KPTC1F10-6PD

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The KPTC1F10-6PD, or precision ceramic pressure transducer, is a modern and versatile device used in a variety of applications requiring a precise and accurate measure of pressure. This transducer can be used for industrial and medical applications, including fluid level monitoring, pressure control and sensing, as well as flow measurement. This device is also used for cryogenic temperature measurements.

KPTC1F10-6PD transducer consists of a ceramic pressure sensitive element that reacts to changes in pressure. The ceramic element provides the basis for the sensitivity and accuracy of this transducer. This element is wrapped with a Wheatstone bridge and a stainless steel tubes for protection purposes. The output voltage of the transducer is then changed by the amount of pressure differential it experiences and is then adjusted by a set of rods. This set of rods, along with a number of other components, make up the transducer’s operating system.

The KPTC1F10-6PD is an excellent device for monitoring pressure in both static and dynamic conditions. This device features a range of +/- 10,000 PSI, with an accuracy of 0.1% for static readings and 0.2% for dynamic readings. Additionally, the device can measure pressure fluctuations in excess of 1,000 Hz and has the capacity to measure temperatures from –4°F to 350°F. Moreover, it has adjustable thresholds that allow the device to be adjusted for specific applications. As a result, this device is suitable for a variety of industrial and medical applications.

One of the most popular uses of the KPTC1F10-6PD is in vehicle emission monitoring systems. In this type of system, the transducer is used to measure pressure in the exhaust manifold so that the emission levels can be monitored and adjusted accordingly. Additionally, the device can also be used to monitor fuel injection systems, as well as the performance of fuel filters. Furthermore, this transducer is also used in aerospace applications, such as monitoring fuel and oil pumps in jet engines.

The KPTC1F10-6PD is also well suited to medical applications, such as monitoring of patient vital signs. This device can measure physical parameters such as blood pressure, pulse, as well as respiration and temperature. Additionally, the device also has the capability to measure the flow of liquids through catheters and other medical tubing.

The primary working principle of KPTC1F10-6PD lies in its ability to measure the pressure differential change. As pressure changes, the ceramic element is deformed, thus changing the output voltage of the transducer. This output voltage is then used to determine the values of pressure, temperature, and other parameters that are being measured. This device is capable of accurately measuring a range of values, and is very reliable in both static and dynamic conditions.

In conclusion, the KPTC1F10-6PD is a precision ceramic transducer that is designed for use in a variety of industrial and medical applications. This device is capable of accurately measuring a range of parameters, including pressure, temperature, flow, and other vital signs. Additionally, the transducer’s operating system provides excellent accuracy and reliability in all conditions. Furthermore, the device is suitable for both static and dynamic applications, making it an ideal choice for a variety of uses.

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