Motor Data

Gearmotor Data (at 50 Hz)

Radial Load (FR) from reduction 25 : 1 (10 mm from face mounting): 120 N | Axial Load (FA): 30 N | Net Weight Gearbox max. 0.4 kg

Technical Drawing

Motor Drawing

Capacitor

Characteristics and Advantages of Micro Induction Motors

Why choose a micro induction motor?

Micro induction motors (typically referring to low-power induction motors with an output of two hundred watts or less) inherit the core principles of larger induction motors, but their compact size gives them some unique features.

Key Features & Advantages:

1, Extremely Simple and Robust Structure (Core Advantage)

The rotor has no permanent magnets, no brushes, and no commutator.

This makes it highly durable, reliable, and maintenance-free. There’s no brush wear, no sparks, and it’s resistant to vibration, resulting in a long lifespan. 

2, High Reliability

Thanks to its simple structure, there are almost no moving parts that wear out (except for bearings). It operates reliably in harsh environments like dust, moisture, and vibration, with a very low failure rate.

3, Low Cost

Made mainly from silicon steel, aluminum, and copper. Manufacturing processes are mature, making them ideal for large-scale production at very low per-unit cost.

4, Simple Control (for Constant-Speed Applications)

When connected directly to a fixed-frequency AC power supply (e.g., 50/60 Hz), it runs at a fairly stable speed (slightly below synchronous speed). For applications that don’t require precise speed control—like small fans, blowers, or pumps—it can be driven without any control circuit, which is a major advantage.

5, Decent Starting Torque

Compared to similarly sized micro synchronous motors, induction motors generally offer better starting torque, allowing them to start directly under load.

6, High Safety

Their maximum operating temperature depends mainly on the insulation class (e.g., Class B or F), making them suitable for higher-temperature environments. 

In short, the advantages of micro induction motors can be summed up as: tough, reliable, cheap, and easy to control.

That’s why they’re well-suited for applications that are cost-sensitive, need to run continuously for long periods, are hard to maintain, but don’t require extremely high efficiency or precise speed control.

Common uses include: 

Household appliances: kitchen trash disposers, range hoods, small washing machines, dishwasher circulation pumps, refrigerator compressors.

Industrial equipment: small fans, blowers, mixers, vending machines, conveyor drives.

Medical devices: equipment that requires stable operation and is sensitive to electromagnetic interference (since it’s brushless, it generates little interference).

Basic machinery: small water pumps, compressors.

 
Quick Comparison Table:

Conclusion:
If you value ultimate reliability, low cost, and simple operation over top-tier efficiency or precise speed control, then a micro induction motor is an excellent and classic choice.

From Caida team