0936010588

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0936010588 or commonly known as linear stepper motor, is a motor which converts the rotational motion into linear motion. Linear stepper motors are widely used in various industrial applications, such as printing and packaging, manufacturing automation and medical imaging. It can also be found in hobbyist uses, such as CNC and 3D printer applications.

In terms of construction, the linear stepper motor consists of two major parts: a stationary electromagnet, which is positioned behind a rotating armature. The motor is essentially composed of a set of coils that make up the electromagnet and a slider with a rotating shaft or armature, which move along a linear path in line with the magnetic field created by the coils.

The working principle of the linear stepper motor lies in the interaction of the magnetic field created by the coils and the motion of the armature. When the coils are energized, they generate an alternating magnetic field, which causes the armature to move in a straight line. As the armature moves, it pushes against an external force such as a coil spring or a mechanical linkage, which furthers the linear movement.

The two main components of the linear stepper motor, the coil and the armature, are usually acting in a way called a "servo", which means that the linear motor moves in a predetermined manner that is determined by the program that controls it. It is important to note that when the armature passes through each coil of the electromagnet, the same amount of force is applied to the armature regardless of the position of the armature.

The linear stepper motor\'s magnet field can also be controlled, thereby producing a range of controlled forces. This range of forces is known as the "torque range", which is expressed in units of Newton-meters (Nm). This range of torque is used to control the speed and acceleration of the linear motor. The higher the torque range, the greater the range of linear motion that can be created.

The linear stepper motor can be controlled either directly or through an external resistor loop, which adjusts the voltage applied to the coils. This voltage can be adjusted to change the speed of the linear motion. The linear stepper motor is also capable of reverse motion, which is when the coils of the electromagnet are energized in the opposite direction. This reverse motion can be used for a variety of purposes, such as unclamping a device, releasing a clamp, and reversing a linear motion.

The linear stepper motor is one of the most versatile motors available today, and it plays an important role in many industrial applications. Whether it is used in a printing and packaging plant, a manufacturing automation system, or a medical imaging device, the linear stepper motor is an essential component in many of today\'s modern-day equipment.

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