Industrial radar level sensor Model ILT INDUSTRIAL RADAR LEVEL SENSOR: ILT – Industrial radar level sensor FREE-BEAM RADAR – NON-CONTACT – COMPACT he free-beam radar for level measurement emits elecT tromagnetic waves that are reflected by the surface of the material to be measured. The reflected signals are received and analysed, providing information about the level. Up to two additional switch points can be integrated to enable further switching outputs, e.g. for overflow and/or dry run protection. connector Circular Circular connector M12x1, 4-pin Cable outlet, M12 xunshielded 1, 4-pin Cable outlet, unshielded The ILT free-beam radar level sensor enables non-contact level measurement, even through plastic vessel walls. Stainless steelcase case Stainless steel Thanks to its compact design and easy handling, the model ILT radar sensor is ideal for measuring applications in industrial environments and in mobile working machines. 11 ∣ WIKA non-invasive level measurement | ILT – Industrial radar level sensor Applications Suitable for liquid, highly viscous and solid media Particularly suitable for continuous level measurement of liquids in containers and tanks Suitable for industrial applications and mobile working Special features Developed for the extreme operating conditions in mobile working machines Continuous, accurate measuring signal Compact design for easy integration Can also be installed outside a container (plastic) Adjustment functi

It has been prepared for the requirements of mobile working machines and offers high-precision measurements at temperatures of -40 ... +100 °C [-40 ... +212 °F]. Thanks to metal shielding, the sensor operates, interference-free, at field strengths of up to 100 V/m and remains reliable even with vibrations of up to 40g and shocks of up to 100g. The model ILT is particularly safe in operation, even under difficult conditions such as dust, moisture and heat. The noncontact measuring principle, combined with a maintenance-free design, ensures low total cost of ownership. Measurement from short distances:...