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22mm Diameter DC Brushed Coreless Motor

This 22mm brushed coreless DC motor is designed for 6–24V systems where you anchor selection to a 24V configuration with defined “MAX” current limits, balancing a 5.7k rpm rated-speed target and a 2.0A stall boundary.

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  • 22mm Diameter DC Brushed Coreless Motor Featured Image
Specs

Key Features

This model is a brushed coreless motor platform defined by a 24V performance point and "MAX" current limits, making selection straightforward when driver protection and current budgeting matter as much as speed.

  • 6V–24V applied range supports broad low-voltage DC architectures while the data anchors at 24V
  • Rated speed is listed as 5700±10%rpm, providing a working-speed target rather than relying on free-run speed
  • No-load current and rated current are specified as MAX values, defining electrical ceiling behavior for driver and thermal planning
  • Stall torque and stall current set the jam/fault boundary so protection strategy is designed up front
technical Specs

Motors Specifications

Motor Model Rated voltage No-load speed No-load current Rated speed Rated current Stall torque Stall current
VDC r/min mA r/min mA g.cm mA
DM2232001 24V 7150±10%rpm 14mA MAX. 5700±10%rpm 380mA MAX. 465g.cm 2000mA

For additional customization or reference configurations, please feel free to contact us.

Why Choose us

SLW Motor Highlights

  • 24V Speed Target Anchors Selection

    Rated speed at 5700±10%rpm gives a clear working window for mechanisms that need consistent high-speed output at 24V.

  • “MAX” Current Limits Define Electrical Ceiling

    No-load and rated currents are specified as MAX, which shifts selection toward current-limit compliance and thermal margin planning.

  • Stall Boundary Defines Protection Behavior

    Stall current at 2000mA and stall torque at 465g.cm set the boundary conditions for jam events, current limiting, and fault recovery strategy.

  • Low No-Load Current Signals Light-Load Efficiency

    No-load current is listed as 14mA MAX., helping estimate baseline draw when the mechanism runs lightly loaded.

Custom

Beyond the Standard: Performance Customized

  • 01
    “MAX Current” Budget Lock-In for Driver Selection
    We start with your driver and wiring limits, then confirm the configuration stays inside your allowable current ceiling rather than assuming a fixed draw.
  • 02
    Rated-Speed Mapping at 5700±10%rpm
    We map your target operating RPM to the rated-speed line first, because using no-load speed as the target usually leads to under-torque selection.
  • 03
    24V Supply-Rail Fit Without Overdriving
    We confirm your 24V rail stability and control method so the motor does not live in over-voltage transients or under-voltage sag conditions.
  • 04
    Stall-Event Containment at 2000mA
    We define jam handling—current limit, timeout, and restart logic—so brief stalls do not create repeated overheating or brush wear events.
  • 05
    Torque Margin Planning Using Stall Torque as a Hard Boundary
    We treat 465g.cm as a boundary for worst-case mechanical load and confirm your mechanism does not routinely approach stall in normal duty cycles.
  • "MAX Current" Budget Lock-In for Driver Selection
  • Rated-Speed Mapping at 5700±10%rpm
  • 24V Supply-Rail Fit Without Overdriving
  • Stall-Event Containment at 2000mA
  • Torque Margin Planning Using Stall Torque as a Hard Boundary

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FAQ

Frequently Asked Questions

If you share your available space and the driven load type, we can help narrow the most suitable configuration quickly.

How do I choose this motor quickly?
Match your supply to 24V first, use the rated speed to confirm your target RPM, then validate that your driver can enforce safe limits near the stall boundary.
What does “MAX” current mean in the table?
It defines an upper-limit current value under the stated condition, so you should size the driver and wiring with margin rather than assuming a fixed draw.
Why is rated speed more important than no-load speed for selection?
Rated speed reflects behavior under load, while no-load speed is a free-run reference that can overstate real working RPM.
What should I share so you can confirm suitability faster?
Share your supply voltage, target operating RPM, load torque estimate, duty cycle, and your driver’s current-limit settings.
Is it suitable for repeat production?
Yes. A single defined 24V configuration with explicit ceiling currents supports consistent integration and protection design.
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Tell us your project or application requirements, and our team will get back to you with technical support, product recommendations, or a customized motor solution.

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