62N11-020C

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Encoders are a type of transducer that transform information from one form to another. In particular, rotary encoders measure rotational displacement by outputting a signal via electrical pulses as the shaft turns. This is commonly used in motion control applications such as robotic arm joints, elevator systems, and more. An example of a rotary encoder is the Baumer’s 62N11-020C Incremental Rotary Encoder.

The 62N11-020C is a Single-turn, incremental rotary encoder for a shaft diameter of 6mm and a shaft length of 10mm. The encoder can be mounted without a shaft, threaded hole, or notch. It operates at a resolution of 50 to 250 pulses/revolution (PPR). This makes the 62N11-020C ideal for many motion control applications such as conveyor belts, printing presses, and machine tool positioning.

This encoder operates on a simple working principle. It has three main components: an outer stator ring, a rotor, and the sensing element. As the shaft rotates, it passes between two groups of radially mounted terminals on the rotor. This is detected by the sensing element and generates a sequence of A/B pulses, depending on the direction of the rotation. The pulse rate is proportional to the speed at which the shaft is rotating. The ratio of pulse count to shaft rotation is known as resolution.

The 62N11-020C is also highly adjustable to fit various application specifications. This incremental rotary encoder offers several programming options, such as a reference pulse output which allows the system to reset itself or reset its count at any position. The encoder also supports pulse-division, meaning that the output pulse rate can be divided by a pre-set amount. Lastly, the encoder supports quadrature pulses, which is the output of two distinct pulses (A/B) in reference to a reference pulse (Z), in order to determine the direction and speed of shaft rotation.

Overall, the 62N11-020C incremental rotary encoder is an advanced and reliable solution for any motion control application. It is capable of generating pulses at high speeds, as well as offering programming options such as reference pulse output, pulse division, and quadrature pulses. This makes it an ideal choice for factory automation, robotics, and more.

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