New Multichannel Eddy-Current Displacement Sensor Offers Lower-Cost, Space-Saving Design

April 9, 2012 - PRLog -- To support designers requiring multichannel displacement sensing in a compact package, Lion Precision has released the ECL150 Eddy-Current Displacement Sensor. The new sensor features up to eight channels of high-resolution, noncontact displacement sensing in a package measuring only 4.2x7.6x2.3 inches (108x193x57 mm).

The ECL150 is built on the company’s new CompactFLEX platform which allows for easy customization for OEM applications.

According to Don Martin, company president, “More and more applications are requiring multiple sensing channels and offering less space to put it in; we needed to provide a better solution to our customers. We’ve reduced the power, cost and space demands while eliminating the need for interconnecting cables between channels.”
The ECL150 is a high-performance noncontact sensing system offering resolutions as low as 2.6 nanometers at 15 kHz bandwidth, and offering measurement ranges from 0.5 to 15 mm.

Specifications:
Typical Resolution:   0.006% RMS
Linearity   ±0.2% of Range
Maximum Bandwidth   15 kHz
Analog Output   ±5 VDC
Input Power   12 to 24 VDC, 0.75 W/Channel


More information is available at the Lion Precision Eddy-Current Sensors website: www.eddycurrentsensors.com or the company’s primary website: www.lionprecision.com

In 1958, Lion Precision was the first company to provide capacitive displacement sensors to industry. The company has expanded its product offering to include eddy-current displacement sensors and some application specific sensors for the packaging and PCB industries. The company is focused on assisting users in sensor implementation by providing expert guidance and optimized systems including custom designs.


Lion Precision
563 Shoreview Park Rd.
St. Paul, MN 55126 USA
651-484-6544
www.lionprecision.com
info@lionprecision.com

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Lion Precision manufacturers high performance noncontact displacement/position sensors with small ranges (millimeters and microns) and high resolutions (microns and nanometers).