RHL10RE

Rotary potentiometers (RHL10RE) are one of the most commonly used resistive transducers for measurement and positioning. They provide a linear output voltage proportional to the angular position of a mechanical shaft or component. In order to accurately measure and control position, the rotary device must have a reliable output voltage as well as a range of sizes and features.

A RHL10RE rotary potentiometer is a type of adjustable or variable resistor used to measure electrical resistance, usually expressed in ohms. A RHL10RE consists of a spindle that acts as its rotating shaft. As the shaft is turned, the resistance of the device varies in proportion. The resistance values are the result of the spindle turning in contact with a resistive material applied to the base of the device.

The RHL10RE rotary potentiometer offers a wide range of features and functions. It is commonly used to measure angular positions and it provides a linear output voltage that is proportional to the angular position of a mechanical shaft or component. The output voltage is typically used to provide feedback to electronic circuitry, such as a servo or digital-to-analog (DAC) circuit. It can also be used as a control signal for more complex systems, such as precision containers.

RHL10RE rotary potentiometers are designed to operate in a wide range of applications, such as measurement and positioning, voltage regulation, speed control, and current control. The device is also highly accurate; it can provide reliable output in the presence of vibration and other physical movements up to a certain range. Additionally, the RHL10RE is a low cost solution for accurate control input in many applications and can handle current up to several amps.

The working principle of a RHL10RE rotary potentiometer is simple. As the spindle is turned, the resistance of the device increases or decreases in proportion. This is due to the fact that the resistive material applied to the base of the device is compressed and deformed in relation to the movement of the spindle. When the shaft is in its mechanical center “null” position, the device will have zero output voltage. As the shaft is turned, the resistive material is proportionally compressed or deformed, causing the output voltage to increase or decrease in proportion.

The output voltage is a representation of the mechanical angular position of the shaft. It is usually expressed as a percentage. For instance, if the mechanical position of the shaft is at 90 degrees, the output voltage would read as 100%. The accuracy of the RHL10RE is also very good, with output voltages following the mechanical positions in a very repeatable and smooth manner.

RHL10RE rotary potentiometers have many advantages. They are an inexpensive, reliable, and accurate solution for linear and angular position measurement and control, as well as voltage, current, and speed regulation. They are easy to install and can be used in a wide variety of applications. Additionally, the device is highly accurate and can provide reliable outputs in the presence of vibration and other physical movements up to a certain range.