The 12v NEMA 17 stepper motor can be used to move something in a precise angular measurement, or in a specific linear measurement! This means that with every step there is a very specific increment that can be turned, it is perfect for all your precision turning projects. The term “NEMA 17” also places that motor model in a standard size class, so it’s easy to find mounting brackets, etc.
How to wire a NEMA 17 stepper motor 12VIn the following, we would like to explain how we have wired our NEMA17 stepper motors for 12v operation and which cable is supplying which connection. Conventional motors have four wires which must be connected to motor driver. The motor driver paragraphs receive input from a microcontroller or other type of control system to actuate the motor in a desired direction and speed.
Applications for a 12v NEMA 17 Stepper Motor There are many projects that require an NEMA 17 stepper with 12 volts, but the most popular is a RepRap, and a Passive time keeping project.
These 12v NEMA 17 stepper motors are perfect for all kinds of small machines and robots. They're regularly used in 3D printers, CNC machines, remote control airplanes, robotics and camera sliders. They are also employed in automation systems, medical devices and many other types of industrial equipment that depend on precisely controllable movement.
There are few things to consider when trying to make the most out of 12v NEMA 17 stepper motor. First, be sure to select appropriate motor driver and power supply for good performance. Also, appropriate calibration of the motor and use of the right step sequence may improve accuracy and efficiency. Proper care and lubrication of the motor will also help extend its life.