5711R1KL.5CT

Rotary Potentiometers, Rheostats

5711R1KL.5CT Application Field and Working Principle

The 5711R1KL.5CT is a rotary potentiometer, also known as a rheostat. It operates on the principle of a resistor whose resistance is adjusted by turning a shaft. This type of potentiometer is an adjustable device consisting of a rotor or wiper and a resistor track that are connected to each other.

The 5711R1KL.5CT rheostat is normally used in applications where a variable resistance is needed. It can be used in controlling or regulating the current in an electronic circuit, adjusting the voltage or current in a power supply, or as a simple audio volume control. The many applications for this rheostat include light dimmers, heaters, solar panels, motors, and battery chargers.

In operation, the rotor of the 5711R1KL.5CT is connected to the resistor track via a sliding arm. As the shaft or rotor is turned, the arm also moves across the track. This action increases or decreases the resistance depending on the direction of the turn. The resistance remains constant as the shaft is turned because the metal track is of uniform resistance.

The maximum power rating of the 5711R1KL.5CT is 1 watt. This makes it suitable for small power control applications where the current rating is less than 1 amp. The linear resistance of the rheostat ranges from 0 ohms to 1000 ohms, making it suitable for various applications.

The 5711R1KL.5CT features a thermally bonded construction. This construction ensures that the device is reliable and will last for many years of continuous use. The case and terminals on the rheostat are made of dielectric material, which protects it from electrical shorting or burning out.

The 5711R1KL.5CT rotary potentiometer, or rheostat, is an adjustable electrical device designed for controlling current, voltage, or power in various applications. Its maximum power rating of 1 watt ensures that it is suitable for controlling currents up to 1 amp in small power applications. Its linear resistance of 0 ohms to 1000 ohms makes it suitable for various applications, and its thermally bonded construction ensures reliable performance over time.