Tire inflation and air pumps
Describe the pump mechanism, supply, running sequence and required pressure or flow conditions. Evaluate the motor together with the pump load rather than treating a motor-only power figure as pump performance.
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DC Motors for Automotive Auxiliary Equipment OEMs
Review the motor around the auxiliary function and its installed conditions. The original product material names car air pumps, fans, antennas, seat mechanisms and other automotive accessories.
Specify the Auxiliary Equipment Load
Vehicle auxiliary equipment has its own electrical, mechanical and environmental requirements. Share the actual subsystem, supply conditions, duty and acceptance requirements so the motor configuration, installation and test plan can be reviewed together.
Equipment and Drive Requirements
Fans and cleaning accessories
Car-fan and car-vacuum references need the actual air-path and installation details. Include the controller, expected running conditions and available cooling space in the motor inquiry.
Antenna, seat and tailgate mechanisms
State travel, transmission, starting load, reversal and stopping requirements for the mechanism. Confirm the shaft, mounting and any feedback needs using the selected drawing and configuration.
Recreational-vehicle water systems
The GB-2228 source also names recreational-vehicle use. Treat this as a pump application reference, then confirm the fluid, connection, operating point and equipment-specific requirements for the proposed system.
What to Define Before Selecting a Motor
Actual electrical conditions
Supply the intended voltage conditions, available current and controller behavior. Confirm the proposed motor configuration against the equipment requirements rather than assuming suitability from a nominal voltage label.
Environment and installation
State the location, enclosure, temperature, vibration and exposure conditions that matter to the equipment. The review must address the actual build; do not infer an ingress or environmental rating from an application name.
Subsystem load and duty
Describe the connected pump, fan or motion mechanism with running and starting conditions. Include travel, stops and reversals where relevant so the motor and transmission can be considered together.
Documentation and sample approval
List required tests, acceptance criteria and documents for the selected project. Legacy application mentions do not establish automotive qualification; confirm available evidence and evaluate the agreed sample in the subsystem.
Related Motor Series
Compare the complete configuration, dimensions and operating point before selecting a motor for your auxiliary equipment.
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-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-755
- Motor Size
- Ø42 × 60 mmMotor body, excluding shaft.
- Torque Range
- 58.8–72.03 mN·mAt max. efficiency; across published windings.
- Output Power
- 55.87–105.6 WAt max. efficiency; across published windings.
- Typical Applications
- Electric hammers / Pruners / Grass trimmers
Brushed DC Motor
RS-775
- Motor Size
- Confirm selected drawing66.5 mm body reference; diameter differs between source drawings.
- Torque Range
- 55.37–102.9 mN·mAt max. efficiency; across published windings.
- Output Power
- 52.21–206.8 WAt max. efficiency; across published windings.
- Typical Applications
- Power tools / Diaphragm pumps / Garden tools
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
DC Diaphragm Pump
GB-2228
- Motor Size
- Configuration-dependentContact us for the matching drawing.
- Torque Range
- Not applicablePump selection uses flow and pressure.
- Output Power
- Configuration-dependentContact us for specifications.
- Typical Applications
- Spraying systems / Fluid-transfer systems / Water-supply systems
Details to confirm
Specifications & drawings →No product series match these filters. Try another model or clear the filters.
Questions from OEM Equipment Buyers
Do automotive references mean every motor is automotive qualified?
No. They are uses named in the legacy product material. Specify the subsystem and required qualification or documentation, and confirm the evidence available for the selected configuration.
Can a published air-pump motor figure define the full pump performance?
No. Pressure, flow and motor load depend on the complete pump and its operating conditions. Provide the pump requirements and evaluate the proposed motor in that assembly.
What should we send for an auxiliary-equipment motor review?
Provide the function, electrical conditions, loaded working point, duty, environment, mechanical interface and expected quantity. Include the required tests and acceptance documents rather than assuming a general vehicle-use approval.
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.
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