Hand Feeding Tools Machine Safety Solutions for Industrial Machines

Total Page:16

File Type:pdf, Size:1020Kb

Hand Feeding Tools Machine Safety Solutions for Industrial Machines Hand Feeding Tools Machine Safety Solutions For Industrial Machines www.rockfordsystems.com DELIVERING TURNKEY MACHINE SAFEGUARDING SOLUTIONS FOR ORGANIZATIONS WORKING WITH INDUSTRIAL MACHINERY WHY SAFEGUARD? According to Occupational Safety and Health Administration (OSHA) statistics, nearly 18,000 workers in metal fabricating plants suffer non-fatal injuries annually in the United States. Even with strict machine and operator safety regulations in place, unguarded hazardous machinery remains a major source of fatalities, amputations and other traumatic injuries in manufacturing plants. Since 1971, the Fortune 500 and many of North America’s largest manufacturers have depended upon Rockford Systems for innovative machine safeguarding solutions to bring their operations into compliance with today’s OSHA regulations and ANSI/NFPA 79 standards to ensure they are prepared for tomorrow’s safety challenges. MACHINE SAFETY SOLUTIONS Machine Safeguarding Customized, Engineered Training and Education Machine Risk Assessment Assessment Integration Solutions Recommended For Recommended For Recommended For Recommended For Personnel in EH&S, Production/ Organizations with new and/or Organizations with new, old, Included with Machine Operations/ Maintenance, and relocated metal working machines refurbished and/or relocated metal Safeguarding Assessment Risk Management roles that need or automation cells that need hazard working machines or automation cells Description safeguarding training identification and risk scoring that need safeguarding solutions and associated costs Delivers customized Description Description engineered and automated Seminars and webinars that teach Identifies the task and associated Description safety device interfaces people how to safeguard industrial hazards on machinery Identifies the task and associated or specialized controls for machinery to be in compliance Scores the risk level using the ANSI hazards on machinery machines or robots with OSHA, ANSI, NFPA 79 and B11.0-2015 safety standard methods Recommends safeguarding solutions Output / Result other standards using the current OSHA, ANSI, Output / Result Machine Safeguarding NFPA 79, and Corporate Standards Output / Result Assessment & Proposal Hazard Analysis Report where applicable Safeguarding Seminar Certificate Output / Result Machine Safeguarding Assessment & Proposal 2 | HAND FEEDING TOOLS INTRODUCTION OUR MISSION Our aim is to enhance the long-term health and quality of life of workers in high-risk occupations, while improving the bottom line of the organizations we serve by increasing compliance, reducing risk, lowering costs, and improving productivity. ROCKFORD SYSTEMS CAN HELP At Rockford Systems, we are experts at machine guarding because it has been our sole focus for over 45 years. We stand committed to the prevention of injuries and fatalities. We are here to help businesses, large and small, address machine safety challenges and to remove the burden of managing the growing legal complexity of OSHA, ANSI, and NFPA requirements from simple turnkey solutions, to more complex customized solutions. Over 10,000 Technical Support and Expert Installation Services Ongoing Compliance Validation Safeguarding Products In-Field Support Recommended For Recommended For Recommended For Recommended For Included with Machine Included with Machine Included with all purchases Organizations who have completed a Safeguarding Assessment Safeguarding Assessment and installations guarding installation that seek ongoing Description Description Description compliance validation Ensures that industrial machines and OSHA trained installers safely Every purchase is backed up with a Description automation cells are fully safeguarded integrate safeguarding products into professional, highly-trained team of Ensures that safeguarding products to OSHA regulations and ANSI/NFPA sophisticated machine controls and Technical Support Advisers are inplace, working at optimal 79 standards train operators on proper use In-Field Service Technicians performance, and operators are Includes shields, guards, presence Output / Result are available for more complex using safeguarding solutions as sensing devices, controls, disconnects, troubleshooting and repairs designed and trained Machine Safeguarding starters, covers and more for all metal Assessment & Proposal Output / Result Output / Result working machines. Post purchase support via phone, Included with all Machine Output / Result fax, online or onsite Safeguarding Assessment Machine Safeguarding Assessment & Proposal HAND FEEDING TOOLS | 3 HAND-FEEDING AND RETRIEVAL TOOLS (PLIERS, POSITIONERS, TONGS, AND VACU-TONGS) A wide variety of hand-feeding tools are available. They are used to keep cups or magnetic pick-ups. Most of the tools are constructed of soft hands out of the point of operation while feeding or removing parts from alloy materials, engineered to easily crush if caught between dies or the machine. Although they are not considered to be guards or devices parts of the machine. Many of today’s hand tools are designed with by themselves, hand tools do offer additional protection. In addition to ergonomics in mind. This provides the operator with maximum comfort numerous pliers and tongs, hand tools are available with either suction and minimum fatigue. Part No. CYF-550 Part No. CYF-559 Part No. CYF-568 Lightweight duckbill Small, heavy-duty stubby Medium-duty tongs with spring-opened pliers. pliers with good gripping finger loops on both handles. Jaw Length – 2-1/2” capability. Jaw Length – 3” Total Length – 7” Jaw Length – 1-1/2” Total Length – 10-1/2” Weight – 2 oz Total Length – 6-1/8” Weight – 6 oz Weight – 4 oz Part No. CYF-551 Part No. CYF-569 Pliers with long tapered jaws— Part No. CYF-560 Popular ergonomic tongs with ideal for small parts. Medium-duty, spring-opened 30° bend and thumb loop. Jaw Length – 3” pliers with long nose. Jaw Length – 2-7/8” Total Length – 7-1/2” Jaw Length – 4-1/2” Total Length – 10” Weight – 2-1/4 oz Total Length – 9-3/4” Weight – 7 oz Weight – 6 oz Part No. CYF-552 Part No. CYF-570 Pliers with a right-angle Part No. CYF-562 Ergonomic tong with 60° bend hook nose for gripping. Ergonomic pliers and two large loops. These tongs Jaw Length – 2-1/2” with 45° bend. can be used in either direction. Total Length – 7” Jaw Length – 3” Jaw Length – 2-1/2” Weight – 2 oz Total Length – 7” Total Length – 12” Weight – 2-1/4 oz Weight – 10 oz Part No. CYF-553 1 -1/2” wide duckbill for rigid support. Part No. CYF-563 Part No. CYF-571 Jaw Length – 3” Medium-duty, spring-opened Heavy-duty straight-handled Total Length – 7-1/8” pliers with offset design. tongs to handle Weight – 3-1/2 oz Jaw Length – 4-1/2” parts up to 20 oz. Total Length – 10-1/4” Jaw Length – 3” Weight – 5-1/2 oz Total Length – 10-5/8” Part No. CYF-554 Offset – 1-3/4” Weight – 6-1/2 oz Heavy-duty pliers similar to CYF-552. Jaw Length – 2-3/4” Part No. CYF-564 Part No. CYF-572 Total Length – 7-1/2” Popular long-handled Versatile heavy-duty tongs Weight – 4 oz lightweight tongs. with thumb loop. Jaw Length – 3-1/8” Jaw Length – 3” Total Length – 11-1/2” Total Length – 10-1/2” Part No. CYF-555 Weight – 5 oz Weight – 7-1/2 oz Heavy-duty rugged plier. Jaw Length – 2-3/4” Total Length – 8-1/4” Part No. CYF-565 Part No. CYF-573 Weight – 4 oz Similar to CYF-564 with Similar to CYF-572 with torsion spring. vacuum cup. Part No. CYF-556 Jaw Length – 3” Jaw Length – 3” Similar to CYF-551 Total Length – 11-1/2” Total Length – 10-1/2” with vacuum cup. Weight – 59/10 oz Weight – 9-1/2 oz Jaw Length – 3” Total Length – 7-1/2” Part No. CYF-574 Weight – 4 oz Part No. CYF-566 Similar to CYF-564 with Heavy-duty tongs with finger vacuum cup. loops on both handles. Part No. CYF-557 Jaw Length – 3” Jaw Length – 3” Heavy-duty duckbill pliers. Total Length – 11” Total Length – 10-5/8” Jaw Length – 3” Weight – 7 oz Weight – 8 oz Total Length – 8-1/4” Weight – 5-3/4 oz Part No. CYF-567 Part No. CYF-575 Heavy-duty straight-handled Rugged tongs for heavy Part No. CYF-558 tongs for two-handed use. parts up to 5 lb. Similar to CYF-557 with thumb Jaw Length – 3” Jaw Length – 3” loop for operator comfort. Total Length – 11-1/2” Total Length – 12” Jaw Length – 2-7/8” Weight – 4 oz Weight – 10 oz Total Length – 8-5/8” Weight – 5-1/2 oz 4 | HAND FEEDING TOOLS VACUUM LIFTERS HAND-FEEDING AND RETRIEVAL TOOLS (CONTINUED) Part No. CYF-576 Part No. CYF-585 Part No. CYF-593 Similar to CYF-575 Stubby–nose tongs with finger Similar to CYF-592 with 90° with adjustable set loops on both handles. bend to remove parts from die. screw in jaw for extra Jaw Length – 2” Total Length – 14” gripping power or sheet pulling. Total Length – 13” Weight – 2-1/2 oz Jaw Length – 3” Weight – 9 oz Total Length – 12” Weight – 11 oz Part No. CYF-594 Part No. CYF-586 Tongs designed with an offset Extra long lightweight tongs. jaw; machined to fit 1” taper. Part No. CYF-577 Jaw Length – 3” Total Length – 15-1/2” Tong with short 1” jaw Total Length – 16-1/4” Weight – 12 oz ruggedly designed for Weight – 8-1/2 oz good gripping; gapped 3/16” for thick plate. Part No. CYF-595 Total Length – 10” Part No. CYF-587 Short–jaw tongs with long- Weight – 8 oz Needle–nose tongs designed handle protection. to be held in the hand and Jaw Length – 2” closed by thumb pressure; Total Length – 16” Part No. CYF-578 ideal for small parts. Weight – 11 oz Most versatile of all hand-feeding Jaw Depth – 2-7/8” tools. Will handle up to 10 lb easily. Total Length – 13-1/2” Jaw Length – 4-1/2” Weight – 5-1/2 oz Part No. CYF-596 Total Length – 15” Tongs with 3/4” wide jaw.
Recommended publications
  • Treatise on Combined Metalworking Techniques: Forged Elements and Chased Raised Shapes Bonnie Gallagher
    Rochester Institute of Technology RIT Scholar Works Theses Thesis/Dissertation Collections 1972 Treatise on combined metalworking techniques: forged elements and chased raised shapes Bonnie Gallagher Follow this and additional works at: http://scholarworks.rit.edu/theses Recommended Citation Gallagher, Bonnie, "Treatise on combined metalworking techniques: forged elements and chased raised shapes" (1972). Thesis. Rochester Institute of Technology. Accessed from This Thesis is brought to you for free and open access by the Thesis/Dissertation Collections at RIT Scholar Works. It has been accepted for inclusion in Theses by an authorized administrator of RIT Scholar Works. For more information, please contact [email protected]. TREATISE ON COMBINED METALWORKING TECHNIQUES i FORGED ELEMENTS AND CHASED RAISED SHAPES TREATISE ON. COMBINED METALWORKING TECHNIQUES t FORGED ELEMENTS AND CHASED RAISED SHAPES BONNIE JEANNE GALLAGHER CANDIDATE FOR THE MASTER OF FINE ARTS IN THE COLLEGE OF FINE AND APPLIED ARTS OF THE ROCHESTER INSTITUTE OF TECHNOLOGY AUGUST ( 1972 ADVISOR: HANS CHRISTENSEN t " ^ <bV DEDICATION FORM MUST GIVE FORTH THE SPIRIT FORM IS THE MANNER IN WHICH THE SPIRIT IS EXPRESSED ELIEL SAARINAN IN MEMORY OF MY FATHER, WHO LONGED FOR HIS CHILDREN TO HAVE THE OPPORTUNITY TO HAVE THE EDUCATION HE NEVER HAD THE FORTUNE TO OBTAIN. vi PREFACE Although the processes of raising, forging, and chasing of metal have been covered in most technical books, to date there is no major source which deals with the functional and aesthetic requirements
    [Show full text]
  • No. 669,72. Patented Mar. 12, 1901. W
    No. 669,72. Patented Mar. 12, 1901. W. H. BRUCE. PLERS OR. PPE TONGS. (Application filed Dec. 26, 1900.) (Ne Mode.) UNITED STATES PATENT FFICE WALTER H. BRUCE, OF WORCESTER, MASSACHUSETTS, ASSIGNOR TO THE BILLINGS & SPENCER COMPANY, OF HARTFORD, CONNECTICUT. PERS OR PPE TONG S. SPECIFICATION forming part of Letters Patent No. 669,721, dated March 12, 1901. Application filed December 26, 1900, Serial No. 4l,032, (No model.) To all, whon, it may concern. each other when the jaws are open and pass Beit known that I, WALTER H. BRUCE, a citi out of register with each other when the jaws Zen of the United States, residing at Worcester, are closed to form a powerful shearing cutter. in the county of Worcester and State of Massa Extending back from one of the jaws I also 5 chusetts, have invented new and useful Pli preferably provide a sharpened blade or in 55 ers or Pipe-Tongs, of which the following is a sulation - cutter having a cutting edge sub specification. stantially perpendicular to the engaging face This invention relates to that class of tongs of the handle which carries the same. or pliers which are employed for joining and Referring to the accompanying drawings Io fitting pipes; and the especial object of this and in detail, a pair of pliers embodying this invention is to provide an improved form of invention, as herein illustrated, comprises the pliers or pipe-tongs which are provided with handles 10 and 11, having pivotally-connected a powerful shearing cutter for cutting off the engaging faces 12.
    [Show full text]
  • Metalworking Equipment List
    NEVADA CTE RECOMMENDED EQUIPMENT LIST 2020 METALWORKING This recommended list is based upon a classroom size of 25 students. All costs are estimated and should be adjusted and verified with current quotes. No specific equipment vendor or brand names are endorsed due to various possibilities, but school districts should consult with stakeholders to ensure industry-recognized equipment and software are purchased. The intent of this list is to provide school districts with guidance on the equipment needed to cover the state standards for a Metalworking program. CLASSROOM EQUIPMENT TOTAL: $16,740 QTY ITEM DESCRIPTION UNIT TOTAL 25 Student Workstations w/chairs $400 $10,000 1 Teacher Workstation w/chair $400 $400 1 Teacher Computer $900 $900 Presentation Equipment (e.g., interactive whiteboard (IWB), or other 1 $3,000 $3,000 interactive display system with software and accessories) 1 Networkable Laser Printer $400 $400 1 Vertical File Cabinet (lockable) $330 $330 2 Storage Cabinets (36” x 12” x 72”) (lockable) $300 $600 2 Bookcases (36” x 12” x 42”) $115 $230 2 White Boards (4’ x 8’) $110 $220 1 Eyewash Station $300 $300 2 Fire Extinguishers $130 $260 1 First Aid Kit $100 $100 PROGRAM EQUIPMENT TOTAL: $105,000 QTY ITEM DESCRIPTION UNIT TOTAL 25 Student Computers $1,000 $25,000 1 Technology Storage/Charging System (optional) $2,000 $2,000 3 Welding Simulators (with software) $7,000 $21,000 1 Pedestal Grinder $3,500 $3,500 3 Welding Stations/Booths $3,000 $9,000 1 Metalworking Lathe $2,500 $2,500 3 Gas Tungsten Arc Welders (GTAW) $1,600 $4,800
    [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]
  • Variables Affecting the Chemical Machining of Stainless Steel 420 Dr
    ISSN: 2277-3754 ISO 9001:2008 Certified International Journal of Engineering and Innovative Technology (IJEIT) Volume 3, Issue 6, December 2013 Variables Affecting the Chemical Machining of Stainless Steel 420 Dr. Haydar A. H. Al-Ethari, Dr. Kadhim Finteel Alsultani, Nasreen Dakhil F. Abstract— Chemical machining has a considerable value in unique characteristics, it should be approached with the idea the solution of machining problems that are constantly arising that this industrial tool can do jobs not practical or possible due to introduction of new materials and requirement for high with any other metal working methods (Langworthy M., surface finish and dimensional accuracy, complicated shape and 1994). It has a considerable value in the solution of special size which cannot be achieved by the conventional machining processes. The present work is aimed at studying the problems that are constantly arising as the result of the effect of machining temperature, machining time, and previous introduction of new materials. cold working on the metal removal rate and the surface finish of All the common metals including aluminum, copper, zinc, chemically machined samples of stainless steel 420 using a steel, lead, and nickel can be chemically machined. Many mixture of acids (H2O + HCl + HNO3 + HF + HCOOH) as an exotic metals such as titanium, molybdenum, and zirconium, etchant. Alloy samples of (44.5×44.5×3mm) dimensions and cold as well as nonmetallic materials including glass, ceramics, rolled alloy samples with the same dimensions were chemically machined. Four machining temperatures (45, 50, 55, and 58oC) and some plastics, can also be used with the process for each of which five machining times (2, 4, 6, 8, and 10min) (Blak.JT, DeGarmo, 2007).
    [Show full text]
  • Cant Hooks Pike Poles Peavies Log Jacks Timber Carriers Skidding
    Cant Hooks Pike Poles Peavies Log Jacks Timber Carriers Skidding Tongs Lifting Tongs Hookaroons Firefighting Tools Rigging Hardware Transportation Products Hoists q q In February of 1910 William, Emil ofTable Contents and Fred Stocker came to Chattanooga, Tennessee from Saginaw, Michigan to escape the cold North winters. 1 Handled Tools Blacksmiths by trade, the brothers were drawn to the South by its growing timber Cant Hooks 3 industry and the abundance of strong Peavies 4 Hickory wood for tool handles. Hookaroons 5 That year the brothers incorporated Dixie Pike Poles 6 Logging Tool Company at the corner of Log Jack 7 13th Street & Greenwood Ave.- the forging Timber Carrier 7 plant still operates on that site to this day. Mill Rakes & Brooms 7 Through booms, depression, recessions and two World Wars, Dixie Industries has 1 Tongs provided the forestry and logging industry with quality tools for 100 years. Skidding 8 q Logger Style 8 Why Dixie chooses only Hickory Timber Lifting 9 Hickory is the hardest and strongest wood found in North America. Well known for its Alloy Lifting 9 strength and shock resistant properties, hickory is extremely tough, resilient, even textured, 1 Tractor Rigging 10 very hard and rated only moderately heavy— providing excellent strength-to-weight ratios. 1 Woodworking 11 Hickory's abundance for commercial availability is 2.2% of total U.S. hardwoods. Handles made 1 Miscellaneous 12 of Hickory will outlast and out-perform other hardwoods for years of reliable service. 1 Transportation Products 13–16 Maple, also a hardwood, has good strength properties, but dries slowly with high shrinkage 1 Hoists 17 and can be susceptible to movement in performance.
    [Show full text]
  • Geologic Tools for the Moon Review of Apollo David A
    Briefing Topic: Geologic Tools for the Moon Review of Apollo David A. Kring 29 December 2009 Table of Contents Hammer 3 Tongs 6 Scoops 9 Rake 13 Core & Drive Tubes 28 Extension Handles 34 Drill 37 Gnomon & Sample Photography 39 Documented Sample Bag 43 Sample Collection Bag 47 Special Environmental Sample Container 52 Apollo Lunar Sample Return Container 55 Small Tool Carrier 58 Large Tool Carrier 62 Crew Training with Geologic Tools 70 Hammer Hammer • Two sizes of hammers were used on Apollo • Apollo 11 and 12 • 860 g (1.9 lb) • 41 cm hammer length • 16 cm head length • Apollo 14, 15, 16, & 17 • 1300 g (2.9 lb) • 39 cm hammer length • 16 cm head length • Small improvements were made to these basic configurations with each mission AS15-82-11140 Hammer • This is a view of the 1300 g hammer used on Apollo 16 AS16-109-17804 Tongs Tongs • Because crew were unable to bend over or squat to pick up samples in their space suits, tongs were required to pick up rock samples (<10 cm in size) • Apollo 11, 12, and 14 utilized 67 cm long tongs with an aluminum handle and 1/8- inch diameter tongs • 140 g • 67 cm long • 10 cm wide T-handle • These tongs hung on the AS12-47-6932 space suits Tongs • Apollo 15, 16, and 17 used a longer set of tongs (32-inch tongs) with an aluminum handle and 1/8-inch steel tongs • 230 g • 80 cm long • 12 cm wide T-handle • Tongs were stored on the large tool carrier on the LRV AS16-116-18712 Scoops Small Scoop • Small, non-adjustable scoops (shown here) were part of the small tool carriers on Apollo 12 & 14 • 163 g • 34
    [Show full text]
  • The Hobbyist's Guide to Casting Metal
    THE HOBBYIST'S GUIDE TO CASTING METAL ND 2 EDITION BEN BAKER This work is licensed under the Creative Commons Attribution-Noncommercial-Share Alike 3.0 United States License. To view a copy of this license, visit http://creativecommons.org/licenses/by-nc-sa/3.0/us/ or send a letter to Creative Commons, 171 Second Street, Suite 300, San Francisco, California, 94105, USA. To view a free online version of this work, visit http://prometheus.vndv.com/tutorial.html. Acknowledgments Thanks to the members of the BackyardMetalcasting.com forums, without which this book would never have existed. i Disclaimer Many of the activities described in this book are very dangerous. I make an attempt to point out some specific safety precautions as they come up, but there is no way I can point out every conceivable danger. I'm not a professional foundryman, scientist, or engineer, just a hobbyist—so there may be dangers that I don't even know about. For that matter, any advice I give could be wrong or even dangerous in certain situations. I can't be held responsible for any harm that comes to person or property as a result of following my advice or using any of the information in this book. Remember, the extremely high temperatures that liquid metal can reach are more than enough to send you to the hospital or kill you, or to set fire to anything nearby (like your house). Other activities, like welding or machining, present their own very serious dangers. iii TABLE OF CONTENTS Table of Contents Introduction...........................................................................................................................1
    [Show full text]
  • Now Selling Multi-Tool Brand Products April 2019 Edition
    Brass Brushes Candle Cups Modern Tools forFire PlacetheShoModernvel Blanks Blacksmith Monkey Tool Sets Stanley Tape Measures Aviation Snips Stainless Steel Rulers Silver Marking Pencils Transfer Punch Sets Lamp Parts Letter/Number Punch Sets Brass Sheet Flap Disk Safety Supplies Cutoff Wheels Blacksmith Videos/DVD’s Sanding/Grinding Disk ...and much more! Chisels Vise Grips Block Brushes Handle Brushes www.blacksmithsupply.com P.O. Box 3766 Chester,VA 23836 1-804-530-0290 Now Selling Multi-Tool Brand Products April 2019 Edition Prices are subject to change with no notice. Blacksmith Supply LLC is not responsible for printing errors or omissions. We make every effort to stock items, but from time to time backorders will occur. We reserve the right to limit quantities. Limitation of Liability: Blacksmith Supply LLC does not accept liability beyond the remedies set forth herein, including but not limited to any liability for product not being available for use. Lost profits, loss of business, except as expressly provided herein, Blacksmith Supply LLC will not be liable for any consequential, special, indirect or punitive damages, even if advised of the possibility of such damages, or for any claim by any third party. You agree that for any liability related to the purchase of the product, Blacksmith Supply LLC is not liable or responsible for any amount of damages above the amount invoiced for the applicable product. Notwithstanding anything in this agreement to the contrary, the remedies set forth in this agreement shall apply even if such remedies fail their essential purpose. Return Policies / Exchanges: You must contact us directly before you attempt to return Product to obtain a Return Material Authorization Number for you to include with your return.
    [Show full text]
  • All Terrain Air Hammer Attachment Operator's Manual
    All Terrain Air Hammer Attachment Operator’s Manual Publication number: ID0273478; page 1 of 11 Foreword Safety This guide is an important part of your attachment. It • Read and follow all safety precautions. provides safety, operation, parts, and maintenance • Contact One-Call (888-258-0808) or your local utility company. information to help you use and maintain your Ditch Have all underground lines and cable located and marked before Witch equipment. operating equipment. Know appropriate actions to take in case you damage a utility. If you damage a utility, contact utility Read this manual and the unit operator’s manual before company. using your attachment. Keep it with the equipment at all • Mark jobsite clearly and keep spectators away. times for future reference. If you sell your equipment, be • Wear personal protective equipment. Do not wear jewelry or loose sure to give this manual to the new owner. clothing that can catch on controls. If you need a replacement copy, contact your Ditch Witch • Use equipment carefully. Stop operation and investigate anything dealer. If you need assistance in locating a dealer, visit that does not look or feel right. our website at www.ditchwitch.com or write to the • Contact your Ditch Witch dealer if you have any question about following address: operation, maintenance, or equipment use. The Charles Machine Works, Inc. Jobsite hazards could cause death or Attn: Marketing Department serious injury. Use correct equipment and work PO Box 66 methods. Use and maintain proper safety Perry, OK 73077-0066 equipment. USA Improper control function could cause death or The descriptions and specifications in this manual are serious injury.
    [Show full text]
  • Castability Control in Metal Casting Via Fluidity Measures: Application of Error Analysis to Variations in Fluidity Testing by Brian Albert Dewhirst
    Castability Control in Metal Casting via Fluidity Measures: Application of Error Analysis to Variations in Fluidity Testing by Brian Albert Dewhirst A Dissertation Submitted to the Faculty of the WORCESTER POLYTECHNIC INSTITUTE in partial fulfillment of the requirements for the Degree of Doctor of Philosophy in Materials Science and Engineering December 2008 APPROVED by: _______________________________ Diran Apelian, Howmet Professor of Mechanical Engineering, Advisor _______________________________ Richard D. Sisson, Jr., George F. Fuller Professor, Materials Science and Engineering Program Head ii ABSTRACT Tautologically, castability is a critical requirement in any casting process. The two most important factors impacting castability are the susceptibility of a metal to hot tearing and the degree of casting fluidity a material possesses. This work concerns itself with fluidity of molten metal. Since experimental investigations into casting fluidity began, researchers have sought to maximize fluidity through superheat, mold temperature, alloy chemistry, melt cleanliness, and mold design. Researchers who have examined the published results in the field have remarked on the difficulty of making quantitative comparisons and drawing conclusions from the data. Ragone developed a horizontal vacuum fluidity apparatus and an analytical expression for fluid length to help resolve these issues. This was expanded on by Flemings et al. Still, the comparison of results is complicated by experimental uncertainties and a plurality of experimental procedures. This work seeks to resolve these issues through an analysis of experimental uncertainties present in existing fluidity tests and the development of an improved test and procedure which is very precise, accurate, and reliable. Certain existing tests and software packages have been shown to be unsuitable for quantitative fluidity measurement.
    [Show full text]
  • The Tools and Trade Techniques of the Blacksmith
    The Tools and Trade Techniques of the Blacksmith From Henry J. Kauffman, Metalworking Trades in Early America, 1995. From the Collections at Historic Bethlehem [PA] The tools of the blacksmith varied from time to time and from place to place. They were generally divided into three groups. The first is the hearth with its bellows, water trough, shovels, tongs, rake, poker, and a water container for damping down the fire and cooling objects. The second group consists of the anvil, sledges, tongs, swages, cutters, chisels, and hammers. The third group was made up of the shoeing box, which contains knives, rasps, and files for preparing the horse's hooves for shoes, an iron stand for supporting the horse's foot while working on it, and a special hammer and nails to fasten the shoe to the hoof. The blacksmith worked with charcoal iron, so named because charcoal was used for fuel in the furnace that produced the iron. It seems not only to have been suited to the various ways it had to be "worked;" but also because of its other desirable qualities, much of it has outlived iron of a later period that lacked these qualities. Blacksmiths of the 18th and 19th centuries had different qualities of iron available to them. Even if a high grade of iron were used, the metal frequently needed additional attention by the smith before he used it. The limitations of the refining and rolling processes caused much of the iron to have an imperfect texture, usually referred to as fibrous. The blacksmith could improve this condition by heating the iron and vigorously hammering it on his anvil.
    [Show full text]