Level transmitter LFH

Hydraulic pressure sensor

Efficient cutting disc with galvanized coated cutting edge. The grinding dust is transported thoroughly out of the joints by the lateral coating. Machines : Free-hand angle grinder

Ask for a quote

Presentation

The level probe LFH is characterized by its high quality and precise measurement technology. It is well suited for a wide application range.

The level probe LFH is designed for the hydrostatic level measurement of liquids. The LFH is a waterproof pressure transmitter that is immersed into the liquid together with its connection cable to the desired depth.

The LFH provides an analog electrical output signal that is proportional to the applied hydrostatic pressure and hence, to the immersion depth.

The level probe is available as standard with various cable lengths from 1.5 m up to 100 m. Other lengths are available upon request.

The LFH is ideally suited for applications in water/ sewerage plants, in larger liquid vessels where other level measurement technologies fail and in cases where inserting a fitting into the tank wall is not permitted or is technically unviable.

The connection cable has a PUR sheathing and contains a ventilation tube for pressure compensation relative to the atmosphere.

The maximum tensile strength of the cable is 1000 N. The sensor housing is made from stainless steel and has a plastic cap to protect the stainless steel sensor diaphragm.

To meet diverse application requirements the level probe LFH is available in a standard and an enhanced version.

The enhanced version is available with a number of options that extend the application range significantly. There is an integrated temperature measurement option using a Pt100 element, surge protection as well as a connection cable with FEP sheathing (tensile strength: 500 N).

A special advantage of the enhanced version is the so-called longitudinal water resistance feature that prevents any liquid from entering the sensor in the event of cable dam- age. In addition, this variant also allows a maximum immersion depth of up to 250 m to be realized (standard: 100 m).