62C1511-02-020S

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Encoders are simple mechanical or digital devices used to measure angular position, velocity or acceleration. They essentially act like a sensor, providing an analog or digital output corresponding to the position of an object. Encoders are used in many applications such as robotic motion control, automotive chassis control and automated production machinery control.

The 62C1511-02-020S is a type of rotary encoder that measures rotational position and speed. It is a contact-less encoder, meaning it does not require direct physical contact with rotating parts to detect position. Instead, a non-contact optical measuring system is used.

The 62C1511-02-020S consists of a lower-profile sensor head and an integrated circuit, which are mounted onto the shaft of the moving part. The sensor head contains an infrared LED and a photodetector array. As the device rotates, a coded disk mounted on the shaft produces a series of light pulses as each tooth passes the LED. The corresponding output of each tooth is detected by the photodetector array and converted to an electrical signal which is outputted as a pulse. This pulse can then be used to measure rotational position and speed.

In terms of applications, the 62C1511-02-020S is suitable for a range of motion control applications such as robotics, factory automation and CNC machines. It is capable of measuring a range of speeds and can be used in a variety of environments including extreme temperatures, high humidity, vibration or shock.

In summary, the 62C1511-02-020S is a non-contact rotary encoder that is suitable for use in a range of motion control applications. It uses an optical measuring system to detect position and generate output pulses corresponding to the position of the moving part. The pulses obtained from the 62C1511-02-020S can then be used to measure position and speed.

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