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Bending shear beam load cells
Engineered for precision, bending shear beam load cells provide accurate measurements in both tension and compression. Their innovative design features a bending beam configuration that allows for efficient load distribution while reducing the effects of external forces. Our extensive range of bending shear beam load cells is ideal for diverse applications, such as material testing, industrial weighing systems, and structural monitoring.
The bending shear beam load cell for your measurement requirements
Bending shear beam load cells provide exceptional accuracy and reliability, making them ideal for critical applications requiring precise measurements. Designed to withstand high loads and harsh conditions, these load cells ensure consistent performance over time. Available in various capacities and output options, our bending shear beam load cells integrate seamlessly into existing systems, enhancing operational efficiency. Whether monitoring loads in manufacturing or assessing structural integrity in construction, you’ll find the right load cell to meet your specific measurement needs.
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Exceptional precisionBending shear beam load cells provide highly accurate tension and compression measurements, ensuring reliable performance in critical applications.
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Durable constructionDesigned to withstand high loads and harsh environments, these load cells maintain consistent performance in demanding industrial settings.
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Flexible integrationAvailable in various capacities and output formats, these load cells easily integrate into existing systems, enhancing operational efficiency.
Considerations for selecting bending shear beam load cells
When choosing bending shear beam load cells for your application, several important factors should be taken into account to ensure optimal performance and compatibility:
- Load capacity: Determine the maximum load the load cell will need to measure. Selecting a bending shear beam load cell with the appropriate load capacity is crucial to ensure accurate measurements without exceeding its limits.
- Measurement range: Evaluate the required range of force measurement. Ensure that the selected load cell can accurately capture the full extent of the forces you expect to measure, including variations that may occur during operation.
- Accuracy and sensitivity: Review the specifications for accuracy and sensitivity. Higher accuracy is essential for applications requiring detailed measurements, so ensure that the load cell meets your specific performance needs.
- Output type: Consider the type of output signal provided by the load cell, such as analog voltage, current, or digital signals. Ensure that the output type is compatible with your existing data acquisition systems for seamless integration.
- Environmental conditions: Assess the operating environment where the load cell will be used. Factors such as temperature extremes, humidity, and exposure to dust or chemicals can impact performance. Choose a load cell designed to withstand these specific environmental challenges.
- Physical dimensions and mounting: Review the physical dimensions and mounting requirements of the load cell. Ensure it fits within the available installation space and can be easily mounted in your specific setup.
- Durability and lifespan: Consider the expected lifespan and durability of the load cell, especially in applications with high usage or demanding conditions. Opt for a load cell that offers robust construction and reliability over time.
- Calibration requirements: Determine if the load cell requires calibration during installation or routine maintenance. Some applications may necessitate precise adjustments to ensure optimal performance.
By carefully considering these factors, you can select the most suitable bending shear beam load cell for your needs, ensuring reliable operation and accurate measurements in your application.
Contact us today to learn more about our bending shear beam load cells and find the perfect solution tailored to your specific measurement needs.
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Frequently asked questions about bending shear beam load cells
Answers to the most important technical Questions
What are the differences between bending beam and shear beam load cells?
Bending beam load cells measure the deformation of a sensing element under bending load. They are commonly used for small to medium loads, for example in platform scales, dosing and filling systems, packaging machines, and smaller tank weighing systems. Their compact design makes them suitable for applications where limited installation space and moderate loads need to be combined.
Shear beam load cells measure force through shear strain within the sensing element. This design is particularly robust for higher loads and is commonly used in industrial applications such as larger tanks, silos, conveyor systems, platforms, and process weighing.
In general, bending beam load cells are well suited to lower and medium load ranges and compact weighing systems, while shear beam load cells are more suitable for higher loads and demanding industrial environments. The right choice depends on the rated load, installation conditions, force application, accuracy requirements, and environmental conditions.
Which IP protection rating is suitable for bending beam and shear beam load cells in wet or dusty environments?
For wet or dusty environments, IP67 is generally recommended as a minimum for bending beam and shear beam load cells. IP67 provides protection against dust and temporary immersion in water, making it suitable for many industrial applications involving moisture, dust, or contamination.
For more demanding conditions, such as high moisture exposure, outdoor applications, frequent contact with water, cleaning processes, or heavily dusty environments, an IP68 load cell may be more appropriate.
Depending on the rated-load range, Althen’s FTP bending beam and shear beam load cells are available with IP67 or IP68 protection. The smaller bending beam versions from 75 to 300 kg are rated IP67, while the shear beam versions from 500 to 10,000 kg are rated IP68.
In addition to the IP protection rating, the material, installation conditions, cable design, temperature range, cleaning agents, and possible chemical exposure should also be considered.