Single flange level transmitter

The single-flange liquid level transmitter can accurately measure the liquid level density of various containers and tanks. It has two types: flat flange and inserted flange. It is suitable for measuring high-viscosity media or suspended liquids. The installation flange of this product is in accordance with the standard. The flange has " and " specifications. The flange grade is divided into " and ". If the user adopts the standard, please indicate it. Wetted diaphragm materials include Hastelloy Monel tantalum, etc. If the user does not indicate otherwise, the installation flange and wetted diaphragm materials will be supplied.
Because the isolation diaphragm is very thin and is a weak link in corrosion resistance, the liquid-contacting diaphragm materials include Hastelloy Monel tantalum, etc., which can be applied to the anti-corrosion requirements of different situations. According to the concentration, humidity, and pressure of the measured medium Other parameters are suitable for the corrosion resistance reference table given in the appendix for reasonable selection. For highly corrosive situations, a transmitter with anti-corrosion structure can be selected. If not specified by the user, the mounting flange and wetted diaphragm materials will be supplied.
Measuring range of single flange liquid level transmitter
Differential pressure
Static pressure
Main features of single flange liquid level transmitter
Simple structure without any movement Or elastic components, so the reliability is extremely high and the maintenance is minimal.
The built-in structure is easy to install and does not require any special tools.
Easy to adjust the zero range. The two potentiometers can perform zero point migration or range change at will within the effective range of liquid level detection. The two adjustments do not affect each other.
Widely used for liquid level measurement in high temperature, high pressure, strong corrosion and other media.
Applicable working conditions
It is necessary to isolate the high-temperature medium from the transmitter
The high-volume medium will corrode the sensitive components of the transmitter.
Floating liquid or high viscosity medium
The measured medium solidifies or crystallizes due to environmental or process temperature changes.
Changing the measured medium requires strict purification of the measuring head.
The measuring head must be kept clean and hygienic.
Liquid level measurement of sealed pressure vessels.