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WinCC OA Documentation
WinCC OA Documentation
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  • Version Information
  • Concepts
  • Deployment
  • Security
  • Engineering
  • Data Management
  • Business Logic / Control
  • Data Visualization
  • Southbound Interfaces
  • Northbound Interfaces
  • Web Connectivity / Network Interfaces
  • User Management
  • Availability
  • Reporting
  • Addons
  • Reference Tables
  • Videos & Tutorials
  • Documentation
  • Support & Services
  • Disclaimer
  1. Home
  2. Southbound Interfaces

    The process connection to the actual machines/sensors.

  3. IEC 61850 Driver

    IEC 61850 defines an architecture for meeting the needs of electrical substation automation.

  4. IEC 61850 Engineering
  5. Device settings
  • Version Information

    Release Notes, Update information, Certifications and Frequently Asked Questions.

  • Concepts

    Your first step into modern and powerful process visualization.

  • Deployment

    Topics you need to know before using WinCC OA.

  • Security

    Go beyond the norm in cybersecurity.

  • Engineering

    Powerful tools for easy or complex engineering tasks.

  • Data Management

    Classify, structure and archive your data.

  • Business Logic / Control

    Endless possibilities in data processing for your projects.

  • Data Visualization

    User interfaces, Trends and Reports for every purpose and device.

  • Southbound Interfaces

    The process connection to the actual machines/sensors.

    • S7Plus Driver

      The WinCC OA S7Plus driver uses the Siemens communication library IOMS and is meant for the communication with Siemens S7 PLCs.

    • S7 Driver

      The WinCC OA S7 driver is a native driver for connection to the periphery with Siemens S7 PLCs.

    • OPC Unified Architecture (OPC UA)

      OPC Unified Architecture (in short OPC UA) is the most recent OPC specification from the OPC Foundation and differs significantly from its predecessors (DA, A&E, HDA). OPC UA forms a new standard, which is completely based on a service-oriented architecture.

    • OPC Client

      This chapter explains the most important terms and presents the steps involved in starting a functioning OPC communication. The individual points will be dealt with in more detail in the subsequent chapters.

    • OPC HDA Client

      The WinCC OA OPC (OLE for Process Control) HDA client allows to query, display and save historical data from OPC HDA servers.

    • OPC Alarms & Events

      OPC Alarms & Events (brief OPC A&E) is in addition to the Data Access another standard in order to implement a central alert management manufacturer spanning. OPC A&E is used to guarantee the coupling with other control systems as well as to display alerts and events in a hierarchical system

    • IEC 60870-5 Driver

      IEC drivers are standardized remote control drivers that can contain proprietary telegrams.

    • IEC 61850 Driver

      IEC 61850 defines an architecture for meeting the needs of electrical substation automation.

      • IEC 61850 Basics
      • IEC 61850 Client
      • IEC 61850 Engineering
        • Device selection
        • Device settings
          • General Settings
          • Tags
          • Datasets
          • Report control blocks
          • Command objects
        • Configuration from SCL
      • IEC 61850 Control Model
    • Modbus/TCP Driver

      Modbus/TCP is an adaptation of the serial Modbus protocol for TCP/IP communication. The Modbus/TCP driver can be used for Modbus/TCP or UNICOS at the same time.

    • SNMP

      SNMP (Simple Network Management Protocol) is a protocol for monitoring network devices (servers, workstations, routers, switches and hubs etc.) and their functions. It allows you to administer your network.

    • BACnet Driver

      BACnet (Building Automation and Control Networks) is a normed protocol for building automation and was designed by ASHRAE (American Society of Heating, Refrigerating and Air-Conditioning Engineers) in order to provide a consistent and intraoperative standard for data communication in and with systems of building automation.

    • DNP3 Driver

      The WinCC OA DNP3(Distributed Network Protocol 3) driver uses an open, robust and modern protocol, which has similar characteristics and strong points like the IEC Driver. The transmission of any number of telegrams with different data types occurs between the WinCC OA system (master) and the outstation (slave).

    • Ethernet/IP Driver

      Ethernet/IP is used to communicate with multiple generations and families of Rockwell Automation / Allen Bradley PLCs. It is an application layer protocol, layered on top of standard TCP/IP networking.

    • MQTT

      MQTT (Message Queuing Telemetry Transport) is a messaging protocol which works on top of the TCP/IP protocol and is meant for communication in networks with limited bandwidth.

    • PROFIsafe Driver

      As an application profile of PROFINET, PROFIsafe is responsible for the communication between safety devices (F-Device) and safety controllers (F-Host).

    • S-Bus Driver

      The WinCC OA S-Bus driver is used for the connection from SAIA PCD control devices to WinCC OA projects.

    • SSI Driver

      The WinCC OA SSI driver is used for interfacing SAT remote systems.

    • SINAUT Driver

      SINAUT (SIemens Network AUTomation) is a communication protocol for automatic monitoring and controlling of remote process stations on basis of SIMATIC S7 developed by Siemens.

    • RK512 Driver

      The WinCC OA driver RK512 is used for interfacing a programmable logic controller using the 3964R/RK512 protocol.

    • SECS

      The SECS (SEMI Equipment Communications Standard/Generic Equipment Model) is a communications standard published by Semiconductor Equipment and Materials International (SEMI).

    • Simulator Driver

      The WinCC OA simulator assumes the tasks of a driver without being connected to actual peripherals. This means it simulates the periphery and is able to generate values "spontaneously". It does this by passing data to the Event Manager that this manager would receive from system components during normal operation of a system. The control system functions can be tested after configuration.

    • NTCIP Gateway

      NTCIP (National Transportation Communications for ITS Protocol) is a family of open standards for the configuration, control and monitoring of traffic control equipment (e.g. traffic lights, dynamic message signs, vehicle counting).

    • TLS Gateway

      The WinCC OA TLS gateway (Technical Delivery Terms for Route Stations) is a standard for using and establishing traffic control systems on roads.

  • Northbound Interfaces

    Your portal to the cloud or supervising systems.

  • Web Connectivity / Network Interfaces

    Data exchange, APIs and web technologies

  • User Management

    All about authorization, authentication and login-customization.

  • Availability

    How to get your system uptime to the maximum.

  • Reporting

    Create state of the art project reports without limits.

  • Addons

    Useful tools and enhancements for special demands.

  • Reference Tables

    Detailed and extensive content for special project adaptation.

  • Videos & Tutorials

    Explore the capabilities of WinCC OA with our carefully selected collection of video tutorials and guides.

  • Documentation

    Basic information about terms and functions within the documentation.

  • Support & Services

    An experienced team of support agents, consultants and trainers are ready to facilitate active partnerships with our customers, so they can profit from our comprehensive service.

  • Disclaimer

    A brief clarification of liability exclusions or legal notices.

Device settings

The frame Device settings displays information related to the device selected from the device list. It also allows to apply a wide range of configuration settings.

The following tabs are available:

  • General settings
  • Tags
  • Datasets
  • Report control block
  • Command Object
  • General Settings
  • Tags
  • Datasets
  • Report control blocks
  • Command objects

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