Joachim Schultes University of Wuppertal FIT Wiener DCS Training Session 2.1

DCS Training 2007: FIT WienerJoachim Schultes Overview Hardware Crates Wiener PL 512Crates Wiener PL 512 ConnectivityConnectivitySoftware Muhse (communication via USB)Muhse (communication via USB) OPC (communication via TCP/IP)OPC (communication via TCP/IP) FIT WienerFIT Wiener IntegrationIntegration ControlControl WatchdogWatchdog

DCS Training 2007: FIT WienerJoachim Schultes Crates Wiener PL 512 Two power supply crates are mounted in between two LV_PP4 in a common frameTwo power supply crates are mounted in between two LV_PP4 in a common frame Each power supply crate consists of 12 Channel with outputs on the back, cables are fixed on the frames (crates are easy to exchange)Each power supply crate consists of 12 Channel with outputs on the back, cables are fixed on the frames (crates are easy to exchange) Communication is realized via two ports on the front panelCommunication is realized via two ports on the front panel USB (MUHSE) for configuration and debuggingUSB (MUHSE) for configuration and debugging TCP/IP (OPC) for operationTCP/IP (OPC) for operation TCP/IPUSB LV for the modules VDD and VDDALV for the modules VDD and VDDA max 12 V / 15 Amax 12 V / 15 A floatingfloating protections:protections: over-voltageover-voltage over-currentover-current

DCS Training 2007: FIT WienerJoachim Schultes MUHSE Communication via USBCommunication via USB Low level tool for configuration and debugging (operating) of Wiener cratesLow level tool for configuration and debugging (operating) of Wiener crates TCP/IP address (be aware of possibly different subnets for US and USA side)TCP/IP address (be aware of possibly different subnets for US and USA side) Interlock behaviour Maximum valuesMaximum values Parallel operation with OPC server possibleParallel operation with OPC server possible

DCS Training 2007: FIT WienerJoachim Schultes OPC server and User Interface OPC Server Communication via TCP/IPCommunication via TCP/IP Configuration managed by.XML files created by FIT WienerConfiguration managed by.XML files created by FIT Wiener NamespaceNamespace DevicesDevices User Interface Shortcut on desktop (preferred)Shortcut on desktop (preferred) Additional manager inside the PVSS consoleAdditional manager inside the PVSS console

DCS Training 2007: FIT WienerJoachim Schultes FIT Wiener integration: access control FIT Wiener uses access control (see manual)FIT Wiener uses access control (see manual) Reason for disabled buttonsReason for disabled buttons

DCS Training 2007: FIT WienerJoachim Schultes FIT Wiener integration: managing crates “add crates”“add crates” Crate name has to be uniqueCrate name has to be unique TCP/IP address as defined inside MUHSETCP/IP address as defined inside MUHSE “OPC setup”“OPC setup” Creation of OPC configuration fileCreation of OPC configuration file “connect to OPC”“connect to OPC” definition of OPC communication (PVSS OPC client  OPC serverdefinition of OPC communication (PVSS OPC client  OPC server Modifications to entries (select device with click)Modifications to entries (select device with click) “change IP(s)”“change IP(s)” “delete crate(s)”“delete crate(s)”

DCS Training 2007: FIT WienerJoachim Schultes FIT Wiener control: selecting device Select crate with click and open control panel with right click or double clickSelect crate with click and open control panel with right click or double click Status of crate can beStatus of crate can be “OFF”, “ON”, “unknown”“OFF”, “ON”, “unknown”

DCS Training 2007: FIT WienerJoachim Schultes FIT Wiener control: crate control panel Displays main information of the 12 channelsDisplays main information of the 12 channels Channel groups are tagged by blue numbers (right click operates on groups)Channel groups are tagged by blue numbers (right click operates on groups) Status of channel can beStatus of channel can be “OFF”, “ON”, “?” (unknown)“OFF”, “ON”, “?” (unknown) “Inhibit” corresponds to an hardware interlock“Inhibit” corresponds to an hardware interlock Black value corresponds to a bad valueBlack value corresponds to a bad value

DCS Training 2007: FIT WienerJoachim Schultes FIT Wiener control: channel control panel “group settings”: assign a group number to a channel“group settings”: assign a group number to a channel “alerts”: five different reasons for an alert can be distinguished“alerts”: five different reasons for an alert can be distinguished “supervision”: specifies the behavior of the channel / group or even crate under 6 different detectable error conditions“supervision”: specifies the behavior of the channel / group or even crate under 6 different detectable error conditions Be especially careful with the “ignore the failure” option!

DCS Training 2007: FIT WienerJoachim Schultes FIT Wiener watchdog: all OK Separate process monitoringSeparate process monitoring Wiener Control Manager (self monitoring)Wiener Control Manager (self monitoring) Wiener OPC DA Client, sends and receives data from and to the OPC server and communicates them to PVSS.Wiener OPC DA Client, sends and receives data from and to the OPC server and communicates them to PVSS. Wiener OPCS, which is the OPC server communicating with the crates.Wiener OPCS, which is the OPC server communicating with the crates. Wiener crates themselvesWiener crates themselves Monitoring of devices can be disabledMonitoring of devices can be disabled

DCS Training 2007: FIT WienerJoachim Schultes FIT Wiener watchdog: pending alert OPC client not running (OPC server status unknown)  start OPC client (-num 14)OPC client not running (OPC server status unknown)  start OPC client (-num 14) OPC server not running (OPC client running)  check configuration file, start OPC serverOPC server not running (OPC client running)  check configuration file, start OPC server Device not responding (status unknown)  check connections and power  ping to IP  check IPDevice not responding (status unknown)  check connections and power  ping to IP  check IP