Compare our sensors
Not sure which sensor is the right fit? Select up to three sensors to view technical comparison.
Bending shear beam force sensors
With a specialized bending beam design, shear beam force sensors are designed to provide high accuracy shear force measurements in a wide range of applications. These sensors measure both tensile and compressive forces, making them versatile for complex measurement requirements. We offer a range of these precision sensors, ideal for use in industrial automation, materials testing and structural monitoring, ensuring reliable and accurate performance even in demanding environments.
The appropriate bending shear beam force sensor
Bending shear beam force sensors stand out for their exceptional accuracy and stability, making them ideal for critical applications requiring precise load measurement. Engineered for durability, these sensors maintain consistent performance even under challenging conditions. Available in a range of configurations and output options, they integrate seamlessly into existing systems, enhancing both operational efficiency and data accuracy. Whether monitoring forces in manufacturing or assessing loads in structural applications, these bending shear beam force sensors are designed to meet your exact requirements.
-
High accuracy and stabilityAlthen's bending shear beam force sensors deliver exceptional accuracy and stability, ensuring precise measurements for critical applications in industrial automation and material testing.
-
Robust and durable designEngineered to withstand harsh operating conditions, these sensors feature a rugged construction that ensures long-lasting performance and reliability, even in demanding environments.
-
Versatile application rangeCapable of measuring both tension and compression forces, Althen's bending shear beam force sensors are suitable for a wide variety of applications, from structural monitoring to load assessment in manufacturing processes.
Considerations for selecting bending shear beam force sensors
When choosing bending shear beam force sensors for your application, several important factors should be considered to ensure optimal performance and compatibility:
- Load capacity: Choose a sensor that can handle your application’s maximum force requirements to ensure both reliability and accuracy.
- Prioritize accuracy and sensitivity: For applications where precise measurements are essential, such as quality control or research, select a sensor that aligns with your accuracy needs.
- Select compatible output type: Ensure the sensor’s output format works seamlessly with your control systems, simplifying integration and data handling.
- Consider environmental suitability: Choose a sensor designed to perform under your specific environmental conditions, like temperature extremes, dust, or exposure to chemicals.
- Focus on durability: In high-use or demanding settings, opt for a sensor known for its durability and longevity.
By evaluating these key factors, you can select the most suitable bending shear beam force sensor for your needs, ensuring reliable operation and accurate measurements in your application.
Contact us today to explore our range of bending shear beam force sensors and find the ideal solution tailored to your specific requirements.
Can we help you with your project?
Please feel free to contact us for questions and more information.
Frequently asked questions about Bending shear beam force sensors
Answers to the most important technical questions
What is the difference between bending beam and shear beam force sensor?
The main difference between bending beam and shear beam load cells lies in how the sensing element deforms under load. In a bending beam load cell, the applied force causes the sensing element to bend elastically, while a shear beam load cell measures force through shear strain within the element. Bending beam load cells are well suited to precise tensile and compression force measurement as well as weighing applications with controlled force introduction. Shear beam load cells are commonly used in more robust industrial applications and for higher loads, for example in platform scales, tank and silo weighing systems, and process plants. Both designs rely on the elastic deformation of the sensing element to measure force accurately. The right choice depends on factors such as the required measuring range, installation conditions, load direction, and environmental conditions.
What measuring ranges are available for bending beam and shear beam force sensor?
Bending beam and shear beam load cells are available for a broad range of capacities, from loads of just a few tens of kilograms to high forces in the kilonewton range. Depending on the model, bending beam load cells are available from 20 kg or 75 kg, while shear beam versions are available up to 10,000 kg or 160 kN. This makes them suitable for applications ranging from precise weighing and dosing to robust force and load measurement in industrial systems, platform scales, tank and silo weighing systems, process plants, and test benches. The right choice depends on factors such as the required measuring range, tensile or compression loading, safety margin, installation conditions, and environmental conditions.
What protection ratings are available for bending beam and shear beam force sensors in demanding environments?
Depending on the model, bending beam and shear beam load cells are available with protection ratings up to IP67 or IP68. IP67-rated versions are suitable for applications exposed to dust, splashing water, and moisture, while IP68 versions provide a higher level of protection for harsher environments. Examples include the FTKL shear beam load cell with IP67 protection and the FCOL bending beam load cell with IP68 protection. When selecting the right version, factors such as moisture, dust, temperature exposure, cleaning processes, and possible chemical exposure should be taken into account.