REL12K5

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Rotary Potentiometers and Rheostats are two commonly used passive equipment that are used for numerous applications in various industries. The REL12K5 is a type of device that is used in these two categories but with a distinct advantage over them. REL12K5 is the ideal choice when it comes to precision in measuring electrical parameters, as it provides the highest accuracy and repeatability when set in motion. It is commonly used in electronics as well as automotive and industrial applications such as gauge readings, speed control and voltage controls. REL12K5 works on the principle of resistance readings. It differs from the traditional Potentiometers and Rheostats in that it has an adjustable shaft which allows for higher resistance measurement readings. This is due to the rotation of the shaft, allowing for more precise readings. As the name implies, REL12K5 is made of two non-matching resistors which are connected in-series to the adjustable shaft. This arrangement allows for a measure of electrical resistance with the help of two fixed adjusted resistors. Additionally, the two resistors are connected so that when the adjustable shaft is rotated, the resistance can be adjusted accordingly. REL12K5 is widely used in applications such as speed control, engine performance regulation, speed controllers, gas pressure monitors, water pressure monitoring, voltage regulators, and temperature sensors. The device is designed to provide accurate measurements of electrical parameters such as current, voltage, frequency, and power. The unique feature of REL12K5 is that it has the ability to accurately measure resistance in a wide range of temperatures. This is due to its two adjustable resistors which allow for fine-tuning of the resistance values even under extreme temperature conditions. In summary, REL12K5 is a unique device that offers numerous practical advantages. It offers precision and repeatability when measuring electrical parameters such as current, voltage, frequency, and power. Additionally, it is able to accurately measure resistance in a wide range of temperatures. As such, it is a great choice for applications in both automotive and industrial environments.

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