Cleaning appliances
For vacuum and robotic-cleaning equipment, describe how the motor drives the mechanism and the expected load. Include the enclosure, airflow or transmission details that affect installed operation.
Home / Applications / Home Appliances
DC Motors for Home Appliance OEMs
Develop the motor around the appliance mechanism, not just its supply voltage. Review the required motion or air movement alongside installation space, operating cycles and the control system.
Match the Drive to the Appliance Cycle
Cleaning, beverage and household-motion projects need different selection information. A vacuum mechanism has an air-path load, while a grinder or curtain drive has a mechanical transmission and repeated start/stop behavior.
Equipment and Drive Requirements
Coffee and beverage equipment
Coffee-machine references include grinding and auxiliary mechanisms. Explain the required movement, loading sequence and connection to the appliance so the motor and any transmission can be reviewed together.
Food preparation and fans
Juicing and fan applications need different operating points. Send the intended mechanical or airflow load with speed, duty and housing constraints rather than selecting by a shared motor outline.
Motorized household mechanisms
For curtain and similar household-motion projects, include travel, start/stop behavior and the transmission layout. Describe reversal, stopping and any feedback requirement at the equipment level.
What to Define Before Selecting a Motor
Installed load
Describe what the motor drives and how the load changes. Airflow, grinding and linear motion cannot be compared using motor speed alone; the mechanism is part of the selection brief.
Operating cycle
Provide starts, reversals, run time and rest periods. The relevant current and temperature evaluation should follow the appliance’s actual operating sequence, not an assumed continuous or intermittent rating.
Fit and connection
Check the complete envelope, shaft, fixing points, lead exit and connector against the appliance drawing. Include any part that changes the space needed around the motor or assembly.
Noise and equipment testing
If noise or vibration matters to the appliance, state the target and measurement conditions. Evaluate the proposed motor inside the final mechanism before agreeing a sample or production baseline.
Related Motor Series
Compare the complete configuration, dimensions and operating point before selecting a motor for your appliance.
Brushed DC Motor
RS-380
- Motor Size
- Ø27.7 × 38 mmMotor body, excluding shaft.
- Torque Range
- 7.84–10.78 mN·mAt max. efficiency; across published windings.
- Output Power
- 11.08–13.32 WAt max. efficiency; across published windings.
- Typical Applications
- Electric screwdrivers / Air pumps / Handheld fans
Brushed DC Motor
RS-385
- Motor Size
- Ø27.7 × 38 mmMotor body, excluding shaft.
- Torque Range
- 7.84–10.78 mN·mAt max. efficiency; across published windings.
- Output Power
- 8.12–22.1 WAt max. efficiency; across published windings.
- Typical Applications
- Juicing equipment
Brushed DC Motor
RS-380SL
- Motor Size
- Ø27.7 × 46.5 mmMotor body, excluding shaft.
- Torque Range
- Configuration-dependentContact us for specifications.
- Output Power
- Configuration-dependentContact us for specifications.
- Typical Applications
- Coffee makers / Sanders / Tape dispensers
Details to confirm
Specifications & drawings →
Brushed DC Motor
RS-540
- Motor Size
- Ø35.8 × 50 mmMotor body, excluding shaft.
- Torque Range
- 19.6–28.42 mN·mAt max. efficiency; across published windings.
- Output Power
- 34.05–34.2 WAt max. efficiency; across published windings.
- Typical Applications
- Vacuum cleaners / Air pumps / Power tools
Brushed DC Motor
RS-545
- Motor Size
- Ø35.8 × 50 mmMotor body, excluding shaft.
- Torque Range
- 19.6–24.5 mN·mAt max. efficiency; across published windings.
- Output Power
- 22.3–40 WAt max. efficiency; across published windings.
- Typical Applications
- Fans / Air pumps
Brushed DC Motor
RS-550
- Motor Size
- Ø35.8 × 57 mmMotor body, excluding shaft.
- Torque Range
- 44.1–49 mN·mAt max. efficiency; across published windings.
- Output Power
- 80.76–83.07 WAt max. efficiency; across published windings.
- Typical Applications
- Massage equipment / Air pumps / Power tools
Brushed DC Motor
RS-555
- Motor Size
- Ø35.8 × 57 mmMotor body, excluding shaft.
- Torque Range
- 29.4–31.85 mN·mAt max. efficiency; across published windings.
- Output Power
- 24.61–38 WAt max. efficiency; across published windings.
- Typical Applications
- Motorized curtain systems / Water pumps / Robotic cleaning equipment
Brushed DC Motor
RS-550SL
- Motor Size
- Ø35.8 × 65 mmMotor body, excluding shaft.
- Torque Range
- 51.94–58.8 mN·mAt max. efficiency; across published windings.
- Output Power
- 78.5–98.46 WAt max. efficiency; across published windings.
- Typical Applications
- Paper shredders / Coffee machines
Brushed DC Motor
RS-735
- Motor Size
- Ø42 × 53.5 mmMotor body, excluding shaft.
- Torque Range
- Configuration-dependentContact us for specifications.
- Output Power
- Configuration-dependentContact us for specifications.
- Typical Applications
- Household appliances / Power tools
Details to confirm
Specifications & drawings →
Brushed DC Motor
RS-785
- Motor Size
- Ø42 × 70.3 mmMotor body, excluding shaft.
- Torque Range
- Configuration-dependentContact us for specifications.
- Output Power
- Configuration-dependentContact us for specifications.
- Typical Applications
- Electric saws
Details to confirm
Specifications & drawings →
Brushless DC Motor
HYBL-45S-18V10K240W
- Motor Size
- Ø45 × 32.7 mm body48.6 mm overall reference; confirm selected drawing.
- Torque Range
- Configuration-dependentContact us for specifications.
- Output Power
- Configuration-dependentContact us for specifications.
- Typical Applications
- Vacuum cleaners / Power tools / High-speed fans
Details to confirm
Specifications & drawings →
Brushed DC Motor
RS-977
- Motor Size
- Ø52 × 69 mmMotor body, excluding shaft.
- Torque Range
- 49–88.2 mN·mAt max. efficiency; across published windings.
- Output Power
- 28.46–144 WAt max. efficiency; across published windings.
- Typical Applications
- Lawn mowers / Power tools / Car air pumps
No product series match these filters. Try another model or clear the filters.
Questions from OEM Equipment Buyers
Can the same motor be used in different appliances?
Different appliances may start from the same series, but their loading, winding and mechanical interfaces can differ. Compare the full configuration and evaluate it in the intended mechanism before approval.
Can we discuss a noise requirement?
Include the target, operating load, installation and measurement method in the inquiry. A motor-only description does not establish the sound level of the complete appliance.
What is useful when the appliance drawing is not finished?
Send the mechanism concept or reference motor with available space, supply, required loaded speed and torque, operating cycle and expected quantity. The initial review can identify the missing integration details.
Bring us the motor requirement for your next product.
Send your preferred model or the working point, installation drawing and expected quantity.
- Supply voltage, loaded speed and torque
- Shaft, mounting and installation requirements
- Sample quantity and expected project demand
A drawing, reference motor or application brief is a useful starting point.
Open the full inquiry page →Request an OEM Motor Quote
Tell us about your equipment and the motor you need.