PH10-3,81

PH10-3,81 is a type of widely used industrial process measurement tool which combines modern technologies for measurement and testing with an eye to efficiency, safety and reliability. The PH10-3,81 encompasses a highly sensitive capacitive pressure-measuring system. This system uses two parallel plates surrounded by a dielectric material with a hole in the center. The plates are integral to the PH10-3,81 and range from 1/4" to 11/2" and measure from 10 to 3000psi. The goal of the PH10-3,81 is to measure the change in capacitance of the two plates, which is the main factor for measuring changes in pressure.

The working principle of PH10-3,81 is based around the variation of the capacitance of the two plates. When the plate is exposed to the external pressure, the dielectric material between the two plates causes the distance between them to slightly increase. This increase in distance causes the measured capacitance to change in proportion to the pressure of the external environment. When the distance is greatest, the measured capacitance will be the largest. By monitoring the capacitance in this way, the PH10-3,81 can accurately measure and monitor pressure in various industrial processes.

The application field of PH10-3,81 is mainly limited to monitoring and reporting pressure in industrial processes. The device can be used to monitor and report pressure in a range of locations, from small laboratory testing settings to large-scale industrial processes. By making use of its highly sensitive capacitive measuring system, PH10-3,81 is able to detect and record even the slightest pressure changes. It is capable of responding quickly when necessary information is needed, and its small size allows it to be installed in tight, difficult places. The PH10-3,81 is highly reliable and can be used for an extended period of time without any need for maintenance.

In conclusion, the PH10-3,81 is a versatile and reliable device for pressure measurement and testing. Its small size, capability to measure from 10 to 3000psi, and its quick response time make it an obvious choice for industrial processes. Its highly sensitive capacitive system provides an accurate and dependable measure of the pressure in the external environment. Its application field is mainly limited to pressure measurement in industrial processes, but it is also useful in laboratory settings where measuring pressure changes is important.