Industrial Motors/AC Electric Motors
Looking for an industrial motor that delivers reliability, precision, and energy savings? Sumitomo Drive Technologies offers industry-leading AC electric motors designed to handle the toughest jobs.
Whether you need the durability of an induction motor or the efficiency of a synchronous motor, our solutions keep your operations running smoothly with less downtime and lower costs.
Industrial Motor Options Built to Drive Operational Success
Industrial motors are essential for turning electrical power into mechanical motion, keeping your operations moving efficiently. From production lines to automated systems, the right motor can increase productivity, reduce downtime, and improve energy efficiency.
At Sumitomo, we understand that every application is different, which is why we offer AC Electric Motor solutions designed to handle the specific demands of your industry. If your current motors are overheating, making excessive noise, or driving up your energy bills, it’s time for an upgrade. Modern industrial motors from Sumitomo will deliver:
Induction Motors (Asynchronous Motors)
Induction motors are the workhorses of the industrial world. Built with a straightforward design that minimizes wear and tear, they’re perfect for high-demand applications that require a robust, cost-effective solution.
Rugged. Reliable. Ready for Anything.
This motor reduces energy consumption while providing high torque, smooth operation, and low maintenance.
Why Choose Sumitomo Induction Motors?
- Cost-Effective Performance: High output without the high price tag.
- Simpler Design: Fewer components mean less maintenance and downtime.
- Durable Build: Handles tough environments like heat, dust, and long operating hours.
Our induction motors are built to last, offering performance you can rely on day in and day out.
Synchronous Motors (Permanent Magnet Motors)
When you need exact speed control and energy efficiency, synchronous motors are the ideal choice. With permanent magnets in the rotor, these motors run without "slip," ensuring the rotor speed matches the power supply frequency perfectly.
Precise. Powerful. Energy-Saving.
Our High-Performance Permanent Magnet AC Motors deliver ultra-premium efficiency in a compact, robust design built to last.
Why Choose Sumitomo Synchronous Motors?
- Unmatched Efficiency: Reduce energy consumption without sacrificing performance.
- Precise Speed Control: Ideal for applications where consistent speed is critical.
- Quiet Operation: Engineered for minimal noise, making them perfect for sensitive environments.
Sumitomo synchronous motors offer long-term savings with unmatched reliability, helping you improve efficiency and lower costs over time.
Industrial Motor Resources & Knowledge Base
Looking to deepen your understanding of industrial motors? Whether you’re searching for technical details, need clarification on key terms, or want to compare specifications, our resource hub has you covered. From in-depth blogs to helpful glossaries and comparison tables, these tools are designed to support informed decision-making and simplify your AC electric motor selection process.
A-Z Glossary of Terms for AC Electric Motors/Industrial Motors
A-Z Glossary of Terms for AC Electric Motors/Industrial Motors
Mastering the language of industrial motors is crucial for working with today’s complex machinery. This glossary provides straightforward definitions of key terms for induction motors, synchronous motors, and related equipment from A-Z.
Compare Key Differences Between Synchronous and Asynchronous Motors
Compare Key Differences Between Synchronous and Asynchronous Motors
Choosing between an induction motor and a permanent magnet synchronous motor requires a clear understanding of their differences. This breakdown highlights their strengths, applications, and important factors like load demands, speed regulation, and energy efficiency, helping you find the motor that best meets your industrial performance and productivity needs.
Top Factors to Consider When Shopping for an Industrial Induction Motor
Top Factors to Consider When Shopping for an Industrial Induction Motor
Ready to upgrade your industrial induction motor? Our latest guide covers the key considerations—from energy efficiency and torque output to durability and VFD compatibility. Gain the knowledge you need to make an informed decision and boost your operation’s performance.
7 Signs Your Industrial Induction Motor Needs an Upgrade
7 Signs Your Industrial Induction Motor Needs an Upgrade
Is Your Industrial Induction Motor Showing Its Age? Unstable performance, frequent shutdowns, rising energy costs, and excessive noise are all signs that your motor may be due for an upgrade. Identifying these warning signs early can help you avoid costly breakdowns and keep your operations running without interruption.
Frequently Asked Questions | Induction Motors/Asynchronous Motors
Frequently Asked Questions | Induction Motors/Asynchronous Motors
Got questions about induction motors? From performance tips to compatibility insights, our FAQ covers everything you need to know to make the most of your motor.
Frequently Asked Questions | Synchronous Motors/Permanent Magnet Motors
Frequently Asked Questions | Synchronous Motors/Permanent Magnet Motors
Curious about synchronous motors? Our FAQ dives into key details like speed control, energy efficiency, and maintenance to help you get the answers you need.
Compare Your AC Electric Motor Options: Induction vs. Synchronous Motors
Choosing the right motor for your operations starts with understanding how each option performs. Below is a side-by-side comparison of induction motors and synchronous motors, highlighting key differences in operation, efficiency, and ideal applications. Use this overview to find the motor that best aligns with your performance and efficiency goals.
| Feature | Asynchronous Motor (Induction Motor) | Synchronous Motor (Permanent Magnet Motor) |
|---|---|---|
| Speed and Slip | Requires slip; speed varies slightly with load | No slip; rotor speed matches the magnetic field |
| Energy Efficiency | Lower efficiency due to slip losses | High efficiency, especially with permanent magnets |
| Starting Requirements | Requires higher starting current | Can have a smoother start with proper drive systems |
| Power Factor | Operates at a lagging power factor | Can operate at unity or leading power factor |
| Torque Control | Reliable torque but less precise | Precise, consistent torque across varying loads |
| Maintenance | Simple design, minimal maintenance | Low maintenance but higher initial cost |
| Best Applications | General-purpose systems like pumps and fans | High-precision machinery like CNCs and robotics |
Upgrade to Industrial Motors with Unmatched Efficiency and Reliability
Ready to upgrade your operations with reliable, energy-efficient induction motors? Contact us today to learn more about our Industrial Motors. Our expert team is here to help you choose the right motor for your application, ensuring maximum performance, reduced energy costs, and long-term durability. Don’t settle for less—invest in quality and performance you can count on.