3360Y-1-504LF

Rotary Potentiometers, Rheostats

The 3360Y-1-504LF is a type of rotary potentiometer, also known as a rheostat. It is a three-terminal device that can be used to adjust the level of voltage or current with a rotatable shaft. A potentiometer is an electrical component that is used to control the output of a circuit, for example, the level of a voltage or current, by using the rotation of a central shaft.

Application Field

The 3360Y-1-504LF rotary potentiometer is designed for industrial grade environments. It is well-suited for signal conditioning, light dimming and motor speed control applications, as well as for use in medical, communication and automotive systems. Its knurled shaft and exposed terminals make it perfect for assembly in large-scale automated equipment.

Working Principle

The working principle of the 3360Y-1-504LF rotary potentiometer is simple and efficient. It consists of a fixed resistor, a rotatable shaft and multiple wiper fingers that are connected to the base terminals. As the shaft is rotated, the wiper fingers move across the resistor, changing the electrical resistance of the circuit. This changes the amount of voltage or current passing through the system, resulting in a corresponding change in the output.

The 3360Y-1-504LF rotary potentiometer is designed for ultra-precision operation, with a resolution of up to 10-turns per electrical degree. This allows for precise adjustment of the level of voltage or current without sacrificing accuracy or safety. It also features an integrated self-reset algorithm that prevents operation issues due to incorrect settings.

Conclusion

The 3360Y-1-504LF is a type of rotary potentiometer, also known as a rheostat, designed for industrial grade applications. It consists of a fixed resistor, a rotatable shaft and multiple wiper fingers, which allow for precise adjustment of the level of voltage or current passing through the circuit. In addition, this particular type of rotary potentiometer features a resolution of up to 10-turns per electrical degree, as well as an integrated self-reset algorithm.