The Procedure Handbook of Arc Welding: A Complete Guide

A fabricator on an AWS forum once joked that he bought The Procedure Handbook of Arc Welding on a whim for about $25 and now keeps it within arm’s reach of his desk, color-coded with highlighters by process. Nine decades after its first printing, welders still call this book the ‘Bible’ of the arc welding trade – and understanding why is the best way to decide if it belongs on your shelf.

What Is The Procedure Handbook of Arc Welding?

Ask a working welder to name one book every fabrication shop should own, and odds are you will hear the same answer: The Procedure Handbook of Arc Welding. Now in its 14th edition, it is a hardbound reference manual of more than 750 pages packed with welding procedures, techniques, photographs, engineering drawings, and data charts. The James F. Lincoln Arc Welding Foundation, its publisher, describes it plainly: the book is considered by many to be the “Bible” of the arc welding industry, with over half a million copies of earlier editions sold since 1933.

That reputation matters if you are deciding whether to spend your money. The short version: this is not a textbook, not a marketing brochure, and definitely not a code. It is a shop-floor reference written for people who actually run arc welding equipment, and it has stayed in print for nine decades precisely because it keeps answering the questions that come up during real fabrication work.

What Exactly Is Inside the Book

The Handbook covers the full arc welding landscape in 16 sections. You will find fundamentals of arc behavior and weld joint design, the variables that control every weld (current, travel speed, electrode angle, joint geometry), the major arc processes and their equipment, chapters devoted to specific materials such as carbon and alloy steel, stainless steel, cast iron, aluminum, and copper, plus sections on quality control, cost estimating, special applications, installation and maintenance, and welding safety. A final reference section collects tables, formulas, and standards information you will reach for constantly.

In other words, it functions as a single-volume shop library. A welder troubleshooting porosity on stainless can find cause-and-effect guidance. A supervisor estimating labor and consumables for a bid can pull weld metal weight tables. An engineering student trying to understand why a joint cracked can trace the problem back to design choices. If you already work with other processes, some of the same thinking applies elsewhere; our guide to the advantages of stick welding covers similar ground on process selection.

Who Publishes It, and How to Get a Copy

The book is published and sold directly by the James F. Lincoln Arc Welding Foundation, an educational nonprofit founded in 1936. The 14th edition carries ISBN 0-937390-09-7 (ISBN-13 978-0-937390-09-2) and is listed at $36.00, generally in stock and shipping within one to two weeks. Used copies of the 12th and 13th editions also circulate through online marketplaces, often well under the new price, which is how many welders end up owning their first copy.

A Practical Manual, Not a Specification

The publisher is unusually candid about the book’s intent, and it is worth quoting the spirit of that disclaimer: the material is practical rather than scholarly, prepared for day-by-day users of arc welding, and it is not offered as a liability-guaranteed specification. That distinction is the most important thing to understand about the Handbook.

It teaches you why and how, with tested starting points and ranges. It does not, and never has, replaced a qualified welding procedure specification, a certified welder performance qualification, or an enforceable code such as AWS D1.1. Shop drawings and contract documents still govern the work. The Handbook makes you better at executing that work, but the paperwork side of welding lives elsewhere.

Who This Book Is Really For

The Handbook rewards four kinds of readers. Beginners and welding students use it to build a mental map of the trade beyond what a few classroom hours can cover. Certified Welding Inspectors and supervisors keep it for quick cross-references during fabrication and estimation. Welding instructors pull charts and diagrams straight into lesson plans. And small shop owners and engineers use the design and cost sections as a bridge between the calculation office and the fabrication floor, whether the job is structural steel or an aluminum repair like aluminum MIG welding work.

If you are searching for a single, honest answer to “what is The Procedure Handbook of Arc Welding,” here it is: a durable, shop-tested reference that has organized nearly a century of arc welding practice into one volume, published by a foundation rather than sold as a code, priced accessibly, and still the first book many professionals hand to an apprentice. The next sections will take you through its history, its 16 chapters in detail, and how it compares with the AWS Welding Handbook and D1.1 so you know exactly where it fits on your shelf.

A 90-Year History: From 1933 Design and Practice to the 14th Edition

Few technical books have stayed in print for nine decades, and almost none of them started as a sales tool. The Procedure Handbook of Arc Welding began exactly that way. In the early 1930s, The Lincoln Electric Company was selling coated electrodes to fabricators who had no reliable instructions for using them. Bad welds made the product look bad, so the company did something unusual for a manufacturer: it put its shop experience between two covers and gave the industry a manual.

Why a Manufacturer Published a Handbook in 1933

The first edition appeared in September 1933 under the longer title Procedure Handbook of Arc Welding Design and Practice, and a record of that early printing is preserved in the HathiTrust library catalog. Arc welding was still a young technology in 1933. Structural design rules were thin, procedure variables were debated, and most welders learned by trial and error. Lincoln’s engineers already knew what current, travel speed, electrode angle, and joint preparation did to a weld because they tested it daily. Publishing that knowledge served two purposes at once: it educated customers, and it made Lincoln’s electrodes easier to sell.

That commercial origin is worth remembering, because it explains the book’s tone. This was never an academic treatise or a committee-written standard. It was written by people who ran production shops, and it read like advice from a senior welder who had already made the mistakes you are about to make. The same spirit still shows up in today’s advantages of stick welding, where practical shop experience beats theory.

Twelve Editions in Forty Years

The edition history printed inside the 12th edition runs from that first September 1933 printing through the 12th edition of June 1973, at which point more than 500,000 copies had been printed in the United States. Twelve editions in forty years works out to a revision roughly every three years, an aggressive cadence for a technical reference. You can see summaries of that progression in the 12th edition record.

Edition	Year	What it represented
1st	September 1933	Original Procedure Handbook of Arc Welding Design and Practice, issued by The Lincoln Electric Company
12th	June 1973	500,000+ U.S. copies printed by this point; the mature “classic” version readers hunt for used
13th	1995	First major update after a 22-year gap, absorbing modern processes and codes
14th	1999	Current edition, published by the James F. Lincoln Arc Welding Foundation

The slowing cadence matters. The gap between the 12th and 13th editions stretched to 22 years, which means anyone buying a heavily highlighted used copy is likely holding data written before modern dual-shielding wires, x-ray-quality GMAW practice, and today’s code landscape. The 14th edition, still the current version, was published by the Foundation in 1999 and remains the one you should buy new at the Foundation’s product page.

The 1936 Foundation and the Transfer of Publishing

Three years after the first edition, James F. Lincoln established the James F. Lincoln Arc Welding Foundation in 1936. The Foundation describes itself as the only organization in the United States solely dedicated to educating the public about the art and science of arc welding, as outlined on its about page. Early editions were published under the auspices of The Lincoln Electric Company; over time, publishing responsibility shifted to the Foundation, a nonprofit educational body, and the 14th edition carries the Foundation’s imprint rather than the company’s.

What Actually Changed Between Editions

Each revision absorbed whatever the industry had learned since the last printing. Early editions centered on shielded metal arc welding and riveted-to-welded design conversions. Later revisions added gas tungsten and gas metal arc welding, then flux-cored and submerged arc processes, along with updated joint design tables, stainless and aluminum guidance, cost-estimating data, and safety material. Nothing about that evolution was cosmetic; a 1973 table and a 1999 table can genuinely disagree, which is why edition awareness is a real quality issue rather than collector trivia.

The through-line across all fourteen editions is consistency of purpose: one practical, shop-tested reference that grew alongside the trade instead of being rewritten by committee after the fact. That continuity is a large part of why working welders still call it the Bible of the arc welding trade, and why the next chapter’s section-by-section walkthrough is worth reading before you buy.

What Is Inside: A Section-by-Section Walkthrough of All 16 Chapters

Open the Handbook and its ordering immediately stands out. The book runs from Section 1, “Introduction and Fundamentals,” through Section 16, “Reference Section and Index,” and the sequence is deliberate: theory first, then design, then shop practice, then materials, and finally management topics like quality, cost, and safety. The James F. Lincoln Arc Welding Foundation’s own product listing describes the book as a complete working reference, and the table of contents backs that up. Here is the mental map worth holding in your head before you turn a page.

The Full Map: Sections 1 Through 16

Section	Title Focus	What It Covers
1	Introduction and Fundamentals	Fusion joining history, material properties, arc and shielding basics
2	Design of Welded Structures	Joint types, weld symbols, stress, efficient details
3	Variables in Welding Fabrication	Current, travel speed, electrode angle, heat input, fit-up
4	Consumables and Equipment	Electrode classifications, wire, fluxes, power sources
5	Welding Processes	SMAW, GMAW, FCAW, GTAW, SAW and more
6	Carbon and Low-Alloy Steel	Structural carbon and low-alloy steels
7	Stainless Steel	Ferritic, austenitic, duplex; filler selection and heat control
8	Cast Iron and Cast Steel	Preheat, slow cooling, repair strategy
9	Aluminum and Aluminum Alloys	Cleaning, heat control, filler choice, distortion
10	Copper and Copper Alloys	Brass, bronze, conductivity and preheat issues
11	Quality Control and Inspection	Visual, NDT, acceptance criteria, records
12	Welding Costs	Deposition rates, weld weight tables, labor estimating
13	Special Applications	Hardfacing, surfacing, braze welding, field work
14	Installation and Maintenance	Equipment upkeep and shop setup
15	Welding Safety	Arc radiation, fumes, fire prevention, PPE
16	Reference Section and Index	Tables, charts, standards lists, lookup tools

Section 1: Where Every Welder Should Start

Section 1 is what separates the Handbook from a stack of catalog data sheets. It opens with the historical development of fusion joining, then covers the properties that actually decide whether a weld holds: tensile strength, ductility, fatigue resistance, impact toughness, hardness, and thermal behavior. From there it moves into arc welding fundamentals, the basic welding circuit, and how the arc is shielded from the atmosphere. Read it once and every later recommendation in the book starts to click, because those chapters are really applications of the same fundamentals.

Sections 2 to 5: The Shop Practice Core

This is where most welders live. Section 2 bridges engineering drawings and shop reality through joint design and weld placement. Section 3, Variables in Welding Fabrication, is one of the two chapters forum members repeatedly name as the reason they bought the book; it isolates current, travel speed, electrode angle, joint geometry, and heat input so you can diagnose a bad bead instead of guessing. Section 4 handles consumables and machinery, including how to read electrode classifications, which pairs nicely with practical selection guides such as our All Position Welding Rod Guide. Section 5 then organizes the processes themselves, so you can compare stick, MIG, flux core, TIG, and submerged arc on the same page.

Sections 6 to 10: Welding by Material

Five consecutive chapters are metal-specific: carbon and low-alloy steel, stainless steel, cast iron and cast steel, aluminum and aluminum alloys, and copper and copper alloys. This block is the Handbook’s quiet superpower. Each chapter gives you filler selection, heat control, and the defects that specific metal invites. The steel chapter pairs well with our Alloy Steel Welding Electrodes guide, while the aluminum chapter sets up the cleaning and prep discipline explained in Aluminum Cleaner for Welding: How to Prep Aluminum Right. The cast iron chapter, with its preheat and slow-cooling rules, is worth the cover price alone if you do repair work.

Sections 11 to 16: Quality, Money, and Safety

The back third turns managerial. Section 11 covers inspection and quality control practices, Section 12 is the cost-estimating chapter with weld metal weight tables, and Section 15 handles welding safety, from arc radiation to fume control and fire prevention. Between them sit Section 13’s special applications, which includes processes like carbon arc gouging covered in depth in our Air Arc Welding and Carbon Arc Gouging article, and Section 14 on equipment installation and maintenance. Section 16, the reference section, is the lookup layer: tables, charts, and indexes you will return to constantly.

That is the whole book in one glance: fundamentals, design, variables, consumables, processes, five metals, then quality, cost, special work, maintenance, safety, and reference. Keep this map nearby and the Handbook stops being an intimidating slab and becomes a tool you actually know how to reach for.

The Chapters Welders Revisit Most: Design, Variables, Processes, and Costs

Nobody reads a 500-page reference straight through, and The Procedure Handbook of Arc Welding is no exception. Welders who own it tend to keep four sections permanently open: fabrication variables, processes, design, and cost estimating. Those chapters answer the questions that actually show up on the shop floor, and they answer them with tables, charts, and worked examples instead of theory. Here is what each one offers and the specific problems each one solves.

Section 3: Fabrication Variables, the Dial-Setting Chapter

Section 3 is the closest thing the book has to a setup guide. It walks through the inputs that decide whether a weld comes out right: current, polarity, arc length, travel speed, electrode angle, joint geometry, and welding position, plus how those variables interact when the plate gets thicker or the joint moves into an awkward corner. A welder fighting undercut on a vertical-up fillet finds the same reasoning an instructor would give at the welding booth, only compressed into tables you can scan mid-job.

It also surfaces fundamentals people work with daily but rarely stop to understand. One reader in an AWS forum discussion described Chapter 3 as revealing something as basic as the center of gravity of a weld, the kind of data that quietly shapes distortion, clamping, and weld sequencing. That is the chapter’s personality: fundamentals presented so concretely that experienced welders recognize what they already half-knew. If you are matching filler metal to position, our guide to all-position welding rods covers the same ground in modern terms, and this look at the advantages of stick welding explains why the section’s SMAW-heavy advice has aged so well.

Section 5: Processes, Compared Side by Side

Section 5 lays out shielded metal arc, gas metal arc, flux cored, gas tungsten arc, submerged arc, electroslag, and related methods, each with its operating characteristics, deposition behavior, and the joint situations where it earns its cost. The real value is comparison: seeing why flux cored may beat stick on a thick downhill pass, or when GTAW-level precision justifies slower travel and higher hourly cost.

The caveat is age. Even the 14th edition predates several process refinements, so treat the chapter as the physics layer and pair it with current coverage, such as our practical aluminum MIG welding guide or this reference on alloy steel welding electrodes for modern consumable selection.

Section 2: Design, Deliberately Condensed to Bridge the Shop and the Engineer

The preface to the 12th edition explains the intent plainly: the design sections were condensed to “bridge the gap between the designer and the shop,” while giving shop personnel an understanding of how design affects their work. In practice that means stress distribution, joint types, and detail design written for people who weld drawings rather than draw them. A welder who can read a load path makes better calls on sequence, restraint, and rework; an engineer who has read the section produces details the shop can actually weld.

Section 12: Estimating Welding Costs

This is the chapter forum members recommend first. It includes a table for the weight of weld metal (volume) for various joint types, which one reader called “a gold mine” for anyone who measures filler metal in tons rather than inches. From that base, the section builds outward to electrode consumption, labor time, and the arithmetic of quoting a job without guessing.

The same preface notes that the cost factor in arc welding is woven through the text because the volume stresses practicality. Cost is treated as an engineering variable, not an afterthought. That mindset also makes the price of rework obvious: gouging out and re-welding a defect almost always costs more than getting the pass right the first time.

Section	The shop problem it solves
3. Fabrication Variables	Choosing current, angle, speed, and position for a given joint
5. Welding Processes	Deciding which process fits the metal, thickness, and production rate
2. Design	Reading drawings and spotting details that are hard or costly to weld
12. Estimating Costs	Turning weld volume into filler, labor, and a defensible price

Together, these four sections explain the book’s nickname better than any marketing copy could. Master the variables, understand the process choices, read the drawing like the designer did, and put a number on the deposit, and you are doing what the Handbook was written to teach: welding as a practical, measurable, cost-aware craft.

Welding by Material: Steel, Stainless, Cast Iron, Aluminum, and Copper

The early chapters of The Procedure Handbook of Arc Welding explain how the arc behaves and how machines are set up. Sections 6 through 10 answer the question every welder actually faces at the bench: what does this metal do when I put an arc on it? Five full sections, back to back, are devoted to material families — about a fifth of the book. That is a deliberate editorial choice, because materials are where welding theory either survives contact with reality or falls apart.

Section	Metal Family	Core Focus
6	Carbon and low-alloy steel	Electrode selection, hydrogen control, preheat
7	Stainless steel	Filler matching, heat input, distortion
8	Cast iron and cast steel	Nickel fillers, preheat, slow cooling
9	Aluminum and aluminum alloys	Cleaning, heat sinking, 4043 vs. 5356
10	Copper and copper alloys	Conductivity, preheat, bronze fillers

What Every Material Chapter Shares

Each chapter follows a shop-friendly rhythm: plain-language metallurgy, recommended joint designs, preheat and interpass guidance, filler choices, tabulated starting parameters, and a troubleshooting list of the defects that metal is prone to producing. What gives the chapters their authority is the sourcing. The acknowledgments credit technical material from the American Welding Society, ASME, ASTM, AISC, AISI, API, and the Metals Handbook, and the publisher notes that much of the collected material had never appeared in any other single book. You can still see that legacy on the James F. Lincoln Arc Welding Foundation’s product page, where the Handbook is sold as a working reference rather than a collector’s item.

Steel: The Baseline Everyone Learns On (Section 6)

Carbon and low-alloy steels get the largest share of the material chapters, which makes sense — most arc welding is done on steel. The chapter covers electrode families, the meaning behind AWS classification prefixes, heat-affected zone behavior, and the preheat discipline that keeps hydrogen cracking away from restrained joints and higher-carbon plate. If you have ever wondered why a weld that looked perfect on Monday cracks on Thursday, this is where the Handbook explains it. For a deeper dive into selecting consumables, see our guide to alloy steel welding electrodes.

Stainless Steel: Where Heat Is the Enemy (Section 7)

The stainless chapter is a lesson in restraint. It walks through filler matching — 308L against 304, 316L against molybdenum-bearing grades, over-alloyed 309 for dissimilar joints — and explains why a weld can be structurally sound yet fail by corrosion if heat input and interpass temperatures are ignored. Sensitization, carbide precipitation, and distortion all get practical coverage. The same discipline applies to specialty austenitic alloys such as Alloy 20, where filler selection and thermal control matter even more, as covered in our Alloy 20 welding procedures guide.

Cast Iron: Preheat, Patience, and Slow Cooling (Section 8)

Cast iron frustrates more beginners than any other common metal, and the Handbook treats it accordingly. Grey iron’s graphite flakes interrupt the weld’s continuity, so the chapter emphasizes gradual preheat, nickel-based electrodes such as ENi-CI and ENiFe-CI, modest bead sizes, peening to relieve shrinkage stress, and blanket-controlled slow cooling after the last pass. It also covers removing a bad cast-iron weld, often done by air arc gouging — a process we break down in our air arc welding and carbon arc gouging guide.

Aluminum: Clean It, Then Control the Heat (Section 9)

Aluminum presents two problems at once. A tenacious oxide layer sits on the surface, melting around 2,070 °C while the base metal beneath melts near 660 °C, so preparation is everything; our aluminum cleaner for welding article covers the modern solvent-and-brush routine. Then there is heat: aluminum pulls heat away fast, so the chapter stresses travel speed, fixturing, and heat sinking to prevent burn-through and softening. Filler guidance centers on the classic tradeoff — 4043 for crack resistance and cosmetic work, 5356 for strength and anodizing continuity. Choosing between processes is the natural next step, and our aluminum MIG welding guide picks up where the Handbook leaves off.

Copper and Copper Alloys (Section 10)

Copper’s greatest asset — thermal conductivity — is its greatest welding hazard, because it drags heat out of the joint as fast as the arc puts it in. The chapter explains preheating thick sections, using deoxidized copper fillers, and turning to silicon bronze fillers that let you braze-weld brasses and bronzes at lower temperatures without cracking the base metal.

How Material Guidance Connects to Weldability

Read the five material sections side by side and a pattern emerges that modern welders call weldability: chemistry (carbon equivalent, alloy content), restraint (joint geometry and thickness), and heat (input, preheat, cooling rate) decide whether a weld succeeds. The Handbook never frames it in those three words, but its chapters give you the raw data to think that way — which is exactly why fabricators still keep it open on the bench.

Quality Control, Safety, and the Cost Mindset

Most welders open a handbook looking for amperage ranges. Most shop owners open it looking for something else entirely: a way to make the work repeatable, safe, and profitable. Sections 11, 12, and 15 of The Procedure Handbook of Arc Welding are the chapters that speak directly to that second audience, and they are a large part of why the book survived long enough to earn its nickname.

Section 11: Quality Control

Section 11 treats inspection as a system rather than a final glance at a finished weld. It walks through the practical hierarchy a fabrication shop relies on: control the base metal and fit-up before the arc is struck, control the parameters during welding, then verify the result afterward. Expect coverage of visual examination as the first and most frequent check, guidance on interpreting common weld discontinuities such as porosity, undercut, lack of fusion, and excessive reinforcement, and an introduction to the nondestructive methods a shop may specify: magnetic particle, dye penetrant, ultrasonic, and radiographic testing.

What makes the chapter useful is its framing. Quality control is presented as something a supervisor designs into the workflow, not something an inspector imposes at the end. That framing still holds up when a welder is working toward a certified welding inspector credential, because it mirrors how the AWS body of knowledge organizes the same material.

Section 15: Safety in Welding

Section 15 covers the hazards that have always accompanied arc welding: electric shock, ultraviolet and infrared radiation, fire and explosion, fumes and gases, noise, and compressed gas cylinders. The chapter addresses ventilation, shielding screens, protective clothing, grounding and equipment inspection, and hot-work fire watches.

Here readers need to apply a date filter. The 12th edition preface states plainly that the text is directed at supervisory and management personnel of fabrication shops and steel erection firms, weldors and welding operators, engineers and designers, and owners of welding shops. That audience explains the chapter’s tone: safety is written as a management responsibility, not a personal reminder to wear gloves.

The underlying principles have aged well. Arc radiation still burns skin and eyes, cylinders still rupture violently when mishandled, and confined spaces still kill. What has evolved is the specific paperwork and exposure limits, which is why practical process guides such as air arc welding and carbon arc gouging safety now go into fume extraction and silica particulate control in more detail than a 1990s chapter would.

Section 12: The Cost Chapter

Section 12 is the chapter most readers skip and then wish they had not. It lays out a straightforward estimating method: break a weld into its deposit weight, calculate arc time from travel speed, then load in labor, consumable, power, and overhead rates. The tables of weld metal weights for common groove, fillet, and lap joints turn a vague quote into a defensible number, which is exactly what a shop owner needs before promising a price.

This cost discipline is not new to Lincoln. The company and the James F. Lincoln Arc Welding Foundation have published arc welding education material since the 1920s, and the Foundation’s award program later fed technical papers such as Arc Welding in Design, Manufacture and Construction (1939). Cost awareness was baked into the project from the start.

The Management Triangle

Read together, the three chapters form a simple management model. Quality decides whether the weld is accepted. Safety decides whether the shop keeps operating. Cost decides whether either one matters next quarter. A weld that passes inspection but takes three times the estimated labor has a quality win and a business failure; a cheap weld that fails NDT costs even more. The handbook’s value is that it puts all three conversations in one volume, so a supervisor can weigh them against each other instead of optimizing one at the expense of the others.

• Quality asks: does the joint meet the drawing, the code, and the acceptance criteria?
• Safety asks: are personnel, bystanders, and the facility protected during the work?
• Cost asks: was the job estimated honestly and executed efficiently?

That triangle is also the best argument for keeping the book on a supervisor’s desk rather than only in the welder’s toolbox. The procedures make the welds; these three chapters run the shop that makes them.

How It Compares: Procedure Handbook vs. AWS Welding Handbook vs. AWS D1.1

Ask ten welders which book to buy and you get a pile of confusing AWS titles. The real question underneath is usually this: is the Procedure Handbook a code? Can I qualify a procedure from it? And if not, why does everyone tell me to buy it first? The answer is that these three publications do three different jobs. One is a shop tool, one is a science library, and one is legally enforceable. Knowing which is which separates a well-run weldment from a failed audit.

Three Books, Three Different Jobs

Think of the split this way. The Procedure Handbook of Arc Welding tells you how experienced welders actually approach a joint: settings, technique, joint prep, distortion control, estimating. The AWS Welding Handbook tells you why the metal behaves that way. AWS D1.1 tells you what you are required to do, prove, and document.

Publication	What it is	Who uses it	What it costs
Procedure Handbook of Arc Welding, 14th ed.	Practical reference: procedures, design, processes, materials, costs, safety	Welders, supervisors, estimators, students	Current price listed by the James F. Lincoln Arc Welding Foundation
AWS Welding Handbook, Vol. 1 (WHB-1.10)	Multi-volume science and technology reference: Welding and Cutting Science and Technology	Engineers, technologists, advanced students	$232 non-member
AWS D1.1/D1.1M:2025	Structural Welding Code – Steel: mandatory requirements for welded structures in carbon and low-alloy constructional steels	Inspectors, CWIs, fabricators, quality managers	$784 non-member

When Each One Earns Its Place

Reach for the Procedure Handbook when you need to set up a job: pick a process, choose a reasonable current range, design the joint, control heat input, or build a cost estimate before you quote. It is conversational and example-driven, written to be read with a hood on the bench beside you.

Reach for the Welding Handbook when you need depth rather than direction. Volume 1 covers arc physics, heat transfer, and the science behind cutting and welding. It explains phenomena; it does not hand you a parameter sheet. For metallurgical detail beyond even that, AWS forum regulars consistently point to Linnert’s Welding Metallurgy as the deeper standard.

Reach for D1.1 when the work is under contract and someone will inspect it. The code governs prequalification, procedure and performance qualification, essential variables, welder continuity, inspection, and acceptance criteria. It rarely tells you what amperage to run; it tells you what you must prove and record before anyone strikes an arc. Related codes cover other territory, including the AASHTO/AWS D1.5 Bridge Welding Code, material-specific aluminum standards, and industry rules such as those you would meet in aerospace welding work.

There is a middle path worth knowing about. AWS publishes Standard Welding Procedure Specifications, pre-qualified documents you can adopt instead of writing and testing your own. An example is SWPS B2.1-8-024, which covers GTAW of austenitic stainless steel. An SWPS still has to be used within its stated range, and your company remains responsible for confirming it applies to your joint, base metal, and code. Even a common job like selecting alloy steel electrodes has to line up with whatever the qualified paperwork actually permits.

Why the Forums Still Say “Buy the Handbook First”

In long-running AWS forum threads, experienced members routinely name the Procedure Handbook as the best-value purchase a welder can make, precisely because it is cheap relative to a $784 code and far more immediately useful on day one. The logic is sound: the Handbook teaches you to think like a fabricator, the Welding Handbook teaches you to think like a metallurgist, and the code teaches you to think like an inspector. A working welder needs the first habit immediately and picks up the others over a career.

The practical buying sequence most veterans suggest is simple. Start with the Procedure Handbook. Add D1.1 the moment structural work, inspection, or a CWI exam enters the picture. Keep the Welding Handbook and metallurgy texts as reference depth when a problem goes beyond shop experience. Codes branch out by material and process, so expect to eventually add documents covering aluminum, stainless, or aluminum MIG welding applications as your work diversifies.

Bottom line: the Procedure Handbook is where you learn how welding is done well, and AWS D1.1 is where you learn what you must be able to prove. Confusing the two is a genuine safety and liability risk, so keep both on the shelf and know which one you are quoting when someone asks for the standard.

Who Should Read It and How to Use It in Practice

The James F. Lincoln Arc Welding Foundation has always positioned The Procedure Handbook of Arc Welding for people with a day-by-day working interest in arc welding: weldors, fabricators, engineers, shop owners, and everyone in between. That broad framing matters, because the book is not written for one reader. It is written for the whole shop floor, which means how you use it depends entirely on what you do for a living. Here is a practical map for the six audiences who get the most out of it, and how each should actually work through the pages.

Who Gets the Most Out of It

• Beginner welders. Start with Section 1 on fundamentals and Section 3 on fabrication variables. These chapters explain why a bead undercut or a blown-through root happens before you have burned a thousand rods finding out the hard way.
• Students and apprentices. Read one process chapter alongside your lab work each week. Pairing theory with torch time is exactly why schools keep copies on the bench, and an aluminium welding course syllabus often maps cleanly onto the handbook’s material chapters.
• CWI candidates. Use it as the practical counterweight to the codes. You will still need AWS D1.1 and the CWI body of knowledge, but the Handbook explains shop reasoning behind acceptance decisions.
• Shop supervisors. Sections 11, 12, and 15 become daily tools for inspection, estimating, and safety briefings.
• Engineers. The design chapter is a translation layer between calculation and the joint that actually gets welded.
• Welding instructors. It supplies lesson sequencing, worked examples, and reference tables for assignments.

A Chapter-by-Chapter Study Plan

Do not read it cover to cover like a novel. A workable order: Section 1 (fundamentals), then Section 3 (fabrication variables), then the process chapter covering your primary process, then whichever material chapter matches current work, and finally quality, cost, and safety. Save the reference section for last, but treat it as your index rather than an appendix. Most readers study about a third of the book closely, skim another third, and look up the rest on demand.

Pairing the Handbook with a WPS

This is where the book earns its shelf space and where it must stop. The Handbook gives you ranges: current bands, electrode angles, travel speeds, preheat suggestions. A qualified AWS D1.1 procedure specifies the actual values your shop is accountable for, backed by qualification records. Use the Handbook to select sensible starting parameters and to understand why those parameters were chosen, then run the procedure through your own qualification process. The tables are a launchpad, never the destination.

Using the Tables for Procedure Selection and Estimation

Two table families do most of the heavy lifting. The procedure-selection tables narrow electrode type, diameter, polarity, and current range for a given position and material, which is the fastest way to avoid trial-and-error setups; an all-position welding rod guide covers similar ground in shorter form. The weld-metal weight and deposition tables feed the cost-estimating chapter, letting a supervisor estimate filler consumption, labor hours, and total weld cost before quoting a job. Read the units and assumptions printed above each table carefully, because a hidden duty-cycle or deposition-efficiency assumption can throw a quote off by a wide margin.

How Instructors Use It in the Classroom

The Foundation’s companion books build directly on Handbook material: New Lessons in Arc Welding organizes 79 lessons across 560 pages, and How to Read Shop Drawings handles print literacy. Its Principles of Industrial Welding is explicitly described as drawing heavily on The Procedure Handbook, so it is recommended mainly for buyers who do not already own it. Instructors also teach the study habit that AWS forum members swear by: color-code the page edges with highlighters by process, so the right chapter jumps out the moment a problem hits the bench. One fabricator described it as making the book a “grab me first” reference instead of something you browse on a slow afternoon.

Treat that habit as your final step. A book you can navigate in ten seconds under pressure is a book you will actually use.

Limitations, Common Mistakes, and How to Get the Most From the Book

Honest reviews of The Procedure Handbook of Arc Welding are rare, because the book inspires loyalty rather than criticism. But a handbook you trust is one whose limits you understand. The Procedure Handbook is a superb shop reference, and it is still not a code, not a guarantee, and not a substitute for qualified procedures. Knowing exactly where its authority ends is what keeps the book useful instead of dangerous.

What the Publisher Itself Admits

The strongest statement of limitation comes from the publisher, not from reviewers. The James F. Lincoln Arc Welding Foundation explicitly disclaims responsibility and liability for applications produced from data in the book: the Handbook is a guide, and the user remains responsible for how they apply it. In plain terms, if you pull a number from a table and build a structure with it, the consequences are yours.

The tone of that disclaimer goes back decades. The preface to the 12th edition acknowledges that the Handbook “makes no pretense of being a complete or scholarly work” and deliberately minimizes the exotic aspects of arc-welding technology in favor of what working shops actually need. That is a feature, not an excuse: the book consciously trades comprehensiveness for usability. You can verify that framing in the 12th edition listing and preface notes, and see the current edition’s official product page at the Foundation’s website.

It Is a Guide, Not a Code and Not a WPS

This is the single most important limitation. The Handbook does not create an enforceable standard, does not qualify a welding procedure specification, and cannot be cited as the governing document on a job that calls for a code. Structural work under AWS D1.1, for instance, is controlled by that code’s own requirements for qualification, inspection, and documentation, which you can check against the official AWS D1.1 publication listing. Using a Handbook table in place of a qualified WPS is the kind of mistake that passes visual inspection and fails a hydrostatic test.

The practical rule: the Handbook helps you decide what to try, the code tells you what is acceptable, and the WPS records what you actually proved you can do.

Ageing Data: The Real Trap in Older Editions

Older copies list print runs running from 1933 through 1973, so any pre-1990s edition predates modern GMAW and FCAW practice, the low-hydrogen electrode developments that transformed field welding, and today’s safety rules. A 1973 12th edition and the 1999 14th edition are not the same book in different covers: the 14th was a total revision, with much material never previously included. If you are judging coverage of flux-cored wires, modern shielding gases, or current PPE and ventilation expectations, an old copy will quietly understate the field. HathiTrust’s catalog record for the Handbook is a handy way to confirm which printing you are holding.

Material-specific chapters are the most obvious casualty. Guidance on aluminum prep and heat control, for example, has moved on considerably, and current practice is better covered in focused resources such as aluminum cleaning and preparation or an aluminum welding course syllabus. Electrode tables are another: consumable classifications have expanded, so older listings of alloy steel electrodes should be cross-checked against current manufacturer data sheets before anyone orders stock.

Free PDF Scans and Copyright

Search long enough and you will find free scanned copies of older editions circulating as PDFs. Be careful: scans of in-copyright editions are unauthorized reproductions, and downloading or redistributing them exposes you to the same copyright restrictions that apply to the printed book. Older editions are sometimes legitimately available through libraries or licensed digital archives, which is the safer route for research.

Four Reader Mistakes and Their Fixes

• Treating tables as absolutes. Values are starting points for a given joint, position, and condition. Verify with the electrode manufacturer’s recommended amperage and run a test bead.
• Ignoring edition differences. Note the edition and printing whenever you cite a figure, so a 1973 number never gets passed off as current practice.
• Skipping the reference section. Section 16 is where the book points you toward standards, further reading, and the sources behind its tables. Readers who jump straight to process chapters miss the map.
• Confusing explanation with authorization. A clear description of how a process works is not permission to use it on a code job without qualification.

Used properly, those limits barely dent the book’s value. The Handbook’s job is to make you faster and better informed before you strike an arc; the code, the WPS, and current manufacturer data finish the job. Treat it that way and it earns its reputation on your shelf for another ninety years.

Which Edition to Buy, Where to Get It, and Final Takeaways

After nine sections of history and comparisons, one practical question remains: which copy goes in the cart? The answer is simpler than it looks.

The Short Answer: Buy the 14th Edition

The 14th edition, printed in 1999, is the final and most complete revision. The James F. Lincoln Arc Welding Foundation sells it direct for $36.00 under ISBN-13 978-0-937390-09-2 (official product page). It ships hardbound, and that matters. You will flip it open with gloved hands, leave it splayed on a bench, and eventually drop it on concrete. Paperback bindings do not survive that life.

Thirty-six dollars is a soft price for a reference you will still consult in a decade, and buying direct keeps the money inside the James F. Lincoln Arc Welding Foundation, the nonprofit that has funded welding training and research since 1936. It also matches every table and electrode listing in this article.

When a Used 12th or 13th Edition Makes Sense

If a new copy is not in the budget this month, the secondhand market is remarkably deep. More than 500,000 copies of earlier editions have printed since 1933, and listings surface almost daily on Amazon’s marketplace, AbeBooks, Alibris, and eBay, with prices swinging by condition, printing year, and whether the previous owner annotated it. The 12th edition (1973) and 13th edition (1995) are the most common finds. Reference archives like weldinginfo.org’s 12th edition listing help you confirm what an older printing contains before you bid.

Edition	Year	Best for	What to watch
14th (current)	1999	Everyone; the default buy	Verify ISBN 978-0-937390-09-2
13th	1995	Tight budgets, shop copies	Older electrode classifications and cost data
12th	1973	Collectors, historical tables	Brittle bindings, obsolete safety guidance

One honest caveat: core metallurgy, joint geometry, and fabrication logic barely change between editions, but electrode trade names, amperage ranges for modern inverter machines, cost tables, and safety practice do drift. Treat a 12th edition’s alloy steel welding electrode listings as historical starting points and confirm current classifications against the manufacturer data sheet in your hand.

Check before spending, too: library systems and digital archives such as HathiTrust’s catalog record often hold older editions, so a quick look can tell you whether a borrowing copy is available locally or let you preview a table of contents.

Build the Rest of the Shelf While You Are There

The Foundation’s catalog (browse all titles) is worth ten minutes, because three books cover most of what the Handbook’s 16 sections only introduce. Metals and How to Weld Them, at $18, is the natural companion to the material chapters, explaining weldability and heat treatment in plain language. Owen Blodgett’s Design of Welded Structures and Design of Welded Connections supply the engineering depth behind the design section, with the load tables and fatigue logic structural work needs. Buy the Handbook first, then add these as your questions outgrow it.

Final Takeaways: Why "Bible" Still Fits

Nine decades, more than half a million copies, and a nickname that stuck for a reason: the Procedure Handbook of Arc Welding still spans the whole trade, from arc fundamentals and joint design to production variables, material procedures, quality control, cost estimating, and safety, written by people who ran the shops. No other single volume sits equally well on a beginner’s bench and a supervisor’s desk. Fabricators on the American Welding Society’s own forums keep saying the same thing: bought on a whim, kept within arm’s reach ever since.

What it is not matters too: not a code, not a qualified WPS, and not a substitute for current manufacturer data or safety regulation.

Your Practical Next Step

Order the 14th edition today, and when it arrives, do not start at page one. Read Section 1 for the fundamentals, then jump to the fabrication variables chapter and match its tables to the rod you already run. One section a week, a highlighter in the margin, and deliberate practice with setups like our all-position welding rod guide. When your questions grow past 1999 coverage, pair the book with current deep dives such as our aluminum MIG welding guide.

The Handbook will not make you a welder. But ninety years of shop wisdom, organized and within arm’s reach, will make every hour under the hood count for more. That is why the nickname has survived every new edition, and why it will outlast yours too.

Frequently Asked Questions

What is The Procedure Handbook of Arc Welding?

It is a practical arc welding reference book first published in 1933 by The Lincoln Electric Company and now issued by The James F. Lincoln Arc Welding Foundation. The current 14th edition is a hardbound volume of over 750 pages covering procedures, design, processes, materials, quality control, costs, and safety.

Who publishes it today?

The James F. Lincoln Arc Welding Foundation, an organization created in 1936 dedicated to arc welding education, published the 14th edition in 1999. Earlier editions were published under the auspices of The Lincoln Electric Company.

What is the latest edition of the Procedure Handbook?

The 14th edition is the current version, published in 1999 with ISBN-13 978-0-937390-09-2. Older versions include the 13th (1995) and 12th (1973) editions, which are still widely sold used.

Is the Procedure Handbook a welding code?

No. It is a guidance and training reference, not an enforceable standard. Structural compliance comes from codes such as AWS D1.1 Structural Welding Code – Steel, and the Handbook’s publisher explicitly states users are responsible for how they apply its guidance.

How much does the Procedure Handbook cost?

The 14th edition is listed at $36.00 directly from the James F. Lincoln Arc Welding Foundation and usually ships within one to two weeks. Used copies of older editions sell for varying prices depending on condition and edition.

Is the Procedure Handbook good for beginners?

Yes, but it works best alongside hands-on training. The text is written for welders, supervisors, engineers, and shop owners, and it avoids writing down to beginners while still aiming to be understandable to the inexperienced.

Does it replace the AWS Welding Handbook or AWS D1.1?

No. The AWS Welding Handbook is the deeper science and technology reference, and D1.1 is the actual code for steel structures. The Procedure Handbook is the practical, shop-floor companion that shows how procedures, variables, and costs fit together.

Where can I buy an authentic copy?

Buy direct from jflf.org to be certain of the edition, or use reputable booksellers and marketplaces for older editions. Check the ISBN and edition number before paying, since listings frequently mix 12th, 13th, and 14th edition copies.

Is there a free digital version?

Scanned copies circulate online, but they are typically older editions and may violate copyright. For current content, complete tables, and legal use in a shop or classroom, a purchased print copy of the 14th edition is the safer choice.