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Linear-output devices showing displacement and magnitude from a zero reference position available in both long and short stroke types with ac-input/ac-output and dc-input/dc-output configurations.
Linear-output devices showing displacement and magnitude from a zero reference position available in both long and short stroke types with ac-input/ac-output and dc-input/dc-output configurations.
The LVDT is very flexible in its possible applications as a direct indication of displacement, in an alarm circuit or in a null balance servo system or in a complete instrumentation system providing the primary system input.
To learn more about how LVDT’s can provide solutions for your linear velocity applications contact Sales.
Typical Specification
Linearity
2% typical
Sensitivity (nominal output range)
20 mV to 650 mV at 1” per second core speed
Displacement Range
+/-0.005 inches to +/-25 inches
Impedance
1 kΩ at 0.058 H to 32 kΩ at 4.0H
Typical Operating Temperature
-25°C to +85°C
(greater operating extremes available)
Dimensions
0.374” OD to 0.748” OD
1.5” length to 30” length
A world leader in precision electro mechanical assemblies came to us looking for a high volume supplier to provide measurement feedback for bills passing between rollers in an ATM Machine. As the ATM can be used hundreds of times during the course of a day, repeatability and reliability was extremely important.
A typical bill measures 0.0003” (0.0075mm) the solution had to eliminate the risk of passing an unexpected number of bills while compensating for any dirt accumulation on the rollers that could cause inaccuracy.
We determined that an AC-operated LVDT would provide the optimal solution where by bills passing between the rollers could displace the LVDT core causing the output to change according to their thickness.
Any zero-offset value is stored and, then, compared against the LVDT output as the customer’s currency is measured, eliminating the risk of passing multiple bills while at the same time compensating for any variation of the roller surfaces.
We produced hundreds of thousands of these LVDT’s to support a 24/7 schedule at our customers facility, precise accurate feed back with high volume manufacturability.
Velocity Transformer for HP Industrial Printer
Used to measure print position along the print line generating a non-sinusoidal wave which provides timing signals controlling the activation of the print elements while retaining the same polarity for printing in either direction.
AC-AC LVDT Crankshaft Balancer
Used to monitor very small displacements, resolutions of better than one millionth of an inch, while the shaft is spun by a motor at 500 rpm constant vibration causes side to side movement that is measured by these LVDT’s to determine how much material to remove from the shaft.
Innovative Dynamic Mechanical Sensor LVIT
Used in on-board truck and trailer scale systems to measure the amount of force being applied to a plate allowing the system to determine how much weight would be needed to do this. Various sensors could be added together to determine the total weight of the trailer, truck, railcar etc., easy to use, easy to install, reliable & accurate.
Innovative Dynamic Mechanical Sensor LVIT
Used in on-board truck and trailer scale systems to measure the amount of force being applied to a plate allowing the system to determine how much weight would be needed to do this. Various sensors could be added together to determine the total weight of the trailer, truck, railcar etc., easy to use, easy to install, reliable & accurate.
Motion Sensors for Custom and Standard Applications
Xensor (Sentech, Inc.)
2425 Maryland Road
Willow Grove, PA 19090
United States
215-887-8665
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