Engineering the Machine - 13 Book Series (65 results)

Paperback. Condition: new. Paperback. Ever stood in front of a faulted drive at two in the morning, staring at a blinking code that means absolutely nothing to you, while a production line sits dead and everyone's waiting on you to fix it?If you've ever felt that specific kind of pressure, the kind where a fault code might as well be written in a foreign language, this book was written for you.Most technicians learn variable frequency drives the hard way: one confusing call at a time, one manual you can barely parse under pressure, one lucky guess that happened to work without you ever really understanding why. That approach gets you through the day, but it doesn't make you faster, and it definitely doesn't make you the person your team trusts to walk into any panel, on any brand of drive, and actually know what to do.So what would it look like to actually understand this technology instead of just reacting to it?That's the gap this book closes. It walks you through how a drive actually converts and controls power, why motors behave the way they do under variable frequency control, and how to configure parameters correctly the first time instead of guessing and hoping. From there, it builds into the material technicians actually need on the job: how to read fault codes with real understanding instead of a lookup table, how to use a multimeter, a megohmmeter, and an oscilloscope the right way on drive circuits specifically, and how to isolate whether a problem is coming from the drive, the motor, or the mechanical system it's driving.Have you ever replaced a part that turned out to be fine, because you weren't sure what else to try?This book is built around a repeatable troubleshooting method, not a list of tricks. You'll learn how to gather information before touching anything, form a real hypothesis, test it properly, and confirm the actual root cause rather than just making a symptom disappear temporarily. That's the difference between a technician who fixes the same problem over and over and one who fixes it once.Inside, you'll find complete coverage of: Core VFD technology and how power conversion actually works, explained in plain languageInstallation and commissioning practices that prevent problems before they startParameter setup, motor tuning, and configuration across major manufacturer platformsMotor control strategies including open loop versus closed loop control, process control integration, and multi motor coordinationElectrical testing procedures using real instrumentation, with clear explanations of what your readings actually meanModern digital monitoring, remote diagnostics, and the cybersecurity considerations that come with networked equipmentSafety practice, lockout procedures, and documentation standards that protect both you and your careerWho is this actually for?Industrial electricians and maintenance technicians who get the call when something stops working. Controls technicians who understand PLCs but have always treated the drive itself as a mystery box. Engineers responsible for reliability, energy efficiency, or system design. Apprentices and students who want to build real competence instead of memorizing keystrokes for one specific brand. And maintenance supervisors who need to plan, budget, and evaluate technician skill without necessarily doing the hands on repair themselves.This isn't a manual for one manufacturer's product line, and it won't go out of date the moment a new firmware version ships. It teaches the underlying logic that transfers across brands, applications, and years of your career, because the physics doesn't change even when the interface does.If you're tired of guessing, and ready to actually understand the equipment you work Shipping may be from multiple locations in the US or from the UK, depending on stock availability.…

Taschenbuch. Condition: Neu. Neuware.

Taschenbuch. Condition: Neu. Neuware.

Taschenbuch. Condition: Neu. Neuware.

Paperback. Condition: new. Paperback. Ever stood in front of a faulted drive at two in the morning, staring at a blinking code that means absolutely nothing to you, while a production line sits dead and everyone's waiting on you to fix it?If you've ever felt that specific kind of pressure, the kind where a fault code might as well be written in a foreign language, this book was written for you.Most technicians learn variable frequency drives the hard way: one confusing call at a time, one manual you can barely parse under pressure, one lucky guess that happened to work without you ever really understanding why. That approach gets you through the day, but it doesn't make you faster, and it definitely doesn't make you the person your team trusts to walk into any panel, on any brand of drive, and actually know what to do.So what would it look like to actually understand this technology instead of just reacting to it?That's the gap this book closes. It walks you through how a drive actually converts and controls power, why motors behave the way they do under variable frequency control, and how to configure parameters correctly the first time instead of guessing and hoping. From there, it builds into the material technicians actually need on the job: how to read fault codes with real understanding instead of a lookup table, how to use a multimeter, a megohmmeter, and an oscilloscope the right way on drive circuits specifically, and how to isolate whether a problem is coming from the drive, the motor, or the mechanical system it's driving.Have you ever replaced a part that turned out to be fine, because you weren't sure what else to try?This book is built around a repeatable troubleshooting method, not a list of tricks. You'll learn how to gather information before touching anything, form a real hypothesis, test it properly, and confirm the actual root cause rather than just making a symptom disappear temporarily. That's the difference between a technician who fixes the same problem over and over and one who fixes it once.Inside, you'll find complete coverage of: Core VFD technology and how power conversion actually works, explained in plain languageInstallation and commissioning practices that prevent problems before they startParameter setup, motor tuning, and configuration across major manufacturer platformsMotor control strategies including open loop versus closed loop control, process control integration, and multi motor coordinationElectrical testing procedures using real instrumentation, with clear explanations of what your readings actually meanModern digital monitoring, remote diagnostics, and the cybersecurity considerations that come with networked equipmentSafety practice, lockout procedures, and documentation standards that protect both you and your careerWho is this actually for?Industrial electricians and maintenance technicians who get the call when something stops working. Controls technicians who understand PLCs but have always treated the drive itself as a mystery box. Engineers responsible for reliability, energy efficiency, or system design. Apprentices and students who want to build real competence instead of memorizing keystrokes for one specific brand. And maintenance supervisors who need to plan, budget, and evaluate technician skill without necessarily doing the hands on repair themselves.This isn't a manual for one manufacturer's product line, and it won't go out of date the moment a new firmware version ships. It teaches the underlying logic that transfers across brands, applications, and years of your career, because the physics doesn't change even when the interface does.If you're tired of guessing, and ready to actually understand the equip Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability.…

Taschenbuch. Condition: Neu. Neuware.

Taschenbuch. Condition: Neu. Neuware.

Taschenbuch. Condition: Neu. Neuware.

Taschenbuch. Condition: Neu. Neuware.

Taschenbuch. Condition: Neu. Neuware - Have you ever wondered what's actually happening under the hood when your engine roars to life Not the simplified version from a high school shop class, but the real science, the chemistry, the physics, and the split-second electronic decisions that turn fuel into raw mechanical power If automotive content has always felt either too dumbed-down or too academic to actually apply, this book was written for you.What if you could finally understand your engine the way an engineer does Not just memorizing terms like 'compression ratio' or 'volumetric efficiency,' but actually understanding what they mean and how they connect to everything else happening inside your engine.Inside, you'll build a complete understanding of: - The chemistry of combustion, and why fuel, air, and timing must work together with split-second precision- How fuel delivery systems work, and what separates a good system from one holding your engine back- The physics of airflow, and why breathing efficiency determines how much power an engine can make- The mechanical engineering behind pistons, crankshafts, and valvetrains- Thermal efficiency, and where most of your fuel's energy actually goes- Modern ignition and electronic control systems- Real tuning and calibration principles, explained safely and intelligently- A complete diagnostic framework for finding root causes instead of guessing- Where engine technology is headed, including hybrid systems and alternative fuelsWho is this for Maybe you're an enthusiast who wants to understand the science behind your modifications. Maybe you're a student building a foundation before formal coursework. Maybe you're a technician tired of parts-swapping and ready to diagnose with real confidence. Or maybe you're simply curious how these machines actually work.Whichever describes you, this book skips the filler and the oversimplified analogies, offering clear, structured writing that respects your intelligence and builds genuine understanding from the ground up.So, are you ready to actually understand the machine you've been driving all along.…

Taschenbuch. Condition: Neu. Neuware.

Taschenbuch. Condition: Neu. Neuware.

Taschenbuch. Condition: Neu. Neuware - Ever watched a maintenance electrician walk up to a stopped machine, glance at a screen full of symbols, and fix it in five minutes Ever wondered what they were actually looking at That screen is ladder logic. And the person reading it isn't a genius - they just learned the language.Here's a harder question: what happens to a factory, a water plant, or a packaging line the moment its control system goes down Everything stops. Money burns by the minute. And the person who can walk up to that panel and actually fix it becomes one of the most valuable people in the building.So what's stopping you from being that person If it's 'every resource I've found is either a dense manual full of jargon, or a shallow overview that never shows me how to actually build anything,' this book was written for you.This isn't a book of definitions. It starts at the true beginning, explains the electrical and logical fundamentals in plain English, and builds forward until you're writing sequences, tuning control loops, and troubleshooting like someone with years on the job.Inside, you'll learn to: Read electrical schematics with confidence instead of staring at them helplessly. Build real ladder logic rungs and understand exactly how current flow works. Master timers, counters, and the core instructions behind nearly every industrial program in existence. Wire sensors, control motors, and build forward-reverse logic the right way, with proper safety interlocks. Get a genuine introduction to process control and how real temperature and pressure loops are tuned. Understand how operator screens and industrial networks connect everything together. And troubleshoot systematically, the way real professionals do, instead of guessing.Every chapter includes hands-on exercises and case studies you can actually build, whether on real hardware or free simulation software on your own laptop.Who is this for Career changers looking for a real, in-demand technical skill. Students who've heard this technology mentioned but never got hands-on with it. Technicians who want to understand the logic behind the machines they already work on. Small business owners tired of paying a contractor for every minor adjustment.One last question. If you finished this book genuinely understanding how modern industrial control systems work, what would that be worth to you A better job. A promotion. A skill that doesn't get automated away, because it's the very thing automation depends on.Turn the page. Let's build it properly, from the ground up.…

Paperback. Condition: new. Paperback. Have you ever turned the key, felt your car hesitate for a half-second longer than usual, and wondered if you should be worried?Or sat in traffic behind the wheel of an automatic, watching the RPM needle climb while your speed barely changes, with no idea whether that's normal or the first sign of a very expensive problem?If either of those moments sounds familiar, you're not alone - and you're exactly who this book was written for.Most drivers can tell you how many miles are on their car. Far fewer can tell you what's actually happening inside that metal case bolted behind the engine, quietly deciding how much force reaches the wheels every single time you press the accelerator. The transmission is arguably the most important system in your vehicle after the engine itself, and it's also the one most drivers understand the least. That gap is exactly where expensive surprises, unnecessary repairs, and avoidable breakdowns tend to live.This book closes that gap, one clear explanation at a time.Whether your vehicle uses a manual gearbox you shift by hand, a conventional automatic that shifts on its own, a continuously variable design that never seems to "shift" at all, or a dual-clutch system that changes gears faster than you can blink, this book explains exactly how it works, in plain language, without assuming you already have a mechanical background.You'll start with the fundamentals - why transmissions exist in the first place, and how torque, speed, and gear ratios actually relate to one another. From there, you'll work through each transmission type in real depth: what's inside it, how it behaves under normal driving, and what typically goes wrong when it doesn't. Along the way, you'll learn how to read your own vehicle's symptoms like someone who actually understands what's happening underneath you, rather than guessing or hoping a warning light will explain itself.Here's what you'll walk away knowing: Why your car needs a transmission at all, and what would happen if it didn't have one How manual, automatic, CVT, and dual-clutch systems each solve the same problem in completely different ways What that whining, grinding, or shuddering sound is actually trying to tell you Which fluid your vehicle genuinely needs, and why using the wrong one can cause real damage How to build a maintenance routine that matches how you actually drive, not a generic, one-size-fits-all schedule How to tell the difference between a minor issue and one that means real trouble What questions to ask a repair shop before you authorize any work, so you're never guessing whether an estimate is fair When a repair genuinely makes sense, and when it's time to consider something else entirelyThis isn't a dense technical manual written for people who already work on cars for a living, and it isn't a shallow overview that leaves you with more questions than answers. It's written the way a knowledgeable, patient friend would explain it - someone who wants you to actually understand your vehicle, not just memorize a checklist.By the end, you won't just know the difference between the four major transmission types. You'll understand why they behave the way they do, you'll recognize trouble before it becomes a crisis, and you'll walk into any repair conversation with genuine confidence instead of quiet dread.So - are you ready to finally understand what's happening under your car, instead of just hoping for the best? This item is printed on demand. Shipping may be from multiple locations in the US or from the UK, depending on stock availability.…

PAP. Condition: New. New Book. Shipped from UK. THIS BOOK IS PRINTED ON DEMAND. Established seller since 2000.

Paperback. Condition: new. Paperback. Ever wondered why a chainsaw can run upside down without stalling, but your car's engine would seize up in seconds if you tried the same thing?That question sits at the center of this book - and once you know the answer, you'll never look at a small engine the same way again.Have you ever pulled the cord on a chainsaw, watched it roar to life, and wondered what's actually happening inside that engine?Most people haven't. And that's exactly the gap this book fills.The two-stroke engine is one of the most misunderstood pieces of everyday technology in the world. It powers the chainsaw clearing storm damage from your yard, the outboard motor pushing a fishing boat across a lake, and - for the better part of a century - some of the fastest motorcycles ever raced. Yet most explanations of how it works either drown you in jargon or oversimplify it into a paragraph that leaves more questions than answers.So what makes this engine tick - literally?This book walks you through the entire mechanism, piece by piece, in plain language. You'll learn how a sealed crankcase can act as its own fuel pump, why the piston is doing far more work than just moving up and down, and how an engine manages to complete an entire combustion cycle in a single crankshaft revolution instead of two. If terms like scavenging, port timing, or premix ratios have ever confused you, they won't by the time you finish this book.Why does this engine still matter in a world moving toward batteries and electric motors?That's a question worth sitting with, and this book doesn't dodge it. You'll see exactly why professional forestry crews still trust this design over anything else, why the largest cargo ships on earth are powered by a version of the same basic cycle found in a garden tool, and why small, affordable motorcycles built on this technology remain essential transportation for millions of people worldwide. You'll also get an honest look at where this engine falls short - its emissions challenges, its narrow power delivery, and the regulatory pressure that has pushed it out of certain markets entirely.What will you actually walk away with?Inside, you'll find clear explanations of: How the two-stroke cycle compresses intake, compression, power, and exhaust into a single rotationWhy a chainsaw doesn't need a fuel pump that cares which way is upThe real difference between carbureted and direct-injected engines, and why it matters for fuel economy and emissionsHow racing engineers pushed this design to its absolute limits - and why regulations eventually pulled it backPractical maintenance knowledge: reading a spark plug, mixing fuel correctly, and recognizing the early warning signs of engine troubleWhere this technology is heading, and where battery power simply can't compete with it yetWho is this book actually for?Maybe you're someone who owns a chainsaw or a small outboard motor and wants to actually understand it, instead of just following a maintenance checklist. Maybe you're a student or an early-career technician who wants the "why" behind the repair manual's instructions. Or maybe you're simply curious about mechanical history and want a single, well-organized resource that explains a technology most people take for granted.Whichever one you are, this book was written with you in mind.Ready to actually understand the engine you've been starting, fueling, and relying on for years?Turn the page, and find out how it really works. This item is printed on demand. Shipping may be from multiple locations in the US or from the UK, depending on stock availability.…

PAP. Condition: New. New Book. Shipped from UK. THIS BOOK IS PRINTED ON DEMAND. Established seller since 2000.

Condition: New. Print on Demand.

Paperback. Condition: new. Paperback. Have you ever stood next to your car, hood up, staring at an engine that used to run perfectly fine and wondering exactly when things went wrong?Was it the faint ticking sound you heard a few months back and decided to ignore? The slight vibration you got used to without really noticing? Or did it just happen out of nowhere, with no warning at all?Here's the truth: it almost never "just happens." Engines don't fail in a single moment - they fail in a process, one that usually starts small, stays quiet for a while, and then suddenly becomes impossible to ignore. The real question isn't whether your engine is trying to tell you something. It's whether you know how to listen.This book was written for exactly that reason - to teach you how to listen.Why Engines Break takes you inside the mechanical world of internal combustion engines and breaks down, in plain and genuinely understandable language, why engines fail, how to recognize the warning signs before it's too late, and what to actually do about it. No unnecessary jargon. No vague, generic advice you've already heard a hundred times. Just a clear, structured, and honest explanation of what's really happening under the hood.Have you ever wondered what that knocking sound actually means, mechanically speaking? Or why some engines make it past 300,000 kilometers while others fail well before 100,000? Have you ever paid for a repair and had no real idea whether the diagnosis you were given actually made sense? This book answers all of that.Inside, you'll discover: The real mechanical causes behind engine failure - from lubrication breakdown to thermal stress to combustion irregularities - explained in a way that finally makes senseHow to read warning signs like sounds, smoke color, vibration, and dashboard alerts before they turn into expensive repairsThe exact diagnostic methods professional technicians use to trace a symptom back to its actual root cause, so you're never just guessingHow to recognize damage patterns once an engine has been opened up, so you understand what a mechanic is actually telling youWhy modern engine technology - direct injection, turbocharging, hybrid systems - has introduced entirely new failure risks that didn't exist a generation agoA complete, practical framework for deciding whether to repair, rebuild, or replace an engine, so that decision is never made in a panicHow to build a long-term maintenance system that actually works, instead of a vague intention to "take better care of the car this year"Whether you're a vehicle owner tired of feeling powerless every time a warning light appears, an enthusiast who wants to actually understand what's happening mechanically instead of just memorizing checklists, or someone managing a fleet of vehicles where every hour of downtime costs real money, this book was built with you in mind.So, here's the question worth asking yourself before you close this page: would you rather find out what's wrong with your engine after it's already too late, or would you rather know exactly what to look for while there's still time to do something about it?If it's the second one, this book is exactly where you should start. This item is printed on demand. Shipping may be from multiple locations in the US or from the UK, depending on stock availability.…

PAP. Condition: New. New Book. Shipped from UK. THIS BOOK IS PRINTED ON DEMAND. Established seller since 2000.

PAP. Condition: New. New Book. Delivered from our UK warehouse in 4 to 14 business days. THIS BOOK IS PRINTED ON DEMAND. Established seller since 2000.

Condition: New. Print on Demand.

Condition: New. Print on Demand.

PAP. Condition: New. New Book. Delivered from our UK warehouse in 4 to 14 business days. THIS BOOK IS PRINTED ON DEMAND. Established seller since 2000.

PAP. Condition: New. New Book. Delivered from our UK warehouse in 4 to 14 business days. THIS BOOK IS PRINTED ON DEMAND. Established seller since 2000.

PAP. Condition: New. New Book. Shipped from UK. THIS BOOK IS PRINTED ON DEMAND. Established seller since 2000.

PAP. Condition: New. New Book. Shipped from UK. THIS BOOK IS PRINTED ON DEMAND. Established seller since 2000.

Paperback. Condition: new. Paperback. Ever wondered why a fully loaded semi-truck can pull away from a dead stop on a steep grade without straining, while a smaller gasoline engine would struggle under the same load? Or why the biggest ships crossing our oceans, the tractors feeding the world, and the backup generators keeping hospitals running all rely on the same basic engine principle that's over a century old?If you've asked yourself questions like these, this book was written for you.Understanding the Modern Diesel Engine takes you inside the compression-ignition engine, not as a black box you simply operate, but as a system you can genuinely understand. What actually happens in the microseconds between fuel injection and ignition? Why does a diesel engine deliver such strong low-end torque compared to a gasoline engine of similar size? How do modern fuel injection systems achieve pressures that would have seemed impossible just a few decades ago, and why does that pressure matter so much for efficiency and emissions?This book answers those questions in real depth, without drowning you in unnecessary jargon or assuming you already have an engineering degree.You'll start with the fundamentals: the history behind the engine's invention, the thermodynamic principles that make compression ignition inherently more efficient than spark ignition, and the mechanical engineering required to survive the extreme pressures diesel combustion generates. From there, you'll move through fuel injection technology, turbocharging and air management, the combustion process itself, and the emissions control systems that have transformed diesel engines from smoky, noisy machines into remarkably clean, quiet powerplants.Curious how a truck engine can run for a million miles before needing an overhaul? You'll find the answer in the chapters on cooling, lubrication, and maintenance. Wondering how technicians actually diagnose a modern engine's electronic systems when something goes wrong? There's a full chapter walking through exactly that process, including a real diagnostic case study. Interested in where this technology is headed as the world shifts toward cleaner energy? The later chapters cover renewable and synthetic fuels, hybrid powertrains, and an honest, balanced look at how compression ignition stacks up against electrification in different industries.Whether you're a student building a foundation in mechanical or automotive engineering, a technician looking to deepen your diagnostic skills, a fleet manager trying to make smarter maintenance decisions, or simply someone who's always been curious about the machines that move the world's freight, grow its food, and keep its lights on during a power outage, this book meets you where you are and takes you further.You won't just learn what a diesel engine does. You'll understand why it does it, how each system depends on the others, and what makes this century-old technology still relevant in a rapidly changing energy landscape.If you've been searching for a diesel engine resource that actually explains the engineering rather than just listing facts, you've found it. Turn the page, and let's get into it together. This item is printed on demand. Shipping may be from multiple locations in the US or from the UK, depending on stock availability.…

PAP. Condition: New. New Book. Shipped from UK. THIS BOOK IS PRINTED ON DEMAND. Established seller since 2000.

Paperback. Condition: new. Paperback. Have you ever popped the hood, looked at that dense cluster of metal and wires, and wondered what any of it actually does - or why it's shaped that way in the first place?If you've ever wanted to understand what's really happening inside a gasoline engine while it's running, rather than just knowing the basic idea of "fuel goes in, car goes forward," this book was written for you.Gasoline Engine Engineering Essentials takes you through the entire engine, piece by piece, in the order those pieces actually work together - starting with the four-stroke cycle itself, then moving through the pistons, connecting rods, and crankshaft that turn combustion pressure into rotation, before covering the valvetrain, ignition, and fuel systems that control when and how that combustion happens. From there, it walks through the sensors and electronic controls tying everything together, the cooling and lubrication systems keeping it all alive, and the emissions technology that lets modern engines run cleaner than ever without giving up performance.Are you a student trying to connect textbook thermodynamics to an actual engine bay? A technician who wants to understand why a diagnostic procedure works, not just how to follow the steps? An engine builder who wants to know exactly what tolerance you're working toward and why it matters? Or simply someone who's always been curious how a machine this complicated manages to run reliably for hundreds of thousands of miles?Whoever you are, this book meets you with real explanations, not surface-level summaries. Every chapter builds on the one before it, so by the time you reach ignition timing, you already understand the combustion cycle it's timed against. By the time you reach sensors, you already know what each one is actually measuring and why the engine needs that information. Nothing here is presented in isolation - because nothing in an engine actually works in isolation.What can you expect to find inside?You'll get a clear, mechanically grounded explanation of piston and ring design, connecting rod geometry, and crankshaft balancing - the kind of detail that explains not just what these parts look like, but why engineers shaped them that way. You'll walk through valvetrain architecture and variable valve timing, ignition system evolution, and the real differences between port and direct fuel injection. You'll learn how an engine control unit actually reads its sensors and makes decisions in real time, how cooling and lubrication systems protect components under extreme heat and pressure, and how modern emissions systems work to reduce pollutants without sacrificing the power and efficiency drivers expect.Practical sections throughout the book - including diagnostic workflows, failure analysis, and maintenance guidance - connect the engineering theory to real, hands-on situations you're likely to encounter, whether you're inspecting a worn component, chasing down a noise, or simply trying to keep your own engine running well for as long as possible.This isn't a casual, glossy overview meant to be skimmed once and set aside. It's a genuine working reference, written to be read closely the first time and returned to again and again after that.So - are you ready to actually understand what's happening under that hood, instead of just trusting that it works?If the answer is yes, this book is ready to take you through it, one system at a time, in plain, clear language that respects both your intelligence and your time.Note: This book is intended for educational purposes and reflects independent research and analysis. It is not affiliated with, endorsed by, or sponsored by any vehicle manufacturer, parts supplier, or organization referenced within. This item is printed on demand. Shipping may be from multiple locations in the US or from the UK, depending on stock availability.…