While non-contact transducers do not present a restriction of movement hazard, they do present difficulties in ensuring data integrity due to the dirty environments aircraft and aerospace vehicles are exposed to. Should a mounting or product malfunction occur, the displacement cable connection assembly can be designed to have a minimum breaking strength of less than 10 lbs (44.48N). ![]() ![]() The inherent flexibility of a cable-actuated position transducer eliminates any binding or bending problems. If the application is a flight control surface or other critical part, this restriction of movement can have serious consequences. Mounting errors, non-linear application movement, and simple accidents can cause the rod-and-cylinder device to malfunction and restrict the movement of the application. Rod-and-cylinder products need to be precisely aligned and mounted to ensure long-life and disruption- free operation. The safety benefit of a cable-actuated position transducer over a rod-and-cylinder device is that a cable-actuated position transducer has no inflexible components that have the potential to bind, bend, or otherwise disrupt the free movement of the object being monitored.
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