OPE2275H-128

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Encoders are versatile signal conditioning devices used in a wide array of industrial automation applications. They are used to measure the position, velocity, and acceleration of mechanical components, and are used in robotics, machine automation, vehicle motion control, and medical equipments such as medical imaging systems. One type of encoder is the OPE2275H-128 encoder. This article will discuss the application field and working principle of the OPE2275H-128 encoder.

The OPE2275H-128 encoder is part of the OPE2275H series of encoders, made by Omron. It is a high-precision incremental encoder that has a resolution of 128 cycles per revolution. This resolution provides a very high degree of accuracy and repeatability. The OPE2275H-128 is a compact, rugged encoder that is designed for applications which require long lifespans and high performance. It is robust and capable of operating in a very wide temperature range, from -30 to +100 degrees Celsius.

The OPE2275H-128 encoder is often used in industrial applications such as material handling, conveyors, packaging machinery, food processing equipment, and robotic systems. It can also be used in applications which require precision position sensing such as medical imaging systems, radar systems, and machine vision systems. In addition, the OPE2275H-128 can be used in motor control and feedback systems.

The OPE2275H-128 encoder operates based on the principles of incremental encoding. Incremental encoding is a type of encoding technique which is used to measure the displacement of an object. The encoder works by producing a series of pulses each time the object moves a certain distance. These pulses can then be used to measure the distance the object has moved. The OPE2275H-128 encoder produces 128 pulses per revolution, providing a resolution of 0.28 degrees per pulse.

The operation of the encoder is based on a combination of mechanical and electrical components. A stepper motor drives a mechanical disc, which contains a series of evenly spaced slots. When the disc is rotated, the slots pass in front of a neighboring electrical contact which is usually called a "transistor". The encoder produces an electrical signal each time a slot passes the contact, providing a method of counting the pulses. This allows the displacement of an object to be accurately measured.

The OPE2275H-128 encoder is a highly precise, robust encoder that is capable of operating in a wide range of industrial applications. Its high resolution provides accurate and repeatable measurements of displacement. This makes the OPE2275H-128 an important component in many machines and systems which require precision measurement.

The specific data is subject to PDF, and the above content is for reference