37GB-545 DC 12V 70RPM Gear Reducer Motor with Encoder Geared Reduction Motor
- Stock: In Stock
- Model: ST220012668
- SKU: ST220012668
$22.99
Ex Tax: $22.99
Descriptions:
37GB-545 DC 12V micro gear reduction motor with encoder speed dial reducer
37GB-545 DC 12V micro gear reduction motor with encoder speed dial reducer
Specification:
Voltage: DC 12V
Size(approach):
Output Shaft Dia.: 6mm
Axis Length: 12mm
Axle Shaft Length: 21mm
Applications: For intelligent self-balancing double-balanced two-wheeled vehicles, smart home appliances, Output Shaft Dia.: 6mm
Axis Length: 12mm
Axle Shaft Length: 21mm
robots, camera rocker electric paper-cutting paper machines, etc.
Wiring:
Red: Motor power + positive (change can control motor forward and reverse)
Black: Code power - negative (positive and negative can not be connected incorrectly 3.3-5V)
Yellow: Signal feedback (11 signals from the motor)
Green: Signal feedback (11 signals from the motor)
Blue: Encoder power + positive (positive and negative can not be connected incorrectly 3.3-5V)
White: Motor power - negative (change can control motor forward and reverse)
Parameter:
Package Included:
1pc x 12V Micro Reduction Gear Motor
More Details:
Parameter:
Voltage | RATIO | No-load | Rated-load | Stall | |||||
Current (A) | Speed(rpm) ±10%rpm | Torque (kg.cm) | Speed(rpm) ±10%rpm | Current (A) | Torque (kg.cm) | Current (A) | L Size (mm) | ||
DC 12.0V | 1:90 | ≤0.2 | 70 | 7.2 | 58 | ≤1 | 35 | 5.0 | 24 |
Features:
- All the gear of metal mechanism
- All the gear of metal mechanism
Wear resistance, strong resistance to torsion, smooth transmission, compact structure.
- D-shaped double axis
D-shaped double shaft, excellent thermal conductivity.
- Hall D-type encoder, 3-layer high-density molecular coating effectively isolates dust and has 10 times the life expectancy of ordinary layers.
- Frequent blocking or frequent start-up and upset are not recommended in the process of use, which will significantly reduce the service life.
Package Included:
1pc x 12V Micro Reduction Gear Motor
More Details: