PEC12-2125F-N0012

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: PEC12-2125F-N0012

Encoders are one of the most fundamental components of a motion control system. They provide feedback for position, velocity, and acceleration of a system. The PEC12-2125F-N0012 encoder is a high-quality, cost effective encoder used in a wide range of motion control applications for measuring the position or speed of rotating objects. This encoder provides high resolution, excellent linearity, and reliable sensing capability.

Application Field

The PEC12-2125F-N0012 encoder is commonly used in the following applications: process control and automation, medical equipment, aircraft, aerospace, and more. It is suitable for rotating shafts and cylinders, and can measure position or speed of objects. It is also used in motor control, motion control, and robotics.

Working Principle

The PEC12-2125F-N0012 encoder utilizes optical technology to measure displacement or speed of objects. The encoder has two main components: an optical code wheel and an optical sensor. The code wheel has multiple sectors, each of which is partially transparent and tracks the rotation of the shaft. The sensor detects the light variation of the code wheel and sends data signals to the processor. The processor decodes and measures the displacement or speed from these signals.

The encoder has two data outputs. The first output is a switch closure mode that produces two levels of pulses per revolution. The second output is a sinusoidal sine-wave mode that produces a sine wave proportionally to the shaft rotation.

Conclusion

The PEC12-2125F-N0012 encoder is a reliable, cost effective solution for measuring rotation or displacement of objects. It is suitable for a wide range of applications, such as process control and automation, motor control, motion control, and robotics. It utilizes optical technology to measure displacement or speed, and has two data outputs for switch closure and sinusoidal sine-wave modes.

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