Anderson-Negele LD3xiC
Load Disc Compression Weighing odule | Food, Beverage and Dairy
Weighing Systems, Level Sensor
The High-Precision Process Expert: Up to 0.03% accuracy in dynamic content control through weight measurement, extremely robust design with cage.
The LD3xiC Load Disc “Heavy Duty” weighing systems dynamically measure the content level based on the container weight and precisely indicate even the smallest changes. The sensor is integrated in an extremely robust base housing, which compensates for e.g. static imbalances of the vessels and thermal expansion. This makes LD3xiC ideal for process, stirring and mixing vessels in food and industrial applications
- Reliable, high-precision measurement even under alternating loads: Measurement accuracy up to 0.03% at loads from 5,000 to 10,000 kg.
- Extremely robust: The sensor is integrated in a cage that compensates for movement and imbalances.
- Flexible: Also for interchangeable vessels, e.g. ingredient containers.
- Always precise: Unlike level meters, thermal or density changes do not affect the measurement result.
- Can be relied upon: Kistler-Morse pioneered load cell technology. This is still the standard for load and content measurement in many industrial sectors.
- Ideal for process, stirring and blending vessels in food and industrial applications.
- The LD3xiC consists of a LD3xi Sensor integrated into an extremely
robust cage, which compensates for e.g. static imbalances of the
vessels and thermal expansion. - LD3xiC (with cage) for loads from
5,000 to 11,500 kg. - Optionally with ATEX approval.
In many processes, precise level measurement is difficult using conventional methods.
The Load Disc weighing systems dynamically measure and output the content based on the weight and precisely indicate even the smallest changes.
They are firmly fastened between the container feet and the foundation. They thus enable highly accurate content monitoring in all types of process or storage containers, including, for example, vessels with mixing or stirring devices. Due to their compact, sanitary design, they can be cleaned according to sanitary requirements in food or life science applications.
Dependable, high-precision measurement: The solid, tightly bolted mounting under the load-bearing supports ensures the stability and precise measurement of all containers, even agitated or blending vessels under operation, storage hoppers with uneven loading, outdoor tanks under wind load, horizontal storage tanks, and are tilt and even earthquake proof.
Unique mounting versatility: Various, three-dimensional adaptive mounting systems allow for:
customization to container type, process and environmental conditions, floor misalignment up to 3° compensation of movements due to thermal expansion, vibrations, or tilting loads.
Flexible: Precise measurement is also possible for interchangeable containers, e.g. for ingredients, with corresponding gusset supports.
Temperature independent: Unlike level sensors, thermal or density changes do not affect the precision of the measurement.
You can rely on it: Kistler-Morse pioneered load cell technology. In many markets, this is still the standard for load and content measurement for a wide range of inventory and process tanks and vessels.
Unique mounting versatility: Various, three-dimensional adaptive mounting systems allow for:
customization to container type, process and environmental conditions, floor misalignment up to 3° compensation of movements due to thermal expansion, vibrations, or tilting loads.
Flexible: Precise measurement is also possible for interchangeable containers, e.g. for ingredients, with corresponding gusset supports.
Temperature independent: Unlike level sensors, thermal or density changes do not affect the precision of the measurement.
You can rely on it: Kistler-Morse pioneered load cell technology. In many markets, this is still the standard for load and content measurement for a wide range of inventory and process tanks and vessels.
