62C1111-02-100S

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Encoders: 62C1111-02-100S

Application Field

The 62C1111-02-100S encoder is a versatile and reliable position sensing device ideal for a wide range of applications. Its compactness, easy installation, and robust construction make it well suited for even the most demanding environments. This encoder provides accurate and reliable feedback in industrial and commercial applications, such as printing silk-screening, cutting, and machining. It can also be used for applications that require high precision measuring, such as on automated production lines or in facility automation.

Working Principle

The 62C1111-02-100S encoder works on the principle of magnetism and inductance. The device consists of two parts, an induction coil and a permanent magnet. When the induction coil is placed in the magnetic field created by the permanent magnet, electrical signals are induced in it. These signals are then transmitted by the encoder to a controller or a digital device, which can be programmed to interpret these signals and sense the position of the encoder in relation to its fixed reference point.

This encoder operates by sensing magnetic fields. It has two juxtaposed fixed magnets and an induction coil that act as a magnetic field detector. When the encoder is activated, the induction coil moves within the magnetic field. As the coil moves, it generates electrical signals that are sent to a controller or a digital device. The controller or the digital device is then programmed to interpret the signals and to provide a position feedback.

The 62C1111-02-100S encoder provides a highly accurate and reliable feedback on position. This is due to its robust construction and reliable operation. The encoder is resistant to shock and vibration, and it is designed to maintain accurate performance over lengthy usage. This device is also highly reliable, allowing for easy maintenance and replacement. In addition to all this, it has the added advantage of being able to measure precise angles, making it ideal for use in applications such as robotics, machine vision systems, and medical devices.

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