Description
- [DURABLE MATERIALS] Crafted from copper , brass , and zinc alloy , this motor is sturdy and for long-lasting , ensuring a longer service life . The 3 layers of high density molecular paint coating provide insulation from dusty and resistant to high temperatures .
- [VERSATILE APPLICATIONS] The Mini Gear Motor is mainly used in electronic locks , smart cars , robots , cameras , and various other electronic devices . Its compact size and powerful output make it suitable for a wide range of applications .
- [POWERFUL BRUSH DC MOTOR] Experience a powerful and practical motor output with the Mini Gear Motor 1218GE N20 . Ideal for applications in electronic locks , smart cars , robots , cameras , and more .
- [STABLE GEAR TRANSMISSION] Enjoy stable and weargear transmissions with large torsion . The Mini Gear Motor is designed for reliables and efficient performance .
- [SIZE AND SPECIFICATION] The motor comes in a compact size , approximately 8 . 5mm x 4mm x 8mm , with a diameter of 3mm . The reduction ratios , rotate speeds , and torsion values for different voltages are detailed in the specifications , ensuring a great fit for your electronic projects .
Specification:
Item Type: Mini Gear Motor
Material: Copper, brass, zinc alloy
Model: 1218GE-N20
Motor Type: Brush DC motor
Mainly used in electronic locks, smart car, robots, cameras, etc.
Parameter: VoltageReduction ratioNo-loadLoadBlock loadRotate speedCurrentRotate speedCurrentTorsion
CurrentTorsion3V1:23616RPM30MA13RPM40MA120g.cm0.4A2.6KG.CM3V1:23630RPM30MA25RPM40MA160g.cm0.4A2.2KG.CM6V1:23635RPM50MA28RPM40MA220g.cm0.4A1.5KG.CM6V1:23670RPM60MA61RPM40MA320g.cm0.4A2.2KG.CMSize:
Approx. 8.5mm / 0.3in
Approx. 4mm / 0.2in
Approx. 8mm / 0.3in
Approx. 10mm / 0.4in
Approx. 7.5mm / 0.3in
Approx. 0.5mm / 0in
Approx. 18mm / 0.7in
Approx. 10mm / 0.4in
Approx. 12mm / 0.5in
Approx. 2.5mm / 0.1in
Approx. 18mm / 0.7in
Approx. 15.1mm / 0.6in
Diameter:
Approx. 3mm / 0.1in
Approx. 4mm / 0.2in
Approx. 12mm / 0.5in
Package List:1 x Mini Gear Motor
Note:Please allow 0.1mm error due to manual measurement. Thanks for your understanding.