Level guards

Level Sensors & Level Sensor Packages – Precision for Material Handling

Level sensors and level sensor packages are essential components for monitoring and controlling material levels in silos, tanks, and other storage systems. By ensuring accurate level measurements, these systems increase efficiency and safety across industries such as food, construction, chemical, and energy.

What is a Level Sensor?
A level sensor is a device used to measure and control material levels, whether for solids like grains or liquids in tanks. Level sensors provide reliable readings and signal when materials reach critical levels, such as maximum, intermediate, or minimum.

Components of a Level Sensor Package:

Max Sensor: Indicates when a container is full and prevents overfilling.
Intermediate Sensor: Monitors mid-levels to optimize material flow.
Min Sensor: Signals when the material level is low and needs replenishment.

Types of Level Sensors:

Rotary Paddle Sensors: Ideal for solid materials such as granules and powders. The rotating paddle stops when it contacts material, signaling the target level has been reached.
Capacitive Sensors: Suitable for both solids and liquids. These sensors detect changes in electrical capacitance, making them highly reliable and versatile.

Benefits of Our Level Sensors and Packages:

High Precision: Ensures accurate measurements regardless of material type.
Adaptable: Configurable for different materials and environments.
Safe Operation: Prevents equipment overfill or dry running.
Robust Construction: Designed to withstand harsh industrial conditions.

Applications:
Level sensors and packages are widely used in:

Food Industry: Monitoring grains, sugar, flour, and other dry bulk materials.
Chemical Industry: Managing liquids and powders in tanks and containers.
Construction Industry: Handling cement, sand, and other construction materials.
Energy Sector: Storing biomass, pellets, and other fuel materials.

With our level sensors and packages, you receive a tailored solution that ensures optimal operation, material safety, and improved process efficiency.