PrOtECtING YOUr ASSEtS - Peaker
PrOtECtINGyOUr ASSEtSHIGH-PErfOrmANCE SAfEty SyStEmSfOr tUrBINES ANd COmPrESSOrSSimple reliable Safe Precise ProventUrBOmACHINEry CONtrOL EXPErtSturbines Compressors Safety Actuation
IEC61508 SIL-3CErtIfIEd SyStEmSMicroNet-Plus & tMr APPlicAtioNsIn accordance with IEC 61508, TÜV Rheinland hasapproved Woodward’s MicroNet platform to be integratedinto SIL-3 based safety systems. The MicroNet platformcan now be integrated as a safety PLC to create an IEC61508 SIL-3 safety certified system. Both the MicroNetPlus and MicroNet-TMR platforms have been assessedby TÜV for use as a safety control platform in a completeSIL-3 safety system (MPUs, controller, trip solenoids, tripvalves, wiring, etc.).The MicroNet controller platform is a state-of-the-art digitalcontrol platform designed to reliably control and protectsteam turbines, gas turbines, and compressor trains usedin system-critical applications where the chance of a safetyissue or large economic losses may be possible.PLANTDCSMicroNetSAFETY MODULEMICRONETSAFETY SYSTEMCLOSED INDICATIONCONTROLVALVEGASPSTRIP VALVESGENERATOR,COMPRESSOR,OR PUMPTSTSPSREDUNDANT SPEED SIGNALSANALOG OR DISCRETE SIGNALSThe MicroNet Plus’ dual redundant and the MicroNetTMR’s 2-out-of-3 voted architecture ensures that correctdecisions are made, correct responses are performed,and the prime mover continues to safely operate nomatter the single point failure. The MicroNet TMR’ssuperior architecture and diagnostic coverage combine tocreate a system with more than 99.99% availability and99.999% reliability.For IEC61508 SIL-3 based applications, a safety certifiedMicroNet Safety Module (MSM) is required as partof the MicroNet system. The MSM functions as thesystem’s SIL-3 logic solver, and its fast (10 millisecond)response time and integrated overspeed and accelerationdetection/protection functionality make it ideal forapplications on critical high-speed rotating motors,compressor, turbines, or engines. For more informationon the MicroNet Safety Module, refer to Woodwardproduct spec 03375.* MicroNet Kitted safety systemTÜV Rheinland REF#: 968/EZ 929.00/13* Protech Gii, tPs and MsM safety systemTÜV Rheinland REF#: 968/EZ 307.01/10MICRONET SAFETY MODULE- Gas Seals- Surge Detection- Manual Trip- OverspeedCOMPRESSORVIBRATION SYSTEM- Vibration- High Thrust- Bearing Temps
HIGH-PErfOrmANCESOLUtIONSDuriNG tHe BliNK oF AN eYesAFetY sYsteMs MAtcHeD to Your APPlicAtioNWoodward turbine safety systems precisely andreliably scan rotor speed and other key turbineoperating parameters over 40 times per second.Low rotor inertias of smaller steam turbines posecontrolling problems for general-purpose PLCs(programmable logic controllers). However, thedeterministic behavior and fast scan rates ofWoodward safety logic solvers were designed incollaboration with turbine manufacturers to ensurethe fast response times required to shut down large,medium, and small turbines, quickly and safely.From the simplex to the triple-modular-redundant, Woodward has thesafety system to meet your asset protection requirements.sil-2turbomachinery safety logic solver* ProTech -SXDecADes oF eXPerieNce iN eVerYsAFetY MoDuleSensing turbine speed for the purpose of very quicklyand accurately sensing a turbine overspeed condition isa challenge for any safety PLC or overspeed detectiondevice. Issues like tooth-to-tooth variances in thespeed gear, rotor run-out, the number and size of gearteeth variances, speed-gear tooth profile differences,and induced electrical noise from other plant sourceschallenge even the best speed sensing circuit.ÆÆÆÆÆ2 redundant speed inputs7 analog/discrete inputsOverspeed and over acceleration protectionCustom programmingTrip valve response monitorsil-3steam or Gas turbine overspeed DeviceÆÆÆÆAccepts 3, 2, or 1 speed inputsOverspeed and over-acceleration protectionField configurable2-o-o-3 voted or independent output models* ProTech -GIIsil-3turbomachinery logic solverWoodward uses its 140 years of turbine control andspeed sensing experience to create speed sensingcircuits that quickly sense turbine speed changesand accurately filter out all of the related variancesand signal noise to accurately sense the turbinerotor’s true speed.* ProTech TPS* MicroNet Safety ModuleÆÆÆÆÆÆÆÆAccepts 3, 2, or 1 speed inputs30 analog/discrete inputs15 relay outputs2-o-o-3 voted or independent output modelsOverspeed and over-acceleration protectionCustom programmingTrip valve response monitor1 millisecond time synchronization (Micronet)sil-3turbomachinery logic solver* MicroNet Plus* MicroNet Safety ModuleÆÆÆÆÆÆÆÆAccepts 3, 2, or 1 speed inputs100 analog/discrete inputs100 relay outputs2-o-o-3 voted or independent output modelsOverspeed and over-acceleration protectionCustom programmingTrip valve response monitor1 millisecond time synchronization
PrOtECtION BEyONdOVErSPEEdAlthough overspeed protection is a key function of any turbomachinerysafety system, advancements in computing technology allowWoodward safety systems to detect and even anticipate many differenttypes of unsafe operating conditions and safely shut down theturbine, avoiding costly catastrophic failures and people being hurt orkilled. Leveraging high-end processors and ield proven algorithms,Woodward’s line of turbine safety systems can function as the logicsolver for all related safety instrumented functions (SIFs).safety instrumented functions include:ÆÆÆÆÆÆÆÆÆTurbine overspeedTurbine over-accelerationAnti-surge control failure (compressor only)Lost lube/control oilEnclosure fireCombustor flame-out (gas turbine only)Turbine control failureLost gland seal steamStuck/slow shutdown valvedIAGNOStIC COVErAGE WItHQUICKtrIP BLOCK ASSEmBLIESEquipment safety standards require a high level of diagnostic coverageto verify the operational integrity of a safety system. One method ofassuring that this coverage meets the required safety integrity levelfor the respective safety instrumented function is to routinely test andverify operation of different components within the safety system.Diagnostic tests can be dificult to perform on safety system componentsthe turbomachinery is operating, without compromising the safety of themachine or reducing the integrity of the safety system. For this reason, inconjunction with steam turbine OEMs, Woodward created its “QuickTrip”trip block assembly.The QuickTrip trip bloc assembly is designed for use in steam turbineshutdown systems for quick and reliable dumping of the turbine’strip oil header. This integrated trip block assembly is intended for useon mechanical-drive or generator-drive steam turbines that use lowpressure (5-25 bar / 73–363 psi) hydraulic trip oil headers.The QuickTrip bloc’s fault-tolerant design makes it ideal for criticalsteam turbine applications where turbine up-time and availability areessential. This trip block assembly’s 2-out-of-3 voting design providesusers with a very high level of system reliability as well as compliancewith industry standard API-670.
TRIP VAlVe HeAltH MoNitoriNGThe reliability of shutdown components is of criticalimportance to ensure equipment, plant, and personnelsafety and health. Just as important is how fast theseshutdown components function in an emergencysituation. In situations where a turbine is operating atits full-load position and receiving 100% input energy,it is imperative when immediate loss-of-load conditionsoccur that the entire shutdown system responds quicklyenough to shut off the input energy source and safelyshutdown the turbine.For this reason American Petroleum Institute’sstandard API670 5th Edition now requires thefollowing in Section #8: “If specified, the machinevendor or responsible party shall verify that theresponse time of the entire overspeed detectionsystem including final control elements is fastenough to prevent the prime mover and any of itsdriven machines from exceeding their maximumallowable speeds.”To enable turbine users and operators to meet thisnew standard, Woodward’s turbine safety systemsencompass functions to measure and record the timeit takes to sense a shutdown condition (overspeedor other) to the time it takes for the inal element(trip valve) to shut off the input energy source. Thisresponse-time-based function records the responseof the system on a 1 millisecond basis and issuesan alarm if any component of the shutdown circuittakes too long to operate, allowing plant personnel tocorrect the problem before it is too late.* Throttle Trip Valve
GLOBALSUPPOrtWoodward’s global support network and our turbomachinery OEm partners provide an extensive range of technicaland after-sales support services. this global presence allows us to respond quickly to the needs of our customersanywhere in the world. In today’s complex control world, customers have come to recognize our people’s expertisebeyond the control system and depend on our global teams as critical plant support assets.colorado:coloradofieldservice@woodward.com 1 970-498-3609turbinehelpdesk@woodward.com 1 970-482-5811, option 7china:fieldservice.china@woodward.com 86 (512) 8818 5515helpdesk.china@woodward.comMiddle eastfieldservice.middle-east@woodward.com 971 26267 929Saudi, 966 135 107 900Brazil:vendas@woodward.com 55 19 3708-4800Japan:fieldservice.japan@woodward.com dservice.russia@woodward.com 7 812 319 30 07europe:fieldservice.europe@woodward.com 31-23-5661257helpdesk.europe@woodward.com 31-23-5661239india:fieldservice.india@woodward.com 91 (129) 409 7100helpdesk.india@woodward.com 91 (124) 439 95330coNteNtDistriButor iNForMAtioNfor general information on Woodward products or to downloadmanuals and other documentation, visit: www.woodward.com/turbine51483Athis document is distributed for informational purposes only. It is not to be construed as creating orbecoming part of any Woodward contractual or warranty obligation unless expressly stated in a writtensales contract. Woodward 2015, All rights reserved
on the icroet aet odle, reer to Woodward prodct spec 05 * MicroNet Kitted safety system TÜV Rheinland RE 68E 001 * Protech Gii, tPs and MsM safety system TÜV Rheinland RE 68E 00110 REDUNDANT SPEED SIGNALS MicroNet SAFETY MODULE TS MICRONET SAFETY SYSTEM TRIP VALVES GAS CONTROL VALVE C
Jan 02, 2018 · Intangible Assets Form HA-2. Intangible Assets Inventory Card Form OC-1. Capitalization and Retirement Record of Fixed Assets Form OC-2. Internal Transfer Record of Fixed Assets Form OC-3. Repairs and Improvements Record of Fixed Assets Form OC-4. Scrapping Record of Fixed Assets Form OC-6. Fixed Asse
depending on which fund was used to record the asset. Only assets purchased for Assets purchased with General Funds are recorded in the General Fixed Assets Account Group. Depreciation of general fixed assets should not be recorded in the accounts of governmental funds. Inventoried Fixed Assets are not subject to depreciation.
8.0 Best Practices for Fixed Assets Managers 20 8.1 Financial Reporting 20 8.2 Income Tax Reporting 21 8.3 General Practices 22 9.0 Sage Software Applications 24 9.1 Sage Fixed Assets—Depreciation 24 9.2 Sage Fixed Assets—Tracking 24 9.3 Sage Fixed Assets—Planning 25 9.4 Sage Fixed Assets—Reporting 25 Fixed Assets Management:
Annual Financial Statements of Volkswagen AG Balance Sheet 1 Balance Sheet of Volkswagen AG as of December 31, 2021 million Note Dec. 31, 2021 Dec. 31, 2020 Assets Fixed assets Intangible assets 1 953 822 Tangible assets 1 8,349 7,997 Long-term financial assets 1 127,590 121,558 136,892 130,377 Current assets
Land 32,542,389 Buildings and EquipmentA continued culture of strong 630,104 Other Assets 429,988 Total Assets 46,865,040 Liabilities and Net Assets Current & Long-term Liabilities 882,476 Unrestricted Assets (Including Land) 36,674,752 Temporarily Restricted Assets 5,843,043 Permanently Restricted Assets 3,464,769
Protecting intangible assets: Preparing for a new reality, 2020 Foreword Preparing for a new reality of new assets and new threats COVID-19 has disrupted global supply chains and has moved the world towards de-globalisation. It has changed working arrangements, businesses’ability to trade, consumer behaviours, and the role of the state.
Fixed Assets is ideal for small and large organizations alike. Fixed Assets lets you keep track and account for the costs of large and small assets, including buildings, land, vehicles, equipment, furniture, and more. Fixed Assets supports informed management and reporting of your organization's owned assets. Accounts Receivable
governing America’s indigent defense services has made people of color second class citizens in the American criminal justice system, and constitutes a violation of the U.S. Government's obligation under Article 2 and Article 5 of the Convention to guarantee “equal treatment” before the courts. 8. Lastly, mandatory minimum sentencing .
