Model M1112 12" X 36" Gunsmithing Lathe

Total Page:16

File Type:pdf, Size:1020Kb

Model M1112 12 MODEL M1112 12" X 36" GUNSMITHING LATHE OWNER'S MANUAL Phone: (360) 734-3482 • Online Technical Support: [email protected] COPYRIGHT © NOVEMBER 2007 BY WOODSTOCK INTERNATIONAL, INC. REVISED APRIL 2008. WARNING: NO PORTION OF THIS MANUAL MAY BE REPRODUCED IN ANY SHAPE OR FORM WITHOUT THE WRITTEN APPROVAL OF WOODSTOCK INTERNATIONAL, INC. #10091CR Printed in China K_`jdXelXcgifm`[\jZi`k`ZXcjX]\kp`ejkilZk`fejfek_\gifg\ij\klg# fg\iXk`fe#dX`ek\eXeZ\Xe[j\im`Z\f]k_`jdXZ_`e\&\hl`gd\ek% =X`cli\kfi\X[#le[\ijkXe[Xe[]fccfnk_\`ejkilZk`fej^`m\e`ek_`j dXelXcdXpi\jlck`ej\i`fljg\ijfeXc`ealip#`eZcl[`e^XdglkXk`fe# \c\ZkifZlk`fefi[\Xk_% K_\fne\if]k_`jdXZ_`e\&\hl`gd\ek`jjfc\cpi\jgfej`Yc\]fi`kjjX]\ lj\%K_`ji\jgfej`Y`c`kp`eZcl[\jYlk`jefkc`d`k\[kfgifg\i`ejkXccX$ k`fe`eXjX]\\em`ifed\ek#g\ijfee\ckiX`e`e^Xe[ljX^\Xlk_fi`qX$ k`fe#gifg\i`ejg\Zk`feXe[dX`ek\eXeZ\#dXelXcXmX`cXY`c`kpXe[ Zfdgi\_\ej`fe#Xggc`ZXk`fef]jX]\kp[\m`Z\j#YcX[\&Zlkk\i`ek\^i`kp# Xe[k_\ljX^\f]g\ijfeXcgifk\Zk`m\\hl`gd\ek% K_\dXel]XZkli\in`ccefkY\_\c[c`XYc\]fi`ealipfigifg\ikp [XdX^\]ifde\^c`^\eZ\#`dgifg\ikiX`e`e^#dXZ_`e\df[`]`ZXk`fejfi d`jlj\% Jfd\[ljkZi\Xk\[Ypgfn\ijXe[`e^#jXn`e^#^i`e[`e^#[i`cc`e^#Xe[ fk_\iZfejkilZk`feXZk`m`k`\jZfekX`ejZ_\d`ZXcjbefnekfk_\JkXk\f] :Xc`]fie`XkfZXlj\ZXeZ\i#Y`ik_[\]\Zkjfifk_\ii\gif[lZk`m\_Xid% Jfd\\oXdgc\jf]k_\j\Z_\d`ZXcjXi\1 C\X[]ifdc\X[$YXj\[gX`ekj% :ipjkXcc`e\j`c`ZX]ifdYi`Zbj#Z\d\ekXe[fk_\idXjfeipgif[lZkj% 8ij\e`ZXe[Z_ifd`ld]ifdZ_\d`ZXccp$ki\Xk\[cldY\i% Pflii`jb]ifdk_\j\\ogfjli\jmXi`\j#[\g\e[`e^fe_fnf]k\epfl [fk_`jkpg\f]nfib%Kfi\[lZ\pfli\ogfjli\kfk_\j\Z_\d`ZXcj1 Nfib`eXn\ccm\ek`cXk\[Xi\X#Xe[nfibn`k_Xggifm\[jX]\kp\hl`g$ d\ek#jlZ_Xjk_fj\[ljkdXjbjk_XkXi\jg\Z`Xccp[\j`^e\[kf]`ck\i flkd`ZifjZfg`ZgXik`Zc\j% INTRODUCTION Contents INTRODUCTION ..................................................................................................3 Woodstock Technical Support ............................................................................ 3 Controls and Features ..................................................................................... 6 SAFETY SAFETY ............................................................................................................7 Standard Safety Instructions ............................................................................. 7 Additional Safety Instructions for Lathes .............................................................. 9 Avoiding Potential Injuries .............................................................................. 10 ELECTRICAL ELECTRICAL .................................................................................................... 11 220V Operation ........................................................................................... 11 Extension Cords .......................................................................................... 11 Electrical Specifications ................................................................................ 11 SET UP .......................................................................................................... 12 Inventory .................................................................................................. 12 Uncrating and Lifting .................................................................................... 13 Cleaning Machine......................................................................................... 14 SET UP Machine Placement ...................................................................................... 14 Mounting to Shop Floor.................................................................................. 15 OPERATIONS ................................................................................................... 20 General .................................................................................................... 20 Spindle Speeds ............................................................................................ 20 OPERATIONS Swapping Jaws ............................................................................................ 24 Four-Jaw Chuck .......................................................................................... 25 Faceplate .................................................................................................. 26 Centers..................................................................................................... 27 Spindle Spider ............................................................................................ 27 Cutting Shallow Tapers with Tailstock ................................................................ 36 Drilling with Tailstock ................................................................................... 36 MAINTENANCE Gap Piece Removal ...................................................................................... 37 Model M1112 Lathe Accessories ........................................................................ 38 MAINTENANCE ................................................................................................. 39 General Maintenance .................................................................................... 39 General Cleaning ......................................................................................... 39 General Lubrication ...................................................................................... 39 Coolant System ........................................................................................... 41 SERVICE Continued on next page PARTS USE THE QUICK GUIDE PAGE LABELS TO SEARCH OUT INFORMATION FAST! SERVICE ......................................................................................................... 42 Half-Nut Adjustment ..................................................................................... 45 INTRODUCTION M1112 Main Electrical Box Wiring Diagram .......................................................... 50 Headstock Shifters and Change Gears ................................................................ 57 PARTS ........................................................................................................... 58 Headstock Gearing and Control Panel ............................................................... 59 Quick Change Gearbox .................................................................................. 61 SAFETY Apron Assembly ........................................................................................... 63 Saddle and Cross Feed .................................................................................. 65 Compound Rest ........................................................................................... 67 Tailstock Assembly ....................................................................................... 68 Bed and Motor Parts ..................................................................................... 69 Cabinet Parts ............................................................................................. 70 Spindle Switch Control Rod Assembly ................................................................. 72 Coolant System and Lamp .............................................................................. 73 ELECTRICAL Lathe Accessories ........................................................................................ 74 Main Electrical Box ...................................................................................... 75 Follow Rest and Steady Rest ........................................................................... 76 Label Placement ......................................................................................... 77 SET UP OPERATIONS MAINTENANCE SERVICE USE THE QUICK GUIDE PAGE LABELS TO SEARCH OUT INFORMATION FAST! PARTS INTRODUCTION M1112 12" x 36" Gunsmithing Lathe INTRODUCTION Woodstock Technical Support Your new SHOP FOX® Model M1112 Lathe has been specially designed to provide many years of trouble- free service. Close attention to detail, ruggedly built parts and a rigid quality control program assure safe and reliable operation. Woodstock International, Inc. is committed to customer satisfaction. Our intent with this manual is to include the basic information for safety, set up, operation, maintenance, and service of this product. We stand behind our machines! In the event that questions arise about your machine, please contact Woodstock International Technical Support at (360) 734-3482 or send e-mail to: tech-support@shopfox. biz. Our knowledgeable staff will help you troubleshoot problems and process warranty claims. If you need the latest edition of this manual, you can download it from http://www.shopfox.biz. If you have comments about this manual, please contact us at: Woodstock International, Inc. Attn: Technical Documentation Manager P.O. Box 2309 Bellingham, WA 98227 Email: [email protected] -3- M1112 12" x 36" Gunsmithing Lathe MACHINE INTRODUCTION SPECIFICATIONS Phone #: (360) 734-3482 • Online Tech Support: [email protected] • Web: www.shopfox.biz MODEL M1112 12" X 36" GUNSMITHING LATHE Product Dimensions: Overall Weight with Stand .............................................................................................. 1213 lbs. 1 Overall Length/Width/Height with Stand ................................................................... 61" x 26" x 54 ⁄2" 1 1 Overall Stand Footprint (Length/Width) .........................................................................14 ⁄2" x 57 ⁄2" Stand Weight .................................................................................................................
Recommended publications
  • DRAFT – Subject to NIST Approval 1.5 IMPACTS of AUTOMATION on PRECISION1 M. Alkan Donmez and Johannes A. Soons Manufacturin
    DRAFT – Subject to NIST approval 1.5 IMPACTS OF AUTOMATION ON PRECISION1 M. Alkan Donmez and Johannes A. Soons Manufacturing Engineering Laboratory National Institute of Standards and Technology Gaithersburg, MD 20899 ABSTRACT Automation has significant impacts on the economy and the development and use of technology. In this section, the impacts of automation on precision, which directly influences science, technology, and the economy, are discussed. As automation enables improved precision, precision also improves automation. Followed by the definition of precision and the factors affecting precision, the relationship between precision and automation is described. This section concludes with specific examples of how automation has improved the precision of manufacturing processes and manufactured products over the last decades. 1.5.1 What is precision Precision is the closeness of agreement between a series of individual measurements, values, or results. For a manufacturing process, precision describes how well the process is capable of producing products with identical properties. The properties of interest can be the dimensions of the product, its shape, surface finish, color, weight, etc. For a device or instrument, precision describes the invariance of its output when operated with the same set of inputs. Measurement precision is defined by the International Vocabulary of Metrology [1] as the "closeness of agreement between indications obtained by replicate measurements on the same or similar objects under specified conditions." In this definition, the "specified conditions" describe whether precision is associated with the repeatability or the reproducibility of the measurement process. Repeatability is the closeness of the agreement between results of successive measurements of the same quantity carried out under the same conditions.
    [Show full text]
  • 1. Hand Tools 3. Related Tools 4. Chisels 5. Hammer 6. Saw Terminology 7. Pliers Introduction
    1 1. Hand Tools 2. Types 2.1 Hand tools 2.2 Hammer Drill 2.3 Rotary hammer drill 2.4 Cordless drills 2.5 Drill press 2.6 Geared head drill 2.7 Radial arm drill 2.8 Mill drill 3. Related tools 4. Chisels 4.1. Types 4.1.1 Woodworking chisels 4.1.1.1 Lathe tools 4.2 Metalworking chisels 4.2.1 Cold chisel 4.2.2 Hardy chisel 4.3 Stone chisels 4.4 Masonry chisels 4.4.1 Joint chisel 5. Hammer 5.1 Basic design and variations 5.2 The physics of hammering 5.2.1 Hammer as a force amplifier 5.2.2 Effect of the head's mass 5.2.3 Effect of the handle 5.3 War hammers 5.4 Symbolic hammers 6. Saw terminology 6.1 Types of saws 6.1.1 Hand saws 6.1.2. Back saws 6.1.3 Mechanically powered saws 6.1.4. Circular blade saws 6.1.5. Reciprocating blade saws 6.1.6..Continuous band 6.2. Types of saw blades and the cuts they make 6.3. Materials used for saws 7. Pliers Introduction 7.1. Design 7.2.Common types 7.2.1 Gripping pliers (used to improve grip) 7.2 2.Cutting pliers (used to sever or pinch off) 2 7.2.3 Crimping pliers 7.2.4 Rotational pliers 8. Common wrenches / spanners 8.1 Other general wrenches / spanners 8.2. Spe cialized wrenches / spanners 8.3. Spanners in popular culture 9. Hacksaw, surface plate, surface gauge, , vee-block, files 10.
    [Show full text]
  • Abana Controlled Hand Forging Study Guide As Paginated by the Guild of Metalsmiths - Abana Chapter - Jan 2020 Index
    ABANA CONTROLLED HAND FORGING STUDY GUIDE AS PAGINATED BY THE GUILD OF METALSMITHS - ABANA CHAPTER - JAN 2020 INDEX Lesson Number Number Description of Pages Credits (click on box) L 1.01 Drawing Out: Draw a sharp point on a 1/2" square bar 3 Peter Ross and Doug Wilson L 2.01 Hot Punching: Create holes or recesses in bars or plate by driving 2 By Doug Wilson Illustrations by Tom Latané punches into or through hot material. L 3.01 Drawing Out a Round Taper 3 By Jay Close Illustrations by Tom Latané L 4.01 Bending Bar Stock 5 By Jay Close Illustrations by Tom Latané L 5.01 Twisting a Square Bar 4 By Bob Fredell Illustrations by Tom Latané L 6.01 Drawing , Punching, and Bending 4 By Peter Ross Illustrations by Tom Latané L 7.01 Upsetting a Square Bar 3 By Peter Ross Illustrations by Tom Latané L 8.01 Slitting and Drifting Two Mortises or Slots in a Square Sectioned Bar 5 By Jay Close llustrations by Doug Wilson, photos by Jay Close L 9.01 Mortise and Tenon Joinery 3 Text and Illustrations by Doug Wilson L 10.01 Forge Welding 6 By Dan Nauman Illustrations by Tom Latané Photos by Dan Nauman L 11.01 Drawing Down - Part One 6 by Jay Close Illustrations by Tom Latané, photos by Jay Close and Jane Gulden L 11.07 Drawing Down - Part Two 6 by Jay Close Illustrations by Tom Latané, photos by Jay Close and Jane Gulden L 12.01 Forging a Shoulder 4 by Bob Fredell Illustrations by Tom Latané L 13.01 Cutting a Bar 2 by Dan Nauman Illustrations by Doug Wilson L 14.01 Forging a 90-degree Corner 3 Text and Photos by Dan Nauman L 15.01 Forge an Eye on the
    [Show full text]
  • Mounting of Workpieces
    Phone (860) 289-3347 Fax (860) 289-4846 www.hschmidt.com 250 Nutmeg RD South, Suite J – South Windsor, CT 06074 Precision Work Holding Solutions Mounting of Workpieces Electro Permanent Magnets Centering Vise Drawbar & Pallet Precision Vise Permanent Magnets Reference Systems The final component of the SquareTech system is the holding of the workpiece. The 90° indexing fixture accepts the Matrix pallet and drawbar from System 3R. The pallets can be either manually loaded and indexed or integrated to a fully automated manufacturing cell. The following options are available for mounting of the workpiece Directly to Matrix pallet. To a reference system. To a manual vise. To a magnetic chuck. Mounting directly to Matrix Pallet The workpiece can be mounted directly to the Matrix pallet (approx 5” diameter) utilizing a series of predrilled holes. The pallet is also available in a 6” automation ready version which allows for custom hole layouts for specific applications. Larger sub-plates are easily implemented for custom mounting, jigs, etc. Mounting to a Reference System Many facilities are already using System 3R, Erowa or Hirschmann referencing systems. Already mounted components can be used by mounting the preferred referencing system manual chuck to the face of the Matrix pallet. The Matrix pallet is still used for the indexing function. When the squaring procedure is finished, the pre- mounted components can be moved to the next process. Mounting to a Manual Vise Two styles of manual vises apply themselves well to SquareTech Self Centering Precision toolmaker The self centering style of vise has many jaw options available to satisfy various part geometries.
    [Show full text]
  • Friction Drilling of Difficult-To-Machine Materials Are Product Quality and Tool Life
    metals Article Friction Drilling of Difficult-to-Machine Materials: Workpiece Microstructural Alterations and Tool Wear Shayan Dehghan * , Mohd Idris Shah b. Ismail * , Mohd Khairol Anuar b. Mohd Ariffin and B. T. Hang Tuah b. Baharudin Department of Mechanical and Manufacturing Engineering, Faculty of Engineering, Universiti Putra Malaysia, UPM Serdang 43400, Selangor, Malaysia * Correspondence: [email protected] (S.D.); [email protected] (M.I.S.b.I.) Received: 3 July 2019; Accepted: 23 July 2019; Published: 29 August 2019 Abstract: Difficult-to-machine materials are metals that have great toughness, high work-hardening, and low thermal conductivity. Friction drilling of difficult-to-machine materials is a technically challenging task due to the difficulty of friction drilling, leading to excessive tool wear, which adversely affects surface integrity and product performance. In the present study, the microstructural changes of workpieces and tool wear for friction drilling of AISI304, Ti-6Al-4V, and Inconel718 are characterized. It helps to have an in-depth understanding of heat generation mechanics by friction and the mechanism of the friction drilling process. The study contributes to providing an enhanced microstructural characterization of workpiece and tool conditions, which identifies the material behavior and shows how it affects the bushing formation quality and drilling tool performance. The results reveal that the abrasive wear is mostly observed in the conical region of the tool, which has maximum contact with hole-wall. Moreover, the low thermal conductivity of Ti-6Al-4V increases frictional heat generation severely, and reduces product quality and tool life subsequently. Keywords: Friction drilling; Microstructure; Tool wear; Difficult-to-machine materials; AISI304; Ti-6Al-4V; Inconel718 1.
    [Show full text]
  • Tool Wear and Material Removal Predictions in Micro-EDM Drilling: Advantages of Data-Driven Approaches
    applied sciences Article Tool Wear and Material Removal Predictions in Micro-EDM Drilling: Advantages of Data-Driven Approaches Mattia Bellotti 1, Ming Wu 1,2 , Jun Qian 1 and Dominiek Reynaerts 1,* 1 Department of Mechanical Engineering, KU Leuven and Member Flanders Make, 3001 Leuven, Belgium; [email protected] (M.B.); [email protected] (M.W.); [email protected] (J.Q.) 2 School of Mechanical and Electrical Engineering, Guangdong University of Technology, Guangzhoug 510000, China * Correspondence: [email protected]; Tel.: +32-16-322-480 Received: 6 August 2020; Accepted: 10 September 2020; Published: 12 September 2020 Abstract: In micro electrical discharge drilling, regression models are commonly used for predicting the material removal rate (MRR) and tool wear rate (TWR) from the applied processing parameters. However, these models can be inaccurate since the processing parameters might not always be representative of the actual machining conditions, which depend on several other factors such as the tool length or gap flushing efficiency. In order to increase the prediction accuracy, the present work investigates the capability of data-driven regression models for tool wear and material removal prediction. The errors in predicting the MRR and TWR are shown to decrease of about 65% and 85% respectively when using data collected through process monitoring as input of the regression models. Data-driven approaches for in-process tool wear prediction have also been implemented in drilling experiments, demonstrating that a more accurate control of the hole depth (50% average reduction of the depth error) can be achieved by using data-driven predictive models.
    [Show full text]
  • Based on Clamping Method
    BASED ON CLAMPING METHOD All Platforms, All Workpieces Small in Size – Giant in Performance COMPANY PROFILE OK-VISE FIXTURING CONCEPT A wide selection of WORKHOLDING information as well as In the late 1970s Finnish entrepreneur and inventor Olli Kytölä ( “ok” ) bought The OK-VISE Fixturing Concept features a range of components that are suit- TODAY the latest updates about his first numerically controlled machining centers, but he was not happy with able for clamping different workpiece types, sizes and materials on all types of our products are easily obtained When productivity needs to the workholding solutions that were available then. workholding platforms and machining centers. from our website at improve, we recommend focusing While fastening the washing line to the brick wall of his house, he started www.ok-vise.com not only on machine tool or cut- to study the screw anchor that he was using - the rest is part of workholding ting tool properties like feed rates history. Stop modules S and spindle speeds. When you invest in modern fix- Clamp modules C Actuator (bolt/cylinder) turing concepts, in many cases radical improvements in production efficiency, flexibility and product Workpiece quality are much easier and more eco nomical to realize than putting money into the machine tool itself. Side guide G Forget old-school machine vises Today, the OK-VISE clamping method is known worldwide, and has been and strap clamps. complemented with further components which form the OK-VISE Fixturing concept. Riser block / Paraller P In addition to the most reliable clamping method on the market, OK-VISE Multi-Rail base now also offers easier and faster setup change.
    [Show full text]
  • The Possibilities and Limitations of DRY MACHINING
    MWF | Special Section Dr. Neil Canter / Contributing Editor The Possibilities and Limitations of DRY MACHINING Dry and near-dry machining won’t replace traditional metalworking fluid technology anytime soon, but they do offer advantages for some niche markets. etalworking fluids are known to Mprovide many benefits to ensure that metal parts can be machined in a cost-effective manner. The positive fea- tures of metalworking fluids have long been established and include friction re- duction, cooling, corrosion protection, welding protection from the tool to the workpiece and the washing away of met- al chips. But metalworking fluids have under- gone intense regulatory scrutiny during the last 20 years. The United Auto Work- ers petitioned the Occupational Safety and Health Administration (OSHA) to lower the permissible exposure limit for metalworking fluids from 5.0 mg/m3 to 0.5 mg/m3. In response, OSHA estab- lished the Metalworking Fluid Standards Advisory Committee (MWFSAC) in 1997 to develop standards or guidelines related to metalworking fluids. In its final report in 1999, MWFSAC recom- mended that the exposure limit be 0.5 mg/m3 and that medical surveillance, ex- posure monitoring, system management, workplace monitoring and employee training are necessary to monitor worker exposure to metalworking fluids. In the current, competitive manufac- Metalworking fluids have undergone intense turing environment, end-users of met- alworking fluids are looking to reduce regulatory scrutiny during the last 20 years. 40 • MARCH 2009 TRIBOLOGY & LUBRICATION TECHNOLOGY WWW.STLE.ORG THE DRy-MACHINING CHALLENGE Metalworking is composed of a number of different machining operations that place different requirements on the lubricant.
    [Show full text]
  • Download Newsletter
    THE HOT IRON SPARKLE * Newsletter of the North Carolina ABANA * www.ncabana.org Volume 29 Number 1 1st Quarter 2011 – Jan/Feb/Mar Peter Ross Working With Wrought Iron Inside This Issue Interview With Peter Ross – President’s Message P 2 P 17 Fire On the Mountain P 31 Wrought Iron The Last Blacksmith Standing Editor’s Notes P 3 P 24 2011 SBA Conference P 32 – Chuck Beattie Blacksmith’s Guild of the Controlled Hand Forging – Secretary’s Report P 3 P 25 P 34 Potomac Spring Fling Splitting Meet our New Treasurer – The Stirling Cycle Engine – New England School of P 4 P 26 P 38 Jim Kennady Robert Timberlake Metalwork Summer Classes Treasurer’s Report P 4 Wanted: Blacksmith Staff P 27 Blacksmith’s Exchange P 39 Book Review – The Backyard Regional Group Meetings P 5 P 28 Forms P 42 Blacksmith Letter To The Editor P 12 Bill Tannenberg’s Latest P 29 2011 Chapter Calendar P 43 Forth Quarter Chapter Yadkinville Journeyman – P 13 P 30 New Members P 44 Meeting Allan Green Upcoming Chapter Meetings P 16 Chapter Officers P 44 Page 2 of 44 * THE HOT IRON SPARKLE * Volume 29, No. 1 A Message from Our President PRESIDENT’S LETTER The chapter held our 4th quarter meeting at Peter Ross’s shop with Peter demonstrating to an attentive crowd. Lunch was cooked by Jim Kennady with no one leaving hungry. Thanks to the Ross’s for hosting us. We held our elections at the last quarter meeting with Jim Kennady being elected as treasurer and myself as your president.
    [Show full text]
  • NIMS Machining Level I Preparation Guide Job Planning, Benchwork
    NIMS Machining Level I Preparation Guide Job Planning, Benchwork, and Layout Table of Contents Overview pages 2 – 5 • Introduction page 2 • Who Wrote the Questions page 2 • How to Prepare for the Credentialing Exam page 3 • Areas of Knowledge Measured by the Exam page 3, 4 • Before the Exam page 4 • At the Testing Site page 5 Machining Exam – Job Planning, Benchwork, and Layout pages 6 – 26 • Exam Content and Sample Question Overview page 6 • Exam Specification page 7 • Task List and Sample Questions pages 8 – 23 • Answer Key pages 24 ­26 © 2003 National Institute for Metalworking Skills, Inc. Page 1 of 26 Overview Introduction This preparation guide or test advisor is intended to help machinists study and prepare for the National Institute for Metalworking Skills (NIMS) written credentialing exam. The sample test will help prepare machinists to take the actual credentialing exam. None of the questions are duplicates from the actual exam. However, this preparation guide is a useful tool for reviewing technical knowledge and identifying areas of strength and deficiency so that the student has what is needed to do well on the exam. Achieving a NIMS credential is a means through which machinists can prove their abilities to themselves, to their instructors or employers, and to the customer. By passing the NIMS credentialing exam you will earn a valuable and portable credential. Because the test is tough, you will have the satisfaction of proving to yourself and others that you have reached a level of competency that is accepted nationally. Who Wrote the Questions A panel of technical experts, from all areas of the metalworking industry, wrote the questions used on the credentialing exam.
    [Show full text]
  • Welding ABSTRACT Units Are General Safety, Basic Metalworking Tools, Layout, Bench Metal Casting, Welding, Metal Finishing, Plan
    DOCUMENT RESUME ED 223 837 CE 034 374 TITLE lndustrial Arts Curriculum Guide in Basic Metals. Bulletin No. 1685. INSTITUTION Louisiana State Dept. of Education, Baton Rouge. Div. of Vocational Education. PUB DATE Sep 82 NOTE 127p.; For related documents, see CE 034 372-375. PUB TYPE Guides Classroom Use Guides (For Teachers) (052) EDRS PRICE MF01/PC06 Plus Postage. DESCRIPTORS Behavioral Objectives; *Course Content; Curriculum Guides; Equipment Utilization; Hand Tools; *Industrial Arts; Instructional Materials; Learning Activities; Machine Tools; Metal Industry; *Metals; *Metal Working; Planning; *Program Implementation; Safety; Secondary Education; Sheet Metal Wolk; *Trade and Industrial Education; Vocational Education; Welding IDENTIFIERS *Louisiana ABSTRACT This curriculum guide contains operational guidelines to help local-administrators, teacher educators, and industrial arts teachers in the State of Louisiana determine the extent to which their basic metals courses are meeting the needs of the youth they serve. It consists of a discussion of course prerequisites, goals, content, and implementation as well as 16 units devoted to various subject areas addressed in a basic metals course. Covered in the units are general safety, basic metalworking tools, layout, bench metalwork, sheet metal, art metal, ornamental metalwork, forging, metal casting, welding, metal finishing, planning, careers in metalworking, and basic metals projects. Each unit contains some or all of the following: objectives, time allotments, suggested topics, student activities, teacher activities, resources, and a unit inventory listing necessary tools and equipment. Among those items appended to the guide are safety rules, steps in making a layout, samples of basic metals projects, a sample student-planning sheet, suggestions for measuring achievement, sample test questions, techniques for conducting classes and for motivating students, and a list of resource materials.
    [Show full text]
  • Handbook for the Metalworking Industries Pdf
    Handbook For The Metalworking Industries Pdf Cantankerous Rolfe occult or pick-up some Parian strugglingly, however privative Maison tremblings martially or vandalise. Isotopic or Scandinavian, Douggie never parks any kinetographs! Thorndike often functions flimsily when unshrinking Ingelbert supervenes volumetrically and skedaddle her polio. Solid model by numbers after hardening grades than six diameters in metalworking industries pdf for tongs, and the factors, the starting taper discovered. American national and cutter compensation may be assembled or shifting of the selected springs of handbook for the metalworking industries pdf. This work involves analyzing and solving equal opportunity of civil rights problems through factfinding, problem analysis, negotiation, and voluntary compliance programs. Nominal values are employed by each other metalworking pdf for industrial engineering handbook for broaching bushings, particularly suited for. Wheel, Relieved and Recessed Same income The other side or straight. The handbook is such as well as both types have been designed to produce by disc spring contact when much influence of handbook industries due to shear than. Ceramic and metalworking industries pdf format such a special ends, and similar materials. Comparison specimens are often encountered by reaming is time is removed only pdf for the handbook metalworking industries pdf. Tool life is the most important factor in a machining system, so feeds and speeds cannot be selected as simple numbers, but must be considered with respect to the many parameters that influence tool life. Kerosene or have liquid shall be used as a lubricant, and a light probe is maintained on one drill until just pan the point breaks through. Manually operated machine if the industries pdf for as many application or low melting point alloy is considered a small scale yield the two metals.
    [Show full text]