Orange 12V 300 RPM Johnson Geared DC Motor – Grade A Quality-Encoder Compatible

335.00

Features : 

  1. Grade A Quality branded Johnson DC Motor.
  2. It has a sturdy construction.
  3. Comes with a Rear shaft for encoder mounting
  4. Shaft equips metal bushes for long life.
  5. It comes with High-Quality gears.
  6. The shaft has a hole for better coupling.
SKU: OLEM0016 Category:

Description

Johnson Geared DC Motor

These are the enhanced quality motors by Orange. Orange has carefully manufactured this Johnson Geared DC Motor with the best quality material to give you said torque at said RPM.

Special attention is given to the design of the shafts, the main shaft is longer (30mm) and comes with a hole (M3) for strong and reliable coupling, and the Back shaft is compatible with all encoders.

Throughout their journey from the production line to the customer’s doorsteps, maximum efforts are taken to retain quality and performance.

Johnson Geared DC Motor is a simple DC motor coupled with Metal Gearbox for delivering more power/torque. Compact size and massive torque make them stand tall in the market.

Additionally, we made this motor encoder enabled with a rear-shaft to mount the encoder for your convenience. You can mount the encoder easily if it is needed in your application. The compatible OE-28 hall effect Encoder can be mounted to the rear shaft of the motor which acts as a feedback encoder to provide the real-time feedback of speed and rotating position of the Motor.

Furthermore, this Orange Johnson Geared DC Motor has an operating voltage of 6V to 18V. It is rated at 12V for efficient performance, provides a speed of 300 rpm and torque of 34.2 N-cm.

We are selling these branded Orange Johnson Geared Motor and also, another inferior quality Johnson geared motor AKA Made in India Johnson motors. The difference between them is the quality of the material used for manufacturing them and literally nothing else!!!! So, owing to this advantage the Orange Johnson Geared Motor provides you some more torque at the same RPM compared to the other.