AC vs DC Motor
AC motors use Alternating Current as their power source whereas DC motors use Direct Current for the same. However, both have a wide range of applications and uses in machines but are different from each other at the same time.
Difference Between AC and DC Motors
The key differences between them are as follows:
AC Motor vs DC Motor |
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Aspect |
AC Motor |
DC Motor |
Power Source |
Runs on Alternating Current (AC) |
Runs on Direct Current (DC) |
Common Usage |
Widely used in household appliances, fans, etc. |
Commonly found in small appliances, tools, etc. |
Speed Control |
Generally harder to control speed smoothly |
Easier to control speed smoothly |
Starting |
May require external devices to start |
Can start on its own, simple to control |
Maintenance |
Generally lower maintenance |
Requires more maintenance, especially brushes |
Size and Weight |
Usually compact and lightweight |
Tends to be bulkier and heavier |
Cost |
Often more cost-effective for large systems |
Can be cost-effective for smaller applications |
Efficiency |
Efficient at high power levels |
Efficient at low to moderate power levels |
Applications |
HVAC systems, industrial machinery |
Power tools, small appliances, automotive |
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AC Motor
AC Motors convert electrical energy into mechanical motion, featuring a stator, and rotor, and it have versatile applications due to their simplicity, reliability, and efficiency. AC motor has a wide range of applications ranging from a small electric device used in our homes to the huge machines used in major factories and industries.
This article explains AC motors, their construction, working principles, classifications (synchronous and induction motors), applications, advantages, and a brief AC vs. DC motor comparison.
Table of Content
- What is an AC Motor?
- Construction of AC Motor
- AC Motor Diagram
- Working principle of AC motor
- Types of AC Motor
- Synchronous Motor
- Induction Motor
- Applications of AC Motor
- Advantages of AC Motor
- AC vs DC Motor