![eddylab‘s new LVDT digital controller for inductive transducers](https://sens2b-sensors.com/media/zoo/images/eddylab-y18m11d08_250_d01110dddb8edbdd9606d3ae4ce01004.jpg)
eddylab‘s new LVDT digital controller for inductive transducers
Highly accurate measurement results without linearity errors
As specialist in distance and position measurement technology eddylab GmbH will be presenting the new LVDT digital controller for the first time at the SPS IPC drives 2018 in Nuremberg (hall 4A/booth 354).
The inductive Transducers LVDT (linear variable differential transformer) from eddylab are characterized by their exceptional ruggedness and reliability. Even demanding operating conditions as high temperature, high pressure or heavy vibration loads pose no problem for the LVDT Transducers. The linearity optimization represents the main issue to the sensors. The linearity is typically at a value of 0.3 %, values of less than 0.1 % are only being offered by a few manufactures.
The LVDT digital controller from eddylab, to which either one or two sensors can be connected, now considerably improves the linearity of inductive displacement transducers. The digital controller conditions, digitizes and linearizes the sensor signal and outputs it as a voltage or current signal as well as via CAN bus or USB interface. It is used, for example, in position monitoring in valves of power plants. Here, the eddylab LVDT digital controllers ensure that several valves always have exactly the same opening width in synchronous operation. This is essential in order to avoid undesirable effects and load conditions in the pipelines of the plant.
The readings of the LVDT digital controller can be visualized and configured using the analysis software specially developed by eddylab. As a perfect complement to digital electronics, the software tool offers the user not only the basic functions oscilloscope, data logger and Fast Fourier Transformation (FFT), but also a module for customer calibration within the application. For this purpose, a reference sensor is connected to the digital controller, which detects existing errors. "We want to offer our customers new functionalities and significantly increase the performance of the eddylab sensors through the digital controller," says Michael Reiter, Managing Director of eddylab GmbH.
About eddylab
eddylab is a modern company, which passionately designs, constructs and produces sensors for the measurement of distances and positions. We eventually provide entire system solutions. The company’s product portfolio includes eddy current probes, inductive transducers, digital gauges, digital rulers, digital magnetic scales, display controls, signal conditioner and encoders. Besides our standard products in stock for a plenitude of industrial applications our strength is the development of custom-made sensors. In close cooperation with our customers we develop ultra-precise sensors true to the motto "sensors – built to perform".