OMG BOOKSOURCE
PRESENTS
Instructional Materials for Industrial Skills:

Mechanical Maintenance
(from Air Conditioning to Valves)

Air Conditioning and Refrigeration /Bearings and Lubrication
Boilers, Furnaces, and Heat Exchangers /Compressors /Engines /Fasteners
Tools /Machinery Mechanical Drives / Piping Pipefitting, and Pumps
Rigging and Lifting /Shop Practices /Valves 

Air Conditioning and Refrigeration

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MEM005 
INTRODUCTION TO AIR  CONDITIONING AND  REFRIGERATION

Video Heat transfer; phase change; compression; condensation and expansion; pressure-temperature relationships.  1 hour video, 1 student workbook, 1 instructor’s guide.

MEM007 
VAPOR COMPRESSION  EQUIPMENT AND REFRIGERANTS

Video Design variations and operating principles of evaporators, compressors, condensers, and metering devices; refrigerants; qualities/types; auxiliary equipment.  1 hour video, 1 student workbook,  1 instructor’s guide.

MEM009 
TEST AND MAINTENANCE  EQUIPMENT

Video Gauge manifolds; temperature sensors; leak detection devices; vacuum pumps; suction line filter dryers.  1 hour video, 1 student workbook, 1 instructor’s guide.

MEM011 
SYSTEM OPERATION CHECKS

Video General system check; checking refrigerant charge; leak testing; maintaining lubrication level; start-up procedures.  1 hour video, 1 student workbook, 1 instructor’s guide.

MEM013 
PUMP DOWN, EVACUATION,  AND CHARGING

Video System pump down; system evacuation; charging.  1 hour video, 1 student workbook, 1 instructor’s guide.

MEM015 
MECHANICAL  TROUBLESHOOTING

Video Procedures for troubleshooting; short cycling; high discharge pressure; low suction pressure.  1 hour video, 1 student workbook, 1 instructor’s guide.

MEM017 
ELECTRICAL CONTROLS AND CIRCUITS

Video Procedures for troubleshooting; unit will not start; defective relay, burned contacts, loose connections.  1 hour video, 1 student workbook, 1 instructor’s guide.

MEM022B 
AMMONIA REFRIGERATION

Video

PART 1
AMMONIA PROPERTIES, HAZARDS AND SAFETY PRECAUTIONS

PART 2
SYSTEM COMPONENTS, MAINTENANCE AND TROUBLESHOOTING
Part 1 of this two-video set introduces ammonia as a refrigerant for large applications, the safety precautions necessary when working with it, and the regulations and standards applying to ammonia and the systems using it.  Part 2 emphasizes the routine activities that ensure system efficiency.  A study guide is available.
Part 1 - 14 minutes;
Part 2 - 20 minutes.

MEM022C 
CHILLER SYSTEMS

Video

PART 1
WATER LOOPS AND COMPONENTS

PART 2
MAINTENANCE, OPERATIONS AND
TROUBLESHOOTING
A comprehensive two-part program concentrating on large, centrifugal chiller applications using lower pressure refrigerants.  They cover basic operation, controls, the chilled and evaporator water loops, cooling towers, and the start-up, shut down, monitoring, maintaining and troubleshooting of chiller systems.  A study guide is available.
Part 1 - 13 minutes;
Part 2 - 16 minutes.

MEM022D 
PNEUMATIC CONTROLS

Video

PART 1
AIR SUPPLY COMPONENTS, CONTROLLERS AND ACTUATORS

PART 2
MAINTENANCE, CALIBRATION AND TROUBLESHOOTING A problem typical of pneumatic controls is inadequate understanding.  This two-part program surveys operating fundamentals and then shows what it takes to keep pneumatic controls working as they were intended, recalibrating when necessary, and maintaining components for long and trouble-free life.  A study guide is available.
Part 1 - 14 minutes;
Part 2 - 14 minutes.

MEM022E 
AIR CONDITIONING  AND REFRIGERATION

Video Series
This four-part course (MEM022F-MEM022I) exposes trainees to the variety of air conditioning and refrigeration systems as well as common maintenance and repair procedures.  A practical approach and real-world information keep the programs informative and immediately useful for a broad audience.

MEM022F 
INTRODUCTION

Video
This program looks at the four main components of a vapor-compression refrigeration system and traces the refrigerant using common terms, refrigerant properties and refrigerant safety, control functions, and basic maintenance procedures.  A study guide is available.  20 minutes.

MEM022G 
COMPONENTS AND CONTROLS

Video
This program surveys the various compressors, evaporators, condensers, expansion devices, auxiliary components, control devices, and control circuits an air conditioning and refrigeration technician is likely to encounter.  A study guide is available.  20 minutes.

MEM022H TROUBLESHOOTING
Video
Using examples, this program illustrates the troubleshooting process and shows how to identify common problems in air conditioning and refrigeration systems safely, systematically, and efficiently.  A study guide is available.  20 minutes.

MEM022I  
SERVICE PROCEDURES

Video
This program covers safety and the EPA regulations applying to refrigerants before leading the trainee through common hands-on procedures such as connecting to the system, reading pressures and temperatures, discharging, evacuating, recharging, and replacing components. A study guide is available.  20 minutes.

Bearings and Lubrication

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MEM023 
ANTIFRICTION BEARINGS

Video
This program illustrates several methods on the installation and removal of anti-friction bearings.  It also stresses the importance of cleanliness in handling.  20 minutes.

MEM025 
BASIC BEARINGS

Video Various types of bearings, components of bearings, and maintenance problems associated with bearings are described in this unit.  Rolling contact bearings and sliding surface bearings are covered, and associated failures and replacement techniques are described.  Includes 1 workbook and 1 instructor’s guide.  1 hour.  Also available in Portuguese and Spanish.

MEM027 
BASIC LUBRICATION

Video This video focuses on the functions, characteristics, and terminology associated with various types of lubricants (oil, grease, solids, and synthetics).  Choosing the appropriate lubricant and method of lubrication is emphasized.  Includes 1 workbook and 1 instructor’s guide.  1 hour.  Also available in Portuguese and Spanish.

MEM028 
BEARING INSTALLATION

Video
This program teaches trainees the basic principles of bearing operation.  It explains how to identify common bearings and their housings; how to monitor bearings for common causes of failure; how to determine the common  causes of bearing failure; and how to mount bearings on shafts and in bores.  A Study Guide is available.  19 minutes.

MEM030 
BEARING MAINTENANCE

Video
Common terms associated with all types of bearings are introduced in this program.  A discussion of the different types of bearings prepares the viewer for maintenance tips and techniques associated with bearings.  A Study Guide is available.  18 minutes.

MEM031 
BEARINGS AND LUBRICATION

Set of Three Videos

bulletVIDEO ONE
bulletIntroduction to Bearings
bulletDisassembling and Inspecting a Plain Journal Bearing
bulletChecking the Oil Clearance of a Plain Journal Bearing Using  
Micrometer and Telescoping Gauge
bulletPerforming a Bearing Contact Check
bulletChecking the Oil Clearance of a Plain Journal Bearing 
Using Lead Wire
bulletAssembling a Plain Journal Bearing
bulletVIDEO TWO
bulletIntroduction to Anti-Friction Journal Bearings
bulletMaintenance of Tapered Roller Bearings in a Gear-type 
Speed Reducer
bulletRemoving the Top Housing from a Speed Reducer
bulletRemoving a Shaft and Bearing from a Gear Reducer
bulletRemoving the Bearing Inner Ring from the Shaft
bulletCleaning and Inspecting an Anti-Friction Bearing
bulletReplacing and Assembling an Anti-friction Bearing
bulletUsing a Bearing Puller
bulletVIDEO THREE
bulletIntroduction to Thrust Bearings
bulletTilting Pad, Oil Film Thrust Bearings
bulletDisassembling a Tilting Pad, Oil Film Thrust Bearing
bulletDisassembling and Inspecting the Thrust Bearing Assembly
bulletReassembling a Tilting Pad, Oil Film Thrust Bearing
bulletFinal Assembly of a Tilting Pad, Oil Film Thrust Bearing
bulletBearing Lubrication

Contains three 1-hour videotapes, 1 student workbook, 1 instructor’s guide.

MEM033 
EQUIPMENT LUBRICATION

Video This video explains why lubrication is necessary to prevent excessive wear in equipment and commonly used components.  It examines some of the causes of excessive wear between moving parts, and gives functional and operational descriptions of various common types of bearings and seals.  The unit includes descriptions of various types of oils and greases and an explanation of general duties and responsibilities for maintaining proper lubrication.   1 hour video, 1 student workbook, 1 instructor’s guide.

MEM037 
LUBRICATING BALL BEARINGS

Video
See a technique for ball bearing maintenance showing the proper procedure for removing deteriorated lubricant and replacing with fresh grease.  6 minutes.

MEM038 
INDUSTRIAL BEARINGS

Video Series
This series of three videotape lessons (MEM038A-M3M038C) and their accompanying workbooks form a learning resource which will enable learners to master the basics of bearing technology.  While the entire series is designed to train the student who is new to the field of bearings, the individual videos also offer in-service maintenance personnel the opportunity to review basic information.  The series covers such tasks as proper bearing installation, removal, lubrication and troubleshooting.  Each lesson is introduced by identifying the specific behavioral objectives expected of the bearings maintenance worker, and then explains the techniques that will result in improved instruction.

MEM038A 
TAPE 1
APPLICATION AND  TECHNOLOGY
Video
Understanding the definition of a bearing; the different types of bearings, including plain, ball, cylindrical, spherical, tapered and needle; bearing wear and life expectancy; protective housings for bearings; and the different types of loads.  A workbook is included.

MEM038B 
TAPE 2

MAINTENANCE AND  INSTALLATION
Video
Familiarization with the proper way to install and care for both plain and rolling-element bearings; the different types of fittings for installation; how to check proper operating clearances; and the importance of proper bearing alignment.  A workbook is included.

MEM038C 
TAPE 3

TROUBLESHOOTING
Understand the various ways to identify potential problems and their sources; how to maintain a schedule of monitoring on four major areas of identification; the proper procedures for removing failed bearings; and how to determine the reasons for failed bearings.  A workbook is included.

MEM039 
LUBRICATION

Video
Proper lubrication of equipment is essential if costly down time and replacement are to be avoided.  Shows the importance of lubrication and the proper training of personnel responsible for lubricating equipment.  25 minutes.

MEM041 
LUBRICATION FOR  EQUIPMENT OPERATORS

Video Explores friction and lubrication, natural-feed lubrication systems, monitoring a natural-feed system, adequate lubrication, force-feed lubrication system, monitoring a forced-feed system, filters and centrifuges, as well as centrifuge operation.  Includes a student workbook, instructor’s guide, and transparencies.  1 hour.

MEM043 
LUBRICATION TECHNIQUES

Video
In this program, different types of lubricants and additives are covered, and the importance of following a regular maintenance schedule is stressed.  Proper lubrication techniques for chains, gears, and all types of bearings are demonstrated.  Includes a program guide.  15 minutes.  Also available in Spanish.

MEM049 
POURING BABBITT BEARINGS

Video
Learn how to pour a perfect bearing the first time. We go into melting out the old stuff, the cleanup, good safety practices, installing the wood plugs, spacers and fillers, preheating, blackening, and preventing leaks.  We show how to pour, how to bore and scrape the bearing, how to cut the oil grooves and finger slots.  17 minutes.

MEM050 
ROLLING CONTACT BEARINGS

Set of Two Videos

PART ONE
This unit describes various types of rolling contact bearings and their components.  It explains how each type of bearing operates and modes of failure.

PART TWO
This unit focuses on rolling contact bearing maintenance, including removal techniques, cleaning and inspection, relubrication, and replacement techniques

Two 1-hour videos, 1 instructor’s guide, 1 student workbook.

MEM052 
SLIDING SURFACE BEARINGS 1

Video Various types of sliding surface bearings and their associated elements are described.  This unit examines methods of operation for journal bearing and thrust bearings.  It describes typical maintenance problems.   Includes 1 workbook and 1 instructor’s guide.  1 hour.  Also available in Portuguese and Spanish.

MEM053 
SLIDING SURFACE BEARINGS 2

Video This video describes job preparation, safety, disassembly, inspection, measurements, and replacement techniques  Includes 1 workbook and 1 instructor’s guide.  1 hour.  Also available in Portuguese and Spanish.

Boilers, Furnaces, and Heat Exchangers

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MEM055 
AUXILIARY STEAM TURBINES

Set of Three Videos

VIDEO ONE
Explains turbine operation, removing the casing, measuring thrust, measuring the rotor-to-nozzle clearance, removing and measuring carbon rings, checking shaft and wheel runout and backlash, and removing the rotor and checking bearing clearance.

VIDEO TWO
Covers cleaning turbine parts, inspecting turbine parts, adjusting nozzle clearance, theoretical clearance measurements, actual clearance measurements, installing the packing and wheel cover, and turbine overhaul guidelines.

VIDEO THREE
Presents mechanical and hydraulic governors, maintaining hydraulic governors, mechanical-hydraulic governors, overspeed trip mechanism, and overspeed sensor maintenance.

Three 1-hour Videos.  Includes student workbook, instructor’s guide, transparencies.

MEM057 
BASIC BOILER SYSTEMS

Video Introduces boiler systems and outlines typical air supply systems, fuel supply systems, condensate and feedwater systems, and combustion and water supply control systems.  Control panel instrumentation and its use in boiler operation are also covered.  1 hour.  Includes 1 student workbook, 1 instructor’s guide.

MEM059 
BOILER DESIGN AND CONSTRUCTION

Video Boiler design; boiler components — description and function — fire box, burners, FD/ID fans, stack, mud drum, steam drum, downcommers/risers, moisture separator, superheater, economizers.  Includes a student workbook.  30 minutes.

MEM061 
BOILER EFFICIENCY AND OPTIMIZATION

Video Series
This series introduces the theory, mathematical concepts, and techniques of boiler optimization and efficiency.  It discusses techniques for increasing boiler efficiency in both the boiler and the firebox.  Guidelines and appropriate mathematical calculations for improving and refining operating parameters are discussed in detail.

MEM062 
DRAFT PRESSURE AND BURNER  MANAGEMENT CONTROL

Video 1
This unit presents an overview of the furnace air supply-flue gas removal system, furnace draft pressure measurement control, and flue gas pollution control.  Upon completion of this unit, students will be prepared to discuss furnace draft pressure control systems.  They will attain a practical understanding of the types of process in common usage, and be able to discuss system attributes, specifications, and applications.  

bullet Students will also be able to:
bulletIdentify basic boiler management problems.
bulletUnderstand the basic combustion control equipment requirements 
of burner management.
bulletKnow the sequence of operations required for safe boiler operation.
bulletIdentify and describe the basic components of furnace draft.
bulletUse, understand, and apply basic burner management techniques.

MEM063 
BOILER AND COMBUSTION

EFFICIENCY CALCULATIONS
Video 2
This unit introduces and describes the performance-monitoring concepts of boiler efficiency and combustion efficiency, and presents the parameters, equations, and considerations involved in determining them.  Upon completion of this unit, students will be prepared to discuss boiler efficiency and the major methods for determining it.  They will also be able to distinguish between gross boiler efficiency and net boiler efficiency.  

bullet Students will be able to:
bulletCompare and contrast the notions of boiler efficiency and 
combustion efficiency.
bulletIdentify and describe the basic components of heat-input, 
heat-output, and heat-loss.
bulletDetermine when to use each of the major methods of determining 
boiler efficiency.
bulletUnderstand the relative importance of the various factors determining 
boiler efficiency and combustion efficiency.

MEM064 
BOILER PERFORMANCE AND AIR  HEATER CONSIDERATIONS

Video 3
This unit introduces and describes the parameters which affect boiler performance, and explains how to take the effect of air-heaters into account in determining true boiler efficiency.  Upon completion of this unit, students will be prepared to discuss the three basic factors involved in optimum boiler performance:  design, operating procedures, and maintenance.  

bullet Students should also be able to discuss:
bulletHow and why to calculate air-heater leakage.
bulletMajor boiler design improvements which may improve boiler efficiency.
bulletCommon operational parameters affecting boiler performance.
bulletMajor elements involved in a boiler-maintenance program.
bulletMajor factors which affect the performance of an air-heater.
bulletTwo major methods for calculating air-heater leakage.

MEM065 
BOILER LOAD ALLOCATION

Video 4
This unit introduces and describes the basic techniques of boiler load allocation.  Upon completion of this unit, students will be prepared to discuss the benefits of boiler load allocation, the requirements for its implementation, control strategies for load allocation, and the use of optimizers in load allocation.  

bullet Students should be able to:
bulletDiscuss the objectives and benefits of boiler load allocation.
bulletSpecify the equipment requirements for boiler allocation.
bulletExplain how both header pressure and boiler master control strategies for load allocation work.
bulletExplain how an optimizer works.
bulletDescribe what a load allocator does in checking limits, unit-cost, and communications.

MEM066 
BOILER SOOT CONTROL

Video 5
This unit presents an overview of furnace boiler soot control removal systems.  Upon completion of this unit, students will be prepared to discuss furnace boiler soot control systems; both automatic and manual commands; optimization; and soot-blowing control strategies.   The students will be able to develop heat transfer rate calculations to evaluate boiler efficiency.  Students should also be able to identify and describe the basic components of a furnace boiler soot-blowing control system.

MEM073 
BOILER FEEDWATER AND STEAM — CONTROLLING FOR   
SAFETY AND EFFICIENCY
Video
Outlines system flow—the steam cycle, typical temperatures and pressures; steam production—phases of water, temperature/pressure relationships, saturated vs superheated; the dynamics of the control problem—steady-state operation, increase in steam demand, decrease in steam demand, shrink and swell, water chemistry, etc.  Student workbook included.  30 minutes.

MEM075 
BOILER FUEL AND AIR — CONTROLLING FOR SAFETY AND EFFICIENCY

Video Details air flow system—forced draft fans, induced draft fans, air baffles; oil gas systems—burners; coal systems—coal hopper, pulverizer, stoker systems; alternative fuel systems—wood, refuse, etc.  30 minutes.

MEM077 
BOILER INSPECTION AND CLEANING - 1

Video Teaches the skills and knowledge necessary for safe and effective fireside inspection and boiler cleaning.  Preparations for a fireside inspection, symptoms of boiler failure, types of boiler failure likely to be encountered, and safety precautions are all covered.  1 hour.  Includes 1 student workbook and instructor’s guide.

MEM078 
BOILER INSPECTION AND CLEANING - 2

Video Focuses on waterside inspection and boiler cleaning.  Preparations for a waterside inspection, correcting identified problems, water washing the fireside, and chemical cleaning of the waterside are examined.  How to close up the boiler, including closure of the hand holes and manway is explained.  1 hour.  Includes 1 student workbook and instructor’s guide.

MEM081 
BOILER MAINTENANCE

Video Instructs trainees in the different categories of boilers, basic problems associated with boilers, and specific maintenance problems associated with different boiler components.  Includes 1 hour Video, 1 student workbook, 1 instructor’s guide.

MEM083 
BOILER OPERATION AND  CONTROL

Video Series
This series presents an overview of basic boiler operation and control concepts, techniques, and strategies.  It includes terminology, descriptions, and the applications most frequently encountered in process control and power generation situations.  These videos emphasize efficiency, safety, and the use of proper control techniques in both coal-fired and gas-fired applications.

This course consists of two modules, each containing four units of study organized to build a progressive understanding of the topics.  Module 1 has MEM084-MEM087; Module 2 includes MEM088-MEM091.  These units are available individually for subject-specific training or in a package that provides a comprehensive view of boiler operation and control.

MEM084 
BASIC BOILER OPERATION

Video 1
This unit presents an overview of basic boiler operations, and some of the terminology associated with boiler classification, operation, design, efficiency, and pollution control.  Upon completion of this unit, students will possess an understanding of basic boiler operations.  They will attain a practical knowledge of the processes in common usage, and be able to discuss system attributes, specifications, and applications.  Students should be able to identify and describe the basic components of boiler operations.

MEM085 
BOILER MECHANICAL SYSTEMS

Video 2
This introductory unit provides the foundation for a progressive understanding of boiler mechanical systems and terminology, beginning at the fundamental level.  Upon completion of this unit, students will possess an understanding of boiler mechanical systems.  They will attain a practical knowledge of the systems in common usage, and be able to discuss system attributes, specifications, and applications.

MEM086 
COMBUSTION PROCESS OVERVIEW

Video 3
This introductory unit provides the foundation for a progressive understanding of the combustion process and terminology, beginning at the fundamental level.  Upon completion of this unit, students will possess an understanding of the combustion process.  They will attain a practical knowledge of the types of processes in common usage, and be able to discuss the attributes, specifications, and applications of these processes.

Students will be able to identify and describe the general function and 
characteristics of the following:

bulletFuel storage facilities
bulletSteam/air oil atomizer
bulletUndergrate and overfire stokers
bulletSteam drum illustration of shrink/swell
bulletGas jet
bulletSolid fuel handling systems
bulletAir/fuel flow control systems
bulletSuperheater tubes
bulletTilting burners
bulletEconomizer/air preheater

MEM087 
BOILER TYPE OPERATING CONSIDERATIONS

Video 4
This introductory unit provides the foundation for a progressive understanding of boiler type operating considerations and terminology, beginning at the fundamental level.  Upon completion of this unit, students will understand boiler type operating considerations.  They will attain a practical knowledge of the systems in common usage, and be able to discuss system attributes, specifications, and applications.  Students should be able to identify and describe field erected boilers, package boilers, special application boilers, and their leading particulars.

MEM088 
REVIEW OF CONTROL TERMINOLOGY AND FUNDAMENTALS

Video 5
This introductory unit provides the foundation for a progressive understanding of control terminology and fundamentals at the entry level.  Upon completion of this unit, students will understand control terminology and fundamentals.  They will attain a practical knowledge of the types of controls in common usage, and be able to discuss control attributes, specifications, and applications.  Students should be able to identify and discuss control terminology, evolution of controls, and control fundamentals.

MEM089 
FIRING RATE CONTROL AND AIR/FUEL COORDINATION

Video 6
This unit is an introduction to Combustion Control, concentrating on firing rate control and air/fuel coordination.  The purpose of this unit is to explore the structure of combustion control systems, and demonstrate how to develop and implement firing rate control and air/fuel coordination systems.  

Upon completion of this unit, students will be able to:

bulletApply to a simple process the following terms:
bulletFiring Rate Control
bulletFiring Rate Demand
bulletAir/Fuel Coordination
bulletCombustion Air Control
bulletFuel Control
bulletControl system involving:
bulletSimple Pressure Master
bulletSimple Parallel Air/Fuel Coordination
bulletParallel Metered Air/Fuel Coordination
bulletParallel Metered Cross-Limiting Air/Fuel
bulletCross-Limiting with Air- and Fuel-Flow Bias Coordination
bulletCross-Limiting with %O2 Control
bulletDiscuss the relationship between firing rate demand and air/fuel coordination.
bulletUnderstand the relationship among the following pairs of terms:
bullet“Boiler Following Steam User” and “Steam User Following Boiler”
bullet“Base-Loaded Boiler” and
bullet“Swing Boiler”
bulletStoichiometric Air/Fuel Ratio” and
bullet“Excess Air”
bullet“Air Flow Bias” and “Fuel Flow Bias”
bullet“Excess Air” and “Flue Gas %O2”

MEM090 
COMBUSTION AIR AND FUEL CONTROL SYSTEMS

Video 7
This unit is the conclusion of Combustion Control, concentrating on combustion air and fuel control.  The purpose of this unit is to explore the structure of combustion control systems, and demonstrate how to develop and implement combustion air and fuel control systems.  Upon completion of this unit, students will be able to identify the basic elements of a combustion control system and formulate combustion air control and fuel control strategies.  Students will:

bulletUnderstand the important relationship among the following:
bulletFiring Rate Control
bulletAir/Fuel Coordination
bulletCombustion Air Control
bulletFuel Control
bulletFor both fuel and combustion air, be able to discuss:
bulletControl Objectives
bulletMeasurement Methods
bulletControl System Elements
bulletControl Strategies

MEM091 
DRUM LEVEL, BLOWDOWN AND STEM TEMPERATURE CONTROL

Video 8
This introductory unit provides the foundation for a progressive understanding of drum level, blowdown, and steam temperature control and terminology, beginning at the fundamental level.  Upon completion of this unit, students will understand drum level, blowdown, and steam temperature controls.  They will attain a practical knowledge of the control systems in common usage, and be able to discuss control system attributes, specifications and applications.  In addition, students should be able to identify and describe drum level, blowdown, and steam temperature controls, their component systems, and their relationship to the overall function of the unit.

MEM101 
BOILER OPERATION FIRESIDE

Video
Features a package boiler which can burn either gas or oil. The controls for each kind of fuel are described in detail.  16 minutes.

MEM103 
BOILER OPERATION WATERSIDE

Video
Illustrates the operating procedures of the steam and water controls on a package steam boiler.  20 minutes.

MEM105 
BOILER OPERATIONS

Video Boiler start-up:  initial conditions, purging, light-off, warm-up; normal operations—monitored parameters, steady state, transient operations; abnormal/emergency operations—flame out, loss of air flow, loss of feed, loss of load; boiler shut down.  30 minutes.

MEM107 
BOILER TUBE REPAIRS

Video Describes the types of boiler tube repairs along with the basics for choosing the most appropriate repair for a given maintenance problem.  Several types of welding repairs are covered.  Also explained is how to identify the probable cause of a specific failure.  1 hour Video.   Includes 1 student workbook and instructor’s guide.

MEM109 
BOILERS — OPERATION

Video Describes boiler and burner operation, preoperational checks, start-up as well as operational checks and shutdown.  1 hour.  Includes student workbook, instructor’s guide, transparencies.

MEM111 
BOILERS AND BOILER  EQUIPMENT

Set of 2 Videos

VIDEO ONE
Demonstrates boiler tube damage, techniques for repairing a waterwall tube by Pad Welding, removing a section of boiler tube, preparing to install a new section of tube, cutting windows in the new tube, and installing a replacement tube.

VIDEO TWO
Explains gauge glass operation and disassembly, cover disassembly and reassembly, gauge glass assembly completion, soot blower disassembly, final soot blower disassembly, poppet valve disassembly, cleaning and inspection, and thrust bearing inspection.

Also available in Spanish.  1 hour.  Includes workbook, instructor’s guide, transparencies.

MEM113 
FURNACE FUNDAMENTALS

Video
This program begins with a description of the principles of furnace operation, including combustion and the heat transfer process.  Typical furnace systems are used to explain burner designs, air flow, fuel flow and process fluid flow.  The unit includes discussion of furnace instrumentation and instrument control systems, as well as principles of operation of typical electric furnaces.  Includes 1 student workbook.

MEM115 
FURNACE OPERATIONS

Video
Covers furnace startup, normal furnace control operations, safe furnace equipment checks, use of safety equipment and a typical shutdown.  It describes symptoms of common malfunctions, such as overheating, tube plugs, and flameouts, and standard emergency responses.  The unit concludes with a review of safety in furnace operation.  Includes 1 student workbook.

MEM117 
HEAT EXCHANGERS

Video Explains heat transfer, tube and shell heat exchangers, preoperational checks, filling and venting, completing start-up, increasing heat load, recognizing problems and shutdown.  1 hour.   Includes student workbook, instructor’s guide, transparencies.

MEM119 
INTRODUCTION TO BOILERS — AN OVERVIEW

Video Presents boiler functions and applications—power generation, process heating, building heating; boilers systems—fuel, air , feedwater, steam; basic operation—inter-relationship of systems/factors affecting efficiency.  A student workbook is included.  30 minutes.

MEM121 
REFRACTORY MAINTENANCE

Video Demonstrates various types of refractory and boiler wall constructions, and will enable trainees to select the proper type of refractory for a particular application.  Refractory failure causes, symptoms and repair techniques using brick, castable and plastic are explained.  1 hour.  Includes 1 student workbook and instructor’s guide.

MEM123 
STEAM TURBINES

Video Features introduction to turbine operation, principles of turbine operation, auxiliary systems and control devices, valve lineup and other preoperational checks, checking auxiliary systems, turbine warmup, initial roll and start-up and loading and shutdown.  1 hour.  Includes student workbook, instructor’s guide, transparencies.

Compressors

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ISK082     
CENTRIFUGAL AIR COMPRESSORS

Video

Tape One takes a look at air compression, centrifugal air compressors, air intake filters and maintenance, lubrication system and maintenance, and how to troubleshoot the lubrication system.

Tape Two explains gear box design, inlet disassembly, horizontally-split compressor disassembly, vertically-split compressor disassembly, checking bearing clearance, gear checks, and impeller clearance checks.

Tape Three stresses intercoolers and aftercoolers, separators, receivers and dryers, coupling alignment, vibration analysis, troubleshooting high air temperature, and common compressor problems.

Three 1-hour Videos, student workbook, instructor’s guide, transparencies.

ISK083     
RECIPROCATING AIR  COMPRESSORS

Video
Gives an introduction to compressor operations, principles of compressor operation, capacity control modes, preoperational checks, start-up, periodic checks, and manual unloading and shutdown.  1 hour.

Includes student workbook, instructor guide, and transparencies.

ISK084  
AIR COMPRESSORS AND BLOWERS

Video
Tape One
concerns reciprocating air compressor discharge valve removal and disassembly, discharge valve seat cleaning, inspection and lapping, discharge valve guard cleaning inspection and maintenance, discharge valve reinstallation, reciprocating compressor suction valve unloader removal and disassembly, suction valve unloader testing, suction valve and unloader installation.

Tape Two details reciprocating air compressor disassembly, piston and piston rod removal, piston and cylinder measurements, piston ring installation, piston and piston rod installation, and piston-to-cylinder head clearance adjustment.

Tape Three teaches rotary blower disassembly, removing the timing gears, head plate and shafts, bearings, installing the bearings and the seal in a rotary blower, installing the timing gears in a rotary blower, and adjusting the timing and reassembling the rotary blower.

Includes three 1-hour Videos, student workbook, instructor’s guide, transparencies.

MEM125 
CENTRIFUGAL COMPRESSORS

Video This unit identifies the major components of a centrifugal compressor and explains how it compresses air.  The precautions and preparations associated with centrifugal compressor overhauls are covered, along with the major steps in disassembling and reassembling vertically split compressors and some of the typical checks and measurements.  1 hour.  Includes 1 workbook, 1 instructor’s guide.

Engines

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MEM161 DIESEL ENGINES
Set of Three Videos

bulletVIDEO ONE
bulletBasic Diesel Engine Operation
bulletTwo-stroke and Four-stroke Engine Cycles
bulletThe Air Intake System
bulletThe Fuel System
bulletThe Exhaust System
bulletThe Lubricating Oil System
bulletThe Cooling System
bulletVIDEO TWO
bulletChecking the Oil Level
bulletChanging a Cartridge Type Oil Filter
bulletChanging the Oil Maintaining an Oil Filter Housing
bulletReplacing an Oil Filter and Adding Oil
bulletReplacing a Dry Element Air Cleaner
bulletMaintaining an Oil Bath Air Cleaner
bulletVIDEO THREE
bulletDraining A Fuel Tank
bulletRemoving a Fuel Filter
bulletReinstalling a Fuel Filter
bulletChecking the Coolant
bulletLocating a Leak in the Cooling System
bulletEngine Timing
bulletChecking Exhaust Valve Timing
bulletChecking Injector Timing

Three 1 hour videotapes, 1 student workbook, 1 instructor’s guide.  Also available in Spanish.

Fasteners

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MEM162 
BOLTING AND FASTENING

Video

bulletFastener Performance
bulletProper Preloading
bulletFastener Designs
bulletFastener Installation
bulletBolting Patterns
bulletLubricating Fasteners
bulletLocking Devices
bulletFrozen Fasteners

1 hour video, 1 student workbook, 1 instructor’s guide.

MEM163 
THREADED FASTENERS

Video Transfer
A convenient, effective way to teach anyone how to identify, measure, and use SAE and metric fasteners.  Close-up photos and technical illustrations are used to point out the features and head markings which help identify a fastener’s type, grade, and material.

Tools

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MEM165 
BASIC HAND TOOLS

Video  
It’s surprising how common tools are mishandled.  This program demonstrates the proper ways to use the 29 hand tools we consider basic for millwrights.  15 minutes.

MEM167 
THE COMBINATION SQUARE SET
Video
Nearly everyone has used a combination square, but not everyone realizes how versatile the tool is.  This program  covers the many uses of the square as well as the protractor and center head attachments.  11 minutes.

MEM169 
THE DIAL INDICATOR

Video
The dial indicator (or eccentricity gage) is a precise tool for measuring variations on a surface from a fixed point.  This program  details the many applications for this handy device.  7 minutes.

MEM171 
HAND TOOLS

Set of Two Videos

VIDEO ONE
Presents vises and clamps, screwdrivers, hammers, mallets and sledges, punches, non-adjustable wrenches, socket wrenches, adjustable wrenches, torque wrenches and pliers.

VIDEO TWO
Tape Two demonstrates snips and hacksaws, chisels, power hand tools, taps, dies, reamers and files.

Includes  2 1-hour Videos, student workbook, instructor guide, transparencies.  Also available in Spanish.

MEM173 
HAND TOOLS 1

Video Discusses the safe use and care of a wide range of hand tools.  It examines hammers, mallets, open-end wrenches, box-end wrenches, combination wrenches, socket and impact wrenches, adjustable wrenches, pipe wrenches, chain and strap wrenches, spanner wrenches, setscrew wrenches, standard and offset screwdrivers and specialized screwdrivers.  1 hour.  Includes 1 workbook, 1 instructor’s guide.  Also available in Spanish and Portuguese.

MEM174 
HAND TOOLS 2

Video
Covers tools not introduced in Hand Tools 1, again emphasizing their safe use and care.  Tools examined are pliers (slip-joint, locking, needle-nosed, cutting and snap-ring); vises (bench and pipe); clamps (C-type, welding table, and spring); and punches (prick, center, drift, pin, alignment and gasket).  1 hour.  Includes 1 workbook, 1 instructor’s guide.  Also available in Spanish and Portuguese.

MEM177 
HAND TOOLS -- OPERATIONS, MAINTENANCE

Video The purpose of this unit is to provide trainees with the basic essentials of operations maintenance.  The unit shows trainees how to select, use and care for various basic hand tools.  Covered in the unit are open-end, box-end, socket and adjustable wrenches; standard and Phillips screwdrivers; and pliers and hammers.  This unit also covers stopping leaks, cleaning strainers and replacing filters.  1 hour.  Includes 1 workbook, 1 instructor’s guide.

MEM179 
MEASURING INSTRUMENTS
Video
Explains the steel rule, the vernier caliper, the outside micrometer, the outside vernier micrometer, inside and depth micrometers, telescoping and thickness gauges and the dial indicator.  Includes 1 hour Video, student workbook, instructor’s guide, transparencies.  Also available in Spanish.

MEM181 
THE METRIC MICROMETER
Video
Using simple techniques, one can learn to read any micrometer in a few minutes.  9 minutes.

MEM183 
THE OUTSIDE MICROMETER
Video
This program shows and names the various parts and adjustments of the outside micrometer.  It explains how to read the graduations clearly and concisely.  It shows the procedure for handling and storage of the micrometer.  12 minutes.

MEM185 
POWER TOOLS
Video
Types of power tools found in a typical plant are presented in this unit so that trainees can learn to select the most appropriate tool for a given job and operate it safely.  A full range of power tools is covered, including pneumatic tools, electric tools, portable power grinders, power saws and snips, impact wrenches, pipe threading machines, portable drills, and drill presses.  1 hour, 1 workbook, 1 instructor’s guide.

MEM186 
PRECISION MECHANICAL  MEASURING SERIES

Video Series
This series consists of 5 live-action videotapes (MEM187-MEM191).  
Also included are:

bullet1  Precision Measurements Kit including 
bullet a practice assembly
bulletSteel rules
bulletAn outside vernier micrometer
bulletA dial caliper
bulletA calculator
bullet1  Instructor’s Guide
bullet10  Study guides
bullet10  Final exams
bullet10  Diplomas.

Also available in Spanish.

MEM187 
INTRODUCTION TO MEASUREMENTS

Video
This program focuses on the fundamentals of precision mechanical measuring.  Key concepts and terminology, such as tolerance, ID, OD, fit, and contour are explained.  The lesson concludes with practice exercises in the text that require the trainee to take accurate measurements using both English and metric steel rules.  22 minutes.

MEM188 
MICROMETERS
Video
This lesson explains the use and operation of the most common mechanical measuring instrument, the micrometer.  The specific functions of different types of micrometers are demonstrated, with emphasis on how to read the three scales on an outside vernier micrometer.  18 minutes.

MEM189 
CALIPERS

Video
The measuring function of vernier and dial calipers is demonstrated, and the trainee learns how to read the scales on these instruments when measuring inside, outside, and depth dimensions.  Hands-on exercises require the trainee to take measurements using the dial caliper.  15 minutes.

MEM190 
APPLYING MEASUREMENT  SKILLS

Video
This lesson provides extensive hands-on practice using all of the instruments in the kit.  Trainees will master reading the basic  print, locating the dimensions on the practice assembly, and taking accurate and correct measurements.  Additional practice in converting between measurement systems is also provided.  14 minutes.

MEM191 
ADVANCED TECHNOLOGY

Video
This lesson introduces trainees to the parts and functions of advanced measuring instruments, such as the optical micrometer.  The optical comparator, the cordax and the OAM are demonstrated.  The lesson concludes by examining the range of specialized automated and computerized equipment.  Also available in the field.  16 minutes.

MEM193 
TORQUING

Video
Colorful illustrations demonstrate the utilization of torque in tightening threaded fasteners with emphasis on the use of washers and proper lubrication.  See three methods of torquing and the recommended procedures for installing flanges or manway covers.

MEM195 
THE VERNIER CALIPER

Video
Learn how the vernier caliper is used to make precise outside and inside measurements and how to read them step-by-step in inches.  10 minutes.

Machinery Mechanical Drives

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MEM197 MACHINERY COMPONENT MAINTENANCE AND REPAIR
Video Lecture Series
Featuring Heinz Bloch
This 12-part reference library presents guidelines, procedures, and techniques that the author has collected and field-tested over the past several decades.  Each module provides a long-needed source of practical engineering reference information that the viewer can easily adapt to similar machinery or machinery installations in their particular plant.  Also included with the series is a 600-page reference text that expands on many of the topics presented in the videotapes.

MEM198 
INTRODUCTION AND OVERVIEW

Video 1

MEM199 
MACHINERY FOUNDATIONS  AND GROUTING

Video 2

MEM200 
MACHINERY PIPING CONSIDERATIONS

Video 3

MEM201 
MACHINERY ALIGNMENT METHODS

Video 4

MEM202 
BALANCING MACHINERY COMPONENTS

Video 5

MEM203 
BALL BEARING MAINTENANCE  AND REPLACEMENT

Video 6

MEM204 
MECHANICAL SEAL INSTALLATION, REPAIR, AND MAINTENANCE

Video 7

MEM205 
WELDED SHAFT REPAIR METHODS

Video 8

MEM206 
CASTING SALVAGING METHODS AND COMPRESSOR ROTOR
DESIGN OVERVIEW,
DISASSEMBLY AND CLEANING
Video 9

MEM207 
COMPRESSOR ROTOR REPAIR, REASSEMBLY AND
VERIFICATION
Video 10

MEM208 
HYDRAULICALLY FITTED COUPLING HUBS/SELECTION AND
APPLICATION OF O-RINGS

Video 11

MEM209 
PROTECTING MACHINERY  PARTS AGAINST LOSS OF SURFACE

Video 12

MEM211 
AC MOTOR OPTIONS AND VARIATIONS

Video

MEM213 
AC VARIABLE SPEED DRIVE CONTROLLERS

Video

MEM215 
ADVANCED ALIGNMENT

Video Features introduction to alignment, misalignment in the vertical and horizontal planes, detecting misalignment, a typical alignment kit, measuring bracket sag, mounting dial indicators, taking alignment readings, and calculating misalignment corrections.  Includes instructor’s guide, workbook, transparencies.  1 hour.  Also available in Spanish.

MEM217 
ANTI-FRICTION BEARING LUBRICATION

Video

MEM219 
BALL BEARING MAINTENANCE  AND FAILURE ANALYSIS

Video

What you need to know to make bearings run, and how to determine why and when they don’t.  Covers installation methods, fits, clearances, tolerances, and lubrication.  Also failure causes, including contamination, brinelling, thrust failures, misalignment, and metal fatigue.  18 minutes.

MEM221 
BALL BEARINGS

Video

MEM223 
BASIC ELECTRICITY

Video

MEM227 
CLUTCHES AND BRAKES

Video

ISK017 
COMPUTERIZED AND LASER ALIGNMENT

Video

This presentation treats the topics of computerized alignment and laser alignment.

Includes 1 hour Video, 1 student workbook, 1 instructor’s guide and 1 set of transparencies.

MEM229 
CONVEYOR COMPONENTS

Video

MEM235 
COUPLINGS

Video

MEM237 
CUTTING AND COUPLING OF HYDRAULIC HOSE

Video

MEM239 
CUTTING AND COUPLING OF INDUSTRIAL HOSE

Video
Describes the recommended methods of cutting hose and installing common hose couplings.  Installation methods discussed include preformed bands, wire clamps, ferrules, single and double bolt clamps, and interlocking clamps.  12 minutes.

MEM241 
DC MOTORS AND VARIABLE SPEED CONTROLS

Video

MEM243 
ELECTRIC MOTORS

Video

MEM245 
FABRICATION OF FLEXIBLE  METAL HOSE ASSEMBLIES

Video

MEM247 
FLEXIBLE METAL HOSE

Video

MEM249 
GEAR BOXES

Set of Two Videos

VIDEO ONE
Explores gear boxes, component inspection, performing precision measurements, installing bearing and oil seals, reinstalling the bearing covers and checking shaft runout, checking backlash and tooth contact and gear designs.
 
VIDEO TWO
Describes periodic checks, lubrication, removing and installing the oil seals, wormgearing design, worm shaft endplay, wormgear endplay and positioning, and gear box maintenance guidelines.

Includes instructor’s guide, workbook, transparencies.  Also available in Spanish.

MEM253 
GEAR REDUCERS

Video

MEM255 
GEAR REDUCER SELECTION

Video

MEM257 
HYDRAULIC HOSE COUPLINGS AND FITTINGS

Video

MEM259 
HYDRAULIC HOSE TYPES AND CONSTRUCTION

Video

MEM261 
INDUSTRIAL HOSE APPLICATIONS

Video

MEM263 
INDUSTRIAL HOSE CONSTRUCTION

Video

MEM265 
INDUSTRIAL HOSE COUPLINGS

Video

MDR001 
INSTALLATION AND MAINTENANCE SERIES

Video Series
This series consists of six videos (MDR002-MDR007) which describe the proper installation and maintenance techniques of various components in power transmission product applications.  Each video is accompanied by a workbook which includes a pre-test and final exam.  The programs are ideal for classroom presentation and student orientation.

MDR002 
ROLLER CHAIN

Video

This video program demonstrates the proper installation and removal techniques of roller chain in power transmission product applications.  The video also discusses several maintenance methods necessary to preserve the working life of roller chain.  A workbook is included.  14 minutes.

MDR003 
V-BELT

Video

MDR004 
BUSHING

Video

MDR005 
SHAFT COUPLINGS

Video

MDR006 
UNMOUNTED BEARING

Video

MDR007 
MOUNTED BEARING

Video

MDR011 
LASER ALIGNMENT

Video

ISK013  
LUBRICANT AND TREND  ANALYSIS

Video The two major topics of lubrication analysis and trend analysis are treated here.
Includes 1 hour Video, 1 student workbook, 1 instructor’s guide and 1 set of transparencies.

MDR013 
MAINTAINING AND TROUBLESHOOTING  BRAKES AND CLUTCHES

Video

MDR015 
MAINTAINING AND TROUBLESHOOTING GEAR REDUCERS

Video
This program teaches trainees the basic principles of operation, maintenance and repair of gear reducers.  Trainees will learn the basic parts of all rleducers; some of the common things that go wrong with them; some common practices and procedures for maintenance and repair; what to do when replacing a seal; and what to do during an overhaul.  A Study Guide is available.  25 minutes.

MDR017
MAINTAINING FLEXIBLE  DRIVES:  ROLLER CHAIN AND SILENT CHAIN

Video

MDR019 
MAINTAINING AND TROUBLESHOOTING INDUSTRIAL GEARING

Video

MDR021 
MAINTAINING FLEXIBLE  DRIVES:  FLAT BELTS,
V-BELTS AND TIMING BELTS

Video

MEM267 
MAINTAINING V-BELTS

Video

MEM269 
MECHANICAL DRIVES, COUPLINGS, AND ALIGNMENT

Set of Two Videos

VIDEO ONE
Describes couplings and alignment, disassembling couplings and detecting angular misalignment, detecting parallel (offset) misalignment, interpreting alignment measurements, correcting misalignment, assembling the coupling and removing belts.

VIDEO TWO
Includes installing belts, chain drive systems, routing servicing of speed reducers and increasers, major overhaul of speed reducers and increasers, checking gear engagement and vibration.

Two 1-hour Videos, instructor’s guide, student workbook, transparencies.  Also available in Spanish.

MEM271 
MECHANICAL VARIABLE SPEED DRIVES

Video

MEM273 
METAL AND RUBBER EXPANSION JOINTS

Video

MEM275 
MOUNTED BEARING SELECTION

Video

MEM277 
POWER TRANSMISSION SERVICE FACTORS

Video

MDR025 
POWER TRANSMISSION AND MOTION CONTROL

Video
Series

This series of 14 videos (MRS026-MDR039) has been developed specifically to complement the latest edition of the Power Transmission Handbook.  Each video module complements a chapter in the Handbook.  It shows the component or technology in specific applications, its various types and uses, maintenance and diagnostic tips, and the standards available.  The videos visually reinforce the important points in each chapter using computer generated graphics and concise field application footage.  A workbook, which tests the student on the information presented,  and instructor’s guide may also be ordered separately.  The new Supporting Video Series, together with the handbook and workbook, offers the most comprehensive training tool available to industry.

MDR026 
1: POWER TRANSMISSION FUNDAMENTALS

Video

MDR027 
2: BEARINGS

Video

MDR028 
3: BELT DRIVES

Video

MDR029 
4: CHAIN DRIVES

Video

MDR030 
5: CLUTCHES AND BRAKES

Video

MDR031 
6: CONVEYORS AND COMPONENTS

Video

MDR032 
7: COUPLINGS AND U-JOINTS

Video

MDR033 
8: GEARS

Video

MDR034 
9: HYDRAULICS AND PNEUMATICS

Video

MDR035 
10: LINEAR MOTION

Video

MDR036 
11: MOTORS

Video

MDR037 
12: ADJUSTABLE-SPEED DRIVES

Video

MDR038 
13: CONTROLS AND SENSORS

Video

MDR039 
14: PT ACCESSORIES

Video

ISK011  
PRINCIPLES AND PRACTICES OF PREDICTIVE MAINTENANCE

Video

Includes 1 hour Video, 1 student workbook, 1 instructor’s guide and 1 set of transparencies.

ISK015 
PRINCIPLES OF REVERSE  DOUBLE DIAL ALIGNMENT

Video

Includes 1 hour Video, 1 student workbook, 1 instructor’s guide and 1 set of transparencies.

MEM281 
ROLLER BEARINGS

Video

MEM285 
ROLLER CHAIN DRIVE INSTALLATION AND MAINTENANCE

Video

MEM287 
ROLLER CHAIN DRIVE SELECTION

Video Discusses the considerations involved in selecting the best chain drive selection for a given application.  Topics covered are:  plich selection, multiple-strand chain drives, minimum and maximum sprocket teeth, ratio calculations, hardened-teeth sprockets, “chordal action,” and proper lubrication.  18 minutes.

MEM289 
ROLLER CHAINS AND SPROCKETS

Video

MEM291 SHAFT COUPLINGS
Video

MEM293 SHAFT COUPLING SELECTION
Video

MEM295 
SPHERICAL ROLLER BEARING INSTALLATION AND MAINTENANCE

Video

MEM297
SYNCHRONOUS BELT DRIVES

Video

ISK014  
TECHNIQUES FOR EXTENDING  BEARING LIFE

Video

Includes 1 hour Video, 1 student workbook, 1 instructor’s guide and 1 set of transparencies.

MEM301 
V-BELT DRIVE INSTALLATION AND MAINTENANCE

Video

MEM303 
V-BELT DRIVE SELECTION

Video

MEM305 
V-BELTS AND SHEAVES

Video

MEM307 
VIBRATION ANALYSIS

Video Gives an introduction to the hand-held vibration meter, using the hand-held vibration meter, storing the hand-held vibration meter, introduction to the vibration analyzer, taking unfiltered readings, taking filtered readings and taking a signature balancing.  1 hour.  Includes instructor’s guide, workbook, transparencies.  Also available in Spanish.

ISK012 
VIBRATION ANALYSIS

Video

Includes 1 hour Video, 1 student workbook, 1 instructor’s guide and 1 set of transparencies.

MDR041 
VIBRATION ANALYSIS

Video Series
This series of seven videos (MDR042-MDR048) describes the techniques of vibration analysis.  It was developed to provide workers with a fundamental understanding of machine vibration and to teach the processes involved in accurately predicting the health of rotating equipment.  It uses high-end computer graphics specifically designed to enhance comprehension.

MDR042 
PREDICTIVE MAINTENANCE AND MACHINE VIBRATION

Video

MDR043 
MACHINE VIBRATION, BASIC THEORY PART 1

Video

MDR044 
MACHINE VIBRATION, BASIC THEORY PART 2

Video

MDR045 
PREPARING FOR  DATA COLLECTION

Video

MDR046 
THE DATA PROCESSING SYSTEM

Video

MDR047 
DATA COLLECTION

Video

MDR048 
DATA ANALYSIS

Video

Piping Pipefitting, and Pumps

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MEM309 
ADVANCED PIPEFITTING

Set of Four Videos

VIDEO ONE
Describes introduction to pipefitting, blueprints, piping materials, materials list and field check, determining pipe length, fitting measurements, marking a pipe and cutting methods.

VIDEO TWO
Discusses torch cutting, using an automatic cutting torch, end preparation tool, alignment, checking alignment and tack welding, installation and support.

VIDEO THREE
Shows fabricated joints, miter joints, riser joints, centering heads, contour markers, field marking and hold projection markers.

VIDEO FOUR
Explains introduction to plastic pipe and cutting, end preparation, end cleaning, joining, plastic weldings, fiberglass reinforced plastic pipe, cutting and end preparation, making a butt and wrap joint and program review.

Four 1-hour Videos, student workbook, instructor guide, transparencies. Also available in Spanish.

MEM311 
BASIC PIPEFITTING

Video

MEM313 
CALCULATING PIPE LENGTHS

Video

MEM315 
COVERING HOT PIPING

Video

MEM317 
FUNDAMENTALS OF PIPE FITTING

Video Course with 8 Videos
This program teaches plant maintenance workers the fundamentals of pipe fitting in a way that helps them develop the knowledge and skill necessary to perform basic pipe fitting in an industrial environment.

The 72-hour course assumes no prior experience in pipefitting.  It identifies the properties of pipe and pipe fittings, teaches concepts of layout, provides measurement formulae and tables, demonstrates techniques of fabrication, assembly and installation, outlines techniques and practices for testing and breaking into systems, emphasizes safety practices in the field, and enables the instructor to customize to his/her own needs and site specific practices.

bulletVideo Subjects
bulletDrawing Isometric Sketches   14  minutes
bulletMeasuring Pipe   11  minutes
bulletMeasuring Simple Offsets   14  minutes
bulletMaking Up a Threaded Joint   13  minutes
bulletMaking Up a Flanged Joint   14  minutes
bulletFitting Up for Welding   8  minutes
bulletInstalling Pipe Hangers and Supports   8  minutes
bulletBending Pipe   9  minutes

The training package includes 1 training manual, 1 administrative guide, and a set of 8 videos.

MEM319 
JOINING PLASTIC PIPE

Video

MEM320 
PIPE DRAFTING AND DESIGN

Video Series
This video training series shows students how to develop industry quality piping drawings using manual, AutoCAD and PRO-PIPE applications.  The 12 videos (MEM320A-MEM320L) include more than nine hours of instruction using lecture, animation, on-site video footage, screen captures of the software, and other visual techniques.

bulletThe series includes:
bullet12 training videos
bulletTextbook:   Pipe Drafting and Design, by Roy Parisher and Robert Rhea
bulletInstructor’s Guide
bulletWorkbook
bulletFree Disk with: AutoCAD Exercises
bulletLISP Routines

MEM320A 
1: STEEL PIPE

Video

Describes the history of pipe, piping materials, manufacturing methods, sizing of pipe, methods of joining pipe, cast iron pipe, plastic pipe, drawing pipe.  32 minutes.

MEM320B 
2. PIPE FITTINGS

Video

MEM320C 
3. FLANGES

Video

MEM320D
4. VALVES

Video

MEM320E 
5. MECHANICAL EQUIPMENT

Video

MEM320F 
6. FLOW DIAGRAMS

Video

MEM320G 
7. CODES AND  SPECIFICATIONS/PIPING SYSTEMS

Video

MEM320H 
8. EQUIPMENT LAYOUT/  PIPING ARRANGEMENT 
DRAWINGS, SECTIONS AND ELEVATIONS

Video

MEM320I 
9. STANDARD PIPING DETAILS

Video

MEM320J 
10. PIPING ISOMETRICS

Video

MEM320K 
11. CUSTOMIZING AUTOCAD

Video

Creating command aliases, using Auto LISP, creating a pull-down menu.  53 minutes.

MEM320L 
12. USING THE PRO-SERIES

Video

MEM321 
PIPEFITTING, BELL AND SPIGOT

Video

MEM323 
PIPEFITTING — CUTTING/ REAMING/THREADING

Video

MEM325 
PIPING

Set of Four Videos

VIDEO ONE
Details preparing for tubing system repair, flaring tubing, bending and cutting tubing, tubing connections, pipe cutting, threading pipe, pipe assembly and union replacement.

VIDEO TWO
Deals with general maintenance and insulation removal, elbow removal, elbow installation, selecting and installing insulation on an elbow, insulating a flange and applying cloth and plastic-lined piping.

VIDEO THREE
Covers inverted bucket trap disassembly and reassembly, float-and-bellows trap disassembly, float-and-bellow trap reassembly, impulse steam trap (piston-type), impulse steam trap (disc-type), the duplex strainer, the edge-type strainer.

VIDEO FOUR
Features cleaning steam condenser tubes, inspecting and plugging steam condenser tubes, cutting a tube for removal, collapsing a tube for removal, replacing a tube and gauge glass replacement.

Four 1-hour Videos, student workbook, instructor’s guide, transparencies.  Also available in Spanish.

MEM327 
READING PIPING DRAWINGS

Video

MEM329 
ROTARY JOINTS — INSTALLATION AND MAINTENANCE

Video

EM331 
ANCHORING, SHIMMING,  GROUTING

Video

MEM333 
CENTRIFUGAL PUMP MAINTENANCE

Video

MEM335 
CENTRIFUGAL PUMPS 1

Video The function, operation, and maintenance problems of centrifugal pumps and associated components are covered.  This unit provides a thorough review of all aspects of this kind of pump as a basis for understanding the specifics of pump maintenance covered in Centrifugal Pumps 2.  1 hour.  Includes 1 workbook, 1 instructor’s guide.  Also available in Spanish and Portuguese.

MEM339 
CENTRIFUGAL PUMPS

Video Discusses centrifugal pump operations, preoperational checks, valve lineup and venting, start-up and loading, graphing pump characteristics, cavitation, and air binding and pump shutdown procedures.  1 hour.  Student workbook, instructor’s guide, transparencies.

MEM341 
CENTRIFUGAL PUMPS

Set of Four Videos

VIDEO ONE
Explains pump descriptions, pump maintenance and techniques, disassembling the casing, removing the rotating element, inspecting the casing, and disassembling the rotor.

VIDEO TWO
Demonstrates measuring packing sleeves, measuring impellers and wearing rings, measuring the shaft, inspecting seal and bearing parts and measuring bearing oil clearance.

VIDEO THREE
Tape Three covers assembling the rotor, installing the rotor, measuring sleeve bearing oil clearance and assembling the bearings.

VIDEO FOUR
Illustrates assembling the casing techniques, tightening casing studs and/or bolts, installing packing and test operating the pump.

Four 1-hour Videos, student workbook, instructor’s guide, transparencies.

MEM345 
CENTRIFUGAL PUMPS

Two-Part Video Series

MEM346 
CENTRIFUGAL PUMPS 1

Video The function, operation and maintenance problems of centrifugal pumps and associated components are covered.  This unit provides a thorough review of all aspects of this kind of pump as a basis for understanding the specifics of pump maintenance covered in Centrifugal Pumps 2.  1 hour.  Includes 1 workbook, 1 instructor’s guide.  Also available in Spanish and Portuguese.

MEM347 
CENTRIFUGAL PUMPS 2

Video
Teaches trainees how to overhaul and pack a pump under the supervision of a skilled mechanic.  Among those topics addressed are job preparation, safety, disassembly, packing problems, components and inspection, clearance taking, reassembly, pump packing, and operation checking.  1 hour.  Includes 1 workbook, 1 instructor’s guide.  Also available in Spanish and Portuguese.

MEM349 
COUPLING ALIGNMENT

Video

MEM351 
INTRODUCTION TO PUMPS  SERIES

Video Course
This course gives a general introduction to pumps, including both centrifugal and positive displacement types.  It covers general information, focusing on the major points of interest in pump design, operation, performance, and maintenance.  These basic principles prepare the student for continued study or for specific skills training.  Included are four videos, (MEM352-MEM355).

MEM352 
CENTRIFUGAL PUMPS

Video 1
This unit provides a general understanding of centrifugal pump terminology and principles of operation.  In addition, various types of pumps in common use are presented.  Trainee is shown how to identify basic centrifugal pump components, discuss principles of operation, and illustrate various centrifugal pump constructions that are made possible by changing the design and configuration of the basic components. Includes instructor’s guide.

MEM353 
Positive
Displacement Pumps
Video
2
This unit provides a basis for the understanding of the various types of positive displacement pumps commonly used in industry.  It instructs how to differentiate positive displacement pumps from centrifugal pumps; establish the fundamental operating principles of all positive displacement pumps; and distinguish between rotary and reciprocating types.  Highlights the nomenclature, features and limitations of several different types of positive displacement pumps commonly used in industrial applications. Includes instructor’s guide.

MEM354 
PUMP PERFORMANCE AND APPLICATION CONSIDERATIONS

Video 3
This unit defines the terms and concepts that used to match pump capabilities and characteristics to system requirements.  This unit is intended to be used as a first introduction to the subject of pump applications.  

bullet Specific unit objectives are:
bullet Define the differences between pressure and ahead;
bullet Provide an understanding of the various components of 
total dynamic head;
bullet Help the student to understand how to interpret a typical pump 
performance chart; and
bullet Make the student aware of common pitfalls in selecting the sizing 
pumps, particularly centrifugal pumps.

The instructor’s guide that accompanies this unit is designed to support instructors in trainer-led sessions.  These unbound sets of reproductible materials include suggestions to trainers, unit outlines, and student worksheets or quizzes.  You can easily tailor the curriculum to meet your specific needs, and concentrate on teaching rather than course development.

MEM355 
PUMP TROUBLESHOOTING AND   MAINTENANCE GUIDELINES

Video 4
This unit illustrates some of the basic troubleshooting and repair procedures used with many different types of pumps.  Because there are so many different types of pumps, and because each has a unique construction, the information given here is of a basic and general nature designed to acquaint the student with common terms and procedures.  Please note that any specific procedures recommended in manufacturers’ documentation will always take precedence over the materials presented in this course.  

bullet Specific unit objectives are:
bullet Define the concept of benchmaking and its importance;
bullet Discuss the symptoms of cavitation and some of the possible remedies;
bullet Discuss packing, packing failure, and packing replacement;
bullet Introduce mechanical seals;
bullet Describe bearing functions, common failures, and consequences; and
bulletDefine shaft alignment, the methods used, and the importance 
of the procedure.

The instructor’s guide that accompanies this unit is designed to support instructors in trainer-led sessions.  These unbound sets of reproducible materials include suggestions to trainers, unit outlines, and student worksheets or quizzes.  You can easily tailor the curriculum to meet your specific needs, and concentrate on teaching rather than course development.

ISK054A 
MAINTAINING CENTRIFUGAL PUMPS

Video

ISK054B 
MONITORING CENTRIFUGAL PUMPS

Video

MEM356 
MULTISTAGE CENTRIFUGAL PUMPS

Video This video identifies the major components of a multistage centrifugal pump and explains how the pump works.  Viewers are shown how to troubleshoot some common pump problems.  Cavitation is explained.  Also shown are the proper disassembly and reassembly of axially split and radically split multistage centrifugal pumps.  1 hour.  Includes 1 workbook and 1 instructor’s guide.

MEM357 
PUMP PACKING

Video

MEM359 
ROTARY GEAR PUMP —  INSPECTION AND REPAIR

Video

MEM361 
ROTARY GEAR PUMP —  INSTALLATION AND  MAINTENANCE

Video

MEM371 
SPECIALIZED CENTRIFUGAL  PUMPS

Video Concerns pump disassembly, shaft and bearing removal, shaft and impeller inspection, pump reassembly, setting pump impeller clearance, mechanical seal installation and setting vertical pump impeller clearance.  1 hour.  Student workbook, instructor’s guide, transparencies.

MEM372 
TROUBLESHOOTING CENTRIFUGAL PUMPS

Video

MEM373 
VACUUM PUMPS, AIR EJECTORS,   STRAINERS AND TRAPS

Video Discusses vacuum pumps, operating a vacuum pump, starting an air ejector, periodic checks and shutdown, strainers, putting a standby basket into operation, cleaning a strainer basket and steam traps.  1 hour.  Includes student workbook, instructor’s guide, transparencies.

Rigging and Lifting

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MEM374 
BASIC RIGGING

Video Course
The package provides an introduction to the equipment and practices involved in basic rigging procedures.  The 40-hour course includes these seven important subjects:

bullet Fiber rope
bullet Wire rope
bullet Rigging hardware
bullet Slings and Hitches
bullet Hoists
bullet Jacks, Skids, and Rollers
bullet Rigging practices

TRAINING PACKAGE ELEMENTS
The Basic Rigging training package consists of three hardworking elements:

1. TRAINING MANUAL

bulletThe Training Manual has 220 pages.
bulletIt contains detailed self-study training and review questions.
bulletOne manual is required for each trainee.

2. ADMINISTRATIVE GUIDE

bulletThe Administrative Guide has 340 pages.
bulletIt is the heart of the training package.
bulletThe “How-to” manual contains the complete Training Manual plus 
separate sections for trainers that contain experience-based suggestions 
for trainers. The Administrative Guide also contains answers to review 
questions and criterion test questions.

3. TROLLEYS AND HOISTS --
Video
The videotape is 14 minutes long.

MEM375 
RIGGING AND LIFTING

Set of Four Videos
Four 1-hour videos, 1 student workbook, 1 instructor’s guide.  Also available in Spanish.

bulletVIDEO ONE
bulletHand-operated hoists
bulletPlanning and equipment selection
bulletSling inspection
bulletShackle and trolley inspection
bulletLifting equipment installation
bulletInverting a load
bulletRigging disassembly and review
bulletVIDEO TWO
bulletAn introduction to overhead traveling cranes
bulletPerforming an operational inspection on an overhead traveling crane
bulletPerforming a single-point lift using an overhead traveling crane
bulletUsing a spreader bar
bulletLifting irregularly shaped loads
bulletLifting a Long Balanced Load
bulletVIDEO THREE
bulletInspecting a Mobile Crane
bulletTest Driving a Mobile Crane and Communicating with Audible 
Signals and Hand Signals
bulletPerforming a Four-point Lift Using a Mobile Crane
bulletStatic and Operational Inspection of a Forklift
bulletManeuvering around a Tight Corner and Backing with a 
Large Load Using a Forklift
bulletRemoving a Pallet from a Truck Using a Forklift
bulletUnstacking and Stacking Pallets Using a Forklift
bulletVIDEO FOUR
bulletComponents of Ladders and Ladder Selection
bulletInspecting and Using a Single Ladder
bulletInspecting and Using an Extension Ladder
bulletClimbing and Lowering an Extension Ladder
bulletInspecting and Using a Stepladder
bulletSelecting and Inspecting Tubular or Welded Frame Scaffolding
bulletErecting a Fixed Scaffold
bulletCompleting Assembly and Using the Scaffold
bulletInspecting and Using a Suspended Scaffold

MEM377 
RIGGING EQUIPMENT
OVER THE FLOOR

Video

MEM379 
RIGGING - WIRE ROPE SLINGS

Video

Shop Practices

MEM381 
GENERAL SHOP PRACTICES

Set of Three Videos

VIDEO ONE
Deals with blank flange layout, drilling pilot holes, drilling finished holes, countersinking and counterboring rectangular plate layout.

VIDEO TWO
Illustrates grinding wheels, grinding wheel inspection and mounting, testing and truing a grinding wheel, rough grinding a steel flange, grinding soft metals, tool sharpening and installing a wire brush wheel.

VIDEO THREE
Shows techniques for inspecting a horizontal band saw, setting up and cutting flat iron, mounting work for a 45 degree angle cut, cutting aluminum, removing a blade, installing a blade, cutting stainless steel using the work shop.

Includes 3 1-hour Videos, student workbook, instructor’s guide and transparencies.  Also available in Spanish.

MEM383 
MECHANICAL PRINT READING

Video Covers visible and hidden lines, sectional views, break lines and phantom lines, dimensions, isometric drawings and orthographic projections and screw threads and surface finish.  Includes 1 hour Video, student workbook, instructor’s guide and transparencies.  Also available in Spanish.

Valves

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MEM385 
FUNDAMENTALS OF  CONTROL VALVE   ENGINEERING SERIES

Video Course
This course teaches the basics of control valve engineering, including control valves, actuators and basic instruments.  It explains how all this equipment is integrated to form a closed-loop control system, and emphasizes practical engineering concepts.  The course consists of fourteen units (MEM386-MEM399).  These units are available individually, in related groups (modules), or as a complete set.

MEM386 
CONTROL VALVE TERMS, TYPES, AND SELECTION PARAMETERS

Video 1
This unit provides the foundation for a progressive understanding of control valve types and terminology beginning at the fundamental level.  Upon completion of this unit, students will have attained a practical understanding of the types of control valves in common usage, and be able to discuss control valve attributes and specifications.  Students completing this unit should be able to:

1. Identify and describe the general characteristics, features and limitations of the following valve types:

bullet Measurement and Control
bullet Stem and post-guided globe valves
bullet Reduced bore ball valves
bullet Eccentric rotary plug valves
bullet High performance butterfly valves
bullet V-notch ball valves
bullet Heavy duty butterfly valves

2. Apply a fundamental knowledge of the following control valve 
    selection considerations:

bulletInlet pressure ratings
bulletTemperature ratings
bulletCapacity
bulletShutoff
bulletNoise considerations
bulletEconomy
bulletPressure drop ratings
bulletMaterial compatibility
bulletFlow characteristics
bulletCavitation and flashing
bulletEnd connections
bulletMaintenance

MEM387 
SLIDING-STEM CONTROL VALVES

Video 2
This unit provides the foundation for a progressive understanding of sliding-stem control valves, including stem, post and cage-guided valves.  This unit will teach students the unique aspects of design and application suitability for each of the various valve types presented.  This exposure, combined with actual experience, will enable the student to make more educated decisions concerning valve types selected for given applications.

1. Demonstrate a basic understanding of the various types of sliding-stem control valves Also available, including:

bulletGeneral service stem and post-guided valves
bulletGeneral service cage-guided valves
bulletValves and valve options designed for noise attenuation
bulletHigh capacity valves
bulletHigh pressure valves
bulletErosive service valves
bulletCorrosive service valves
bulletValves and valve options designed for cavitating services

2. When considering the selection and application of sliding-stem control valves, 
student will be able to:

bulletDescribe the major construction features of the valve types presented
bulletUse a common vocabulary to discuss sliding-stem control valve nomenclature
bulletEvaluate features, benefits and limitations
bulletSelect an appropriate valve type for a given application

MEM388 
ROTARY-SHAFT  CONTROL VALVES

Video 3
This unit provides the foundation for a progressive understanding of rotary-shaft control valves, including the common types of butterfly and ball valve used in the process industries.  Students completing this unit will understand the unique aspects of design and application suitability for each of the various valve types presented.  This exposure, combined with actual experience, will enable the student to make more educated decisions concerning valve types selected for given applications.

1. Upon completion of the unit of study, students will have a basic background in the various types of rotary-shaft control valves available, including:

bulletConventional (standard disk) butterfly valves
bulletValves using dynamically balanced (fishtail) disks
bulletLined butterfly valves
bulletEccentric disk (HPBV) butterfly valves
bulletReduced port, full ball valves
bulletV-notch ball segment valves
bulletEccentric rotary-plug valves

2. When considering the selection and application of a rotary-shaft control valve, 
students will be able to:

bulletDescribe the major construction features of the valve types presented
bulletUse a common vocabulary to discuss rotary-shaft control 
valve nomenclature
bulletEvaluate features, benefits and limitations
bulletSelect an appropriate valve type for a given application

MEM389 
PNEUMATIC SPRING AND  DIAPHRAGM ACTUATORS

Video 4
This unit provides the foundation for a progressive understanding of spring and diaphragm actuators applied to sliding-stem and rotary-shaft control valves.  Upon completion of this unit, students will understand the theory of operation, features, limitations, available options and application considerations for spring and diaphragm actuators applied to sliding-stem and rotary-shaft control valves.  In addition, students will be aware of major control valve and actuator force relationships and be prepared to continue with the study of actuator sizing if they so desire.

1. When considering the selection and application of a specific actuator, students 
will be able to:

bulletDescribe the theory of operation
bulletUse a common vocabulary to discuss actuator nomenclature
bulletDescribe the differences between direct and reverse-acting actuators
bulletSelect the proper configuration for a given application
bulletEvaluate features, benefits and limitations

2. When discussing control valve and actuator force relationships, students will be able to apply a fundamental knowledge of the following considerations:

bulletMajor control valve force requirements
bulletDynamic unbalance
bulletActuator forces
bulletStatic actuator balance
bulletBench set

3. Students will have a sufficient fundamental background in force relationships to proceed with the study of actuator sizing if they so desire.

MEM390 
PNEUMATIC PISTON ACTUATORS

Video 5
This unit discusses piston actuators as applied to sliding-stem and rotary-shaft control valves.  Upon completion of this unit, students will understand the theory of operation, features, limitations, available options and application considerations for piston actuators as applied to sliding-stem and rotary-shaft control valves.  In addition, students will be made aware of major control valve and actuator force relationships and be prepared to continue with the study of actuator sizing if they so desire.

1. When considering the selection and application of a specific actuator, 
students will be able to:

bulletDescribe the theory of operation of three major types of pneumatic 
piston actuators
bulletUse a common vocabulary to discuss actuator nomenclature
bulletEvaluate features, benefits and limitations
bulletSelect an appropriate actuator type and configuration for a given application

2. When discussing control valve and actuator force limitations, students will be able to apply a fundamental knowledge of the following considerations:

bulletMajor control valve force requirements
bulletHow actuator forces are applied to satisfy control valve force requirements
bulletHow forces are applied to provide a fail-mode of operation

3. Students will have a sufficient fundamental background in force relationships to proceed with the study of actuator sizing, if they so desire.

MEM391 
FUNDAMENTALS OF CONTROL VALVE NOISE

Video 6
This unit teaches the basics of control valve noise, beginning at the fundamental level.  Upon completion of this unit, the student should be able to analyze and determine the affects of control valve noise.  The knowledge gained provides a theoretical basis for valve sizing and the selection of valve accessories for noise control.  Students should be able to:

  1. Perform a common method of predicting control valve noise.
  2. Understand how predicted noise problems can be dealt with when sizing valves.
  3. Understand and describe the difference between aerodynamic and
     hydrodynamic noise.
  4. Discuss the basic functions and functional differences of valve constructions, 
    special trims, and external devices used to control noise.

MEM392 
FUNDAMENTALS OF CONTROL VALVE FLASHING AND CAVITATION

Video 7
This unit discusses flashing and cavitation, beginning at the fundamental level.  Upon completion of this unit, the student should be able to analyze and determine the affects of flashing and cavitation.  The knowledge gained provides a theoretical basis for valve sizing and the selection of valve accessories for cavitation control.  Students should be able to:

  1. Identify service conditions that could create cavitation related problems.
  2. Understand how cavitation problems can be dealt with when sizing valves.
  3. Understand and describe the difference between hydrodynamic noise, flashing 
    and cavitation.
  4. Discuss the basic functions and functional differences of valve constructions 
    and special trims used to control cavitation.

MEM393 
ACTUATOR SIZING FOR SLIDING STEM CONTROL VALVES

Video 8
This unit discusses important control valve and actuator force relationship, covering the specific information needed to size actuators.  Students will learn to size actuators for specific service conditions.  After working through examples for sizing specific actuators, students will be able to perform the following procedures:

1. Find the information necessary to size an actuator.

2. Evaluate the force relationships involved between an actuator and a control valve.

3. Select an appropriate actuator.

4. Determine theoretically that the selected actuator will operate a given control valve under service conditions.  When students have matched an actuator to a control valve, they will be able to perform safety and operational checks for:

bulletAdequate spring adjustor length
bulletSafe spring load limit
bulletSafe stem load limit
bulletSafe actuator casing pressure limit
bulletActual valve plug travel
bulletDynamic stability (negative gradients)
bulletMaximum allowable actuator thrust limit

MEM394 
ACTUATOR SIZING FOR  ROTARY-SHAFT CONTROL VALVES

Video 9
This unit discusses actuator sizing for rotary-shaft control valves.  Upon completion of this unit, students will be prepared to be able to use manufacturer-supplied literature to select actuators of appropriate sizes for specific rotary-shaft control valve applications.  Students will also be able to summarize the types of information required to engage in the sizing process and outline conditions affecting the sizing outcome.  Upon completion of the unit, students should be able to:

1. Discuss the sources and effects of static and dynamic forces that rotary actuators must overcome.

2. Use the torque method to accurately size an actuator for a given rotary-shaft control valve application.

3. Use the pressure drop method to accurately size an actuator for a given rotary-shaft control valve application.

MEM395 
CONTROL VALVE SIZING FOR  LIQUID SERVICE

Video 10
This unit provides the foundation for a progressive understanding of control valve sizing for liquid service, beginning at the fundamental level.  Upon completion of this unit, the student should be able to apply basic sizing rules and equations when selecting control valves for liquid service.  The student will also be able to predict the occurrence of cavitation and identify methods and procedures for avoiding cavitating applications.  
Students should be able to:

  1. Identify service conditions that could create sizing-related problems.
  2. Understand how problems can be dealt with when sizing valves.
  3. Understand and describe the difference between Fisher Controls sizing methods
    and the ANSI/ISA and IEC sizing methods.
  4. Discuss the basic equations and methods of valve sizing for liquid service.

MEM396 
CONTROL VALVE SIZING FOR  GAS AND STEAM SERVICE

Video 11
This unit teaches the basics of control valve sizing for gas and steam service.  Upon completion of this unit, the student should be able to apply basic sizing rules and equations when selecting control valves for gas and steam.  

Students should be able to:

  1. Identify service conditions that could create sizing-related problems.
  2. Understand and apply the universal gas sizing equation.
  3. Understand and describe the difference between Fisher Controls sizing methods and the ANSI/ISA and IEC sizing methods.
  4. Discuss the basic equations and methods of valve sizing for gas and steam.

MEM397 
BASIC PNEUMATIC  INSTRUMENTATION

Video 12
This unit provides the foundation for a progressive understanding of process instrumentation systems beginning with basic concepts and terminology.  Upon completion of this unit, students will understand the basic concepts, advantages and limitations of automatic control systems.  They will be able to use a vocabulary that is helpful in describing pneumatic instrumentation.  

Upon completion of this unit, students will be able to:

1. Distinguish between open and closed loop control and to identify controlled and manipulated variables.

2. Identify and describe the functions of common devices used in pneumatic instruments, including nozzle-flapper amplifiers, sensing elements and relays.

3. Describe how pneumatic technologies are applied to sense and measure temperature, pressure, flow and level.

4. Explain the functions and theory of operation of control valve accessories, including positioners, boosters and transducers.  Students will also be able to analyze situations which may call for a booster, a positioner, or neither accessory.

MEM398 
FUNDAMENTALS OF  CLOSED LOOP CONTROL

Video 13
This unit discusses closed loop control systems, beginning with basic concepts and terminology.  Upon completion of this unit, students will be prepared to discuss the basic concepts, advantages and limitations of automatic control systems.  They will be able to use a vocabulary that is helpful in describing a control system and understand the major considerations in establishing effective control.

1. When discussing a system or a particular part of a system, students will be able to distinguish between open and closed loop control.  

bulletIn addition, they will be able to identify:
bulletProcess Inputs
bulletThe Controlled VariableSetpoint
bulletProcess Outputs
bulletThe Manipulated Variable
bulletLoad Disturbances

2. In evaluating closed loop control systems, students will be able to segment loop devices into the categories of primary elements, controllers and final control elements.  They will be able to identify the functionality and importance of each system component.

3. When discussing the relative performance of a particular system, students will be able to apply basic knowledge of the concepts of:

bulletController Gain and Controller Actions   (PID)
bulletLinearity
bulletLoop Gain
bulletProcess Gain
bulletFlow Characterization

MEM399 
PID ACTIONS AND  CONTROLLER TUNING

Video 14
This unit discusses three-mode (proportional, integral and derivative) controller operation and tuning, beginning at the fundamental level.  Upon completion of this unit, the student should be able to analyze and determine the affect of loop gain and proportional, integral, and derivative actions on loop performance and stability.  The knowledge gained of PID fundamentals provides a theoretical basis for controller tuning.  

Students should be able to:

  1. Perform a common method of controller tuning to meet specified requirements.
  2. Perform controller tuning on basic pressure, temperature, level and flow loops.
  3. Analyze and describe the effects of hysteresis, dead time and process noise 
    on controller tuning.
  4. Analyze and describe the effects of positioners, transducers, boosters and 
    transmitters when used in conjunction with controllers.
  5. Discuss the basic functions and functional differences of pneumatic, analog 
    electronic and digital electronic controllers.

MEM401 
FUNDAMENTALS OF CONTROL VALVE  POSITIONERS SERIES

Video Series
This video-based course examines control valve positioners on a basic level and progresses through more complex issues such as control loop stability and split ranging.  Students completing this course will be able to make better-informed decisions in the selection, application, calibration, and troubleshooting of control valve positioners.

MEM402 
CONTROL VALVE POSITIONER OPERATION AND CALIBRATION CONCEPTS

Video 1
This introductory unit describes positioner operation, summarizes typical applications and presents calibration considerations in a basic and fundamental manner.  Upon completion of this unit, students will understand the theory of operation of most positioner types, the common applications in which they are applied and the importance of calibration.  

Students will be able to:

1. Discuss typical applications and associated issues.  In this discussion, they will be able to identify:

bulletPositioner location in the control loop
bulletStatic application considerations
bulletDynamic considerations

2. Describe the basic theory of operation of a typical positioner in terms of:

bulletInput signal
bulletSupply pressure
bulletInput measurement device used 
(bellows, diaphragm, or transducer)
bulletCalibration concepts
bulletSumming device
bulletStern position feedback linkage
bulletSignal amplifier
bulletPower amplifier

3. Discuss the objectives of calibration, including:

bulletImportant pre-calibration
bulletZero considerations
bulletSpan
bulletCrossover or balance pressure

MEM403 
CONTROL VALVE POSITIONER APPLICATION GUIDELINES

Video 2
This introductory unit describes positioner applications in general terms and presents guidelines for selecting an actuator loading device plus a positioner, booster, or transducer.  Upon completion of this unit, students will understand the function of a positioner, relay and transducer.  In addition, the student will have a working knowledge of the dynamic response characteristics of each of the devices and of various systems, so that a workable selection can be made.  Students will be able to:

1. Discuss typical positioner applications, including:

bulletMinimizing deadband and hysteresis
bulletIncreasing actuator stiffness
bulletIncreasing actuator loading pressure or loading pressure capacity
bulletSplit ranging
bulletCharacterizing
bulletReversing action of an element

2. Discuss, in fundamental terms, the importance of:

bulletStatic gain of an element
bulletStatic open loop gain
bulletFrequency response
bulletThe use of Bode plots
bulletPhase shift and dynamic gain attenuation of an element
bulletCritical frequency
bulletLoop gain and stability
bulletDynamic response characteristics of various actuator loading devices

3. Select either a transducer, relay or positioner for a given application based upon the type of process (fast or slow).

MEM404 
CHARACTERIZING AND  SPLIT-RANGING WITH 
CONTROL VALVE POSITIONERS

Video 3
This introductory unit describes basic equipment selection considerations resulting from different process characteristics resulting from different process characteristics and system designs.  Students will learn the concept of characterizing hardware to compensate for non-linear process characteristics.  In addition, they will have an understanding of some of the basic concerns associated with split-range systems.  Upon completion of this unit of training, students will be able to:

1. Discuss process linearity with regard to:

bulletStatic process gain
bulletDynamic process characteristics

2. Describe how control valves and positioners can compensate for non-linear process gain by selecting the appropriate characteristics:

bulletEqual percentage
bulletQuick-opening
bulletLinear

3. Discuss implementations of split-range systems used for the purposes of:

bulletIncreasing flow capacity
bulletControlling dissimilar final control elements
bulletControlling dissimilar manipulated variables

MEM406 
MAINTAINING VALVES

Video

MEM407 
MOTORIZED VALVE  ACTUATORS

Set of Two Videos

VIDEO ONE
Explores valve actuators, mechanical components, electrical components, removing a valve actuator from a valve, disassembling a motorized valve actuator and reassembling a motorized valve actuator.

VIDEO TWO
Demonstrates limit switch adjustment, torque switch adjustment, operational tests, limit and torque switch adjustment in another actuator design, mechanical and electrical troubleshooting.

Two 1-hour Videos, 1 student workbook, instructor’s guide, transparencies.

MEM409 
RELIEF VALVES

Set of Two Videos

VIDEO ONE
Takes a look at safety valve operation and disassembly, removing the disc assembly, blue checking the seat and disc, performing a spindle runout, valve reassembly and installing and setting the safety valve.

VIDEO TWO
Illustrates relief valve operation, relief valve disassembly, removing the pilot valve, blue checking the pilot valve, making valve seat repairs as well as valve reassembly and installation.

Two 1-hour Videos, student workbook, instructor guide, transparencies.  Also available in Spanish.

MEM411 
SAFETY VALVES 1

Video The function and importance of safety valves and relief valves are addressed in this unit.  Attention is given to how safety valves and vacuum relief valves work, overpressure and under pressure conditions, huddling chamber safety valves, and pilot-activated relief valves.  1 hour.  Includes 1 workbook, 1 instructor’s guide.

MEM412 
SAFETY VALVES 2

Video Safety Valves 2 expands on the concepts introduced in Safety Valves 1, with an emphasis on safety and maintenance.  Safe procedures for working on and around safety valves, typical malfunctions and maintenance problems are addressed.  This unit also covers hand lapping, disassembly, lapping of the disc and seat, parts inspections, spindle runout reassembly and reinstallation, and adjustment.  1 hour.  Includes 1 workbook and 1 instructor’s guide.

MEM415 
VALVE BASICS SERIES

Video Series

MEM416 
SHUTOFF VALVE DESIGNS AND APPLICATION CONSIDERATIONS

Video 1
Upon completion of this unit, students will be prepared to discuss various types of shutoff valves.  They will attain a practical understanding of the unique aspects and application suitability of each of the valve types presented.

1. Upon completion of this unit, students will be able to identify and describe the general characteristics, construction options, and application considerations of the various shutoff valves 

bullet Also available, including:
bulletPlug valves
bulletConventional butterfly valves
bulletPiston valves
bulletPinch valves
bulletCheck valves
bulletBall valves
bulletHigh-performance (eccentric disk) butterfly valves
bulletGate valves
bulletDiaphragm valves

2. When considering shutoff valves for specific applications, students will be able to:

bulletDescribe the features and limitations of various valve types.
bulletUse a common vocabulary to discuss shutoff valve operation.
bulletEvaluate shutoff valve performance.

MEM417 
SELECTING SHUTOFF VALVES   AND ACCESSORIES

Video 2
This introductory unit provides the foundation for a progressive understanding of the functions and limitations of various types of shutoff valves.  Upon completion of this unit, students will be prepared to discuss major considerations for selecting a shutoff valve type.  These considerations include process considerations, valve attributes and methods of valve actuation.  When considering valve selection for a given application, students will be able to:

  1. Identify pressure and temperature requirements.
  2. Identify the unique valve requirements imposed by the nature of the 
    controlled fluid.
  3. Compare the features, limitations and suitability of different valve styles for the considered application.
  4. Select an appropriate valve.
  5. Select an appropriate means of operating the valve (hand wheel, gear drive, 
    power actuator, etc.).

MEM418 
INSTALLING SHUTOFF VALVES

Video 3
This introductory unit provides basic guidelines for installing various types of shutoff valves.  Upon completion of this unit, students should be prepared to discuss shutoff valve installation considerations and techniques that relate to safety and proper operation of the installed valve.  

bullet Students should be able to discuss:
bulletGood piping practices, including proper valve location and 
rientation in the pipeline.
bulletThe importance of pipeline and valve supports.
bulletHow to prevent line hammering.
bulletInstallation considerations for specific types of shutoff valves, 
including plug, ball, butterfly, globe, gate and check valves.
bulletHow to properly install valves with screwed, flanged and welded-end connections.
bulletPacking adjustment.
bulletActuator mounting and adjustment.

MEM419 
MAINTAINING  SHUTOFF VALVES

Video 4
This introductory unit provides a foundation on which advanced maintenance skills may be developed.  Upon completion of this unit, students will gain a fundamental understanding of the various valve constructions, basic maintenance techniques, and the sources of many problems.  From this foundation, the student will be better able to develop maintenance skills though plant training programs or on-the-job experiences.  Students will be able to identify components and their function for various valve types.  They will be able to discuss routine preventive maintenance procedures for each valve type and some of the common procedures involved in a complete valve repair.  

bullet Valves included in the discussion are:
bulletBall Valves
bulletLined Butterfly Valves
bulletGate Valves
bulletGlobe Valves
bulletCheck Valves
bulletPlug Valves
bulletHigh Performance Butterfly Valves
bulletFlexing Valves

MEM421 
VALVE MAINTENANCE 1

Video The full range of valves and their components are described: gate valves, globe valves, plug valves, ball valves, butterfly valves, diaphragm valves, and check valves.  The function and uses of each type of valve are also explained to prepare trainees and reassemble various valves used in the plant.  1 hour.  Includes 1 workbook, 1 instructor’s guide.

MEM422 
VALVE MAINTENANCE 2

Video The basics of valve maintenance presented here are associated with damage inspection, maintenance problems and malfunction identification, and overhaul techniques.  Topics covered include removing old valve packing, installing new valve packing and removing damaged valves.  Also covered are typical maintenance practices, job preparation, disassembly, inspection, reassembly and valve reinstallation.  1 hour.  Includes 1 workbook, 1 instructor’s guide.

MEM425 
VALVES

Set of Four Videos

VIDEO ONE
Examines gate valve construction, disassembling the gate valve, disassembling the gate valve bonnet assembly, inspecting gate valve components, lapping the gate valve disc, reassembling the gate valve bonnet assembly, checking contact between the gate valve disc and seats and final reassembly of the gate valve.

VIDEO TWO
Details globe valve construction, removing and disassembling the globe valve bonnet assembly, inspecting globe valve components, reassembling the globe valve bonnet assembly, lapping the globe valve disc, and reassembling the globe valve.

VIDEO THREE
Features control valve construction, disassembling the control valve, inspecting control valve components, reassembling and installing the control valve.

VIDEO FOUR
Focuses on diaphragm valve construction and disassembly, disassembling the diaphragm valve bonnet assembly, reassembling the diaphragm valve, butterfly valve construction, disassembling the butterfly valve, and inspecting and reassembling the butterfly valve.

Four 1-hour Videos, student workbook, instructor’s guide.  Also available in Spanish.

MEM427 
VALVES

Video

MEM429 
VALVES — OPERATIONS

Video Discusses valve designs and operations, preoperational checks, normal operations, bypass operation, valve inspections, abnormal valve conditions and automatic valve operation.  1 hour.  Includes student workbook, instructor’s guide, transparencies.

MEM431 
VALVES 1

Video The purpose of this unit is to have trainees describe the functions and operation of these manually operated valves: gate, globe, needle, plug, ball, butterfly, diaphragm, pinch, check, relief and safety.  Trainees should also be able to describe some operator responsibilities related to lining up valves and identifying and stopping leaks.  1 hour.  Includes 1 workbook, 1 instructor’s guide.

MEM432 
VALVES 2

Video The purpose of this unit is to introduce trainees to various types of actuators: pneumatic, electric and hydraulic.  Also covered are some general operator responsibilities, including identifying actuator problems and handling control valve failures.  1 hour.  Includes 1 workbook and 1 instructor’s guide.

Maintenance Management  Mechanical Maintenance 
Industrial Electrical and Electronic Maintenance  Manufacturing 
Basic Instrumentation Process  Industrial Controls Controllers 
Welding Fluid Power, Hydraulics and Pneumatics

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