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Heating, Ventilation and Air Conditioning (HVAC) Manuals
consisting of 26 training manuals/subcourses – 7487 pages of self-study material with diagrams and illustrations (you can preview some of the manuals/lessons below)
as well as
HVAC Control Systems CADD Files
(This directory contains ``typical contract drawing" templates which can be used when creating design drawings for HVAC control systems. The templates are not intended to be incorporated into a contract package ``as-is." They are ``seed" or ``starter" files and will require editing to make them ``project specific." It is the designer's responsibility to ensure that a complete and biddable set of contract drawings is produced. Development of contract drawings and specifications is to be done in accordance with the guidance contained in TI 810-11.
Each file contains standard HVAC control system designs for systems based on the use of the Single-Loop Digital Controller (SLDC) control panel and also the use of Direct Digital Controls (DDC).
File names correspond to the figure numbers used for the standard systems depicted in chapter 4 of TI 810-11.)
This CD is created and produced by planet-e-tech from non-copyrighted, public domain, declassified or non-classified US Government documents, and is designed to work under Windows operating system (the .pdf files are also viewable under other platforms, but some automatic features are likely to be disabled).
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- Mechanical Design: Heating, Ventilation and Air Conditioning (32 pp)
- HVAC Control Systems I: Two versions of the manual on this CD - 449 and pages 208 pages (the second version is better suitable for printing)
- HVAC Control Systems CADD Files (17 "typical contract drawing" templates)
- HVAC Control Systems II (119 pp)
- Heating, Ventilating, Air Conditioning and Dehumidifying Systems (227 pp)
Preview 21 pages from HVAC and Dehumidifying Systems manual: 0.12 Mb
- Operation and Maintenance Small Heating Systems (159 pp)
- Central Boiler Plants (351 pp)
- Industrial Ventilation Systems (138 pp)
- Cooling Buildings by Natural Ventilation (177 pp)
- SAFETY OF ELECTRICAL TRANSMISSION AND DISTRIBUTION SYSTEMS (180 pp)
- HVAC of Hardened Installations (109 pp)
- UTILITIES I (180 pp)
- UTILITIES II (127 pp)
- UTILITIESMAN BASIC, VOLUME 1 (438 pp)
- UTILITIESMAN BASIC, VOLUME 2 (436 pp)
Preview 36 pages from UTILITIESMAN BASIC, vol. 2 manual: 1.2 Mb
- UTILITIESMAN ADVANCED (406 pp)
- CONSTRUCTION MECHANIC BASIC, VOL 1 (312 pp)
- CONSTRUCTION MECHANIC BASIC, VOL 2 (452 pp)
- CONSTRUCTION MECHANIC ADVANCED (414 pp)
- ENGINEMAN 1 & C (306 pp)
- ENGINEMAN 2 (216 pp)
- ENGINEMAN 3 (486 pp)
- MACHINIST’S MATE 1 & C (SURFACE) (328 pp)
- MACHINIST’S MATE 3 & 2 (SURFACE) (552 pp)
- CONSTRUCTION PRINT READING (500 pp)
- BLUEPRINT READING AND SKETCHING (185 pp)
Preview 18 pages from Blueprint Reading and Sketching manual: 0.6 Mb
Mechanical Design: Heating, Ventilation and Air Conditioning
This document provides guidelines for design of heating, ventilating, and air conditioning (HVAC) mechanical systems. This document delineates only those features of HVAC design that are unique in their applications, or reflect policies that have been established through regulations, directives, and other published media through the Department of Defense. Unless otherwise specified, all designs will comply with the American Society of Heating, Refrigerating, and Air Conditioning Engineers (ASHRAE) Handbooks and Military Handbook 1008C.
q CHAPTER 1. INTRODUCTION
q CHAPTER 2. FUNDAMENTALS
q CHAPTER 3. SYSTEMS
q CHAPTER 4. APPLICATIONS
q CHAPTER 5. EQUIPMENT
q APPENDIX A. REFERENCES
HVAC Control Systems I
This document provides criteria and guidance for the design of heating, ventilating and air conditioning (HVAC) control systems, and designates the standard control loops to be used. These instructions describe frequently encountered control system loops, provide examples of how these loops are used, and provide guidance and criteria for the design of standard HVAC control systems and standard control panels. This document does not provide guidance on selecting HVAC systems and does not prohibit selection of system types not included herein.
q Chapter 1. General
q Chapter 2. HVAC Control System Equipment, Equipment Uses and HVAC Control Loops
q Chapter 3. Standard Control Loops
q Chapter 4. Standard HVAC Control Systems
q Chapter 5. Control System Design Variations
q Chapter 6. Retrofit of Existing HVAC Control Systems
q Glossary
HVAC Control Systems CADD Files
This directory contains ``typical contract drawing" templates which can be used when creating design drawings for HVAC control systems. The templates are not intended to be incorporated into a contract package ``as-is." They are ``seed" or ``starter" files and will require editing to make them ``project specific." It is the designer's responsibility to ensure that a complete and biddable set of contract drawings is produced. Development of contract drawings and specifications is to be done in accordance with the guidance contained in TI 810-11.
Each file contains standard HVAC control system designs for systems based on the use of the Single-Loop Digital Controller (SLDC) control panel and also the use of Direct Digital Controls (DDC). All files were created in Autocad.
File names correspond to the figure numbers used for the standard systems depicted in chapter 4 of TI 810-11.
q 4-07.dwg - Standard control system (SCS) for central plant steam hydronic system.
q 4-08.dwg - SCS for single building hydronic heating system with hot water boiler.
q 4-09.dwg - SCS for central plant high-temperature hot water hydronic heating system.
q 4-10.dwg - SCS for central plant steam dual-temperature hydronic system.
q 4-11.dwg - SCS for central plant high-temperature hot water dual-temperature hydronic system.
q 4-12.dwg - SCS for single building dual-temperature hydronic system.
q 4-13.dwg - SCS for heating and ventilating system.
q 4-14.dwg - SCS for multizone HVAC system.
q 4-15.dwg - SCS for dual-duct HVAC system.
q 4-16.dwg - SCS for bypass multizone HVAC system.
q 4-17.dwg - SCS for VAV HVAC system without return fan.
q 4-18.dwg - SCS for VAV HVAC system with return fan.
q 4-19.dwg - SCS for single zone HVAC system.
q 4-20.dwg - SCS for single zone HVAC system with dual-temperature coil.
q 4-21.dwg - SCS for single zone HVAC system with humidity control.
q 4-22.dwg - SCS for single zone HVAC system with DX coil.
q Legend.dwg - Standard symbols
HVAC Control Systems II
Section 15950A: Heating, Ventilation and Air Conditioning Control Systems
q Part 1. General
q Part 2. Products
o Material and Equipment
o General Equipment Requirements
o Materials
o Actuators
o Automatic Control Valves
o Dampers
o Duct Smoke Detectors
o Instrumentation
o Thermostats
o Pressure Switches and Solenoid Valves
o Indicating Devices
o Single Loop Controllers
o Control Devices and Accessories
o Pilot Lights and Manual Switches
o HVAC System Control Panels
o Compressed Air Stations
o Electronic Variable Air Volume (VAV) Terminal Unit Controls
q Part 3. Execution
o General Installation Criteria
o Control System Installation
o Control Sequences of Operation
o Commissioning Procedures
o Balancing, Commissioning and Testing
o Training
Heating, Ventilating, Air Conditioning and Dehumidifying Systems
This handbook is for the use of design and construction of Naval Facilities heating, ventilating, air conditioning, and dehumidifying systems.
q Introduction
q General
q Applications
q Information Required on Drawings
q Load Calculations
q Air Distribution
q Piping Systems
q Controls and Instrumentation
q Equipment Location
q Fundamental Drawing Details
q Rules of Thumb Guidance
q Fire Protection and Smoke Control
q Appendices
q Reference
q Glossary
Operation and Maintenance Small Heating Systems
This technical manual provides basic information for facilities personnel regarding the operation and maintenance of small heating systems and related equipment. Generally, the manual covers low pressure steam boilers (less than 15 psig), low pressure hot water boilers (less than 30 psig), space heaters, unit heaters, and warm air furnaces. The term ``small" is used in the context of this manual to differentiate from the high pressure systems and equipment that are covered in detail in TM 5-650, Central Boiler Plants.
This manual makes reference to specific types of equipment commonly in use at Army installations. System and equipment descriptions contained in the manual are general in nature. Equipment manufacturers* technical literature and manuals should also be used for reference, training, and troubleshooting specific equipment.
q Chapter 1 - Introduction
q Chapter 2 - Fuels
q Chapter 3 - Fuel Burning Equipment
q Chapter 4 - Steam Heating Systems
q Chapter 5 - Hot Water Heating Systems
q Chapter 6 - Warm Air Systems
q Chapter 7 - Automatic Controls
q Appendix A - Related Publications
q Appendix B - Troubleshooting Underfeed Stokers
q Appendix C - Troubleshooting Steam Pressure Pumping Systems
q Bibliography
q Glossary
q Index
Central Boiler Plants
The purpose of this manual is to provide information and guidance on the installation, operation and maintenance of U.S. Army Central Boiler Plant equipment. Efficient plant operation becomes more important with each increase in the cost of fuel and equipment. The Central Plant operator has an important job in achieving and maintaining maximum efficiency of plant operation. The information and guidance in this manual should be reviewed as a first step toward achieving efficient plant operation.
q Chapter 1 - General Considerations
o I - Introduction
o II - Elementary Combustion Principles
o III - Principles of Steam and Hot Water Generation
q Chapter 2 - Description of Equipment
o I - Boilers and Heat Exchangers
o II - Boiler Accessories and Fittings
o III - Fuel Handling and Combustion Equipment
o IV - Controls and Instrumentation
o V - Pollution Control Equipment
o VI - Auxiliary Equipment
q Chapter 3 - Operation
o I - Preliminary Operating Procedures
o II - Operating Adjustments and Procedures
o III - Optimizing Central Plant Efficiency
q Chapter 4 - Water Treatment for Boiler Plants
o I - Introduction
o II - Equipment and Chemicals
o III - Operation
q Chapter 5 - Inspection and Preventive Maintenance
o I - Introduction
o II - Scheduled Preventive Maintenance
q Appendix A - References
q Appendix B - Chemical Analysis Procedures
q Appendix C - Heat Balance Calculations
q Appendix D - Boiler Water Calculations
q Glossary
q Index
Industrial Ventilation Systems
This handbook provides the basic design guidance for industrial ventilation systems at military installations. It is intended for use by experienced architects and engineers. The first section addresses general criteria for use in all industrial ventilation systems. Other sections include ventilation design data for specific processes, including asbestos delagging, torpedo maintenance, metal cleaning and electroplating, fiberglass reinforced plastic repair and lay up, abrasive blasting, spray coating, foundry operations and woodworking.
q Section 1 INTRODUCTION
q Section 2 GENERAL TECHNICAL REQUIREMENTS
q Section 3 ASBESTOS DELAGGING FACILITIES
q Section 4 OTTO FUEL II FACILITIES
q Section 5 METAL CLEANING AND ELECTROPLATING
q Section 6 FIBERGLASS REINFORCED PLASTIC FABRICATION AND REPAIR FACILITIES
q Section 7 ABRASIVE BLASTING FACILITIES
q Section 8 PAINT SPRAY FACILITIES
q Section 9 FOUNDRIES
q Section 10 WOOD SHOP FACILITIES
q APPENDIX A Design Calculation Examples for Representative Metal Cleaning and Electroplating Hoods
q APPENDIX B Calculation for Dilution Ventilation for Xylene
q APPENDIX C Unit Conversion and MEC for Typical Organic Media
q APPENDIX D Non-Standard Air Calculations
Cooling Buildings by Natural Ventilation
This handbook provides guidance and criteria for the design of buildings to be totally or partially cooled by natural ventilation. It describes several natural criteria; design criteria for natural ventilation and for zoned or seasonal occupant and maintenance manuals, and guidelines for wind tunnel testing. Appendices include forms and overlays for the designer's use and describe the fundamental principles of comfort related to airflow, a methodology for climate analysis, prediction, and evaluation.
q Section 1. INTRODUCTION
q Section 2. COOLING BY NATURAL VENTILATION
q Section 3. DESIGN CRITERIA
q Section 4. BUILDING DESIGN FEATURES AND PRACTICES
q Section 5. OCCUPANT AND MAINTENANCE MANUALS
q Appendix A. Fundamental Principles
q Appendix B. Climate Analysis Method
q Appendix C. Prediction and Evaluation Methods
q Appendix D. Worked Example of the Climate Analysis and Window Sizing Procedure
Safety of Electrical Transmission and Distribution Systems
This handbook is directed to the safety concerns of operators, electricians, and supervisors who perform and supervise operation and maintenance work on electrical transmission and distribution systems.
q Section 1 INTRODUCTION
q Section 2 APPLICABLE DOCUMENTS
q Section 3 DEFINITIONS
q Section 4 GENERAL SAFETY PRACTICES
q Section 5 WORK ON DE-ENERGIZED OR ENERGIZED LINE SAFETY REQUIREMENTS
q Section 6 SUBSTATIONS AND SWITCHGEAR
q Section 7 OVERHEAD LINES AND ASSOCIATED ELECTRICAL COMPONENTS
q Section 8 UNDERGROUND CABLES, STRUCTURES, AND ASSOCIATED ELECTRICAL COMPONENTS
q Section 9 SHORE-TO-SHIP ELECTRICAL POWER CONNECTIONS
HVAC of Hardened Installations
This manual provides guidance for engineers in the planning and design of heating, ventilation, and air-conditioning (HVAC) for hardened military and strategic facilities at new or existing Army installations. The material presented includes data for auxiliary equipment systems with special reference to underground installations not normally covered in HVAC manuals. The term “hardened’ applies to facilities intentionally designed to be resistant to conventional explosive effects, nuclear weapons effects, chemical or biological attack, and intruder attack. This manual addresses the technology of HVAC systems as it pertains to hardened facilities without regard to a specific type of attack, unless specifically required for design purposes.
q Introduction
q Design Considerations
q Underground Heat Transfer
q HVAC Equipment
q Waste Heat Disposal
q Decontamination Facilities
UTILITIES I
As an engineer officer you may be assigned the job of directing some phase of utilities work. To do this efficiently, you must understand the broad, general phases of utilities operations. That is the purpose of this subcourse. It is planned to give you basic knowledge in utilities layout, installation, and operation.
q Introduction
q Lesson 1: Organization and Functions of Utilities Engineer Service Teams
q Lesson 2: Electric Power Systems
q Lesson 3: Refrigeration Systems
q Lesson 4: Water Supply and Distribution Systems
q Lesson 5: Plumbing Installations and Bills of Materials
q Lesson 6: Sewerage Systems
q Lesson 7: Rehabilitation of Utilities
UTILITIES II
The material in this subcourse broadly covers the principles involved, and the methods and equipment employed, in the design, construction, and operation of electric power and distribution systems, water supply distribution systems, and sewage collection and treatment systems. Large semipermanent installations in a theater of operations such as depots, base hospitals, replacement depots, and the like require fairly extensive, complex utilities systems. The design, construction, rehabilitation (where necessary) and operation of these systems are responsibilities of engineer units. While this course will not make you an expert, it will furnish sufficient basic information to enable you to function as an engineer staff officer or commander in the communications zone of a theater of operations.
Introduction
Lesson 1: Electric Power Systems
Lesson 2: Electrical Distribution Systems
Lesson 3: Water Distribution Systems
Lesson 4: Sewage Collection and Disposal
UTILITIESMAN BASIC, VOLUME 1
Utilitiesman Basic, Volume 1 consists of chapters on Plans, Specifications, and Color Coding; Advanced Base Functional Components (ABFC); Plumbing; Plumbing Valves and Accessories; Plumbing Fixtures and Plumbing Repairs; Prime Movers, Pumps, and Compressors; Water Treatment; and Equipment Maintenance.
q CHAPTER 1. Plans, Specifications, and Color Coding
q CHAPTER 2. Advanced Base Functional Components (ABFC)
q CHAPTER 3. Plumbing
q CHAPTER 4. Plumbing Valves and Accessories
q CHAPTER 5. Plumbing Fixtures and Plumbing Repairs
q CHAPTER 6. Prime Movers, Pumps, and Compressors
q CHAPTER 7. Water Treatment
q CHAPTER 8. Equipment Maintenance
q APPENDIX I. Glossary
q APPENDIX II. Answer Key
q APPENDIX III. Tables for Maintenance Procedures
q APPENDIX IV. Math Tables, Equivalents, and Useful Formulas
q References
UTILITIESMAN BASIC, VOLUME 2
Utilitiesman Basic, Volume 2 consists of chapters on Boilers; Boiler Maintenance; Steam Distribution Systems; Heating Systems; Galley and Laundry Equipment; Refrigeration; and Air Conditioning.
q CHAPTER 1. Boilers
q CHAPTER 2. Boiler Maintenance
q CHAPTER 3. Steam Distribution Systems
q CHAPTER 4. Heating Systems
q CHAPTER 5. Galley and Laundry Equipment
q CHAPTER 6. Refrigeration
q CHAPTER 7. Air Conditioning
q APPENDIX I. Glossary
q APPENDIX II. Tables for Maintenance Procedures
q APPENDIX III. Math Tables
q APPENDIX IV. Answers Key
q APPENDIX V. References
UTILITIESMAN ADVANCED
In completing this nonresident training course, you will demonstrate a knowledge of the subject matter by correctly answering questions on the following: Blueprint Reading and Technical Drawings; Planning, Estimating and Scheduling; Planning Plumbing Projects; Fire Protection Systems; Water Treatment and Purification; Sewage Treatment and Disposal; Compressed Air Systems; Boilers; Duct and Ventilation Systems; Air Conditioning and Refrigeration; and Environmental Pollution Control.
CHAPTER 1. Administration
CHAPTER 2. Leadership and Supervision
CHAPTER 3. Facilities Maintenance Management
CHAPTER 4. Blueprint Reading and Technical Drawings
CHAPTER 5. Planning,Estimating,and Scheduling
CHAPTER 6. Advanced Base Planning, Embarkation, and Project Turnover
CHAPTER 7. Planning Plumbing Projects
CHAPTER 8. Fire Protection Systems
CHAPTER 9. Water Treatment and Purification
CHAPTER 10. Sewage Treatment and Disposal
CHAPTER 11. Compressed Air Systems
CHAPTER 12. Boilers
CHAPTER 13. Duct and Ventilation Systems
CHAPTER 14. Air Conditioning and Refrigeration
CHAPTER 15. Solar Energy
CHAPTER 16. Environmental Pollution Control
APPENDIX. References
CONSTRUCTION MECHANIC BASIC, VOL 1
Construction Mechanic Basic, Volume 1 consists of chapters on Technical Adminstration; Principles of an Internal Combustion Engine; Construction of an Internal Combustion Engine; Gasoline Fuel Systems; Fuel Diesel Fuel Systems; and Cooling and Lubricating Systems.
q CHAPTER 1. Technical Adminstration
q CHAPTER 2. Principles of an Internal Combustion Engine
q CHAPTER 3. Construction of an Internal Combustion Engine
q CHAPTER 4. Gasoline Fuel Systems
q CHAPTER 5. Diesel Fuel Systems
q CHAPTER 6. Cooling and Lubricating Systems
q APPENDIX I. Glossary
q APPENDIX II. Answer Key
q References
CONSTRUCTION MECHANIC BASIC, VOL 2
Construction Mechanic Basic, Volume 2 consists of chapters on Basic Automotive Electricity; Automotive Electrical Circuits and Wiring; Hydraulic and Pneumatic Systems; Automotive Clutches, Transmissions, and Transaxles; Drive Lines, Differentials, Drive Axles, and Power Train Accessories; Construction Equipment Power Trains; Brakes; and Automotive Chassis and Body.
q CHAPTER 1. Basic Automotive Electricity
q CHAPTER 2. Automotive Electrical Circuits and Wiring
q CHAPTER 3. Hydraulic and Pneumatic Systems
q CHAPTER 4. Automotive Clutches, Transmissions, and Transaxles
q CHAPTER 5. Drive Lines, Differentials, Drive Axles, and Power Train Accessories
q CHAPTER 6. Construction Equipment Power Trains
q CHAPTER 7. Brakes
q CHAPTER 8. Automotive Chassis and Body
q APPENDIX I. Glossary
q APPENDIX II.
q References
CONSTRUCTION MECHANIC ADVANCED
Describes the duties and responsibilities of the construction mechanic in a battalion or Public Works assignment. Their tasks concern procedures for conducting vehicle safety inspections and Battalion Equipment Evaluation Programs; overhauling internal combustion engines; and troubleshooting vehicle electrical systems, fuel systems, and power trains (including automatic transmissions), hydraulic systems, air-conditioning systems, and wheel and track alignment systems.
Chapter 1. Public Works Transportation Shops Supervisor
Chapter 2. Alfa Company Shops Supervisor 2-l
Chapter 3. Engine Troubleshooting and Overhaul
Chapter 4. Troubleshooting Electrical Systems
Chapter 5. Fuel System Overhaul
Chapter 6. Inspecting and Troubleshooting Brake Systems
Chapter 7. Clutches and Automatic Transmissions
Chapter 8. Air Compressor Overhaul
Chapter 9. The Shop Inspector
Chapter 10. Hydraulics
Chapter 11. Troubleshooting Transmissions, Transfer Cases, and Differentials
Chapter 12. Wheel and Track Alignment
Chapter 13. Air-Conditioning Systems
ENGINEMAN 1 & C
Provides training on the following subject matter areas: Describes procedures for scheduling, administering, and supervising work; the purpose and nature of the Engineering Operational Sequencing System and Engineering Operational Casualty Control System; troubleshooting and corrective maintenance procedures for diesel engines, their accessories, reduction gears, main line shafts and shaft bearings; factors affecting engine performance and efficiency; construction, troubleshooting and maintenance of complex refrigeration and air conditioning systems, compressed air systems, auxiliary boilers, and hydraulic systems; procedures for engineering casualty control, maintaining engineering records and reports, conducting trials of engineering equipment and systems, and preparing for administrative and operational inspection.
q CHAPTER 1. Introduction
q CHAPTER 2. Administration, Supervision, and Training
q CHAPTER 3. Engine Maintenance
q CHAPTER 4. Reduction Gears and Related Equipment
q CHAPTER 5. Engine Performance and Efficiency
q CHAPTER 6. Refrigeration and Air Conditioning
q CHAPTER 7. Auxiliary Machinery
q CHAPTER 8. Environmental Pollution
q CHAPTER 9. Engineering Casualty Control
ENGINEMAN 2
Prepares enlisted personnel for advancement to petty officer second class in the Engineman rating. This course includes the following topics: administration and training; measuring and repair instruments; internal combustion engines; speed controlling devices; refrigeration and air-conditioning; compressed air systems; laundry, mess deck, galley, scullery, and other auxiliary equipment; and lathe and machining operations.
q CHAPTER 1. Administration and Training
q CHAPTER 2. Measuring and Repair Instruments
q CHAPTER 3. Internal Combustion Engines
q CHAPTER 4. Speed Controlling Devices
q CHAPTER 5. Refrigeration and Air Conditioning
q CHAPTER 6. Compressed Air Systems
q CHAPTER 7. Laundry, Mess Deck, Galley, and Scullery Equipment
q CHAPTER 8. Other Auxiliary Equipment
q CHAPTER 9. Lathes and Lathe Machining Operations
q APPENDIX I. References
q APPENDIX II. Units of Measurement Charts
ENGINEMAN 3
Provides an introduction to the Engineman rating and information on the reciprocating internal-combustion engine, principal stationary and moving parts of an engine, drive mechanisms, intake and exhaust systems, cooling systems, lubricating oil systems, diesel fuel systems, control devices, starting systems, diesel engine operating practices, transmission of engine power, pumps and valves, compressed air systems, distilling plants, refrigeration, air conditioning, and auxiliary equipment.
- Introduction to the Enginemen Rating
- Reciprocating Internal-Combustion Engine
- Principal Stationary Parts of an Engine
- Principal Moving and Related Components
- Engine Drive Mechanisms
- Intake and Exhaust Systems
- Engine Cooling Systems
- Engine Lubricating Oil Systems
- Diesel Fuel Systems and Engine Control Devices
- Engine Starting Systems
- Diesel Engine Operating Practices
- Transmission of Engine Power
- Pumps and Valves
- Compressed Air Systems
- Distilling Plants
- Refrigeration
- Air Conditioning
- Additional Auxiliary Equipment
MACHINIST’S MATE 1 & C (SURFACE)
Provides information on the following subjects: management programs; propulsion turbines; reduction gears; steam-driven generators; heat exchangers and air ejectors; pumps, distilling plants; refrigeration and air conditioning; auxiliary equipment; propulsion plant efficiency; quality assurance; record systems; boiler firesides and watersides, boiler fittings and instruments; and environmental policies and procedures.
- Management Programs
- Propulsion Turbines
- Reduction Gears
- Steam-Driven Generators
- Heat Exchangers and Air Ejectors
- Pumps
- Distilling Plants
- Refrigeration and Air Conditioning
- Auxiliary Equipment
- Propulsion Plant Efficiency
- Quality Assurance
- Record Systems
- Boiler Firesides and Watersides
- Boiler Fittings and Instruments
- Environmental Policies and Procedures
q APPENDIX I. References
MACHINIST’S MATE 3 & 2 (SURFACE)
Provides information on the following topics in the MACHINIST’S MATE (Surface) rating:
introduction to the MACHINIST’S MATE (Surface) rating; steam turbines; reduction gears and associated
equipment; lubrication and associated equipment; pumps and forced draft blowers; heat exchangers and air
ejectors; engineering operations and administration; steam operated distilling plants, valves, pipe fittings,
and piping; refrigeration and air conditioning; compressed air systems; auxiliary equipment; propulsion
boilers and boiler fittings and instruments; automatic air controls; and boiler water/feedwater test
treatment.
1. Introduction to the Machinist’s Mate (Surface) Rating
2. Steam Turbines
3. Reduction Gears and Related Equipment
4. Lubrication and Associated Equipment
5. Pumps
6. Heat Exchanges and Air Ejectors
7. Engineering Operations
8. Engineering Administration
9. Steam Operated Distilling Plants
10. Piping System
11. Refrigeration
12. Air Conditioning
13. Compressed Air Systems
14. Additional Auxiliary Equipment
15. Propulsion Boilers
16. Boiler Fittings and Instruments
17. Automatic Boiler Controls
18. Boiler Water/Feedwater Test and Treatment
CONSTRUCTION PRINT READING
Construction print reading is a key skill for technical students. Fortunately, a formal education is not essential for achieving proficiency in this important subject; the study of correspondence courses such as this can provide the essential skills.
q Lesson 1: Principles and Methods
q Lesson 2: Architectural Drawings
q Lesson 3: Utilities Drawings
q Lesson 4: Heating, Air-Conditioning, and Refrigeration Drawings
q Lesson 5: Bills of Materials
q Appendix A: Symbols
q Appendix B: Conversion Tables
q Appendix C: Extract TM 5-704
BLUEPRINT READING AND SKETCHING
Covers blueprint reading and drawing with examples from several fields of work where blueprints are normally used.
- Blueprint Reading
- Technical Sketching
- Projections and Views
- Machine Drawings
- Piping Systems
- Electrical and Electronics Prints
- Architectural and Structural Steel Drawings
- Developments and Intersections
q APPENDIX I. Glossary
q APPENDIX II. Graphic Symbols for Aircraft Hydraulic and Pneumatic Systems
q APPENDIX III. Graphic Symbols for Electrical and Electronics Diagrams
q References
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