Flow sensors for liquids - Import export

EGE flow rate sensors for the flow rate detection of 1...10 l/min feature one-piece measuring tubes with an inner diameter of 4...10 mm from highly resistant stainless steel V4A (1.4571). For particularly aggressive media EGE offers special materials, such as bronze, Hastelloy, titanium or even PTFE. The devices can either be set up intuitively using a potentiometer and LED indications or easily programmed using buttons and a multi-segment display. EGE flow rate sensors can be installed in circuits with corresponding pipe diameters using threaded fittings or compression fittings. The provide excellent measuring results wherever the safe, robust and low-maintenance monitoring of low flows is required.

EGE flow rate sensors for the flow rate detection of 0...1 l/min feature one-piece measuring tubes with an inner diameter of 3.5 mm to 4 mm from highly resistant stainless steel V4A (1.4571). For particularly aggressive media EGE offers special materials, such as bronze, Hastelloy, titanium or even PTFE. The devices can either be set up intuitively using a potentiometer and LED indications or easily programmed using buttons and a multi-segment display. EGE flow rate sensors can be installed in hoses or circuits with small pipe diameters using threaded fittings or compression fittings. The provide excellent measuring results wherever the safe, robust and low-maintenance monitoring of low flows is required.

EGE flow rate sensors for the flow rate detection of 10...100 l/min feature one-piece measuring tubes with an inner diameter of 20 mm from highly resistant stainless steel V4A (1.4571). For particularly aggressive media EGE offers special materials, such as bronze, Hastelloy, titanium or even PTFE. The devices can either be set up intuitively using a potentiometer and LED indications or easily programmed using buttons and a multi-segment display. EGE flow rate sensors can be installed in circuits with corresponding pipe diameters using threaded fittings or compression fittings. The provide excellent measuring results wherever the safe, robust and low-maintenance monitoring of low flows is required.