The Complete Handbook of Electrical Motors

It's a solid reference, I'll give it that. The chapter on installation and the section on troubleshooting vibration was particularly useful for my work as a maintenance tech at a food processing plant. But honestly, I found Chapter 1 a bit heavy on the theoretical side. I understand we need the physics, but I was hoping for more real-world examples. It feels like a textbook sometimes, not just an on-the-job handbook.

I run a small pump distribution business and wanted a better handle on the rest of the motor market. This book does a great job covering types and specs, especially around duty cycles and insulation classes, which I've misquoted to customers before. I docked a star because the chapter on business opportunities felt a little basic, not a whole lot of new ground for someone already selling the things. Still, worth the shelf space.

The decision-making framework in Chapter 3 alone is worth the cost of the book. I replaced a poorly matched motor on a wood shop saw with the correct high-slip design based on the torque-speed curve charts here, and the difference is night and day. It's very well organized, so I can find things quickly. My only complain is that some of the maintenance checklists could go into more detail, but for a handbook, it hits a good balance.

This is a surprisingly engaging read, or at least the first chapter was. It really made me think about how motors are designed to handle specific duty types, not just 'run and stop'. I appreciated the concrete example calculating energy costs over ten years versus the purchase price; it fundamentally changed how I'm going to spec motors for our bottling line. A few more case studies would push it to 5 stars, but as-is, it's a very strong reference guide.

Purchased for a personal garage restoration project thinking it'd be more user-friendly. The author knows their stuff, and the brand comparison chart in Chapter 6 was great for my budget. But for a serious hobbyist without an engineering background, a lot of the initial chapters are dense. The glossary is a lifesaver, but I wished they'd briefly defined terms like 'stator' or 'inductance' right when they first used them instead of pointing me to the back of the book.

Finally, a motor book that doesn't treat you like an idiot or a complete expert. The comparison between positive-displacement pump load profiles and fan loads was exactly the kind of real-world info I was looking for. The VFD compatibility section is spot-on, and it gave me a great checklist to use when I wire up new motors for my industrial kiln customers. The chapter 1 physics refresher was excellent, better than any college textbook I still have.