B+B KNX OPUS Documentation

Controlling and visualization of the opus mcu610 system with the eib/knx

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Documentation
KNX OPUS
Gateway
Controlling and visualization of the
OPUS MCU610 System with the EIB/KNX
Order number: E001-H028001

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Summary of Contents for B+B KNX OPUS

  • Page 1 Documentation KNX OPUS Gateway Controlling and visualization of the OPUS MCU610 System with the EIB/KNX Order number: E001-H028001...
  • Page 2 These products are not designed for use in life support appliances, devices or systems where malfunction of these products can reasonably be expected to result in personal injury. b+b customers using or selling these products for use in such applications do so at their own risk and agree to fully indemnify b+b for any damages resulting from such application.
  • Page 3 Only qualified persons are allowed to install our units. Softwaredesign and Coding: Michael Herbst Documentation: Michael Herbst Editor: Steffen Kiene b+b Automations- und Steuerungstechnik GmbH Eichenstraße 38a D-64743 Beerfelden Tel.: +49 6068 / 478910 Email: support@bb-steuerungstechnik.de Internet: http://www.bb-steuerungstechnik.de © b+b Automations- und Steuerungstechnik GmbH KNX OPUS GATEWAY.DOC...
  • Page 4: Table Of Contents

    Installation instruction..........................10 Parametrisation with the b+b Terminal software ................... 11 Automatic USB driver installation....................11 Manual USB driver installation......................11 Establish a connection with the KNX OPUS Gateway ..............15 Configure gateway specific settings.....................16 Configure channel settings ......................17 EIB/KNX OPUS Transmission ....................18 OPUS EIB/KNX Transmission ....................20...
  • Page 5: Highlights Knx Opus Gateway

    • Easy parametrisation with the b+b Terminal software over USB connection • Each KNX OPUS Gateway can handle up to 200 configuration channels • Rail mounted device (6TE = 105mm) with integrated 85V – 260V wide range power supply Field of application •...
  • Page 6: Introduction

    Terminal software. The hardware of the KNX OPUS Gateway consists of a 6TE (= 105mm) DIN rail mounting enclosure with integrated 85V – 260V power unit and connectors for OPUS MCU610 and EIB/KNX. The device is maintenance-free without fan or any other wear parts.
  • Page 7: Technical Data

    1:1 cable (male – female) 2.) USB as service interface (for parametrisation) over Mini USB connector Type B Virtual COM port Baudrate: 57600 Baud 3.) EIB/KNX connection via standard EIB/KNX connector Table 1: Technical data © b+b Automations- und Steuerungstechnik GmbH KNX OPUS GATEWAY.DOC...
  • Page 8: Connection Overview

    Rev.: 04/2012 KNX OPUS Gateway Page 8 of 25 Connection overview Figure 2: Connection overview KNX OPUS Gateway USB connector (Mini USB Typ B) RS232 Serial connection (RS-232) to OPUS MCU610 EIB/KNX connector L1 / N Power supply 85V – 260V AC...
  • Page 9: Display And Control Elements

    You can leave the programming mode by short pressing the Button again. Function LED flashing: A data transmission between the PC and the KNX OPUS Gateway over the USB inter- face is in progress. LED flashing: OPUS TX The KNX OPUS Gateway sends a telegram to the OPUS system.
  • Page 10: Installation Instruction

    Connect the KNX OPUS Gateway to the EIB/KNX bussystem with a standard bus connector. • Connect your OPUS MCU610 controller via the RS-232 Port 3 to the KNX OPUS Gateway. Use a D-Sub 9 pole serial 1:1 cable (male - female) for this connection.
  • Page 11: Parametrisation With The B+B Terminal Software

    Parametrisation with the b+b Terminal software Before using the KNX OPUS Gateway you first have to setup all OPUS instructions you want to map to EIB/KNX group addresses. The parametrisation of the gateway is handled via a dialog in the b+b Ter- minal software and can be transferred to the KNX OPUS Gateway over the USB interface.
  • Page 12 In the last step of the Hardware Wizard select the directory on your harddisk in which you have ex- Next > tracted the ZIP archive before (e.g. “D:\Support\FTDI\”) and push the button „ “. © b+b Automations- und Steuerungstechnik GmbH KNX OPUS GATEWAY.DOC...
  • Page 13 „ “. Please repeat the steps of the installation process above to install this driver. The Hardware Wizard again signals the successful driver installation in the last dialog: © b+b Automations- und Steuerungstechnik GmbH KNX OPUS GATEWAY.DOC...
  • Page 14 Rev.: 04/2012 KNX OPUS Gateway Page 14 of 25 Figure 9: “Found New Hardware Wizard” successful Finish Finish the Found New Hardware Wizard by pushing the „ “ button. © b+b Automations- und Steuerungstechnik GmbH KNX OPUS GATEWAY.DOC...
  • Page 15: Establish A Connection With The Knx Opus Gateway

    COM port of your connected KNX OPUS GW manually. Please proceed as follows: To establish a connection with your KNX OPUS Gateway you need to know the virtual COM port num- ber under which the KNX OPUS Gateway was installed. To find out this COM port number you have to Device Manger My Computer open the „...
  • Page 16: Configure Gateway Specific Settings

    After you’ve setup the connection, close the window by clicking on the „ “ button. To start the com- munication with your KNX OPUS Gateway you have to click on the green arrow button in the toolbar. To test the connection you can send a „...
  • Page 17: Configure Channel Settings

    After setting up the Gateway specific data you can now start to configure your OPUS instruction to EIB/KNX group address mappings. It is possible to setup up to 200 different channels per KNX OPUS Gateway, which means you can map up to 200 different OPUS instructions to EIB/KNX group ad- dresses.
  • Page 18: Eib/Knx Opus Transmission

    OPUS. This means if you write data to the EIB/KNX KNX Groupaddress group address entered in the field „ “ this data is transmitted to the OPUS system as an OPUS instruction with direction “S”. © b+b Automations- und Steuerungstechnik GmbH KNX OPUS GATEWAY.DOC...
  • Page 19 OPUS instruction telegram send to your OPUS system. That means, if you write e.g. the data value “5” to EIB/KNX group address “1/0/1”, the KNX OPUS Gateway transmits the OPUS in- struction “#11S0105!” to your OPUS system.
  • Page 20: Opus Eib/Knx Transmission

    Page 20 of 25 Figure 15: Data Value Options for OPUS Instruction “Input Select” In the option group below the Data Value Options you can choose when the KNX OPUS Gateway should transmit data from the EIB/KNX bussystem to the OPUS system.
  • Page 21: Transfer Parametrisation To The Knx Opus Gateway

    KNX Data Format entered before, in the field „ “. In the option group below the KNX Data Format you can choose when the KNX OPUS Gateway should transmit data from the OPUS system to the EIB/KNX bussystem. Never send to EIB/KNX If you choose the option „...
  • Page 22 Rev.: 04/2012 KNX OPUS Gateway Page 22 of 25 Figure 20: Parametrisation dialog b+b KNX OPUS Gateway (Online) © b+b Automations- und Steuerungstechnik GmbH KNX OPUS GATEWAY.DOC...
  • Page 23: Functional Description

    After the KNX OPUS Gateway was installed and parametrised it is ready for operation. The KNX OPUS Gateway has seven light emitting diodes (LEDs) on its top to visualise the current device status, data transmission and errors to the user. The meaning of these LEDs was described in the sec- tion „...
  • Page 24: Ascii Command Interface

    The KNX OPUS Gateway offers an easy to use ASCII command interface for diagnosis purposes. The user can connect to the KNX OPUS Gateway with any terminal program over the virtual COM port and transmit ASCII commands to the gateway.
  • Page 25 KNX OPUS Gateway Page 25 of 25 Language of dialog texts: English PA:<PA> <PA> <PA> Set physical address (e.g. = 1.1.254) RESET Restart KNX OPUS Gateway Table 5: Overview ASCII commands © b+b Automations- und Steuerungstechnik GmbH KNX OPUS GATEWAY.DOC...

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