We are not held responsible for packages that are not delivered to you for lack of information. It is a required text in many apprenticeship and upgrading programs, and is used by technical colleges, trade unions and the maintenance departments of refineries and chemical plants, utilities, mines, and construction and maintenance companies. Publication Date: 1995Book Size: 3.88 x 5.88Pages 500Edition: 1stCover: Soft BoundAuthor: BasarabaIPT’s Rotating Equipment Handbook and Training Manual Informative and ThoroughAs an on-the-job reference or a primary resource for a complete training program, IPT’s Rotating Equipment books are North America’s number one source for machinery reliability and … IPT's Industrial Trades Handbook is widely used by millwrights and industrial mechanics due to its troubleshooting information on power transmission systems, and is invaluable in construction and maintenance sectors of industry. IPT's Industrial Trades Handbook is widely used by millwrights and industrial mechanics due to its troubleshooting information on power transmission systems, and is invaluable in construction and maintenance sectors of industry. IPT handbooks and training manuals are ideal for a wide variety of apprenticeship training programs, self-study programs, skill advancement, or as quick, easy on-the-job references. In example, orders that are placed Wednesday evening with UPS 2nd Day Shipping will be shipped out Thursday afternoon and will arrive the following Monday. Sold by Nastoreme and ships from Amazon Fulfillment.
H��VKs�6��W�Q. In the Classroom, In the Field or In the Toolbox IPT has been publishing superior, easy-reference industrial handbooks and training manuals since 1985.
These duties/fees are the buyer's responsibility. It is a required text in many apprenticeship and upgrading programs, and is used by technical colleges, trade unions and the maintenance departments of refineries and chemical plants, utilities, mines, and construction and maintenance companies. We ship to most countries of the world with the exclusion of Portugal, Niger, and Nigeria. All rights reserved. Functional defects must be reported to the manufacturer. The goal of our publications is to help individuals become more skilled and knowledgeable about their jobs, which translates into a higher quality of work and increased productivity. If an item is on backorder from the manufacturer we will notify you immediately.
As an on-the-job reference or a primary resource for a complete training program, IPT’s Rotating Equipment books are North America’s number one source for machinery reliability and condition monitoring information. endstream endobj 314 0 obj <>stream IPT's INDUSTRIAL TRADES HANDBOOK is an excellent trouble shooting guide for Millwrights and Industrial Mechanics. All USPS Priority orders need to be in before 12 p.m. to guarantee same day shipping. Be the first to share your thoughts on this title! IPT Handbooks and Training Manuals – Versatility is the Key IPT handbooks and training manuals are ideal for a wide variety of apprenticeship training programs, self-study programs, skill advancement, or as quick, easy on-the-job references. Freight charges for returns/exchanges will be the responsibility of the customer. ISBN13: 9780920855263 Section One — Maintenance and ReliabilityRotating Maintenance ProblemsMIRP ProgramMaintenance MethodsPreventive MaintenancePredictive MaintenanceBreakdown MaintenancePredictive Program MethodsMachine MonitoringTemperatureVibrationListeningSightCorrective MaintenanceMaintenance PlanningLong Range PlanningShort - Mid Range PlanningIntermediate PlanningCritical Path Method (CPM)Program Evaluation (PERT)Predictive Maintenance ConcernsPredictive Maintenance ApplicationsVibration and NoiseNon-Destructive TestingFluid AnalysisMachinery Measurement EvaluationSection Two — Vibration AnalysisIntroductionWhat is VibrationVibration AmplitudeVibration FactsMachine PropertiesExcitation ForcesVibration CausesVibration CharacteristicsVibration FrequencyVibration DisplacementVibration VelocityVibration AccelerationVibration PhaseFrequency and RPMResonanceResonance and DampingCritical SpeedMeasuring AmplitudeSelecting Vibration IndicatorNumerous FrequenciesAbsolute TolerancesSoundSound SourcesSound CausesSound CharacteristicsSound MeasurementSound Pressure LevelsSound FieldsDirectional NoiseNoise & Machinery ConditionNoise Level FactsVibration & Noise MeasurementVibration MetersVibration MonitorVibration AnalyzerTransducersTransducer Proximity ProbesVelocity TransducersHand Held TransducerMagnetic Pick-up HolderShaft StickAccelerometer TransducersMicrophonesVibration Pick-up PositionsAmplitude vs.
If that payment method declines you will be notified of the situation and another payment method will need to be provided. IPT’s Industrial Trades Handbook and Training Manual. Ugly's is a Registered Trademark of Jones & Bartlett Learning, LLC an Ascend Learning Company. The Manual version has identical contents to the Handbook, but varies in that it has comprehensive questions at the end of each section and comes with a separate answer book. Featuring 500 pages, 300 illustrations and 30 tables and charts, IPT’s Rotating Equipment Handbook and Training Manual discuss proven diagnostics, corrective methods and procedures for determining the condition of machinery. IPT's Hydraulics Handbook and Training Manual The Fundamentals of Hydraulic Principles IPT’s Hydraulics Handbook and Training Manual include all the fundamental construction and operating principles for most hydraulic components. Any returns requested after 30 Days will be issued a 20% Restocking Fee. Frequency"X-Y" PlotterFFT RecordingSpectrum AnalysisVibration Data InterpretationSection Three — Vibration CausesVibration Causes IntroductionUnbalance VibrationCauses of UnbalanceDeposit and Build-UpCorrosion and WearEccentricityKeys and KeywaysClearance ToleranceDistorsionCasting ImperfectionsMisalignment VibrationTypes of MisalignmentParallel OffsetAngularParallel Offset & AngularMisalignment SourcesEccentric Forces VibrationBent Shaft VibrationsResonant WhirlAnti-Friction Bearing VibrationFrequency AnalysisBearing LoadsCauses of Bearing FailureVibration from Journal BearingsExcessive Bearing ClearanceDetecting Faulty BearingOil WhirlOil WhipMechanical Looseness VibrationElectrical Problem VibrationSlip FrequencyTorque PulsationsArmature ProblemsStator ProblemsBelt Drive VibrationDetermining Belt FrequencyBelt TensionBelt SlippageDefective BeltsBalancing Belt PulleysDamaged Gear VibrationResonance VibrationAerodynamic & Hydraulic VibrationCavitationRecirculationDischarge RecirculationSuction RecirculationFlow TurbulenceRandom VibrationReciprocating Forces VibrationRubbing VibrationRotor Flex VibrationBeat or Pulsation VibrationHydraulic VibrationSection Four — Equipment BalancingIntroductionIn-Place BalancingBalancing MachineUnbalanceTypes of UnbalanceStatic UnbalanceCouple UnbalanceQuasi-Static UnbalanceDynamic UnbalanceNatural FrequencyCritical SpeedsRigid or Flexible RotorsBalancing ToolsTrial WeightsHow Much Trial WeightAttaching Trial WeightsPhase Angle MeasurementTrial WeightBefore BalancingBalancing MethodsSingle Plane BalancingStatic BalancingVector MethodBalancing in One RunFour Run MethodTwo Plane-Cross EffectSingle Plane SolutionsTwo Plane VectorsTwo Plane Overhung RotorsMulti-Plane BalancingWeight ChangesChanging Weight RadiusDividing a Balance WeightCombining Balance WeightsBalancing TolerancesResidual Unbalance TolerancesISO TolerancesConclusionSection Five — LubricationIntroductionLubrication FunctionsLubrication SelectionFrictionLubrication PrinciplesViscosityConsistencyLubrication FilmBoundary LayerHydrodynamic (Full Film)Partial HydrodynamicSurface FinishGrease LubricationGrease IngredientsGrease TypesCalcium SoapSodium SoapLithium SoapComplex SoapMixed SoapInorganic ThickenerSynthetic GreasesGrease AdditivesGrease PropertiesConsistencyTemperature and LoadDropping PointMiscibilityMechanical Stability & WearSealing PropertiesGrease Selection FactorsBearing GreasingCorrect MountingCorrect TimeCorrect QuantityCorrect MethodsReplacing Grease (anti-friction)Correct AmountApplication MethodsGreasing IntervalsOil LubricationOil ClassificationsIndustrial ClassificationsGear Oil ClassificationsEngine Oil ClassificationsAutomotive Gear OilsLubricating Oil TypesMineral OilsAnimal & Vegetable OilsSynthetic OilsCommon Oil AdditivesOxidation InhibitorsPour Point DepressantRust InhibitorsAnti-Wear AdditivesFoam DepressantsDetergent DispersantViscosity IndexLoad Carrying TestsFlash 8 Fire PointsOil AnalysisOil Analysis ProgramOil Sample SlipOil Analysis TestsSpectrographic AnalysisTBN and TANAllowable Soot TestViscosity TestWear Metal - IronAllowable OxidationOil Sampling ProceduresConclusion & DecisionChanging LubricantOil Lubrication SystemsOil & Grease StorageLubrication SchedulingLubrication DepartmentSection Six — Non-Destructive TestingNDT PurposeDirect Visual InspectionRemote Visual InspectionVideoimagescopeFiberscopeBorescopeLiquid Penetrant TestingPreparation and ApplicationDeveloping and InspectionMagnetic Particle TestingMagnetizing the PartParticle ApplicationInspection and InterpretationUltrasonic TestingTypes of Sound WavesUltrasonic RequirementsSurface PreparationUltrasonic Testing MethodsResonant FrequencyTransit Time MethodIntensity MethodIntensity & Transit TimeEddy Current TestingRadiography TestingSection Seven — Bearing Failure AnalysisBearing ProblemsAnti-friction Bearing LifeLoad Path PatternsPremature Anti-friction FailureLubrication FailureLubrication ContaminationIncorrect TolerancesIncorrect MountingVibrationMisalignmentElectric Current PassageJournal Bearing FailureUnsuitable DesignUnsuitable Operating EnvironmentLubrication ProblemsMisalignmentOverloading and FatigueElectric Current PassagesImproper AssemblySection Eight — Performance MonitoringMonitoring MethodsComparative StandardsMeasuring Electrical PerformanceBasic InstrumentsOhm's LawMeasuring VoltageMeasuring CurrentMeasuring ResistanceMeasuring PowerProtective DevicesMeasuring Fluid PerformanceMeasuring Fluid PressureBoyle's LawBernoulli's PrincipleFlow Measurement DevicesElbow TapsFlow SwitchesFlowmetersOrifice MetersSight FIow IndicatorsVenturi Tubes/Flow NozzlesPressure MeasurementTroubleshooting Fluid CircuitsTemperature MeasurementsTemperature Measuring DevicesBimetallic ThermometersThermocouplesTemperature Sensitive BulbsContact PyrometersThermographic InstrumentsPocket Digital ThermometersColor Indicator CrayonsTouchUltrasonic Detection DevicesTachometersSection Nine — Lockout & TagoutIntroductionLockoutTagoutApplication of Lockout/TagoutHazardous Energy SourcesTypes of Energy SourcesElectrical EnergyMechanical EnergyThermal EnergyPotential EnergyUnintentional OperationLockout ProgramLockout ProceduresApplying Energy ControlsDisconnecting Energy ControlsTesting During LockoutOutside ContractorsLockout/Tagout TrainingEnforcement & DisciplineSection Ten — AppendixLength ConversionsMass/Weight ConversionsForce ConversionsDensity ConversionsArea ConversionsAccelerationEnergyPowerPressureElectricalViscosityThermal ExpansionTemperatureFluid FlowUnbalance (weight x radius)FormulaeDisplacement/Velocity/Accel.Force by Out-of-BalanceResidual Unbalance Tolerances.