Desigo Setup & Service Assistant User Guide A6V10429119_en--_a_07 2018-12-19 Building Technologies
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Contents 1 Cyber security disclaimer ............................................................................................................... 5 2 2.1 2.2 2.3 ABT-SSA (Setup & Service Assistant).............................................................................................. 6 Conventions in this document ................................................................................................................. 6 Accessing the ABT-SSA interface ...................................
5.11 DXR2.M18 ............................................................................................................................................. 72 Index ..................................................................................................................................................
Cyber security disclaimer 1 1 Cyber security disclaimer Siemens provides a portfolio of products, solutions, systems and services that includes security functions that support the secure operation of plants, systems, machines and networks. In the field of Building Technologies, this includes building automation and control, fire safety, security management as well as physical security systems.
2 ABT-SSA (Setup & Service Assistant) Conventions in this document 2 ABT-SSA (Setup & Service Assistant) The ABT Setup & Service Assistant (ABT-SSA) is a Web server component that is used to configure, commission and maintain devices on the building network, including its connected field buses. ABT-SSA is used for the following types of tasks: ● Setup, such as setting IP and BACnet addresses or setting the device language. ● Commissioning, such as assigning field devices and testing points on field buses.
ABT-SSA (Setup & Service Assistant) Accessing the ABT-SSA interface 2 Using ABT-SSA on a BACnet/IP network The connection options for using ABT-SSA on a BACnet/IP network are shown in the following Figure. Figure 1: BACnet/IP options for accessing to ABT-SSA. ① ABT Site Connections ⓐ, ⓑ and ⓒ in the Figure provide access to all devices on the network, such as room automation stations and routers.
2 ABT-SSA (Setup & Service Assistant) User interface overview: Device, Field buses, Application Accessing ABT-SSA through an operating and monitoring device The connection options for accessing ABT-SSA through an operating and monitoring device are: ● ABT Site In the Online component, select a configured operating and monitoring device and click Go online. ● Web browser – Connect to the USB port of the operating and monitoring device. – Type the IP address 192.168.250.
ABT-SSA (Setup & Service Assistant) User interface overview: Device, Field buses, Application 2 Figure 4: ABT-SSA user interface, medium screen resolution. Figure 5: ABT-SSA user interface, small screen resolution.
2 ① ABT-SSA (Setup & Service Assistant) User interface overview: Device, Field buses, Application ABT-SSA navigation pane On smaller screens, click the Menu button to display or hide the navigation pane. Accessing the ABT-SSA interface [➙ 6] ② Core function selector Filtering the display [➙ 12] ③ Root icon Clears the breadcrumb navigation list and displays the top-level list of objects for the option selected in the navigation pane.
ABT-SSA (Setup & Service Assistant) User interface overview: Device, Field buses, Application 2 Navigation pane views The following figures outline the views for an automation station and an operating and monitoring device. Navigation pane, automation station. Indicator Navigation pane, operating and monitoring device. Name Description ① Device Displays a detailed listing and state of events related to the local device.
ABT-SSA (Setup & Service Assistant) 2 User interface overview: Device, Field buses, Application Indicator Name Description ④ Installation Opens the Installation application. Allows you to configure the field buses of the automation station, perform point tests, and generate related reports. User interface overview: Installation [➙ 18] ⑤ Settings Displays the Favorite commissioning objects from the application. The objects displayed are determined by the configured application.
ABT-SSA (Setup & Service Assistant) User interface overview: Device, Field buses, Application ● 2 When connected to an automation station, the main entity is always the left-most item in the breadcrumb navigation. Figure 7: List view core function (no filter applied). Figure 8: Events core function filter applied. ● When connected to an operating and monitoring device, the main entity may not always be the left-most item in the breadcrumb navigation.
2 ABT-SSA (Setup & Service Assistant) User interface overview: Device, Field buses, Application Figure 10: Operating and monitoring device, filter applied. 2.3.3 Navigating in the Work area This section outlines the work area for the Device, Field buses, Application and Settings views. The options displayed in the work area and the ability to edit or operate data points depend on the role of the currently logged in user.
ABT-SSA (Setup & Service Assistant) User interface overview: Device, Field buses, Application 2 ① Icons that represent the type of BACnet objects associated with a building, floor, and room. Icons [➙ 16] ② Object description / Object name Typically, the Object description displays on the first line and the Object name displays on the second line. The preference for which displays first can be adjusted in the user definition. ③ Value quality indicator.
2 2.3.4 ABT-SSA (Setup & Service Assistant) User interface overview: Device, Field buses, Application Icons The Desigo icons represent the type of BACnet objects associated with a building, floor, and room.
ABT-SSA (Setup & Service Assistant) User interface overview: Device, Field buses, Application Indicator Description BACnet object type Trend log TrndLogS Other special Objects AppCnf, CmnEvt, DevObj, FileObj, FldBusMgmt, NotifClass, NwkPortIP, NwkPortMSTP, Pgm 2 System function objects 2.3.
2 ABT-SSA (Setup & Service Assistant) User interface overview: Installation 2.4 User interface overview: Installation ● ● When connected to an automation station, the Installation view allows you to configure the field buses of the automation station and perform point tests. Automation station [➙ 18] When connected to an operating and monitoring device, the Installation view allows you to clear the device, clear the application and view the current device settings.
ABT-SSA (Setup & Service Assistant) User interface overview: Installation ① ② ③ Select the number of data points to display in a page . Search for the desired characters in all pages Browse through the pages 2 . . Additional documentation For help on mapping DXR2 connections to I/O addresses see the following topic. DXR2.. Pins and addresses [➙ 62] For further information on Hardware components, such as DXR2...
2 ABT-SSA (Setup & Service Assistant) User interface overview: Installation ① Device and network configuration Displays a summary of the automation station. Object name Name of the device. For example, AS_4. Model name Device model. For example, PXC3.E75A. Local date Current date in DD.MM.YYYY format. Local time Current local time in HH:MM:SS format. System status Current status of the system. Default is Operational. Firmware revision Current firmware loaded into the device. For example, FW=01.
ABT-SSA (Setup & Service Assistant) User interface overview: Installation 2 Release overwrite 1. Check the data point test Web page for each bus to ensure that you want to remove all overwritten data points. Testing DALI data points [➙ 28] Testing KNX PL-Link data points [➙ 30] Testing I/O bus data points [➙ 34] 2. Click Prio 1 or Prio 8. All overwritten states of the respective priority on this automation station are removed. No new commands are issued.
2 ABT-SSA (Setup & Service Assistant) User interface overview: Installation Device and network configuration properties Field Description Host name Host name label. For example, AS1. Object name Name of the device. For example, AS_4. Description A string of printable characters whose content is not restricted. A description may be selected from the text picker. For example, Automation station. Model name Automation station model. Assigned by the vendor to represent the model of the BACnet device.
ABT-SSA (Setup & Service Assistant) User interface overview: Installation 2 Reset the DALI bus ⚫ Click Reset. All DALI devices are reinitialized (runtime configuration, bus configuration). The DALI bus is restarted, and the status is displayed as Operational. Start/stop the DALI bus ⚫ Click the Stop/Run toggle button. The DALI bus is started or stopped, and the status is updated (Operational or Stopped). Disable internal power supply Enabled internal power supply is the standard use case.
2 ABT-SSA (Setup & Service Assistant) User interface overview: Installation 1. Click Stop. 2. Click either All lamps on, All lamps off or All lamps blinking. The switching status remains active until another function is selected, or until the DALI bus is restarted. 3. Select Run. This stops the command test and starts the DALI bus. Note This function can also be run using the service pin on the PXC3..A. Automatically addressing DALI devices (short address) 1. Click Auto addressing.
ABT-SSA (Setup & Service Assistant) User interface overview: Installation 2 Assigning DALI devices The DALI bus > Identification view displays the current DALI bus configuration and allows you to assign DALI devices to an engineered DALI data point. To perform the procedures in this section, select DALI bus in the command bar and Identification in the left navigation pane. Assign DALI devices The DALI bus status is Operational. 1.
2 ABT-SSA (Setup & Service Assistant) User interface overview: Installation Website description If an existing DALI installation is integrated in ABT Pro, existing DALI devices may already be configured. Use Reset device parameters during assignment to delete the configuration parameters in the DALI control gear prior to a new configuration. Online list table The Online list table contains all discovered DALI devices with a DALI bus short address that are still unconfigured.
ABT-SSA (Setup & Service Assistant) User interface overview: Installation 2 Filters the DALI devices in the table. Searches for the characters in the table. Address DALI bus short address. (assigned DALI devices). Name Name (engineered data point). Description Description (engineered data point). Device online Designation of DALI type (assigned DALI devices). Device offline Designation of DALI type (engineered data point). Device offline Name DALI type GDL GSL …'GDL_... …'GSL_...
2 ABT-SSA (Setup & Service Assistant) User interface overview: Installation Testing DALI data points The DALI bus > Data point test view allows you to test data points from configured DALI devices and log the results (state, comment). Point test carries out On/Off and dimming (%) commands. Switch or dim DALI data points 1. Click (overwrite with priority=8). The icon changes to . Manual operation with and is enabled. 2. Click or .
ABT-SSA (Setup & Service Assistant) User interface overview: Installation – – 2 If the result is Failed, select a reason from the Comment drop-down list and complete the Tested by and Assigned to fields. Note: The comment is transferred to the ABT project following read back of data. If the result is Passed, complete the Tested by field. 4. Click Save to save your changes and collapse the row. Note: The result is stored as a new entry in the commissioning history event log. 2.4.1.
2 ABT-SSA (Setup & Service Assistant) User interface overview: Installation Configure a device with KNX PL-Link The device is assigned to an engineered KNX PL-Link data point and configured (using the program button on the device). The device is unconfigured (factory setting). Reset device to factory setting if needed (i.e. has been configured in another project). 1. Click for a KNX PL-Link data point. The Wait… state displays.
ABT-SSA (Setup & Service Assistant) User interface overview: Installation 1. Click 2 (overwrite with priority=8). The icon changes to . Manual operation with and is enabled. 2. Click or . The positioning value is increased or reduced in increments of 10%. The switching value is changed. The stage value is increased or reduced. The blinds are up or down. 3. Click to release overwriting. Note: The symbol indicates a faulty value. The tooltip contains the cause (out of service or alarm).
2 ABT-SSA (Setup & Service Assistant) User interface overview: Installation KNX PL-Link Unconfigured The KNX PL-Link bus > Unconfigured view displays the automation stations with KNX PL-Link that were detected on the KNX PL-Link bus, but not yet configured. This list must be empty to successfully complete KNX PL-Link identification. Display unconfigured KNX PL-Link devices 1. Select PL-Link in the upper navigation pane. 2. Selected Unconfigured in the left navigation pane.
ABT-SSA (Setup & Service Assistant) User interface overview: Installation 2.4.1.5 2 I/O bus I/O bus state The I/O bus > State view shows the status for the I/O bus (island bus) and the I/O modules. To perform the procedures in this section, select I/O bus in the command bar and State in the left navigation pane. Reset the I/O bus ⚫ Click Reset. All I/O modules are reinitialized (runtime configuration, bus configuration). The I/O bus is restarted, and the Bus stateis Operational.
2 ABT-SSA (Setup & Service Assistant) User interface overview: Installation Testing I/O bus data points The I/O bus > Data point test view allows you to test data points from the configured I/O bus and log the results. The data point test carries out On/Off/Multistate, and setpoint commands. Testing I/O bus data points 1. Click (overwrite with priority=8). The icon changes to . Manual operation with and is enabled. 2. Click or .
ABT-SSA (Setup & Service Assistant) User interface overview: Installation 2 ● A higher priority (1-7) must be active to command at priority=1 ( ). ● If priority=1 ( ) can be released but NOT be reenabled. ) is active then a simultaneous active priority=8 ( Logging test results 1. Click to display the State drop-down list for the point being tested. 2. Select the applicable test result from the drop-down list. (Failed or Passed). 3.
2 ABT-SSA (Setup & Service Assistant) User interface overview: Installation 2.4.1.6 Reports The following reports can be displayed, printed and/or exported to an Excel spreadsheet (.xls): ● Field bus and devices ● Point test Note Reports can be created on a per automation station basis only. Reports with aggregate automation stations are not supported by ABT-SSA. This feature is available in the ABT Site Reports component.
ABT-SSA (Setup & Service Assistant) User interface overview: Installation 2 Point test report The point test report contains detailed information on all data points in all existing field buses. Displaying and printing reports Report is selected in the upper navigation pane. 1. Click Print . The information is displayed in tables in a new pane and the print dialog box opens. 2. Select the PDF printer. 3. Click OK. The reports are printed. Exporting reports 1. Click Download .
ABT-SSA (Setup & Service Assistant) 2 User interface overview: Installation 2.4.2 Operating and monitoring device When connected to an operating and monitoring device, only the Overview Web page is available. Clearing the device or application The State view on the Overview Web page allows you to clear the device or the application and view basic device and network configuration information. ① ② Click Clear device Stops and clears the device and clears the application configuration.
ABT-SSA (Setup & Service Assistant) User interface overview: Installation 2 Viewing detailed device and network configuration information The Details view on the Overview Web page allows you to view all the device properties of the operating and monitoring device based on its BACnet Device object. ① Click to display or hide the ABT-SSA Setup & service menu. ② Device settings Click the title bar to display the list of settings.
2 ABT-SSA (Setup & Service Assistant) Assigning devices to an operating and monitoring device Field Description Local date Current date in DD.MM.YYYY format. This information can be modified through the device Properties Local time in ABT-SSA. Current local time in HH:MM:SS format. This information can be modified through the device Properties in ABT-SSA. Max APDU length accepted Specifies the maximum length of the APDU. For example, BACnet/IP.
ABT-SSA (Setup & Service Assistant) Assigning devices to an operating and monitoring device 2 Edit icons Indicator Name Description Edit (inactive) Click to activate Edit mode. Edit (active) Click to exit Edit mode. Filter (inactive) All parameters are displayed. Click to apply the filter and only display the most commonly used parameters. Filter (active) By default, the filter is active and the most commonly used parameters are displayed. Click to remove the filter and display all parameters.
2 ABT-SSA (Setup & Service Assistant) Assigning devices to an operating and monitoring device Adding devices through ABT-SSA 1. Select 2. Click > Favorite commissioning > Device discovery. to activate Edit mode. 3. Click Discover and then click OK to clear the message. While the system is updating, the work area is cleared and the message No items displays. 4. Select the check box(es) for the discovered device(s) you want to monitor. 5. Click Copy. 6. Click Favorite commissioning > Assigned devices.
ABT-SSA (Setup & Service Assistant) User and session management 2 2.6 User and session management Figure 11: User management menu. The User management menu allows all users to manage their user profile and log out.
2 2.6.1 ABT-SSA (Setup & Service Assistant) User and session management Managing user profiles and user roles User profiles for ABT-SSA devices can be managed offline, through ABT Site, or online, through a Web browser. Offline user profile management through ABT Site User profile management through ABT Site offers maximum flexibility and variability. ● ABT Site must be used for advanced user management tasks, such as adding roles or setting the default work area for a user profile.
ABT-SSA (Setup & Service Assistant) User and session management 2 Tips for managing password security To help ensure a secure operating environment, observe the following recommendations when selecting the password settings: ● Create unique usernames/passwords for each user. ● Do not create a common username/password to be shared by all employees. ● Require that passwords be changed at regular intervals, such as every 45 days.
2 ABT-SSA (Setup & Service Assistant) User and session management Settings for a user profile that never automatically logs out The following table outlines the settings for a user profile that never automatically logs out. If the site uses a PXM... touch panel to display kiosk graphics, you may want to allow certain users to stay logged in. CAUTION System access for kiosk user profiles should be restricted to kiosk functions. This procedure sets up a user profile that never automatically logs out.
Typical user roles and tasks 3 3 Typical user roles and tasks Commissioning specialists (Support specialists) In the Startup component of ABT Site, each automation station is selected and loaded by a Commissioning specialist. After loading, the Commissioning specialist will select each automation station by issuing the Go online command, and log in via ABT-SSA. Accessing the ABT-SSA interface [➙ 6] Using the Checkout report for the job, the Commissioning specialist will: 1.
Workflows 4 View values 4 Workflows When working in ABT-SSA through ABT-Site, tasks you can perform include: ● Creating a job package (Pack & Go) in ABT Site that contains required data for the technician.
Workflows Change values 4 4.2 Change values Procedure 1. Do one of the following to open the ABT-SSA Web server component: – – In ABT Site, select Startup > Configure and download, and click Go online. In supported devices, access the device directly through any standard Web browser. Accessing the ABT-SSA interface [➙ 6] 2. Enter your login credentials if prompted. The ABT-SSA work area displays. 3. Click the Main menu button and select Application (if not your default view).
4 Workflows Balancing 6. Set Supply Air VAV Balancing Mode to the desired air flow setting. Note Calibration is not required at this time. The selected mode displays, but the air flow setpoint does not change yet. 7. Select Supply air VAV balancing state, set the mode to Balancing, and click OK. The automation station sets air flow setpoint to corresponding Balancing value, sets the state to Balancing, copies the value of flow coefficient to Initial Flow Coefficient, and resets the mode to Ready.
Workflows Tool-free commissioning of an operating and monitoring system 4 4.4 Tool-free commissioning of an operating and monitoring system Use the workflow in this section to configure and commission a Desigo Control Point operating and monitoring device and the Operation application. Note This workflow includes a basic procedure for integrating data points in the Operation application.
4 Workflows Tool-free commissioning of an operating and monitoring system 4.4.1.2 Using the Commissioning wizard NOTE The device may restart after the wizard completes. The Commissioning wizard displays when you login to any operating and monitoring device with the status Unconfigured or Download Required. 1. Login using the Administrator account. 2. Enter one of the following passwords: – – Enter OneBT if the device status is Unconfigured. For example, a new device or after a firmware update.
Workflows Tool-free commissioning of an operating and monitoring system 4 Network settings fields Figure 13: Commissioning wizard, Network settings. Setting Description DHCP check box If selected, DHCP is used to automatically configure IP addresses. SNMP check box If selected, SNMP monitoring is active. Read community string Community string that allows reading information from a device. Network number Number that identifies the network.
4 Workflows Tool-free commissioning of an operating and monitoring system Application fields Figure 14: Commissioning wizard, Application fields. Setting Description Application template description If the device contains multiple applications, select the Application type from the drop-down list. Active system language User interface language for the application. Default: The language selected on the login page. Object naming convention Naming format of the BACnet objects.
Workflows Tool-free commissioning of an operating and monitoring system Use Desigo Control Point ● Apogee character set Desigo character set All UTF-8 Western (CP:1252) English, German, French, Spanish, Portuguese, Dutch, Danish, Swedish, Norwegian, Icelandic UTF-8 Western (CP:1252) Desigo room controllers Desigo Control Point ● Desigo room controllers ● Desigo primary controllers Desigo Control Point ● Languages * ● Apogee controllers ● Desigo room controllers [Default] [Default] [Def
4 Workflows Tool-free commissioning of an operating and monitoring system 7. Click Paste. 8. When you are finished adding devices, click to close Edit mode. The copied devices are added to the Assigned devices structure and are now available for monitoring in ABT-SSA. 4.4.1.5 Enabling Secure HTTP communication Secure HTTP (HTTPS) communication is recommended for all communication with the Web server embedded in operating and monitoring devices.
Workflows Tool-free commissioning of an operating and monitoring system 4.4.1.6 4 Updating the touch panel settings (PXM… touch panel only) This procedure sets the screen orientation, defines the default graphic that should display after a power cycle and sets up Favorites that can be accessed through the touch panel. CAUTION Minimize links to external URLs. Linking to external URLs, such as Favorites, Web cams and external Web services poses a security risk.
4 – – Workflows Tool-free commissioning of an operating and monitoring system For a remote connection from a PXM touch panel to an operating and monitoring device, use the following format: With Secure HTTP (HTTPS) communication: https://[IP_address]/[graphic_name] With HTTP communication: http://[IP_address]/[graphic_name] For a local connection on a PXMx0.E touch panel, HTTPS is not available. In this case, change the IP address in the URL to localhost.
Workflows 4 Tool-free commissioning of an operating and monitoring system 4.4.2 Subscribing to the time master 1. Select 2. Click > Favorite commissioning > [operating and monitoring device]. to display all properties. 3. Select Time master reference, enter the device instance number of the time master and click OK. A time synchronization subscription is issued to the device you identified as the Time master reference.
Workflows 4 Tool-free commissioning of an operating and monitoring system 4.4.3 Configuring for kiosk graphics on a touch panel If the site uses a PXM... touch panel to display kiosk graphics, configure the touch panel to allow certain users to stay logged in. CAUTION System access for kiosk user profiles should be restricted to kiosk functions. This procedure sets up a user profile that never automatically logs out.
Workflows Modifying IP network settings 4 4.5 Modifying IP network settings Use this procedure to modify the IP network settings for a PXG3.Wx00 or PXM… touch panel. 1. Select > Favorite commissioning > Network port for IP. The following IP settings may be modified: Network number UDP port IP address, subnet mask and default gateway Enable (IP) DHCP Device instance number Device name 2. To modify other IP settings, click to display all properties. 3.
5 DXR2.. Pins and addresses DXR2.E09 5 DXR2.. Pins and addresses You can use the following tables to assign DXR2 pins to the I/O addresses. 9204Z02 5.1 DXR2.E09 DXR2.E09 Pin Description Terminal Module Channel 1, 2 Ethernet 2 x RJ45 interface for 2-port Ethernet switch 11, 12 KNX KNX connection +, - 31...36 inputs Digital input D1 1 1 Universal input X1, X2 1 5, 6 System neutral ⏊ USB USB interface 51...
DXR2.. Pins and addresses DXR2.E09T 5 9204Z01 5.2 DXR2.E09T DXR2.E09T Pin Description Terminal Module Channel 1, 2 Ethernet 2 x RJ45 interface for 2-port Ethernet switch 11, 12 KNX KNX connection +, - 31...36 inputs Digital input D1 1 1 Universal input X1, X2 1 5, 6 System neutral ⏊ USB USB interface 51...54 feed Neutral conductor N Phase wire AC 230 V L Wiring for Q14 Q13 NO contact Q14 11 9 Switching output AC 24 V, 0.15 A Y1...Y4 11 1...
5 DXR2.. Pins and addresses DXR2.E10 9204Z03 5.3 DXR2.E10 DXR2.E10 Pin Description Terminal Module Channel 1, 2 Ethernet 2 x RJ45 interface for 2-port Ethernet switch 11, 12 KNX KNX connection +, - 31...36 inputs Digital input D1 1 1 Universal input X1, X2 1 5, 6 System neutral ⏊ USB USB interface 51...54 feed Neutral conductor N Phase wire AC 230 V L Common wiring for Q14, Q24 and Q34 Q13 NO contact Q14, Q24, Q34 11 9...11 Switching output AC 24 V Y1...Y4 11 1...
DXR2.. Pins and addresses DXR2.M09 5 9204Z05 5.4 DXR2.M09 DXR2.M09 Pin Description Terminal Module Channel 21...23 MS/TP MS/TP connection 11, 12 KNX KNX connection +, - 31...36 inputs Digital input D1 1 1 Universal input X1, X2 1 5...6 System neutral ⏊ , +, - USB USB interface 51...54 feed Neutral conductor N Phase wire AC 230 V L Common wiring for Q14, Q24 and Q34 Q13 NO contact Q14, Q24, Q34 11 9...11 Positioning output DC 0...10 V Y10, Y20, Y30 21 1...
5 DXR2.. Pins and addresses DXR2.M09T 9204Z04 5.5 DXR2.M09T DXR2.M09T Pin Description Terminal Module Channel 21...23 MS/TP MS/TP connection 11, 12 KNX KNX connection +, - 31...36 inputs Digital input D1 1 1 Universal input X1, X2 1 5, 6 System neutral ⏊ , +, - USB USB interface 51...54 feed Neutral conductor N Phase wire AC 230 V L Wiring for Q14 Q13 NO contact Q14 11 9 Switching output AC 24 V, 0.15 A Y1...Y4 11 1...
DXR2.. Pins and addresses DXR2.M10 5 9204Z06 5.6 DXR2.M10 DXR2.M10 Pin Description Terminal Module Channel 21...23 MS/TP MS/TP connection 11, 12 KNX KNX connection +, - 31...36 inputs Digital input D1 1 1 Universal input X1, X2 1 5, 6 System neutral ⏊ , +, - USB USB interface 51...54 feed Neutral conductor N Phase wire AC 230 V L Common wiring for Q14, Q24 and Q34 Q13 NO contact Q14, Q24, Q34 11 9...11 Switching output AC 24 V Y1...Y4 11 1...
5 DXR2.. Pins and addresses DXR2.E12P and DXR2.E12PX 9205Z02 5.7 DXR2.E12P and DXR2.E12PX DXR2.E12P Pin Description Terminal Module Channel 1, 2 Ethernet 2 x RJ45 interface for 2-port Ethernet switch 11, 12 KNX KNX connection +, - 31...36 inputs Digital input D1 1 1 Universal input X1, X2 1 5, 6 System neutral ⏊ Field supply AC 24 V for active sensors V~ 11 1...6 21 1, 2 USB USB interface 51...
DXR2.. Pins and addresses DXR2.E18 5 9205Z05 5.8 DXR2.E18 DXR2.E18 Pin Description Terminal Module Channel 1, 2 Ethernet 2 x RJ45 interface for 2-port Ethernet switch 11, 12 KNX KNX connection +, - 31...41 inputs Digital input D1, D2 1 1, 2 Universal input X1...X4 1 5...8 System neutral ⏊ Field supply AC 24 V for active sensors V~ Field supply DC 24 V for active sensors V+ 11 1...8 21 1...4 USB USB interface 51...
5 DXR2.. Pins and addresses DXR2.M11 9205Z04 5.9 DXR2.M11 DXR2.M11 Pin Description Terminal Module Channel 21...23 MS/TP MS/TP connection 11, 12 KNX KNX connection +, - 31...36 inputs Digital input D1 1 1 Universal input X1, X2 1 5, 6 System neutral ⏊ Field supply AC 24 V for active sensors V~ 11 1...6 21 1, 2 , +, - USB USB interface 51...52 power 24 V~ Power supply AC 24 V V~ System neutral (must always be grounded at the transformer) ⏊ Switching output AC 24 V Y1.
DXR2.. Pins and addresses DXR2.M12P and DXR2.M12PX 5 9205Z01 5.10 DXR2.M12P and DXR2.M12PX DXR2.M12P Pin Description Terminal Module Channel 21...23 MS/TP MS/TP connection 11, 12 KNX KNX connection +, - 31...36 inputs Digital input D1 1 1 Universal input X1, X2 1 5, 6 System neutral ⏊ Field supply AC 24 V for active sensors V~ 11 1...6 21 1, 2 , +, - USB USB interface 51...
5 DXR2.. Pins and addresses DXR2.M18 9205Z03 5.11 DXR2.M18 DXR2.M18 Pin Description Terminal Module Channel 21...23 MS/TP MS/TP connection 11, 12 KNX KNX connection +, - 31...41 inputs Digital input D1, D2 1 1, 2 Universal input X1...X4 1 5...8 System neutral ⏊ Field supply AC 24 V for active sensors V~ Field supply DC 24 V for active sensors V+ 11 1...8 21 1...4 , +, - USB USB interface 51...
Index Index Device view .................................................... 11 Field buses view ............................................. 11 Installation ...................................................... 18 Settings view .................................................. 12 A ABT-SSA Change values ............................................... core functions ................................................ filter object types ............................................ icons .................
Index I/O bus............................................................ 33 KNX PL-Link bus ............................................ 29 State ........................................................ 19, 38 State indicators ................................................ 17 stay logged in .................................................. 45 T testing data points DALI bus......................................................... 28 I/O bus............................................................
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Issued by Siemens Switzerland Ltd Building Technologies Division International Headquarters Theilerstrasse 1a CH-6300 Zug +41 58 724 2424 www.siemens.com/buildingtechnologies Document ID: A6V10429119_en--_a_07 Edition: 2018-12-19 © Siemens Switzerland Ltd, 2011 Technical specifications and availability subject to change without notice.
