Machining - Service Manuals
Technical guides for lathes, milling machines and metalworking equipment
All Machining Manuals (27)
12" Tilting Arbor Saw Model 450 Operating Manual
Operating and maintenance instructions for the General 12" Tilting Arbor Saw Model 450. Covers installation, motor installation, blade raising and lowering, fence adjustment, power and speed specifications (2 HP single phase or 3 HP three phase at 3600 RPM), and general operating procedures.
15-811 14" & 15" Drill Press Switch & Wiring Kit
Installation instructions and wiring diagram for the Cat. No. 15-811 single phase control switch and wiring kit used on 14" and 15" Rockwell Drill Presses. Includes 16 installation steps, electrical schematic diagram showing motor connections and control cable routing, and parts list with component part numbers (DP-428, SP-509, SP-512, SP-3032, SP-4981, SP-10035, SP-10036, SP-4976-S).
24V LVC Magnetic Motor Control Systems Wiring Diagrams
Wiring diagrams and electrical schematics for 24 volt low voltage control (LVC) magnetic motor control systems. Includes single phase and three phase starter motor control systems with motor connections, transformer connections, control station layouts, and replacement parts specifications. Covers applications for various industrial machinery including band saws, circular saws, drill presses, grinders, lathes, milling machines, and planers.
A Treatise on Milling and Milling Machines
Technical treatise published by The Cincinnati Milling Machine Company from Cincinnati, Ohio, USA. Covers milling operations and milling machine design and operation. Table of Contents: - Preface - Introduction - Contents - Description of No. 1 Universal - Description of Universal Indexing and Dividing Head - Description of Sector - Table of Special Divisions - Description of Tail Stock - Description of Spindle for Back-Geared Machines - Section of Front Box - Description of Gear Box - No. 1 Universal Milling Machine - No. 1½ Universal Milling Machine - No. 2 Universal Milling Machine - No. 3 Universal Milling Machine - General Dimensions of Universal Milling Machines - Plain Milling Machines - No. 0 Plain Milling Machine - No. 1 Plain Milling Machine - No. 2 Plain Milling Machine - No. 3 Plain Milling Machine - No. 2 Plain Milling Machine (showing all Automatic Feeds) - General Dimensions of Plain Milling Machines - Attachments for Milling Machines - Universal Indexing and Dividing Head - Plain Indexing Centers - Rack Cutting Attachment - High Speed Milling Attachment - Vertical Spindle Milling Attachment - Cam Cutting Attachment
Century Single Phase Motors Installation and Care Manual
Installation, care and adjustment guide for Century Electric single phase motors. Covers foundation installation, ceiling and side-wall suspension methods, direct and belt connections, reversing procedures, gear connections, oil ring lubrication, direction of rotation adjustment, and general maintenance instructions for horizontal motors.
Complete Metal Turning & Machining Course
This comprehensive machining course covers all fundamental aspects of metal removal operations, designed for technical workshop training. The document begins with detailed safety guidelines for machine operations, encompassing passive protection measures (personal protective equipment) and active protocols (two-person team organization). It then introduces the various machine types available in the workshop: conventional and CNC lathes, conventional and CNC milling machines. The course details the standardized displacement axes for turning and milling operations, essential elements for CNC programming. An important section addresses machinable simple forms, presenting a complete inventory of operations (facing, boring, drilling, surfacing, grooving, etc.) with explanatory diagrams. The document outlines different tool types available (drills, cutters, turning tools) distinguishing between materials (HSS, carbide) and specialties (roughing, finishing, drilling). Work-holding devices (chuck, vise) and tool holders are described with their specific technical capacities. A major section covers cutting parameters, including calculation formulas for cutting speed (Vc), feed rate (Vf), and depth of cut (a), with a comprehensive table of cutting conditions by workpiece material and operation type. The course thoroughly explores isostaticism (workpiece positioning) to ensure precise and reproducible machining, with detailed analysis of revolute and prismatic part cases. The relationships between manufactured dimensions and design drawing dimensions are explained through concrete case studies. The document outlines practical machining rules covering machine preparation, surface association, roughing/finishing selection, drilling and boring techniques. Finally, a complete section on manufacturing schedule creation presents the methodology for organizing machining phases, with a detailed practical example of piston machining.
Construction and Use of Milling Machines
Technical treatise by Brown & Sharpe Manufacturing Company on the construction and practical use of milling machines. Published in 1883. Includes detailed technical information for machinists and engineers working with milling equipment. Table of Contents: - Universal Milling Machines, General Description - Dimensions of Universal Milling Machines - Description of No. 1 Universal Milling Machine - Spindle, Cone, Overhanging Arm, Table, Saddle - Knee, Stop-Rod, Feed, Adjustable Dials, Indexing Head-Jack - Feed Table - Vise, Overhead Works, Counter-shaft, Accessories - Description of No. 2 Universal Milling Machine - Description of No. 3 Universal Milling Machine - Description of No. 4 Universal Milling Machine - Description of No. 4 (No. 3 Prior to 1883) Universal Milling Machine - Plain Milling Machines - Dimension Tables - Description of No. 0 Plain Milling Machine - Description of No. 1 Plain Milling Machine - Description of No. 2 Plain Milling Machine - Description of No. 3 Plain Milling Machine - Description of No. 4 Plain Milling Machine - Description of No. 5 Plain Milling Machine - Description of No. 12 Plain Milling Machine - Description of No. 13 Plain Milling Machine - Description of No. 23 Plain Milling Machine - Description of No. 24 Plain Milling Machine - Description of No. 2 Vertical Spindle Milling Machine
Electrical Wiring Diagrams for Rockwell-Delta 12" Wood Lathes
Factory wiring diagrams for Rockwell-Delta 12 inch wood lathes. Contains seven different wiring diagram configurations for various motor types: single phase motors with push button manual switch control, three phase motors with push button manual switch control, three phase motors with overload switch, single phase motors with magnetic starter, three phase motors with full voltage control, and three phase motors with 115 volt control. Includes motor junction box connections, switch box wiring, power lead connections, and grounding specifications for catalog numbers 49-693, 49-828, 49-830, 49-834, 49-694, 49-827, 49-829, 49-836, 49-833, and others.
Electrical Wiring Diagrams for Rockwell-Delta 12in Wood Lathe
Wiring diagrams for factory wired 12 inch Rockwell-Delta wood lathe models with push button manual switch control and magnetic starter configurations for single and three phase motors. Includes diagrams for models with full voltage control and 115 volt control options.
Electrical Wiring Diagrams for Rockwell-Delta 15 Drill Presses
Complete electrical wiring diagrams for factory wired Rockwell-Delta 15-inch drill presses. Covers single and multi-spindle models with push button manual switch control and magnetic starter configurations. Includes diagrams for single phase motors (CAT. NOS. 49-449, 49-700, 49-703) and three phase motors (CAT. NOS. 49-403, 49-705, 49-712, 49-913, 49-955, 49-966, 49-803, 49-806, 49-914, 49-967, 49-707, 49-710, 49-714, 49-911, 49-957, 49-961, 49-708, 49-711, 49-715, 49-912, 49-958, 49-962, 49-805, 49-808, 49-965, 52-061). Diagrams show motor junction box wiring, switch cavity connections, and cable routing for various control configurations.
Electrical Wiring Diagrams for Rockwell-Delta 15 inch Drill Presses
Complete electrical wiring diagrams for factory-wired 15 inch Rockwell-Delta drill presses. Includes multiple diagrams for single and multi-spindle models with various control configurations: push button manual switch control for single phase motors, three phase motors with overload switches, and magnetic starters with full voltage control. Covers catalog numbers 49-449, 49-700, 49-706, 49-712, 49-713, 49-801, 49-802, 49-803, 49-806, 49-914, 49-967 and others. Document dated January 15, 1972.
Electrical Wiring Diagrams for Rockwell-Delta 17" and 20" Drill Presses
Electrical wiring diagrams for Rockwell-Delta factory wired 17" and 20" drill presses. Covers multiple control configurations including push button manual switch control for single phase motors, three phase motors, manual control with overload switch, and magnetic starter with full voltage control.
Electrical Wiring Diagrams for Rockwell-Delta 20in Band Saws
Electrical wiring diagrams for factory-wired 20 inch band saws. Covers multiple configurations: push button manual switch control for 115/230 volt single phase motors (Cat. 49-785), push button manual switch control for 208-220/440 volt three phase motors (Cat. 49-787, 49-791, 49-795), push button manual control with overload switch for 208-220/440 volt three phase motors (Cat. 49-788, 49-792, 49-796), push button switch and magnetic starter for 115/230 volt single phase motors (Cat. 49-786), push button switch and magnetic starter for 208-220/440 volt three phase motors (Cat. 49-789, 49-793, 49-797), and push button switch and magnetic starter with 110 volt control for 208-220/440 volt three phase motors (Cat. 49-790, 49-794, 49-798). Dated June 15, 1966.
Foundations of Mechanical Accuracy by Wayne R Moore – 1970
A landmark reference work published by Moore Special Tool Company exploring the fundamental principles of achieving extreme precision in manufacturing and metrology. The book is structured around four pillars of mechanical accuracy: Geometry (flat surfaces, straightedges, squareness), Length Standards (linear measurement, gauge blocks, international standards bureaus), Division of the Circle (angular measurement and precise circle division), and Roundness (spindle accuracy and hole geometry). Includes extensive coverage of universal measuring machine techniques, detailed analysis of cast iron properties (notably Meehanite) and the effects of temperature and humidity on dimensional stability. Features an introduction by Dr. George R. Harrison of MIT and traces the historical evolution of measuring instruments, jig borers, and ruling engines for diffraction gratings. 357 pages of detailed illustrations, diagrams and technical explanations for machinists, toolmakers, metrologists and precision engineers. Table of Contents: - Introductory - The four mechanical arts - Geometry - Environmental effects on cast iron - Foundry Techniques - Machining of Cast Iron - Elastic Deflection - Temperature & Instability - 1. the flat plane - Creating a Master Flat Plane - 19 Micro Check for Flatness - Granite Surface Plate - Granite & Moisture - Comparison between Cast Iron & Granite - 2. straightedges - Case History No. 1 - Case History No. 2 - Creating a Master Straightedge - 3. the female double v master - Form - Lean - Center Distance - Vertical & Horizontal Straightness - Horizontal Parallelism - Vertical Parallelism - 4. machine design - Coordinate Location - Geometry as a Function of Machine Accuracy - Straightline Travel - Squareness of Travel - Temperature Effects - Machine Configuration - The Planer-Type Jig Borer - The Horizontal Spindle Jib Borer - The Compound-Type Jig Borer - Machine Way Design - The V and Flat - The Chibed Way - The Central V - The Double V - The 90° Form V-Way - 5. the moore no. 3 design - Base - Cross-Slide - Table - Column - Quill Housing - Final Geometry - The Master Laps - The Electronic Indicator and the Autocolimator - Final Inspection (after table fitted) - Standards of Length - Functions of the world's foremost 'Standards' Bureaus, contributed by an official of each: - BIPM Bureau International Des Poids et Mesures, Sèvres, France. By P. Carre, for the Director, J. Terrien - NPL National Physical Laboratory, Teddington, England. By L. W. Nichols, Head, Metrology Centre - PTB Physikalisch-Technische Bundesanstalt, Braunschweig, West Germany. By Prof. Dr. E. Engelhard, Leitender Director - NBS U.S. National Bureau of Standards, Washington, D.C. By A. G. Strange, Chief Engineering Metrology Section, Metrology Division - 1. history of official length standards - In The Beginning - The Egyptian Heritage - Babylonian Contribution - The Ancients and Proportion - Roman Empire Unified Standards - Early Standards in France - Early Standards in England - The Metric System - Later English Standards - Early Standards in America - International Standard - Light Waves—An Absolute Standard
Lathe Design, Construction and Operation
Technical book on lathe design, construction and operation. Cover and title pages visible. Full 480-page technical manual. Table of Contents: - Introduction - Chapter I: History of the Lathe up to the Introduction of Screw Threads - Tracing early history - The lathe was the first machine tool - The origin of the lathe - An old definition of turning - The first record of turning operations - Another old-time definition of turning - English classification of lathes - The earliest form of the lathe proper, or the old "Tree Lathe" - The Asiatic wood turner - The "Spring-pole" lathe - The "Fiddle-bow" lathe - The essential features of a lathe - The balance-wheel applied to a lathe - The crank, connecting rod and treadle, applied to a lathe - Origin of the term "Pitman" - A foot lathe built by the Author - A foot lathe with the balance-wheel located over head - The friction clutch for foot-power machines - Chapter II: The Development of the Lathe since the Introduction of Screw Threads - Origin of the screw thread - Ancient boring tools - Suggestions of the screw form - The "Worm Ginlet" - Making the first nuts - An old device for cutting threads in wood - Archimedes and his helical device for raising water - Jacques Berson's French lathe - Joseph Moxan's English lathes - The French lathe of 1772 - John Maudsley's English lathes - Maudsley's slide-rest - Another French lathe - The use of a "master screw" - A form of slide-rest - An old-time worm and worn-gear - Simple method of developing the screw thread - Anthony Robinson's triple-threaded screw - The many uses of the early lathes - An old "early lathe" - Cutting left-hand threads - Crown gear and "lantern pinion" for operating the lead screw - Transition from wooden to iron lathe beds - The Putnam lathe of 1836 - The Freeland lathe of 1853 - Various classes of lathes to be illustrated and described
Machine Shop Tools Methods Reference Book
Reference book on machine shop tools and methods. Includes bookplate for University of California Andrew Smith Hallidie, Regent 1868-1901. Table of Contents: - The Measuring System of the Machine-shop. Standards of Length. - The Hammer and its Use. - Chisels: their Forms and Uses. - Files and Filing. - The Surface-plate and Scraper. - The Vise and Some Vise Accessories. - Drilling-machines. - Drills and Drilling. - Drill-sockets, Drill-chucks, and Accessories.
Machine-Tool Automation by Electronic Control
Technical manual covering automatic repetitive operation and positioning of machine tools by tape, computer and other related electronic control methods. Machinery's Yellow Back Series publication No. 38.
Master Index - Delta Machine Tools & Woodworking Machines
Master index catalog covering Delta power tools and woodworking machines including abrasive finishing machines, belt finishing machines, disc finishing machines, belt and disc combination machines, drill presses, joiners, lathes, planers, sanders, saws and related accessories. Contains product catalog numbers, descriptions, specifications and pricing information for single-phase and three-phase models.
Metal Cutting Machine Tools - Textbook
Professional textbook on metal cutting machine tools by L.I. Vereina and M.M. Krasnov. Covers design and operation of various machine types including lathe, milling, grinding, and thread-cutting machines with manual and numerical control. Intended for professional training in metalworking. Third edition, 432 pages. Table of Contents: - Chapter 1. General concepts - Chapter 2. Transmission mechanisms and wear of metal-cutting machine tools
Metal Turning & Machining - Chevalier Jolys
Essential technical reference on metal turning, representing the third fascicle of a comprehensive collection on mechanical manufacturing technology. Written by A. Chevalier (Technical Professor at the École Normale Nationale d'Apprentissage de Paris) and R. Jolys (Assistant Technical Professor at a training center), this volume serves as a cornerstone reference for mechanics technicians and apprentices. The fascicle presents the historical development and general principles of the lathe and lathe operation, tracing the machine's evolution as a fundamental metalworking tool. Detailed coverage includes turning tool classification, characteristics, materials (high-speed steel and metallic carbide), and their specific applications in various machining operations. Significant emphasis is placed on basic turning operations: facing, boring, conical turning, and work between centers. The publication features comprehensive terminology of principal forms achievable on the lathe, supported by detailed technical drawings. Multiple technical plates illustrate elementary surfaces, helical surfaces, and form surfaces, along with clearances and straight grooves. A complete technical lexicon and bibliography enhance this practical guide, making it an indispensable resource for metalworking professionals. Published by Librairie Delagrave, Paris, 1957.
Principles of Tool Room Grinding
Comprehensive manual covering the basic principles of correct grinding for tool room operations. Contents include lathe and planer tool grinding, cutters and reamers, typical tool setups, reamer grinding, miscellaneous tools, drills, taps and broaches, grinding operations, and special abrasive products with wheel speeds. Published by Carborundum Company, Niagara Falls, NY. Table of Contents: - Selection - Identification - Specification - Application - Care
Service Instructions for Capacitor-Start and Split-Phase Motors
Service manual for Wagner Electric Corporation capacitor-start induction-run and split-phase motors. Contains troubleshooting guide covering failure to start, excessive bearing wear, motor running hot, and motor burnout conditions. Includes probable causes and test/remedy procedures with technical drawings for prony brake and rope-and-weight testing methods. Lists Wagner branch locations across North America. Published August 1947.
Service Instructions for Repulsion-Start-Induction Motors
Service instructions bulletin for smaller sizes of Wagner repulsion-start-induction brush-lifting motors. Includes troubleshooting table covering failure to start, motor operation without brush release, and excessive bearing wear. Provides probable causes and test remedies for fuse issues, voltage problems, field circuits, current supply, worn brushes, brush settings, line connections, and excessive load. Contains technical diagrams for prony brake and rope and weight testing methods.
Small Sawmill Operator's Manual
Official USDA Forest Service manual by C.J. Telford covering small sawmill operations. Includes technical data, practical guidance, and contributions from major sawmill machinery manufacturers. January 1952 publication, reprinted July 1958. Table of Contents: - Introduction - Purpose and scope - Safety measures - Types of small sawmill headings - Bandsaw headings - Band headsaws - Circular headsaws - Sizes of headings - Husk and mandrel - Saw guides - Rolls and spreaders - Feed works - Carriages and trackways - Setworks and reeders - Dogs - Edgers - Trim and cut-off saws - Log turners - Metal detectors - Conveyor systems - Sawdust chains - Sawdust blowers - Dead rolls - Live rolls - Belt conveyors - Chain conveyors - Trash-disposal systems and methods - Power and transmission equipment - Horsepower requirements - Classification of prime movers by types - Basis of horsepower ratings - Comparison of types of prime movers - Variants of each type of prime mover - Dutch-oven furnaces for burning sawdust - Belts and pulleys - Flat belts - V-belts - Transmission capacity of belts - Pulleys - Shafts and bearings - Care and maintenance of saws - Sawteeth - Factors affecting selection and operation of saws - Saw speed and chip thickness - Tensioning the saw - Alinement of saw and teeth - Filing circular ripsaws - Piling other crosscut saws - Labor requirements for small sawmills - Work distribution by crew size - Mill layout - Log yards and ponds - Lumber yard layout - Piling and sorting lumber for air drying - Dipping tanks - End coatings - Sample plans of mill layouts - Setting up an unsheltered ground mill according to plan 1 - Building plan and machine location for sheltered portable mill according to plan 2 - Building plan and machine location for semi-permanent fire mill according to plan 3 - Building plan and machine location for permanent heavy mill according to plan 5 - Load-out equipment - Car and trackway - Lumber props - Rolls - Loading scaffolds - Sliding skids - Trucks and rails - Fork-lift trucks - Mill operation - Milling softwood logs - Milling hardwood logs - Sawing oversized logs - Size standards - Tallying and grading - Some business aspects of small-mill operation - Capital requirements - Marketing - Accounting - Public regulations affecting sawmills - Scaling and grading logs - Log scaling - Log grading - Organizations issuing grading rules - Glossary - Index
Theory of Machines and Mechanisms
Theory of Machines and Mechanisms by Joseph Edward Shigley and John Joseph Uicker Jr. is a comprehensive mechanical engineering textbook published by McGraw-Hill (5th printing, 1988, international edition). This 592-page reference covers the complete theory of mechanisms and machines, from kinematic analysis to dynamic forces and machine design. An essential reference for mechanical engineers, students, and anyone working with gear systems, cams, linkages, or mechanical transmissions. Table of Contents: - Preface - Chapter 1 The Geometry of Motion - Chapter 2 Position and Displacement - Chapter 3 Velocity - Moving Coordinate System - Apparent Angular Velocity - Direct Contact and Rolling Contact - Velocity Analysis Using Complex Algebra - Velocity Analysis Using Vector Algebra - Instantaneous Center of Velocity - The Aronhold-Kennedy Theorem of Three Centers - Locating Instant Centers of Velocity - Velocity Analysis Using Instant Centers - The Angular-Velocity-Ratio Theorem - Freudenstein's Theorem - Indexes of Merit; Mechanical Advantage - Centrodes - Definition of Acceleration - Angular Acceleration of a Rigid Body - Acceleration Difference between Points of a Rigid Body - Graphical Acceleration Analysis; Acceleration Polygons - The Apparent Acceleration of a Point in a Moving Coordinate System - Apparent Angular Acceleration - Analytical Methods of Acceleration Analysis - The Instant Center of Acceleration - The Euler-Savary Equation - The Bobillier Constructions - The Cubic of Stationary Curvature - Introduction - Programming for an Electronic Calculator - Programming the Chace Equations - A Computer Program for Planar Mechanisms - Generalized Mechanism-Analysis Programs - Classification of Cams and Followers - Displacement Diagrams - Graphical Layout of Cam Profiles - Derivatives of the Follower Motion - High-Speed Cams - Standard Cam Motions - Matching Derivatives of Displacement Diagrams - Polynomial Cam Design - Plate Cam with Reciprocating Flat-Face Follower - Plate Cam with Reciprocating Roller Follower - Terminology and Definitions - Fundamental Law of Toothed Gearing - Involute Properties - Interchangeable Gears; AGMA Standards - Fundamentals of Gear-Tooth Action - The Forming of Gear Teeth - Interference and Undercutting - Contact Ratio - Varying the Center - Chapter 8 Helical, Worm, and Bevel Gears - Chapter 9 Mechanism Trains - Chapter 10 Synthesis of Linkages - Chapter 11 Spatial Mechanisms - Chapter 12 Static Forces - # Chapter and Section Titles - Chapter 12 (continued) - Two- and Three-Force Members - Four-Force Members - Spur- and Helical-Gear Force Analysis - Straight Bevel Gears - Friction-Force Models - Static Force Analysis with Friction - Chapter 13 Dynamic Forces - Rigid- and Elastic-Body Force Analysis - Centroids and Center of Mass - Moment of Inertia - Inertia Forces and D'Alembert's Principle - The Principle of Superposition - An Example of Graphic Analysis - Rotation about a Fixed Center - Measurement of Moment of Inertia - Analysis of a Four-Bar Mechanism - Shaking Forces and Moments - Computer Analysis - Chapter 14 Dynamics of Reciprocating Engines - Engine Types - Indicator Diagrams - Dynamic Analysis—General - Gas Forces - Equivalent Masses - Inertia Forces - Bearing Loads in the Single-Cylinder Engine - Crankshaft Torque - Engine Shaking Forces - Machine-Computation Hints - Chapter 15 Balancing - Static Unbalance - Equation of Motion - Static Balancing Machines - Dynamic Unbalance - Analysis of Unbalance - Dynamic Balancing - Balancing Machines - Field Balancing with the Programmable Calculator - Balancing the Single-Cylinder Engine - Balance of Multicylinder Engines - Balancing Linkages - Balancing of Machines - Chapter 16 Cam Dynamics - Rigid- and Elastic-Body Cam Systems - Analysis of an Eccentric Cam - Effect of Sliding Friction - Analysis of a Disk Cam with Reciprocating Roller Follower - Programming for Computer or Calculator Solution - Analysis of Elastic Cam Systems - Unbalance, Spring Surge, and Windup - Chapter 17 Machine Dynamics - Flywheels - Gyroscopes - Governors - Measurement of Dynamic Response - Machine Foundations - Answers to Selected Problems - # Chapter/Section Titles - Mechanics - Statics - Dynamics - Kinematics - Kinetics - Terminology, definitions, and assumptions
US Army Technical Manual TM1-420 - Lathes
War Department Air Corps technical manual covering lathe operations. Contents include nomenclature and maintenance, cutting tools and speeds, measuring instruments, holding work, general lathe operations, drilling and boring, threads and threading, types of fits, and gear blank calculations. Document dated November 29, 1940.
US Army TM1-420 Lathes Technical Manual - General Operations
Part 2 of US Army technical manual covering general lathe operations including facing, centering work, grinding centers, alining centers, straight turning, shoulder turning, taper turning, taper boring, knurling, parting, filling and polishing, radius turning and boring, and spring winding. Includes detailed instructions and technical diagrams for proper tool positioning, center drilling techniques, and correct procedures for various turning operations.