- Motor type : Single shaft motor
- Step angle : 1.8°
- Number of steps per revolution : 200
- Operating voltage : 3.1V
- Operating current : 1.14A/phase
- Torque : 4.5kg per cm
SKU: 15235HO
NEMA17 4.5kg per cm High torque Hybrid stepper motor
This hybrid stepper motor has a 1.8° step angle. This sort of motor operates in precise, repetitive stages. That's why they're known as the motor of choice. These are frequently employed in devices that need precise position control. With the use of a stepper motor driver, you can order this motor's position to move or remain stationary. This strong motor can provide 4.5kg per cm of torque at 1.14A per phase. They are very useful in a variety of applications, particularly those that need low speed and high precision. For example, printers, CNC machines, and laser cutters. Because it is a brushless DC motor, the motor's lifespan is determined by the bearings.
Features
- High accuracy
- Input pulse decides the rotation angle of the motor
- Provides good starting, stopping, and reversing
- The frequency of the input pulses determines how fast something moves.
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Frequently Asked Questions
Absolutely! Small DC motors (like 3V–12V high-speed motors) are perfect for DIY toys, robotics, and school projects, while larger motors and pumps are suitable for appliances and cooling systems.
We stock 12V DC diaphragm water pumps with up to 150 PSI pressure, suitable for sprayers, aquariums, fountains, and small-scale industrial applications. These pumps are compact yet powerful.
Consider three key factors:
· Voltage & Current Rating (e.g., 3V–12V for toys, 12V–24V for drills).
· Speed (RPM) depending on whether you need torque or high speed.
· Application Type (DIY, cooling, pumping, robotics). Our product descriptions include detailed specifications to help you choose.
Absolutely! Many of our DC motors, gear motors, and mini pumps are widely used in robotics kits, DIY cars, drones, and automation projects. They are lightweight, efficient, and easy to integrate with controllers like Arduino or ESP32.
