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17mm Diameter DC Brushed Coreless Motor

This 17mm brushed coreless motor is a high-speed drive unit for compact mechanisms that need fast response and simple DC control across 6V–24V supply systems.

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  • 17mm Diameter DC Brushed Coreless Motor Featured Image
Specs

Key Features

This model focuses on direct-drive speed and simple brushed control, making it suitable when you do not need a gearbox but still need a compact coreless motor for fast motion.

  • 17mm coreless brushed motor targets direct-drive designs where high RPM matters
  • Brushed structure supports simple DC drive and straightforward control integration
  • Wide applied voltage range (6V–24V) supports multiple supply architectures and platform reuse
  • High no-load speed reference helps with early motion planning for small fans, impellers, or fast actuations
  • Stall current reference supports driver sizing and protection threshold planning
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
DM1726001 12V 9000±10%rpm 12mA MAX. 6700±10%rpm 250mA MAX. 9.8 2000mA

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

Why Choose us

SLW Motor Highlights

  • High-Speed Coreless Output Without a Gearbox

    This motor is positioned for direct-drive use where you want speed and quick response without added gearbox length or reduction losses.

  • Simple Brushed Drive for Compact Electronics

    A brushed coreless motor supports simple DC drive designs and reduces controller complexity when commutation electronics are not desired.

  • Current Boundaries for Driver Selection

    No-load and rated current references support driver sizing, while stall current provides the peak boundary for protection and fault handling.

  • Speed Tolerance Reference for Motion Consistency

    The ±10% speed tolerance reference helps you plan realistic performance in small mechanisms where load variation affects RPM.

Custom

Beyond the Standard: Performance Customized

  • 01
    Speed Target Planning for Your Load
    We align your target RPM window to the rated speed reference so the motor operates in a stable range for your load type.
  • 02
    Driver and Protection Threshold Mapping
    We map your controller limits around rated and stall current to reduce overheating risk during startup, stalls, or repeated cycling.
  • 03
    Voltage Selection for Response and Thermal Margin
    We confirm your supply voltage strategy so acceleration and steady-state behavior match your duty profile within 6V–24V constraints.
  • 04
    Mechanical Fit and Mounting Clearance Review
    We check your mounting envelope and shaft interface requirements so the motor integrates cleanly into your housing without side-load issues.
  • 05
    Duty Cycle Adaptation for Continuous vs Intermittent Use
    We evaluate your run time pattern to reduce thermal buildup and maintain stable output across repeated cycles.
  • Speed Target Planning for Your Load
  • Driver and Protection Threshold Mapping
  • Voltage Selection for Response and Thermal Margin
  • Mechanical Fit and Mounting Clearance Review
  • Duty Cycle Adaptation for Continuous vs Intermittent Use

Custom Now

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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.

What kind of applications suit a 17mm coreless motor without a gearbox?
It fits direct-drive mechanisms that need high RPM and fast response, especially where a gearbox would add length or complexity.
How should I interpret the no-load speed value?
No-load speed is measured without external load. Your actual speed will drop under load depending on resistance and duty profile.
What does stall current tell me?
Stall current is a peak boundary for driver sizing and protection. You should avoid operating at stall continuously.
Is this motor easy to control?
Yes. As a brushed DC motor, it supports straightforward DC drive and basic speed control methods.
What information helps confirm suitability quickly?
Share your target RPM, load type, supply voltage, and duty cycle (continuous vs intermittent).
Contact Us

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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