62A01-02-060SH

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Encoders are essential components in a wide range of motion control systems and automation applications. They transmit signals, such as wheel or rotor speed, shaft position, and direction of rotation. The 62A01-02-060SH incremental encoder from Omron is a rugged and reliable encoder well-suited for use in a number of automation applications.

The 62A01-02-060SH provides a quadrature pulse signal of two channels in the form of two square waves. It includes two incremental signals A and B with 90° phase difference, and an index signal, also known as the zero mark signal, that indicates the starting point of one revolution. The encoder also features a hollow shaft type with a 6 mm (0.236”) diameter and a max. shaft bore depth of 20 mm (0.787”). The 62A01-02-060SH is mounted in place directly via a nut, zinc die-cast mounting bracket, or a flange-mounting bracket.

The primary working principle of the 62A01-02-060SH encoder is the conversion of mechanical motion into electrical signals (or pulses). It has a rotary element, usually a disk, with multiple tracks of opaque and transparent areas. A light source, such as an LED, is focused on these tracks using optics such as a lens or mirror, which reflects the light onto other optics such as photodiodes. The light emitted from the LED is then detected by the photodiodes, which generate electrical signals in response to changes in light intensity. The 62A01-02-060SH features two sets of sensors that generate two streams of pulses, both of which are shifted from one another by a phase difference of 90°.

The two sets of sensor signals are known as quadrature signals.The A and B signals produced by the 62A01-02-060SH provide information about the direction in which the encoder shaft is rotating. The A signal lags behind the B signal for clockwise rotation, while in counterclockwise rotation the A signal leads the B signal. The index pulse of the 62A01-02-060SH signals the start of one full revolution of the encoder shaft and provides an absolute reference.

The 62A01-02-060SH encoder is ideal for machines that require high precision and accuracy such as robotics, pick-and-place machines, printing press equipment, medical diagnostic equipment, and more. It is designed to operate in temperatures ranging from -20°C to +60°C and can withstand shock and vibration up to 190 m/s². The encoder is designed for use with DC pulse drivers (a type of motor drive) and is available in both NPN (normally open) and PNP (normally closed) configurations.

The 62A01-02-060SH incremental encoder is an excellent choice for a variety of applications, providing accurate and reliable results across a range of temperatures and conditions. It is especially well-suited for harsh or extreme environments and is easy to install and maintain. With its robust construction and superior performance, the 62A01-02-060SH encoder is an ideal solution for a variety of automation applications.

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