LU7-145-500

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The LU7-145-500 is a linear stepper motor often used in manufacturing assembly machinery. It can move vertically and horizontally, as well as in fractional steps to ensure accuracy in the assembly of any product. The motor works by relying on electromagnetic energy that is provided by electrical coils located inside the motor body.

The linear motor works similarly to the way the spinning motor operates. Electromagnetic energy is supplied to the windings that move in a linear direction across the pole pieces, thus creating a magnetic field. This movement causes the rotor to rotate, and as it does, it turns the shaft and the attached load.

The linear stepper motor works on two fundamental principles. In its simplest form, the motor will move in discrete steps, driven by the current from the windings. A more sophisticated approach involves the programmed control of the current from the windings to achieve smoother control, which is ideal for applications that require precise positioning or speed control.

The LU7-145-500 linear stepper motor is ideal for use in robotic systems, automatic lathes, and other applications where accurate and rapid motion is required. These motors have a wide range of applications and can be found in a variety of industries, including automotive, industrial, and medical. The LU7-145-500 linear stepper motor is a reliable and efficient motor, with a long life expectancy, making it suitable for many applications.

The motor\'s built-in controller allows for a wide range of adjustments to be made for smooth motions and improved system performance. The motor can be programmed for linear motion in one, two or three dimensions, with customizable ends and speed of rotation. Additionally, this motor is suitable for both synchronous and asynchronous applications.

Finally, the LU7-145-500 linear stepper motor\'s benefits include low-cost operation, high accuracy, low-noise operation, and a long motor life. These features make the motor an excellent choice for a wide range of applications, from robotic systems to medical technology.

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