62D15-01-040SH

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Encoders are electrical components that convert information from one form to another. The 62D15-01-040SH encoder is a type of incremental rotary encoder, which converts a rotational motion into electrical signals. It is a shaft encoder that operates on the principle of an inductive coil to read the position of a rotating device such as a motor shaft.

The encoder has a 200 line capacity, which means it can detect incremental changes in shaft direction and calculate position data by measuring movement from a predetermined reference. This data is then passed on as electrical signals. It offers resolution of 3600 pulses per revolution and a maximum operating speed of 4000 rpm.

The 62D15-01-040SH encoder unit is durable and comes with a rugged housing and meets CE approval for use in a range of industries. It can be easily attached to the motor shaft and is designed to provide reliable data in servomotors and stepper motor control systems. It is also designed to be insensitive to shock, vibration and electrical noise, allowing it to work reliably in hostile industrial environments.

The encoder is typically used in motor control, drive systems, automation, military and robotic applications. It can also be used for feedback in velocity and position control loops. It is designed to work with a number of motor types, such as direct current, brushless DC, and stepper motors, and has a wide operating temperature range (-40°C to +100°C) for use in harsh industrial environments.

The 62D15-01-040SH encoder can be connected to a PC through a long-distance serial interface, where data from the encoder can be collected, stored, and analyzed. This makes it easier to diagnose problems related to the encoder. The unit is built with high accuracy optics to ensure precise readings, even over long distances.

The 62D15-01-040SH encoder works by using a magnetic field generated by an inductive coil to sense the movement of the shaft. The coil is mounted around the rotating shaft, and as the shaft turns, the magnetic field changes in intensity. This change is sensed by the coil and converted into electrical signals which are then processed by the encoder and converted into output data.

The 62D15-01-040SH encoder is a reliable and durable component that can be used for a variety of applications, such as motor control, drive systems, automation, robots, and military applications. It utilizes a 200 line capacity to detect incremental changes in shaft direction and is designed to work in hostile industrial conditions. It offers an operating temperature range of -40°C to +100°C and connects to a PC via a long-distance serial interface for data collection and analysis.

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