PEC12-2125F-S0024

Encoders are devices that can sense position information and convert it into digital information. The PEC12-2125F-S0024 encoder is designed for high-precision, high-resolution, and high-speed angular measurement applications. It works in a variety of operating environments, such as medical, robotics, and automotive.

Function and Features

The PEC12-2125F-S0024 encoder has two independent outputs (A and B outputs) and two index outputs (Z1 and Z2). These four outputs create a pulse signal reflecting the rotation angle of the motor shaft. Output frequency ranges from 100 Hz to 300 KHz, resolution up to 24 bits, and rotation angle accuracy up to 0.0012degree. It also has a standard pulse line pair, a start signal line, a clock line, and a power supply line.

Application Fields

The PEC12-2125F-S0024 encoder is widely used in many industries, including medical, robotics, automotive, factory automation, oil and gas, and aerospace. It is suitable for applications such as remote control of optical fiber machines, remote control of temperature setting in the laboratory, motor detection, and so on.

In medical applications, the PEC12-2125F-S0024 encoder is used for precise positioning of medical equipment, such as X-ray machines and MRI machines. In robotics, it is used for precise control of robotic arms. In automotive, it is used for precise control of motor shaft rotating angle. In factory automation, it is used to measure the shape, size, and location of objects. In oil and gas, it is used for precise positioning of oil pipes. In aerospace, it is used for precision guidance systems.

Working Principle

The PEC12-2125F-S0024 encoder works by generating a pulse signal when the motor shaft rotates. The pulse signal is generated by two independent output signals (A and B), and two index output signals (Z1 and Z2). Each output signal is digital in nature, and consists of a sequence of high and low pulses. As the motor shaft rotates, the outputs generate pulse signals of different frequencies and polarities, which are then converted to digital signals and interpreted as the motor shaft’s rotation angle.

The pulse signal generated by the PEC12-2125F-S0024 encoder is precise and accurate, which is essential for accurately measuring the rotation angle of the motor shaft. Also, it has a wide application range and is suitable for use in a variety of operating environments.