/ISA

    • 14 Appendix
      • Module and Submodule Types of the I/O-Modules
      • Digital Input Modules
      • Table 75: Module Types - Digital Input Modules
      • Digital Output Modules
      • Table 76: Submodule Types and Data Lengths - Digital Input Modules
      • Table 77: Module Types - Digital Output Modules
      • Table 78: Submodule Types and Data Lenghts - Digital Output Modules
      • Digital Input/Output Modules
      • Table 79: Module Types - Digital Input/Output Modules
      • Analog Input Modules
      • Table 80: Submodule Types and Data Lengths - Digital Input/Output Modules
      • Table 81: Module Types - Analog Input Modules
      • Table 82: Submodule Types and Data Lengths - Analog Input Modules
      • Analog Output Modules
      • Table 83: Module Types - Analog Output Modules
      • Table 84: Submodule Types and Data Lengths - Analog Output Modules
      • Specialty Modules
      • Up/Down Counter
      • Table 85: Module Types - Up/Down Counter
      • Table 86: Submodule Types and Data Lengths - Up/Down Counter
      • 2-Channel Pulse Width Modules
      • Distance and Angle Measurement Modules
      • Table 87: Module Types - 2-Channel Pulse Width Output Modules
      • Table 88: Submodule Types and Data Lengths - 2-Channel Pulse Width Output
      • Table 89: Module Types - Distance and Angle Measurement Modules
      • Serial Interfaces
      • Table 90: Submodule Types and Data Lengths - Distance and Angle Measurement
      • Table 91: Modultypen - Serial Interfaces
      • Table 92: Submodule Types and Data Lengths - Serial Interfaces
      • DC-Drive Controller
      • RTC Module
      • Table 93: Module Types - DC-Drive Controller
      • Table 94: Submodule Types and Data Lengths - DC-Drive Controller
      • Table 95: Module Types - RTC Module
      • DALI/DSI Master and DALI Multi-Master Modules
      • AS-Interface Master Modules
      • Table 96: Submodule Types and Data Lengths - RTC Module
      • Table 97: Module Types - DALI/DSI Master and DALI Multi-Master Modules
      • Table 98: Submodule Types and Data Lengths - DALI/DSI Master and DALI
      • Table 99: Module Types - AS-Interface Master Modules
      • RF Modules
      • Table 100: Submodule Types and Data Lengths - AS-Interface Master Modules
      • Table 101: Module Types - RF Modules
      • 14.1.6.10 MP-Bus Master Modules
      • 14.1.6.11 Vibration Monitoring
      • Table 102: Submodule Types and Data Lengths - RF Modules
      • Table 103: Module Types - MP-Bus Master Modules
      • Table 104: Submodule Types and Data Lengths - MP-Bus Master Modules
      • Table 105: Module Types - Vibration Monitoring
      • 14.1.6.12 Safety Modules Profisafe V2
      • 14.1.6.13 Stepper Modules
      • Table 106: Submodule Types and Data Lengths - Vibration Monitoring
      • Table 107: Module Types - Safety Modules Profisafe V2
      • Table 108: Submodule Types and Data Lengths - Safety Modules Profisafe V2
      • Table 109: Module Types - Stepper Modules
      • I/O-Link Master (from FW 03)
      • CAN Gateway (from FW 03)
      • Proportional Valve Module (from FW 03)
      • Table 110: Submodule Types and Data Lengths - Stepper Modules
      • System Modules
      • Power Supply Modules
      • Parameters of the I/O Modules
      • Digital Input Modules (DI)
      • Table 111: Module Types - Power Supply Modules
      • Table 112: Submodule Types and Data Lengths- Power Supply Modules
      • Table 113: Parameterization - Overview of Attributes for Digital Input Modules
      • Table 114: Parameterization DI, DIA - Attributes "Channel Diagnosis
      • Table 115: Parameterization DI, DIA - Attributes "Diagnosis: External Fault
      • Digital Output Modules (DO)
      • Table 116: Parameterization - Overview of Attributes for Digital Output Modules
      • Table 117: Parameterization DO - Attributes "Substitute Value Behavior
      • Table 118: Parameterization DO - Attribute "Substitute Value (1 Byte)
      • Digital Output Modules with Diagnostics (DO, DIA)
      • Table 119: Parameterization - Overview of Additional Attributes for Digital Output Modules with Diagnostics (DO, DIA)
      • Table 120: Parameterization DO, DIA - Attribute "Channel Diagnosis
      • Table 121: Parameterization DO, DIA - Attribute "Diagnosis: External Fault
      • Table 122: Parameterization DO, DIA - Attribute "Diagnosis: Short Circuit
      • Profienergy Submodules (DO, PE)
      • Table 123: Parameterization DO, DIA - Attribute "Diagnosis: Line Break
      • Table 124: Parameterization - Overview of Additional Attributes for Profienergy Submodules (DO, PE)
      • Table 125: Parameterization DO, PE - Attribute "Minimal Pause Time
      • Table 126: Parameterization DO, PE - Attribute "Pause Output State
      • Analog Input Modules
      • Table 127: Parameterization - Overview of Attributes for Analog Input Modules
      • Table 128: Parameterization AI - Attribute "Channel Diagnosis
      • Table 129: Parameterization AI - Attribute "Diagnosis: External Fault
      • Table 130: Parameterization AI - Attribute "Diagnosis: Measuring Range
      • Table 131: Parameterization AI - Attribute "Diagnosis: Measuring Range
      • Table 132: Parameterization AI - Attribute "Diagnosis: Line Break
      • Table 133: Parameterization AI - Attribute "Diagnosis: Short Circuit
      • Special AI Module Types (AI, RTD, TC)
      • Table 134: Parameterization AI - Attribute "Diagnosis: Lower Limit Value Exceeded
      • Table 135: Parameterization AI - Attribute "Diagnosis: Upper Limit Value Exceeded
      • Table 136: Parameterization AI - Attribute "Lower User Limit
      • Table 137: Parameterization AI - Attribute "Upper User Limit
      • Table 138: Parameterization - Overview of Additional Attributes for Special AI
      • Table 139: Parameterization 2AI, RTD, TC - Attribute "User Scaling
      • Table 140: Parameterization 2AI, RTD, TC - Attribute "User Offset
      • Table 141: Parameterization 2AI, RTD, TC - Attribute "User Gain
      • Table 142: Parameterization 2AI, RTD, TC - Attribute "Vendor Scaling
      • Table 143: Parameterization 2AI, RTD, TC - Attribute "Watchdog Timer
      • Table 144: Parameterization 2AI, RTD, TC - Attribute "Vendor Scaling
      • Table 145: Parameterization 2AI, RTD, TC - Attribute "Status Flags
      • Table 146: Parameterization 2AI, RTD, TC - Attribute "Filter
      • Table 147: Parameterization AI, RTD 461- Attribute "Filter Constant
      • Table 148: Parameterization AI, RTD 481- Attribute "Filter Constant
      • Table 149: Parameterization AI, TC - Attribute "Filter Constant
      • Table 150: Parameterization 2AI, RTD 461, 481 - Attribute "Sensor Type
      • Table 151: Parameterization 2AI, RTD - Attribute "Overrange Protection
      • Table 152: Parameterization 2AI, RTD 463 - Attribute "Sensor Type
      • Table 153: Parameterization 4AI, RTD 464 - Attribute "Sensor Type
      • Table 154: Parameterization 4AI, RTD 464/020-000 - Attribute "Sensor Type
      • Table 155: Parameterization 2AI, RTD 464 - Attribute "Connection Type
      • Table 156: Parameterization AI, PM 494 - Attribute "DC Measurement
      • Table 157: Parameterization 2AI, RTD 461, 481 - Attribute "Connection Type
      • Table 158: Parameterization 2AI, TC - Attribute "Sensor Type
      • Table 159: Parameterization AI, TC - Attribute "Wire Break Detection
      • Table 160: Parameterization AI, TC - Attribute "Check Lower Measurement Range Limit
      • Table 161: Parameterization AI, TC - Attribute "Cold Junction Compensation
      • Table 162: Parameterization AI, 3 PM - Attribute "Watchdog
      • Table 163: Parameterization AI, 3 PM - Attribute "Nom. Frequency Power Supply
      • Table 164: Parameterization AI, 3 PM 495 - Attribute "Identifier Rogowski Coils
      • Table 165: Parameterization AI, 3 PM - Attribute "Peak Value Phase
      • Table 166: Parameterization AI, 3 PM - Attribute "Autoreset Min./Max. Value
      • Table 167: Parameterization AI, 3 PM - Attribute "User Scaling
      • Table 168: Parameterization AI, 3 PM - Attribute "Scaling Energy Consumption
      • Table 169: Parameterization AI, 3 PM - Attribute "Scaling Energy Consumption
      • Table 170: Parameterization AI, 3 PM - Attribute "Storage Interval Energy [S]
      • Table 171: Parameterization AI, 3 PM - Attribute "Current Transformer Ratio
      • Table 172: Parameterization AI, 3 PM - Attribute "Peak Value Meas. Interval
      • Analog Output Module (AO)
      • Table 173: Parameterization AI, 3 PM - Attribute "Min./Max. Reset Interval
      • Table 174: Parameterization - Overview of Attributes for Analog Output Modules
      • Table 175: Parameterization AO - Attribute "Substitute Value Behavior
      • Analog Output Module with Diagnostics (AO, DIA)
      • Table 176: Parameterization AO - Attribute "Substitute Value (2 Byte)
      • Table 177: Parameterization - Overview of Additional Attributes for Analog Output Modules with Diagnostics (AO, DIA)
      • Table 178: Parameterization AO, DIA - Attribute "Channel Diagnosis
      • Table 179: Parameterization AO, DIA - Attribute "Diagnosis: Short Circuit
      • Table 180: Parameterization AO, DIA - Attribute "Diagnosis: Undervoltage
      • Special AO Module Types with Parameter Channel
      • Table 181: Parameterization AO, DIA - Attribute "Diagnosis: Overtemperature
      • Table 182: Parameterization AO, DIA - Attribute "Diagnosis: Error
      • Table 183: Parameterization AO, DIA - Attribute "Diagnosis: External Fault
      • Table 184: Parameterization - Overview of Additional Attributes for Special AO Module Types with Parameter Channel(AO, 562, 563)
      • Table 185: Parameterization AO, 562, 563 - Attribute "User Scaling
      • Table 186: Parameterization AO, 562, 563 - Attribute "Calibration
      • Table 187: Parameterization AO, 562, 563 - Attribute "Number Representation
      • Table 188: Parameterization AO, 562, 563 - Attribute "Operating Mode
      • Table 189: Parameterization AO, 562, 563 - Attribute "On Exceeding User Limits
      • Profienergy Submodules (AO, PE)
      • Table 190: Parameterization AO, 562, 563 - Attribute "Output
      • Table 191: Parameterization AO, 562, 563 - Attribute "Behavior on K-Bus Timeout
      • Table 192: Parameterization AO, 562, 563 - Attribute "Switch-On Delay [S]
      • Table 193: Parameterization - Overview of Additional Attributes for
      • 14.2.11 Specialty Modules
      • Table 194: Parameterization AO, PE - Attribute "Minimal Pause Time
      • Table 195: Parameterization DO, PE - Attribute "Pause Output Value
      • Table 196: Parameterization SF, DIA - Attribute "Channel Diagnosis
      • Table 197: Parameterization SF, DIA - Attribute "Diagnosis: External Fault
      • Table 198: Parameterization SF, DIA - Attribute "Diagnosis: Error
      • Table 199: Parameterization SF, DIA - Attribute "Diagnosis: Undervoltage
      • Table 200: Parameterization SF, SSI 630 - Attribute "Diagnosis: Sampling Error
      • Table 201: Parameterization SF, ENC - Attribute "Diagnosis: Upper Limit Value Exceeded
      • Table 202: Parameterization SF, ENC - Attribute "Sensor or Load Voltage
      • Table 203: Parameterization SF, Asi - Attribute "Diagnosis: Bus Fault
      • Table 204: Parameterization SF, SSI 630 - Attribute "Baud Rate [Khz]
      • Table 205: Parameterization SF, SSI 630 - Attribute "SSI Frame
      • Table 206: Parameterization SF, SSI 630 - Attribute "SSI Clocks
      • Table 207: Parameterization SF, SSI 630 - Attribute "Relevant Data Length [Bit]
      • Table 208: Parameterization SF, SSI 630 - Attribute Synchronous Operation
      • Table 209: Parameterization SF, SSI 630 - Attribute "Gray-Dual Code Conversion
      • Table 210: Parameterization SF, SSI 630 - Attribute "Single-Turn Evaluation
      • Table 211: Parameterization SF, SSI 630 - Attribute "Disable Frame Error Detection
      • Table 212: Parameterization SF, SER - Attribute "Transmission Rate Area [Baud]
      • Table 213: Parameterization SF, SER - Attribute "Transmission Rate [Baud]
      • Table 214: Parameterization SF, SER - Attribute "Data Frame
      • 14.2.12 System Modules
      • Table 215: Parameterization SF, Asi 655, BT 644 - Attribute "Mailbox Length
      • Table 216: Parameterization SF, Asi 655, BT 644 - Attribute "Cross-Fading of
      • Table 217: Parameterization SF, Asi 655 - Attribute "Use of Free PI Areas
      • Table 218: Parameterization - Overview of Attributes for System Modules with Diagnostics (PS, DIA)
      • Table 219: Parameterization PS, DIA - Attribute "Module Diagnosis
      • Table 220: Parameterization PS, DIA - Attribute "Sensor or Load Voltage
      • Table 221: Parameterization PS, 750-610, 750-611 - Attribute "Diagnosis: Fuse
      • Table 222: Parameterization PS, 750-606 - Attribute "Diagnosis: Undervoltage
      • Record Data Sets
      • Table 223: Parameterization PS, 750-606 - Attribute "Diagnosis: External Fault
      • Table 224: Record Data Sets
      • Detailed Structures I&M 0-4
      • Table 225: Data Set I&M 0
      • Table 226: Data Set I&M 1
      • Table 227: Data Set I&M 2
      • Table 228: Data Set I&M 3
      • Table 229: Data Set I&M 4
      • Structure of the Standardized Diagnosis Data Sets
      • Extended Channel Diagnostics
      • Table 230: "Blocktypes
      • Table 231: Head of the Structure
      • Table 232: „Extchanneldiagnosis" Structure
      • Table 233: "Extchanneldiagnosisdata" Instance Structure
      • Table 234: Additional Error Information for Error Type "Internal Bus Fault
      • Fault Cases of I/O Modules with Diagnostics Capability
      • 14.5.1.1.1 Digital Input Modules
      • 14.5.1.1.2 Digital Output Modules
      • Table 235: Fault Cases of Digital Input Modules with Diagnostics Capability
      • Table 236: Fault Cases of Digital Output Modules with Diagnostics Capability
      • 14.5.1.1.3 Analog Input Modules
      • Table 237: Fault Cases of Analog Output Modules with Diagnostics Capability
      • 14.5.1.1.4 Analog Output Modules
      • Table 238: Fault Cases of Analog Output Modules with Diagnostics Capability
      • 14.5.1.1.5 Complex I/O Modules
      • Table 239: Fault Cases of Complex I/O Modules with Diagnostics Capability
      • 14.5.1.1.6 Profisafe V2 Ipar I/O Modules
      • Difference between Real and Expected Configuration
      • Table 240: Initial Structure "Modulediffblock
      • Table 241: Structure of the Odd Modules Within the Configuration
      • Table 242: Structure of the Erroneously Configured Submodules

    • List of Figures

    • List of Tables

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Manual
WAGO-I/O-SYSTEM 750
PROFINET IO advanced Fieldbus Coupler
750-375(/xxx-xxx)
2-port switch; 100 Mbit/s;
digital, analog and complex signals
Version 1.1.0
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Summarization of Contents

Notes about this Documentation
Validity of this Documentation
Specifies the applicability of the documentation to the fieldbus controller and its variants.
Symbols
Explains the meaning of various symbols used for warnings, cautions, and notes.
Abbreviations and Terms
Provides a list of abbreviations and terms used throughout the manual.
Important Notes
Personnel Qualifications
Details the required qualifications for personnel performing operations on Series 750 devices.
Use of the 750 Series in Compliance with Underlying Provisions
Outlines guidelines for the proper and compliant use of the WAGO-I/O-SYSTEM 750.
Safety Advice (Precautions)
Provides essential safety precautions for installing and operating the device.
System Description
Power Supply
Details the power supply requirements, isolation, and connection for the system.
Grounding
Explains the grounding procedures for DIN rails and the grounding function.
Shielding
Provides information on using shielded cables and the WAGO shield connecting system.
Device Description
Fieldbus Coupler Properties
Lists the general specifications and PROFINET IO properties of the fieldbus coupler.
Operating Elements
Describes the device's operating elements like the service interface and DIP switch.
Technical Data
Provides detailed technical specifications including device, system, and supply data.
Mounting
Installation Position
Details the allowed installation positions and requirements for end stops.
Mounting onto Carrier Rail
Explains how to mount components onto a carrier rail and its properties.
Mounting Sequence
Describes the correct order for mounting fieldbus couplers and I/O modules.
Inserting and Removing Devices
Provides instructions for inserting and removing fieldbus couplers and I/O modules.
Connect Devices
Data Contacts/Internal Bus
Describes the internal bus communication and data contacts.
Connecting a Conductor to the CAGE CLAMP®
Details the procedure for connecting conductors using CAGE CLAMP® technology.
Function Description
Device Start-Up and Initialization
Explains the process of device startup, initialization, and status indication.
Configuration Limits
Outlines the minimum and maximum configuration limits for the system.
Flexible Configuration of Digital I/O Modules
Details how to flexibly package digital I/O module data for efficient processing.
Using Fail-Safe I/O Modules (PROFIsafe V2)
Provides information on operating PROFIsafe V2 I/O modules and their features.
Firmware Update
Describes the procedure and requirements for updating the device firmware.
Commissioning
General Procedure
Provides a general overview of the commissioning process for the I/O device.
Perform configuration steps
Lists the specific steps required for system configuration after installation.
Parameterization
Covers parameterization requirements for hardware configuration and data exchange.
PROFINET Connection
Explains how to establish and manage PROFINET connections, including AR and CR.
Web-based Management (WBM)
General Structure of WBM Pages
Describes the layout and navigation of the Web-based Management pages.
Ethernet
Details physical connection to the ETHERNET network and packet statistics.
Diagnostics
Explains how to access and interpret diagnostic messages via the WBM.
Administration
Covers administrative functions within the WBM, such as password management.
Connection Errors
Details potential causes and troubleshooting for WBM connection errors.
Diagnostics
LED Signaling
Explains the meaning of various LEDs on the fieldbus coupler for status indication.
Error Response
Describes how the system responds to fieldbus and internal data bus failures.
PROFINET IO Diagnostics
Details how to perform PROFINET IO diagnostics using record data sets.
Fieldbus Communication
Standard ETHERNET Protocols
Describes standard Ethernet protocols like IP, TCP, HTTP, DCP, LLDP, MRP, and SNMP.
PROFINET IO
Provides a general overview of PROFINET IO, including cabling and device classes.
Addressing
Explains how devices are addressed using MAC addresses and port MAC addresses.
PROFINET Communication Principle
Details PROFINET data traffic types and communication connection establishment.
I/O Modules
Module and Submodule types of the I/O-Modules
Lists and describes various types of digital, analog, and specialty I/O modules.
Parameters of the I/O Modules
Details the parameters and attributes for configuring digital and analog I/O modules.
Use in Hazardous Environments
Marking Configuration Examples
Provides examples of marking configurations for ATEX, IEC-Ex, and NEC 500.
Installation Regulations
Outlines the general rules and regulations for installing equipment in hazardous areas.
Appendix
Module and Submodule types of the I/O-Modules
Lists various types of digital, analog, and specialty I/O modules and their data lengths.
Parameters of the I/O Modules
Details the attributes and descriptions for parameterizing various I/O modules.
Structure of the Standardized Diagnosis Data Sets
Explains the structure of standardized diagnostic data sets and their components.

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