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Consider Overload Protection

Key Considerations for Overload Protection in Load Cells

Overload significantly threatens the accuracy, longevity, and safety of force measurement systems. An overload occurs when the force exerted on a load cell surpasses its designated capacity limit. Discover how Interface load cells incorporate innovative features to reduce the risks associated with overloading. Interface offers a number of standard LowProfile and Mini load cells with overload protection.
Impact Loads

The Crushing Reality of Impact Loads

Interface details the importance of understanding impact loads, which introduce a dynamic element that significantly amplifies the force experienced by the load cell. Physics are important in force measurement, understand how to protect your sensors from overload and damage from impact. Learn about impact drop testing and key considerations when choosing a sensor.
Heavy Machinery Case Study

Force Sensors in Heavy Machinery Boost Safety and Performance

Interface load cells, torque transducers and multi-axis sensors help prevent heavy machinery overloading, equipment failure, and accidents by providing real-time data on forces, loads, and structural integrity. Accurate measurements enable optimization of machine performance, fuel consumption, and material usage. Continuous monitoring of forces and loads allows for early detection of potential issues, minimizing downtime and repair costs in manufacturing, infrastructure, construction, agriculture, energy, natural resources and other industries.
Overload

Understanding and Preventing Load Cell Overload

Interface offers patented overload protection for load cells. Overload detection is crucial for maintaining load cell accuracy. Properly detecting and handling overload conditions can prevent permanent damage and ensure the sensor's longevity. By understanding the signs of overload, managing impact loads, and employing preventive measures, users can maintain the integrity of their measurement systems. Regular maintenance and proper design considerations are vital to avoiding the detrimental effects of overload and ensuring accurate, long-term performance of load cells.
INTERFACE TECH TALK LOAD CELLS BAD

How Load Cells Can Go Bad

Load cells are electronic devices that measure the force applied to them. Interface products are made to last, in fact we have many load cells that are in-market and being used for high-accuracy testing that were manufactured decades ago. Why do they last? Quality of design, material construction, build process, calibration, and regular maintenance will prolong the life of a load cell. Like any electronic device, load cells can go bad for a few reasons. It is also important to know that load cells can be repaired. If you are concerned about whether your load cell is working properly, do a quick health check and request an evaluation from Interface.
Technical QA 1

Load Cell Basics Technical Q&A Part Two

Interface hosted a series of ForceLeaders webinars this past year covering topics that included multi-axis sensors, instrumentation, torque transducers,…