Logo Logo en
  • Сервер
    Сервер
    • Основы
    Железо
    • iRidium server NUC
    • iRidium server UMC
    • iRidium server RPi
    • iRidium server for Linux
    iRidium studio
    • Первое знакомство
    • Создание серверного проекта
    • Работа с драйверами
    Отладка приложения
    • Запуск проекта на сервере
    • Веб-интерфейс
    Other
    • Интеграция панелей
    • Интеграция серверов
  • i3 pro
    i3 pro
    • Основы
    iRidium studio
    • Первое знакомство
    • Создание графического интерфейса
    • Работа с драйверами
    Отладка приложения
    • Эмулятор
    • iRidium Transfer
    • Логирование
    Конечный пользователь
    • Лицензирование
    • Установка и настройка приложения
    • Системное меню
    Other
    • Использование модулей i3 lite
    • Tips&Tricks
    JavaScript
    • Руководство
    • Справочник
    • Примеры
    • Готовые JS модули
  • Драйверы
    Драйверы
    • Основы
    Протоколы и интерфейсы
    • BACnet IP
    • KNX
    • KNX IP BAOS
    • Microsoft Exchange
    • Modbus
    • MQTT
    • ODBC
    • SIP
    • Yandex Alice
     
    • 1-Wire
    • Amazon Alexa
    • Z-Wave
    • Google Home
    • ZigBee
    Производители
    • AMX
    • Beckhoff ADS
    • Clipsal
    • Crestron
    • Domintell
    • Duotecno
    • INELS BUS
    • INELS Wireless
    • EPSNET
     
    • Global Cache
    • HDL Buspro
    • Helvar
    • Larnitech
    • Lutron
    Разработчикам
    • AV & Custom Systems
    • Готовые JS модули

  • Bus77





    • Преобразователь USB/Bus77
  • i3 lite


    i3 lite
    • Основы
    Конфигуратор i3 lite
    • Создание проекта i3 lite
    • iRidium server lite
    • Подготовка проекта для конечного пользователя
    • Object management through the internet
    • iRidium cloud gate
    • iRidium Server for Raspberry Pi
    Модули
    • Все модули
    • HDL bus-pro
    • KNX
    • Modbus TCP
    • iRidium Gate for Voice Control
    Разработка модулей
    • Основы
    • Справочник API
    • Smart API
    • Тестирование и публикация модулей
  • Сервисы




    • iRidium Cloud

    • Push-уведомления
    • Внешние push-уведомления

    • BYOD
iRidium mobile web-site
Содержание
    Инструменты‌
    • Сведения о странице
    • Постоянная ссылка
    • Версия для печати
    • Спецстраницы
    • Связанные правки
    • Ссылки сюда
    Login / Create Account
    Материал из for iRidium developers
    Перейти к: навигация, поиск
    Эта страница является переводом страницы Beckhoff. Перевод выполнен на 100%.

    Other languages:
    English • ‎русский

    Содержание

    • 1 iRidium for Beckhoff ADS
    • 2 Description
    • 3 Connection
      • 3.1 Adding the driver manually
      • 3.2 Connection settings
      • 3.3 Change of Connection Settings
    • 4 Commands & Feedbacks
      • 4.1 Settings
      • 4.2 Setting access to Beckhoff controller from different devices at the same time

    iRidium for Beckhoff ADS

    a set of tools for creating visualization interfaces


    The driver is meant to control Beckhoff ADS equipment. To understad the driver, use the project example:

    download the examples:

    • iRidium Beckhoff


    Description

    iRidium for Beckhoff is a set of tools for creating interfaces to control homes or offices on the basis of Beckhoff equipment.


    Connection

    Control panels (iOS, Android, Windows, Mac) can control Beckhoff equipment only via Beckhoff controller. Controller must be selected as Target device in TwinCat System Manager.


    BeckhoffConnection.png

    Adding the driver manually

    To get started you add the Beckhoff driver to the project from the database iRidium:


    1. Launch iRidium Studio and create a new iRidium project
    2. Open DEVICE BASE side panel and find Beckhoff driver. Drag and drop Beckhoff to PROJECT DEVICE PANEL


    Beckhoff add device.png

    Adding the Beckhoff driver


    Indicate the controller address in iRidium project otherwise it will not work.


    Connection settings

    When the driver is added to the project, specify the connection settings.

    Beckhoff params.png
    • Host - IP address of the controller
    • Port port connect to the controller
    • Net ID - the ID of the Bacnet controller. To see it in the controller settings utility TwinCat System Manager
    • Send Timeout - time for request sending to Beckhoff controller in milliseconds
    NetID.png

    Change of Connection Settings

    You need the possibility to change connection properties when you disconnect from the Wi-Fi network of the automation object and start using 3G or another Wi-Fi network. To maintain control of the object you need to switch from the local to public IP-address of the Internet router.

    The switch is not automatic. You have to select the connection mode. For remote acces you have to make ports for controlling the automation system public. In order to do that you have o set up the Port Forwarding service on your Internet router. VPN can provide protected connection.


    1 Download the template (*.js) (right-click button: "Save object as ..."), add the template in the script editor with the buttonIcon Scripts.png (+) Add Script from file


    2 Set up script properties as it is shown in the example:

    function Internal_1() {
    IR.GetDevice('Beckhoff').SetParameters({Host: "192.168.0.95", Port: 5001, TargetNetID: "5.9.57.45.1.1", "SendTimeout":20});
    }
    function External_1() {
    IR.GetDevice('Beckhoff').SetParameters({Host: "215.110.10.10", Port: 5001, TargetNetID: "5.9.57.45.1.1", "SendTimeout":20});
    }

    Copy the driver name from Projeсt Device Panel - the list of properties has to be copied from the example.


    3 Select the button which will be responsible for the switch of Internal and External properties. Open Macros Editor for the Press event (Object Properties > Programming), select the Script Call command and add it by double-clicking on it. Select the name of the function which will be activated by the button:

    Script call internal-external.png

    Now each pressing on the button will apply the corresponding connection properties.


    Commands & Feedbacks

    Commands and feedback channels have to be assigned to graphic items to control equipment:

    • A command is assigned to a graphic item.
    • Feedback channel is assigned to a graphic item to display the variable state.


    To assign commands or channels to graphic items use the drag&drop method.


    To send a command, drag it on a graphic item. To display feedback, drag the channel on the graphic item and indicate where to output the value (Value):

    SendValue.png


    Settings

    To set a command or feedback set values in the following fields:

    • Target Port - the port on which you want to refer to the variable. Designation types:


    Name Port
    Logger

    100

    Event Logger

    110

    IO

    300

    Additional Task 1

    301

    Additional Task 2

    302

    NC

    500

    PLC RC 1

    801

    PLC RC 2

    811

    PLC RC 3

    821

    PLC RC 4

    831

    Canshaft Contr

    900

    System Service

    10000

    Scope

    14000

    • Type - The type of the variable specified in the TwinCat System Manager when you create the channel or tag. iRidium supports the following types:


    Type Length, bit Description
    BOOL 1 Boolean
    BYTE 8 Set of 8 bits
    WORD 16 Set of 16 bits
    DWORD 32 Set of 32 bits
    LWORD 64 Set of 64 bits
    SINT 8 Signed integer
    USINT 8 Unsigned integer
    INT 16 Signed integer
    UINT 16 Unsigned integer
    DINT 32 Signed integer
    UDINT 32 Unsigned integer
    LINT 64 Signed integer
    ULINT 64 Unsigned integer
    REAL 32 With floating point
    LREAL 64 With floating point
    STRING The length is set by a user String

    The type of the variable in TwinCat System Manager, you can look in the settings variable

    BeckhoffChannelTypes.png
    • PLC Var Name - The variable name specified when created in TwinCat System Manager.

    It's required to type point before variable name to access to global variables in GLOBAL section (physical inputs and outputs included). For example: .SwitchButton.

    BeckhoffChannelName.png

    Setting access to Beckhoff controller from different devices at the same time

    Add your IP address to the list of allowed addresses in TwinCat System Manager: SYSTEM -> Configuration -> Route Settings -> Static Routes -> Add...

    • Route Name (Target): any name
    • Ams Net Id: your IP address + 1.1 (for example, 192.168.0.10.1.1)
    • Transport Type: TCP/IP
    • Address Info: your IP address

    Then click Add Route, and then click Close button.

    You can also use Current Routes tab, but after a controller is reloaded, your IP address will be deleted from the list of allowed addresses.
    After PLC program is downloaded to the controller, the firmware has to be replaced for all the settings to restore after reboot: PLC Control -> Online -> CreateBootproject.

    Источник — «https://dev.iridi.com/index.php?title=Beckhoff/en&oldid=51422»
    Категория:
    • Инструкции
    About us
    Company
    Team
    History
    Philosophy
    Rewards
    Partnership
    Our partner
    Partnership Programs
    Apply for partnership
    products
    iRidium pro
    iRidium lite
    iRidium gate
    iRidium server
    Loads
    iRidium pro
    iRidium lite
    Other version
    Marketing materials
    Support
    On-line courses/Video
    Recommended equipment
    Other version
    iRidium pro
    Documentation
    FAQ
    Forum
    iRidium lite
    Documentation
    Forum
    Projects
    Standart projects
    Smart buildings
    Smart house
    Special solution
    Find a dealer
    News
    Facebook
    Youtube
    Twitter
    VK
    Logo
    Everything is under control


    Russia, Nizhny Tagil
    Mira Sstreet, 56 B
    +7 (343) 271-47-13 (2)

    Privacy policy
    2008-2018 iRidium LTD