Low Speed High Torque Motor Mini N20 Motor Gearbox DC12V 270Rpm With Encoder

is crafted with high-quality steel plate, ensuring durability and reliability. It undergoes precision machining across seven lathe processes, complemented by four secondary auxiliary treatments for enhanced performance.

This N20 gearbox motor boasts excellent wear resistance, high-temperature tolerance, and vibration resistance, delivering efficient and stable operation. Each motor comes equipped with a screw, a nut, and a protective case. The protective casing is made of premium black plastic, featuring a double-riveted design to prevent detachment at high speeds.

Comparing normal motor ,gear motor has higher torque than brushed motor without gearbox.3V–12V Mini N20 Motor Gearbox DC Electric Lock

Mini N20 Motor Gearbox DC12V 270Rpm With Encoder Motor Dimension

Lower Output Power N20 Gearbox Motor DC Model :

Medium Output Power N20 Gearbox Motor DC Model (MP):

High Output Power N20 Gearbox Motor DC Model :

The above list of parameters is a general parameter, if different needs can be processed according to requirements.

Mini N20 Motor Gearbox DC Encoder Parameters:

Precision Motion Control: The Versatile Applications of N20 Geared Motors with Encoders

N20 geared motors with encoders represent a compact yet powerful solution for applications requiring precise motion control and feedback. These miniature workhorses excel in both consumer appliances and industrial automation systems where reliable performance in constrained spaces is essential.

Key Technical Specifications:

• Compact dimensions: 10×12×15.1mm (motor), 10×12mm (gearbox)

• Metal gear construction for enhanced durability

• Wide operating range: 3-24V DC input

• Adjustable output: 5-2000 RPM

• Torque output: 5-2500 g-cm

• Flexible reduction ratios: 5:1 to 600:1

Encoder Options for Precision Control:

1. Hall Effect Encoders

   • 3 pulses per motor revolution

   • Provides 300 pulses per output revolution at 100:1 ratio

   • Ideal for general precision applications

2. Optical Encoders (High-Precision Option)

   • 48 pulses per motor revolution

   • Delivers 4800 pulses per output revolution at 100:1 ratio

   • Suitable for ultra-precise positioning systems

Industrial and Consumer Applications:

• Home Appliances: Powering intelligent systems in dishwashers, range hoods, and garbage disposals

• Food Processing Equipment: Driving mechanisms in juicers and meat grinders

• Sanitary Ware: Precise actuation in smart toilet systems

• Cleaning Automation: Core component in robotic vacuum cleaners

• Industrial Robotics: Joint actuation in compact robotic arms

Performance Advantages:

• Space-Efficient Design: Enables integration in tightly packaged devices

• Precision Motion Control: Encoder feedback ensures accurate positioning

• Quiet Operation: Optimized gear design minimizes acoustic noise

• High Torque Density: Delivers substantial torque relative to size

• Customizable Configurations: Multiple reduction ratios and encoder options

Implementation Examples:

1. In automated production lines, N20 motors provide reliable indexing and positioning

2. DIY enthusiasts utilize these motors for custom robotics projects

3. Medical equipment manufacturers incorporate them in compact diagnostic devices

4. Automotive systems employ them for precise actuator control

The combination of miniature dimensions, robust construction, and encoder options makes the N20 geared motor particularly valuable for engineers designing next-generation smart devices. Whether developing consumer products or industrial automation systems, these motors offer an optimal balance of precision, power, and reliability.

Customization Options Available:

• Special winding configurations

• Alternative encoder resolutions

• Custom shaft modifications

• Specific gear ratio requirements

• Environmental sealing options

For applications demanding precise motion in compact form factors, the N20 geared motor with encoder support provides an engineered solution that meets both performance and space constraints.