PEC12R-4025F-N0012

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Encoders are frequently employed in a wide range of applications for measuring motion, sensing position and executing calculations. PEC12R-4025F-N0012 encoders are used for these applications. The principle of this model is based on an optical pulse train whose waveform is sinusoidal.

PEC12R-4025F-N0012 encoders use optical sensing technology to measure the speed and position of rotating objects. They are based on a simple principle of light and dark transitions generated when light passes through a rotation disk. The dark and light transitions of the disk are read by a photoelectric module which then produces an electrical signal corresponding to the rotation speed and position.

The PEC12R-4025F-N0012 encoder is typically applied in industrial automation, lab automation, robotics and production automation. The encoder is also used in motion analysis, torque analysis, control systems and machine vision applications.

In terms of functionality, PEC12R-4025F-N0012 encoders have a resolution up to 12 bits and a speed of up to 20,000 counts per revolution. The encoder also features an integrated Hall-effect sensor with a wide operational range and robust design, making them suitable for harsh industrial environments. The housing of the encoder also includes an integrated index signal with an accurate index pulse control.

In terms of design, PEC12R-4025F-N0012 encoders feature a simple construction comprising of a multi-turn gear, a rotor and a stator. The rotor is connected to a drive shaft which is connected to a motor. A disk is attached to the rotor which is characterized by a light and dark alternating pattern. The light and dark transitions are read by the photoelectric module and then converted into electrical signals which correspond to the rotor speed and position. The stator is a three-phase linear hall-effect magnetic element which transmits magnetic pulses through the rotor when it rotates.

In terms of performance, PEC12R-4025F-N0012 encoders are capable of measuring speeds up to 20,000 counts per revolution. The high resolution of the encoder ensures accurate position and velocity measurements. The encoders also provide a high degree of accuracy and reliability due to their superior design and construction.

PEC12R-4025F-N0012 encoders are utilized in a wide range of applications such as motion analysis, control systems, robotics, torquing analysis and machine vision. These encoders offer reliability and accuracy in a variety of applications. They combine simple construction design and high resolution sensors to provide reliable and accurate results.

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