[High Precision Hall Sensor]: This N20 encoder motor with high precision 7PPR hall sensor ensures that it can accurately capture the rotation information of the motor. The tight design and strong anti-interference make it ideal for industrial automation and robotics. [Precision Craftsmanship] This N20 10mm shaft gear motor with encoder embodies precision craftsmanship, utilizing M0.15 micro-clock gear technology and undergoing 6 meticulous processes for ultimate stability and reliability in robotics, DIY projects, and CNC machines. [Pure Copper Coil] The coil in this N20 miniature gear motor features 99.95% oxygen-free pure copper, enhancing electrical conductivity and ensuring superior performance and durability, ideal for high torque applications in Arduino and Raspberry Pi projects. [High Torque Magnets] Crafted with high torque magnets and advanced materials, this N20 gear encoder motor delivers smooth torque and minimal magnetic decay over extended use, perfect for precision robotics, RC cars, and DIY electronics projects. [Manufacturer Warranty] Backed by experienced and reliable manufacturing processes, each motor is a testament to quality. If there are any quality issues or customized requirements, please contact our customer service at any time! Parameters:
Model: GA12-N20-S0310D-E
Motor Body Type: DC Brushed Motor (BDC)
Rated Voltage: DC 12V / 6V / 3V (Optional)
Motor Weight: 12g (approx.)
Motor Length: 44mm (Only 12V 30RPM / 6V 15RPM / 3V 7.5RPM) / 40mm (Others)
Shaft Size: 3mm(diameter) * 10mm(length)
Shaft Shape: D-Cut, 2.5mm(thickness) * 9.5mm(length)
Motor Use Temperature: 0℃-50℃
- Motor Storage:
- Temperature: 0℃-40℃
- Humidity: 15%-90% RH
Encoder Specifications:
Input signal: Square wave AB phase
Encoder voltage: DC 3.3~5V
Hall response frequency: 100kHz
Basic pulse number: 7PPR
Pin Functions:
- M1: Motor Power Supply – (Switch M1 and M2, motor rotation direction reversed)
- GND: Encoder GND
- C1: Encoder A Phase (The motor outputs 7 times Motor Reduction Ratio pulses for each cycle of rotation)
- C2: Encoder B Phase
- VCC: Encoder Power Supply + (DC 3.3~5V, VCC and GND must not be connected incorrectly)
- M2: Motor Power Supply +
Notes:
1. Suitable Voltage: Proper voltage can make the motor get the best performance and service life, you can reduce the voltage then the speed, current, torque will decrease proportionally, and too high voltage will shorten the life of the motor and lead to burn out.
2. Motor Wiring: Normally the positive (+) pole of the motor is connected to the positive pole of the power supply, and the negative (-) pole of the motor is connected to the negative pole of the power supply, and switch the positive and negative poles then the motor will rotate in the opposite direction.
3. Prevent Overloading: Keep within the rated load range, overloading will lead to excessive motor current, overheating or even burning of the motor.
Package:
Per items:
- 1 x Motor with Encoder
- 1 x Encoder Wire (about 150mm length)
Model: GA12-N20-S0310D-E
Motor Body Type: DC Brushed Motor (BDC)
Rated Voltage: DC 12V / 6V / 3V (Optional)
Motor Weight: 12g (approx.)
Motor Length: 44mm (Only 12V 30RPM / 6V 15RPM / 3V 7.5RPM) / 40mm (Others)
Shaft Size: 3mm(diameter) * 10mm(length)
Shaft Shape: D-Cut, 2.5mm(thickness) * 9.5mm(length)
Motor Use Temperature: 0℃-50℃
- Motor Storage:
- Temperature: 0℃-40℃
- Humidity: 15%-90% RH
Encoder Specifications:
Input signal: Square wave AB phase
Encoder voltage: DC 3.3~5V
Hall response frequency: 100kHz
Basic pulse number: 7PPR
Pin Functions:
- M1: Motor Power Supply – (Switch M1 and M2, motor rotation direction reversed)
- GND: Encoder GND
- C1: Encoder A Phase (The motor outputs 7 times Motor Reduction Ratio pulses for each cycle of rotation)
- C2: Encoder B Phase
- VCC: Encoder Power Supply + (DC 3.3~5V, VCC and GND must not be connected incorrectly)
- M2: Motor Power Supply +
Notes:
1. Suitable Voltage: Proper voltage can make the motor get the best performance and service life, you can reduce the voltage then the speed, current, torque will decrease proportionally, and too high voltage will shorten the life of the motor and lead to burn out.
2. Motor Wiring: Normally the positive (+) pole of the motor is connected to the positive pole of the power supply, and the negative (-) pole of the motor is connected to the negative pole of the power supply, and switch the positive and negative poles then the motor will rotate in the opposite direction.
3. Prevent Overloading: Keep within the rated load range, overloading will lead to excessive motor current, overheating or even burning of the motor.
Package:
Per items:
- 1 x Motor with Encoder
- 1 x Encoder Wire (about 150mm length)