Yokogawa Electric Corporation ISD-MASP-S03066 Rev.1 Copyright © Yokogawa Electric Corporation October 17, 2003 Solution Marketing Group International Business Headquarters CENTUM CS 3000 R3.04 SEM October 17, 2003

ISD-MASP-S03066 Rev.1 Copyright © Yokogawa Electric Corporation October 17, 2003 R3.04 SEM Page.2 SEM Enhancement (Sequence of Event Manager)

ISD-MASP-S03066 Rev.1 Copyright © Yokogawa Electric Corporation October 17, 2003 R3.04 SEM Page.3 SEM Enhancement Items – New Features SEM OPC Interface Package as Upper System Interface (New Option Package) –The stored data in SOE server can be transferred to OPC clients such as Exaquantum/SER by installation with SEM OPC interface package (LPC6930). SOE Server Status Monitoring on HIS –The status of SOE server program such as “stop or run” is monitored by HIS and displayed as a system alarm on HIS. SOE Server Database Monitoring Function –The pre-alarm can be set for the insufficient database capacity in the SOE server and sent to HIS as a system message. Multilingual Message Inputs and Display –The SOE message can be defined in multilingual by SOE Configurator and displayed in the message field on the SOE Viewers.

ISD-MASP-S03066 Rev.1 Copyright © Yokogawa Electric Corporation October 17, 2003 R3.04 SEM Page.4 SEM Enhancement Items – Function Improvements Chronological Order Resolution Improvement –Internal time data digits stored in the SOE server is extended from 1msec to 0.1 msec for the accurate chronological order processing. However, time resolution is 1 msec. Status Monitoring of IRIG-B Synchronization –Synchronization quality for IRIG-B of Master Clock Generator is displayed as a quality data in the events display on the SOE viewer. – Correct Synchronization: Null Incorrect Synchronization : “P”: Lost of IRIG-B signal, “B”: Lost of IRIG-B signal after synchronization, “I”: Time writing error to ADV151-E Trigger Event Time Data on the Trip Report Header –The trigger event time is printed on the header of trip report.

ISD-MASP-S03066 Rev.1 Copyright © Yokogawa Electric Corporation October 17, 2003 R3.04 SEM Page.5 SEM Enhancement Items – System Configuration Chronological order resolution improvement Status monitoring of IRIG-B synchronization Print of trigger events time Multilingual message display SOE Server Status Monitoring SEM OPC I/F Package Database Capacity Monitoring OPC Clients ( /SER*) * The Exaquantum/SER supports SER data gathering form multi-vendor SER systems trough OPC interface.

ISD-MASP-S03066 Rev.1 Copyright © Yokogawa Electric Corporation October 17, 2003 R3.04 SEM Page.6 SEM Enhancement – OPC Interface SOE Stored Data ooo Ethernet Ethernet FCS OPC Clients The stored data in SOE server can be transferred to OPC clients such as Exaquantum/SER by installation with SEM OPC interface package (LPC6930). The OPC specification is same as Exaopc. SEM OPC Interface Package LPC6930 OPC Clients SEM OPC I/F Package SOE Server Upper System SOE Server SOE Data

ISD-MASP-S03066 Rev.1 Copyright © Yokogawa Electric Corporation October 17, 2003 R3.04 SEM Page.7 SOE Server SEM Enhancement – OPC Interface Configuration HDA I/O Cassette HIS OPC Client SQL Server 2000 SOE Database A&E SOE Cassette OPC Clients OPC Server SOE Server (5-600 Sec) SEM OPC I/F Package SEM System Alarms HIS System Alarm SOE Data SEM System Alarms SOE Data SEM OPC I/F Package LPC6930 FCS

ISD-MASP-S03066 Rev.1 Copyright © Yokogawa Electric Corporation October 17, 2003 R3.04 SEM Page.8 SEM Enhancement – SOE Viewer Enhancements Displaying IRIG-B Status Time- sequential Order Resolution Enhancement Multilingual Message Display (same as HIS) Multilingual Message Display (same as HIS) Quality Code Normal P: No IRIG-B Signal I: Lost IRIG-B Signal after writing B: Writing fail to ADV151-E Internal time Resolution 0.1mS I P B Trigger

ISD-MASP-S03066 Rev.1 Copyright © Yokogawa Electric Corporation October 17, 2003 R3.04 SEM Page.9 Appendix-SEM

ISD-MASP-S03066 Rev.1 Copyright © Yokogawa Electric Corporation October 17, 2003 R3.04 SEM Page.10 Focus Markets of SEM Usage of SEM –SEM records and shows the event occurrences that are traceable to a plant trip in chronological order, thus enabling swift location of the true cause of the trip (like a flight recorder for an airplane disaster). Tracking down the cause early and taking due measures promptly will greatly reduce the time from tripping to restarting the plant, minimizing economic losses. Markets for SEM –SEM is beneficial for plants which could sustain large losses in case of a plant trip, or plants of major public interest where a trip could affect society, such petrochemical, gas, and power generation plants. –For example, a power generation plant requires fast event data acquisition at the time resolution of 1 millisecond for trips of rotating machine (turbines, fans, and pumps) and power delivery systems.

ISD-MASP-S03066 Rev.1 Copyright © Yokogawa Electric Corporation October 17, 2003 R3.04 SEM Page.11 Typical Trip Signals Input to SER (for Power Plant) Boiler Trip Feed water pump trip Burner flame failure Drum level low Turbine Trip Generator trip Vibration out of range Flue gas temp. high Substation Trip Ground fault Line trip Frequency out of range Power Delivery Boiler Turbine SEM Trip Report Time Stamping Time Stamping Input points to SER per power plant Nor. 128–512 Max Displays the events occurring before and after the trigger, in chronological order.

ISD-MASP-S03066 Rev.1 Copyright © Yokogawa Electric Corporation October 17, 2003 R3.04 SEM Page.12 SEM Features High-speed Event Acquisition –Time stamp resolution must be 1 millisecond or faster to enable tracking of trip events for quick-response equipment. Digital Inputs in Shared Use for Control and SOE Recording –Digital inputs to the same I/O module must be used for both control and SOE recording, reducing wiring and cabinets. Time Synchronization to External Master Clock based on the global positioning system (GPS) –To ensure the accuracy of the sequence of events. Trip Reports Automatic Generation –To report the events occurring across the preset trigger for each trip. Long-term Storage of SOE Data OPC Interface for Data Openness Historical Data Integration with HIS –Maximum eight data source can be assigned to SOE Viewer

ISD-MASP-S03066 Rev.1 Copyright © Yokogawa Electric Corporation October 17, 2003 R3.04 SEM Page.13 SEM Basic System Configuration Master Clock Time Synchronization V net Ethernet HIS Hub SOE-DI Module Event collection function SOE-DI Module Event collection function FCS Ethernet SOE Server -SOE data gathering and storage -SOE data transmission to SOE viewers ESB Bus Module with SOE I/F -SOE Data Transmission -Time Synchronization with Master Clock PC SOE Viewer/SOE Configurator

ISD-MASP-S03066 Rev.1 Copyright © Yokogawa Electric Corporation October 17, 2003 R3.04 SEM Page.14 SOE Data Flow and Capacity ESB bus I/F master modules with SOE I/F (SB311) - SB311 Event buffer: 40,000 Events - Communication I/F: 10 Base-T (SOE Server) : RS422 for IRIG-B (Master Clock) - Time Code Format: IEEE 1344 compliance - RS-422 Terminator: YCB128 SOE Server - 16 FCS(s) / SOE server - 2,000 points / server can be handled. - 2,000 events / second are gathered trigger / SOE Server - Trigger cycle: 1 Min. to 60 Min. SOE DI module (ADV151-E) - 32 ch / module events / module - 80 modules/FCS - Coexistence with other modules. - Time resolution is 1msec. Ethernet (10BaseT) SOE Viewer - Event Data Access Station: SOE Server/HIS/UOI Server - Max. No of Access Station: 8 - Event Display Max. 99,999 RS-422 Termination YCB128 GPS (GPS-200A is recommended.)

ISD-MASP-S03066 Rev.1 Copyright © Yokogawa Electric Corporation October 17, 2003 R3.04 SEM Page.15 SOE Viewer Trigger Trip Toolbar Time Stamp Alarm Class (H: important) Alarm Status (ALM/RTN) SOE Tag Number (16 characters) SOE Message (80 characters)

ISD-MASP-S03066 Rev.1 Copyright © Yokogawa Electric Corporation October 17, 2003 R3.04 SEM Page.16 SOE Viewer Functions Events Mode Display –Display a list of all messages which meet to pre-conditions specified with data source parameters, date, time, etc. by SOE viewer property. Trip Trigger Mode Display –Display a list of trip trigger events specified in date and time by SOE viewer property. Trip Detailed Display –Display all of trip records selected on the trip trigger display. Automatic Trip Report Mode Display –Start gathering new trip trigger events. Trip Report Outputs –Output a trip report to a printer or CSV files.

ISD-MASP-S03066 Rev.1 Copyright © Yokogawa Electric Corporation October 17, 2003 R3.04 SEM Page.17 Tested Model of Master Clock – GPS200 Master Clock Masterclock, Inc W Clay St, St Charles, MO , USA Tel: Model: GPS-200A DB-9 Connector IRIG-B RS-422 The GPS-200A is a precision IRIG-B or SMPTE time code generator that provides a source of very stable time code (hereinafter TC) and accurate time and date information. It receives reference time information from Atomic Clocks in the GPS (Global Positioning System) satellites. IRIG-B Defined by the Range Commanders Council, U.S. Army White Sands Missile Range. The format is used by military, government, power industry, and many other commercial and industrial applications. The GPS-200A generates IRIG-B in both a 1kHz modulated and unmodulated (pulse-width coded) format. All formats of IRIG-B time code generated by the GPS-200A carry extended date and time zone information in the control functions as defined by the IEEE 1344 specification. DB-9 CONNECTIONS Pin 7 & 8 - Balanced Time Code Out RS-422 balanced 5V differential time code output. IRIG-B unmodulated (pulse-width coded) time code is available here per time code output configuration. See detailed instruction by accessing

ISD-MASP-S03066 Rev.1 Copyright © Yokogawa Electric Corporation October 17, 2003 R3.04 SEM Page.18 SEM System Specifications (1 of 3) [System Specification] –Number of FCSs connectable per SOE server: Up to 16 –Number of SOE inputs per SOE server: Up to 2000 [SOE Di Module] –Input module for FIO with SOE capture: Model ADV151-E (32 input channels, 24 V DC, field-to-system isolated, channel-to-channel non- isolated) –Nodes in which ADV151-Es can be installed: Local nodes –Maximum number of ADV151-Es installable per FCS: 80 –Dual-redundant ADV151-E configurations: Possible (Option) –Time stamp resolution: 1 ms –Shared use of digital input signals for control purposes: Possible (in standard) –Event assignment: Can be set for individual channels.[FCS] –SER-implementable FCS models: AFS30D-HE1x3, AFG30D-HE1x3, AFS40D- HE1x3, and AFG30D-HE1x3 (four models) –ESB bus interface master module with SOE interface: Model SB311 –Interface for SOE server: 10Base-T Ethernet –Dual-redundant SB311 configurations: in standard –Interface for external master clock signal: Pulse-width modulated, IRIG-B serial time code signal via RS-422

ISD-MASP-S03066 Rev.1 Copyright © Yokogawa Electric Corporation October 17, 2003 R3.04 SEM Page.19 SEM System Specifications (2 of 3) [SOE Server Package] –Requirements for PC: Follows those requirements for an HIS. –O/S: MS Windows 2000 Server / MS Windows Server 2003 (R3.04 Feature) –SOE reporting triggers: Up to 50 triggers can be set. –Communication interfaces: 2 Ethernet cards (one for networking with other PCs; one for event data acquisition) –Software for event data storage: Microsoft SQL Server 2000 Enterprise or Standard Edition (SP2) [SOE Viewer Package] –Requirements for PC: Follows those requirements for an HIS. –Event data access sources: SOE Servers, HISs, and UOI Servers –Max. number of event data access sources: 8 –Max. number of event data that can be accessed and viewed: 99,999 events per data source (limited to 10,000 by default) –Trip reporting feature: Provided –Exporting of trip event data: Possible [SOE Configurator Package] –Requirements for PC: Follows those requirements for an HIS. –Definable SOE inputs: Up to 2000 –SOE reporting triggers: Up to 50 triggers can be set.

ISD-MASP-S03066 Rev.1 Copyright © Yokogawa Electric Corporation October 17, 2003 R3.04 SEM Page.20 SEM System Specifications (3 of 3) [HIS] –Software for viewing SOE Server’s system messages: A license for Model LHS2411 Exaopc OPC Interface Package (for HIS) is required per system for System message receive. [Master Clock] –Output: Pulse-width modulated, IRIG-B serial time code signal –Interface: RS-422 –(Tested Equipment: GPS200 Master Clock Generator) –

ISD-MASP-S03066 Rev.1 Copyright © Yokogawa Electric Corporation October 17, 2003 R3.04 SEM Page.21 True Partnership We wish to contribute the success of the customer.