Fill Level Technology  Manufacturers, Traders, Suppliers

Measuring, controlling, regulating and evaluating - when it comes to pioneering automation and digitalisation technology, the ifm group of companies is a pioneer and partner. Since the company was founded in 1969, ifm has been developing, producing and selling sensors, controllers, software and systems for industrial automation and digitalisation worldwide. Today, the ifm group of companies is one of the global industry leaders with around 9,055 employees.

• High reliability due to the omission of mechanical components.
• Measurement methods: guided microwave, capacitive and hydrostatic.
• Outputs for continuous or level measurement.
• LED display for direct indication of the filling level on site.
• Suitable for common industrial and process liquids.

* High reliability due to the omission of mechanical components.
* Measurement methods: guided microwave, capacitive and hydrostatic.
* Outputs for continuous or level measurement.
* LED display for direct indication of the filling level on site.
* Suitable for common industrial and process liquids.

Requirement The levels in various containers such as pre-stack, silo, intermediate storage, mixing and process tanks must be monitored. Conversion ifm pressure sensors of the PI series are used to query the filling level and record the system pressure. Customer benefits The overload-proof and drift-free ceramic measuring cell of the highest purity (99.9%) in conjunction with an O-ring free sealing concept enable maintenance-free and long-term stable operation of the pressure sensor.

Level Monitoring Components
WAMGROUP offers a vast range of components for Level Measuring and Monitoring for powdery and granular materials stored in various types of bins, silos or hoppers.

• Bin Level Indicators - ILT Mass-produced
• Continuous Level Measurement System - ILS For all kinds of powdery or granular materials
• Bin Level Indicators - ILV For all kinds of powders or granular materials

Magnetic level gauges are mounted to the boiler where the measurement of the liquid level is desired, with different connection methods. As the liquid in the boiler rises and falls, the float in the by-pass tube also rises and falls due to the principle of combined vessels. With this movement of the float, the double-colored magnetic discs arranged in the aluminum profile outside the by-pass tube rotate around itself. The magnet inside the float is aligned with the liquid level according to the immersion depth of the float. Thus, the double-colored magnetic profile discs, on which the float changes colors, can show its level exactly
and perfectly. The magnetic profile discs turn red as the float rises, and white as the float descends. Thus, the level of the liquid in the boilers is observed most accurately.
Level gauge devices with aluminum flaps are used in boiler
and tanks with high temperature and high pressure fluid