27.7mm 6000rpm RS360 12V 24V Small DC Electric Motors Dual Shaft For Hair Drier
The RS360 Dual Shaft Motor is a versatile and high-performance micro DC motor designed for a wide range of applications. With a 27.7mm diameter and a speed of up to 6,000 RPM, this motor is perfect for DIY projects, robotics, model building, and more. Operating at 12V–24V, it delivers reliable and efficient performance in a compact package.
Dual Shaft Design:
Features front and rear shafts (2.3mm diameter) for versatile coupling options and easy integration into various systems.
High-Speed Performance:
Delivers speeds of 2,400 RPM at 6V and 81,000 RPM at 12V, making it ideal for high-speed applications.
Compact & Lightweight:
With a motor diameter of 27.7mm and a length of 32.5mm, it is perfect for space-constrained projects.
Weighs approximately 55 grams, ensuring easy handling and installation.
Durable & Reliable:
Made with high-quality materials, the motor is shockproof, wear-resistant, and high-precision, ensuring long-lasting performance.
Wide Voltage Range:
Compatible with 6V–24V, offering flexibility for various power supplies and applications.
RS360 Dual Shaft 12v DC Electric Motors Techincal Parameters:
Model: RS-360 double shaft vibrating motor
Shaft Type: Dual Shaft
Shaft Diameter: 2.3mm
Shaft Length: Free-Customization (L)
Motor Body Diameter:27.7mm
Motor Body Length: 32.3mm (Without shaft length)
Voltage Range: DC 3V-24V
Front Steps Diameter:10mm
Front Step Height: 2.6mm
Diagonal Installation Pitch: 16mm
Mounting Hole Size: M2.6*0.45
Mounting Holes: 2 Holes
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To help customers communicate their customization needs more effectively with manufacturers, here are key considerations when ordering custom micro motors:
Clearly define the motor's main specifications, including:
Motor Model or Dimensions: Length, shaft diameter, and overall size.
Electrical Parameters: Voltage, speed, and torque requirements.
Eccentric Wheel: Size and material preferences.
Gearbox: Output speed and torque specifications.
Lifespan: Expected operational lifespan under specific conditions.
If available, provide technical drawings, parameter sheets, or sample motors to the manufacturer. These details help assess the feasibility of customization and ensure accurate design.
Provide detailed information about the motor's intended use, such as:
Product Type: What device or system will the motor be used in?
Working Environment: Operating conditions (e.g., temperature, humidity, vibration levels).
This information helps engineers propose suitable motor solutions and optimize the design for your specific application.
Customizing micro motors involves a complex production process with multiple steps. Most manufacturers have minimum order quantity (MOQ) requirements. Ensure your order quantity meets the production threshold to avoid delays or additional costs.
If you have a budget constraint, communicate it upfront. This allows the manufacturer to select appropriate materials and design solutions that align with your cost expectations while maintaining quality and performance.