Please contact us Please contact us Nuclear analog differential pressure transmitter - FYC - K3
ref : FYC - K3 Discover
Premium quality in every product
Local service near you
Customer support every step of the way
Seamless technical communication
Hydrostatics is a science that deals with the properties of vacuum, liquid and vapor.
This discipline relies on the action of the pressure exerted by the fluid on its surface to determine the heights or volumes involved.
The principle of hydrostatics was developed in the 16th century by an Italian mathematician named Evangelista Torricelli (1608-1647). It is one of the fundamental principles of hydraulics.
Hydrostatic level sensors measure hydrostatic pressure, which is proportional to the measured liquid level.
Consisting of a pressure-measuring cell, the sensor's stainless steel or other diaphragm reacts to changes in level.
The force exerted by the diaphragm is converted by the hydrostatic level sensor into an analog electrical output signal.
The relationship between the height h of the liquid and the hydrostatic pressure P in a liquid at rest and at atmospheric pressure, can be written as follows:
The pressure measured by the level pressure sensor is proportional to the liquid column. For example, for a water level measurement in a tank, the pressure varies by 100 mbar per meter of water column. For a tank height of 12 meters, the level sensor measures a pressure of 1.2 bar gauge to the sensor membrane.
Hydrostatic level measurement involves determining the height of a liquid using the hydrostatic pressure exerted by the liquid on its surface.
The higher the liquid level, the higher the measured pressure applied to the diaphragm. There are two different methods for measuring hydrostatic level.
A gauge pressure transmitter measures the static pressure at a low position in the reservoir. This pressure is then converted to height using the hydrostatic level equation.
In closed vessels, a second measurement is required to measure the pressure of the gaseous atmosphere (air or gas above the liquid being measured). A differential pressure transmitter measures the differential pressure at two different points in the tank, where the tank is subjected to a pressure different from atmospheric pressure. The measuring cell calculates the pressure difference between these two points to determine the liquid level.
For accurate hydrostatic level measurement, the specific weight of the product in the tank or reservoir and gravity must be taken into account.
Hydrostatic pressure transmitters is preferred for applications where the liquid density is constant.
Common industrial applications for level measurement using pressure transmitter hydrostatic are as follows:
Hydrostatic level probes use proven measurement technology and offer a number of advantages, including :
When choosing a hydrostatic pressure level sensor, it is important to know the following parameters:
The choice of hydrostatic level sensor will depend on these parameters. The scale of the sensor's measuring cell, and the materials of construction such as Stainless Steel 316, Hastelloy C and Monel, all need to be adapted to ensure reliable, accurate measurement over time.
Fuji Electric manufacture state-of-the-art hydrostatic pressure transmitters that meet the specific needs of different industries. These field instruments include the diaphragm seal pressure transmitter and the hydrostatic level transmitter.
Fuji Electric's diaphragm seal pressure transmitter is designed for accurate pressure measurement in harsh and corrosive environments. This hydrostatic level sensor offer excellent long-term stability, high turndown ratio and accuracy, making it an ideal choice for demanding industrial applications.
Fuji Electric's pressure level sensor is specially designed for liquid level measurement. This sensor offers high precision, corrosion resistance and exceptional durability even under extreme conditions.
These products offer benefits such as :
The hydrostatic level sensors are essential to ensure that theefficiency and safety of industrial processes that require precise liquid level measurement. The solutions offered by Fuji Electric, such as the diaphragm seal pressure transmitter the retractable level transmitter and the hydrostatic pressure level sensor are reliable, technologically advanced tools that can be used in a variety of industries to solve common problems associated with liquid level measurement.
By choosing Fuji Electric as your trusted hydrostatic level transmitter supplier for these essential products, you benefit not only from high quality hydrostatic sensors, but also from a solid partnership and dedicated technical support to ensure the success of your projects.