The Under Water Load Sensor is designed to measure the force acting on
suspended or rigid plates that are subjected to wave action or other forces.
It is suitable for experimental measurements where underwater force
characteristics need to be recorded and analyzed.
The sensor uses an electro-inductive sensing principle and a diaphragm to
sense the force acting on the measurement surface. The system is designed
to provide a fast response for recording changes in underwater force.
The sensor uses an electro-inductive type sensing arrangement with a
diaphragm to sense the force acting on it. The movement of the diaphragm
due to applied force is detected by the sensor and converted into an
electrical output.
The sensing arrangement provides a non-contact electro-inductive signal
pickup, allowing the force acting on the measurement surface to be
recorded for experimental analysis.
The sensor is designed to estimate the force acting on suspended or rigid
plates mounted against wave action or other external forces. The measured
force can be used to study the response of structures and plates subjected
to underwater loading.
The sensor incorporates a non-contact electro-inductive signal pickup.
This arrangement is intended to provide force measurement while maintaining
compatibility with long cables.
The sensor has a response time of less than 0.25 seconds. Its output is
specified as 0 to 5 volts, with a low-impedance circuit for noise-free
operation and compatibility with long cables for displaying data at
distant points.
The sensor is constructed using high density plastic and stainless steel.
The design is intended for use in underwater experimental measurement
applications.
Tell us what you need to measure, where it will be deployed and the application. Our team can help identify an existing EMCON solution or discuss a custom-developed system.
