High Torque Long Life Span FT-42PGM4260 42mm Brushless Planetary  Gear Motor Intelligent Robotic Lawn Mower Walking Motor

Product Feature:

1. Very sturdy construction inside and outside. The outside shell is well build and has excellent access to mounting M4 screws.

2. Double Ball bearing and brushless construct, even under max load , Super quiet and smooth operation and last much longer life.

3. The motor is Gear DC motor with full Steel gear or power metallurgy , you can change the wiring-connection to change motor rotation (CW / CCW);

4. The modified model of the gear motor adopts a circular straight-tooth structure, with high efficiency, large torque, long life, and silent operation

5.The reducer output shaft arranged vertically with the motor shaft, whole motor output shaft relatively-short than general gear motor, widely used to be installed the dimensions requirements strictly occasion.

Product Advantages

Definition: The gear reduction motor is based on the ordinary DC motor and is equipped with a matching gear reducer.

Features: Small size, high strength, low noise long life

Function: Provide lower speed, larger torque.

Advantage: Simplify space, increase torque, reduce speed rpm.

Important Notes

1. Motors are not allowed to be used beyond the limit of stall torque.

2. Please choose the power supply (DC: 12V/24V) reasonably according to the input voltage of the product.

3. Load torque = rated torque; load speed = rated speed when the load torque is to the rated torque; if the actual load exceeds the rated load, the actual output speed should be correspondingly reduced.

4. It is recommended to refer to the rated torque when selecting the model.

5. Damage to the internal components may occur when approaching/exceeding the limit of stall torque.

6. Reducing the motor speed will in a decrease in output torque.

7. There will be about 50db noise during the operation of the motor, which may vary slightly with the change of speed/.

Reduction ratio determines output torque! The larger the reduction ratio, the greater the torque and the lower the speed! (It's not the speed adjustment that determines if you lower the speed, the torque will decrease accordingly.)