3352K-1-200LF

Thumbwheel Potentiometers are commonly used as position sensors in industrial applications. This type of potentiometer is designed to allow for easy, accurate and repeatable positioning with minimal effort, and can be used to control and monitor systems with extreme accuracy.

The 3352K-1-200LF is a digital thumbwheel potentiometer offering high performance and reliability. It is designed for applications in demanding environments such as automotive, agriculture and manufacturing. The unit offers a wide range of options, including linear and logarithmic output, an LED display, and adjustable control speed.

The 3352K-1-200LF has a dual-function design that provides both digital and analog output. The digital output is provided in the form of a PPM code, which represents the current position of the potentiometer. The analog output is provided in the form of a voltage, making it suitable for applications that require precise voltage control. Both the digital and analog outputs are compatible with a range of microcontrollers, allowing for easy integration into existing systems.

The 3352K-1-200LF thumbwheel potentiometer is designed to be mounted directly on the target surface. It features a built-in friction wheel and a large, easy to read thumbwheel. The friction wheel ensures that the thumbwheel remains fixed in position at all times, providing accuracy and repeatability for even long distance runs. The thumbwheel can be adjusted by rotating it in either direction, allowing for precise control of the target position.

The 3352K-1-200LF is highly reliable and durable. It is manufactured using a high-grade, heavy-duty steel housing, and features a long-lasting primary spiral spring for optimum performance. It is also designed to withstand temperatures from -25°C to +85°C for extended periods of time, making it suitable for a wide range of applications.

The 3352K-1-200LF thumbwheel potentiometer is ideal for applications requiring precise control and accurate positioning. It offers excellent accuracy and repeatability, and is suitable for a wide range of applications, from automotive to agriculture and manufacturing. Its compatibility with digital and analog outputs, as well as microcontrollers, make it easy to integrate into existing systems.