PTH902-035F-103B1

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Rotary Potentiometers, Rheostats, are electrical devices with a wide range of applications. They are widely used in many applications ranging from measuring signals for temperature control to adjusting volume on audio systems. The PTH902-035F-103B1 is a product from this group, which is designed to measure resistive signals.

The PTH902-035F-103B1 is a two-way rotary potentiometer with a 10k ohm resistance and a typical operating temperature of 0-140 degrees Celsius. It can be used in applications that require the adjustment of resistance values. It has a total range of 90° rotation which is divided into 10 individual revolutions. The resistance value is adjusted by rotating the knob.

The device is made of a durable metal casing encapsulated inside a plastic coating. It is designed to be used outdoors or in damp or dusty areas. The knobs and shaft are made of brass and the resistive element is made of Nichrome wire. The device also features a dust cover and a polarity switch. The polarity switch allows the user to select the positive or negative polarity of the device.

The PTH902-035F-103B1 is typically used to measure resistive signals in a range of applications. It can be used in industrial temperature control systems, automotive or marine applications, medical equipment, and laboratory instrumentation. It is also useful for measuring voltage, current, and other parameters.

The working principle of the PTH902-035F-103B1 is simple. As the knob is rotated, the resistive element passes through different resistance values. This changes the signal that is measured. The device also features an off-zero adjustment feature which allows you to adjust the zero-point in order to obtain accurate results.

In summary, the PTH902-035F-103B1 is a two-way rotary potentiometer with a 10k ohm resistance and a temperature range of 0-140 degrees Celsius. It is used to measure resistive signals and is suitable for use in a variety of applications. Its working principle is simple and the device has an off-zero adjustment feature for accurate results.

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