Revere Transducers Load Cells


Revere Transducers Load Cells

Global Strength with Local Presence describes Vishay Revere Transducers out of Tustin CA which is a premier designer; manufacturer and supplier of high performance loadcells, mounting hardware and accessories for weighing and force measurement applications. Central Carolina Scale is proud to offer the Revere Transducers product line. The heart of any weighing system is the load cell.

While they are not exciting to watch, Revere Transducer load cells are highly accurate transducers which provides the user with information not generally obtainable by other technology due to commercial factors. Revere Load cells are designed to sense force or weight under a wide range of adverse conditions; they are not only the most essential part of an electronic weighing system, but also the most vulnerable.

In order to get the most benefit from the load cell, the user must have a thorough understanding of the technology, construction and operation of this unique device.In addition, it is imperative that the user selects the correct RTI load cell for the application and provide the necessary care for the load cell during its lifetime. Understanding these important issues and properly maintaining the Revere Transducers 5223 load cells will ensure trouble free weighing for a long period of time.

Load cells may be damaged because of (shock) overloading, lightning strikes or heavy surges in current, chemical or moisture ingress, mishandling (dropping, lifting on cable, etc.), vibration, seismic events or internal component malfunctioning. Revere load cell selection in the context of trouble free operation concerns itself primarily with the right capacity, accuracy class and environmental protection, rather then with a particular measuring principle like bending, shear, compression or ring torsion. While saying this, it should also be recognized that a particular measuring principle might offer distinct advantages in terms of overload capabilities or the ease of mounting.

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