DC Motors

A DC motor is an electric motor that runs on direct current (DC), it has ability to operate at a wide range of speeds and high starting torque

19 products

A DC motor converts electrical energy into mechanical motion using electromagnetism. When electricity flows through the motor’s internal wiring, it creates a magnetic field that pushes against another magnetic field inside the motor, causing the rotating part to spin. This spinning motion is what powers different machines. By changing the amount of electricity flowing through the motor, we can control how fast or strong the motor spins.

Explore comprehensive selection of high-torque DC motors engineered for diverse project requirements, delivering exceptional speed, torque, and dependability. Our inventory features Round DC Toy Motor Dual Shaft High RPM units for versatile dual-output applications, alongside 12V Johnson DC gear motor available in both Grade A and Grade B quality options at 200 RPM and 1000 RPM respectively, for reliable torque delivery.

For compact solutions, discover our 3V 2000RPM High Speed DC Toy Motor and N20-3V-200 RPM Micro DC Metal Gear Motor perfect for space-constrained designs. Our DC24V 7058RPM RP-360 DC Motor provides ultra-high speed performance for demanding applications, while the Big Motor offers substantial power output for heavy-duty tasks.

Performance enthusiasts will appreciate our 550 10400 RPM High Torque DC Motor combining exceptional speed with robust torque characteristics, and the Mabuchi RS-555PH Motor DC12V-36V delivering large torque across a wide voltage range for maximum flexibility.  

DC motors used in a wide range of devices, such as DIY electronic projects like Arduino projects, household appliances like fans, mixers, and vacuum cleaners. It’s also used in electric vehicles

 

Price Table of DC Motors in India

Product

Price

3V 2000RPM High Speed DC Toy Motor

Rs. 16/-

Micro Vibration Motor

Rs. 43/-

30 RPM 12V Centre Shaft DC Geared Motor

Rs. 145/-

DC24V 7058RPM RP-360 DC Motor Micro High Speed 360-ST Motor

Rs. 262/-

Robocraze DC6V 100rpm GM12-N20 Miniature Gear Motor with Metal Gear

Rs. 298/-

Vibration Motor

Rs. 40/-

CCW Motor for RC Drone Quadcopter

Rs. 424/-

1. What is a DC motor and how it works?

A direct current motor (DC motor) is an electrical machine that converts electrical energy into mechanical energy. The input electrical energy in a DC motor is direct current, which is converted into mechanical rotation.

2. What are the 3 types of DC Motors?

Permanent Magnet DC Motors: The permanent magnet motor uses a permanent magnet to create field flux. This type of DC motor provides great starting torque and has good speed regulation

Series DC Motors: Series DC motors create a large amount of starting torque, but cannot regulate speed and can even be damaged by running with no load.

Shunt DC Motors: In shunt DC motors the field is connected in parallel (shunt) with the armature windings. These motors offer great speed regulation due to the fact that the shunt field can be excited separately from the armature windings

3. How does a DC motor work?

DC Motor contains a permanent magnet and a current coil placed in between. When the current flows through the coil, a magnetic force is generated by the current-carrying conductor thereby inducing a rotational force due to the magnetic interaction between the permanent and the conductor.

4. What is the difference between AC and DC motors?

DC Motor

AC Motor

A DC (direct current) motor is a type of rotatory electric motor that converts direct current (DC energy) into mechanical energy.An AC (alternating current) motor is an electric motor that is powered by an alternating current (AC).
DC motors are classified into two types: those with brushed DC Motors and brushless DC MotorsAC motors are classified into two types: synchronous AC motors and induction motors.
DC motors are always self-starting in nature.A three-phase AC motor is self-starting, whereas a single-phase AC motor requires a starting mechanism.
The armature rotates in DC motors while the magnetic field remains stationary.In AC motors, the armature remains stationary while the magnetic field rotates.
The armature winding current of a DC motor can be changed to control the speed.The frequency of an AC motor can be changed to change its speed.
DC motors respond quickly to changes in load.AC motors respond slowly to changes in load.
The DC motor's efficiency is high because there is no slip or induction current loss.The induction current loss and motor slip reduce the efficiency of the AC motor.

5. Which is better - a DC motor or an AC motor?

In an AC motor, energy comes from magnetic fields generated through coils wrapped around the output shaft. AC motors consist of several parts, including a stator and rotor. AC motors are efficient, durable, quiet and flexible, making them a viable solution for many power generation needs.

The energy used by a DC motor comes from batteries or another generated power source that offers constant voltage. DC motors are made up of several parts, the most notable of which include bearings, shafts, and a gearbox or gears. DC motors offer better speed variation and control and produce more torque than AC motors.

AC motors are preferred for applications where an AC electrical signal is obtainable

6. Where is a DC motor used, as opposed to an AC motor?

DC motors are used in a wide range of applications, including electric wheelchairs, handheld sprayers and pumps, coffee machines, off-road equipment, and many more.

7. How to identify a DC motor?

DC motors are compact and will only have two terminals +ve and -ve, while AC motors will have three terminals R, Y, and B

8. What are the advantages of a DC motor?

DC motors are compact, easy to operate, and are very cheap compared to all the other types of motors

9. How to connect 4 DC motors?

DC motors can be directly connected to a +ve and -ve terminal in parallel provided the source can supply enough voltage and current to run the motors. To overcome this limitation, motor drivers are typically used to drive motors, to ensure ample supply of current and prevent damage

10. How to replace an AC motor with a DC motor?

A DC motor will need a DC source instead of an AC, so full wave bridge rectifier would have to be added between the AC source and DC motor to run the DC motor