GU2011S26 Potentiometers, Variable Resistors

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The GU2011S26 is a field-of-application rotary potentiometer (also known as a rheostat) that is used to measure voltage signals in circuit applications. It is a rheostat that features a rotary element with a six-sided contact surface. This unique six-sided contact surface provides several advantages over other types of single-contact rheostats.

The primary advantage of the GU2011S26 is its ability to provide a much higher level of accuracy in measuring voltage signals. This is because the six-sided contact surface has the potential to transfer more power into the voltage signal than single-contact rheostats. Additionally, the GU2011S26’s six-sided contact surface provides a more dependable path for the voltage signal to travel, which helps to reduce interference from external sources.

The GU2011S26 works on the principle of the sliding contact. A rotary element is fitted between two surfaces, the inner one of which is a six-sided contact surface and the outer surface of which is an insulation surface. As the rotary element is turned, a “wiper” moves along the six-sided contact surface, providing a varying amount of resistance by varying the contact area of the two surfaces. This varying resistance is measured as a voltage signal, which is then sent to the control board.

The GU2011S26 is ideal for applications requiring precise voltage readings, as it offers a much higher level of accuracy than other types of rheostats. Additionally, its six-sided contact surface makes it highly resistant to interference from external sources. As such, it is a popular choice for use in a variety of circuit applications, such as motor control, measurement systems, robotics, and medical equipment.

In conclusion, the GU2011S26 is a field-of-application rotary potentiometer (or rheostat) that is designed to measure voltage signals in circuits. Its six-sided contact surface provides several advantages, including a higher level of accuracy and a more dependable path for the voltage signal to travel. Additionally, its resistance to interference makes it ideal for a variety of circuit applications.

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