8136R50KL.25

Rotary Potentiometers, Rheostats are versatile components used to control resistance. The 8136R50KL.25 is a type of rotary potentiometer well suited for numerous applications in audio equipment, motion triggered alarms, automotive engines, and laboratory power supplies. This particular model has been designed for applications requiring precision control over the different levels of current.

The 8136R50KL.25 consists of a wear-resistant, corrosion-resistant stainless steel shaft connected to a malleable plastic wiper that slides along a resistive track. As the flexible wiper moves along the track, it simulates a resistive divider, allowing for the adjustment of the electrical resistance on the track. When the wiper is adjusted, the resulting resistance affects the output of the device.

The 8136R50KL.25 also has an optional self-stop feature that allows the wiper to only move along the track up to a certain resistance level. This feature is especially beneficial for applications that require a set resistance level and cannot be easily monitored or adjusted as needed.

The 8136R50KL.25 has a variety of applications and uses. It can be used in audio and video equipment, including amplifiers, speakers, and digital audio processors. In automotive engineering, the 8136R50KL.25 can be used to regulate fuel injection, spark timing, and temperature. In laboratory power supplies, the 8136R50KL.25 can be used to adjust the output in experiments with current levels of up to 50K ohms.

The working principle of the 8136R50KL.25 is simple yet effective. When the shaft turns, it causes the wiper to many to move along the resistive track. This in turn adjusts the resistance of the track, allowing for a precise adjustment of the output of the device. It is important to note that the 8136R50KL.25 is not intended for reverse-polarity use, which means it should not be connected to a device that will draw current in reverse.

In summary, the 8136R50KL.25 is a versatile rotary potentiometer available in different resistance levels for multiple applications. With its optional self-stop feature, it is an ideal choice for applications requiring precision control and a set level of resistance. Its similar working principle makes it a practical option for a multitude of different projects.