The 0737-1203-99 high-accuracy electrolytic tilt sensor provides inclination measurement with arc-second repeatability, offering an angle range of ±30 arc min, <0.05 arc sec resolution, and <0.5 arc sec repeatability at null. Applications include geophysical monitoring, surveying equipment, aircraft avionics, machine tool leveling, and other position monitoring and measurement instrumentation.
The Fredericks Company
Huntingdon Valley, PA
www.frederickscom.com
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PRESS RELEASE
FOR IMMEDIATE RELEASE
NEW PRODUCT RELEASE
CONTACT:
JOHN WEIGNER
THE FREDERICKS COMPANY
215-938-4433
DATE: APRIL 29, 2010
RELEASE NO.: FRE0413-10
NEW ELECTROLYTIC TILT SENSOR WITH PATENTED “THIN FILM” TECHNOLOGY OFFERS SUB ARC SECOND MEASUREMENT AND IS LESS EXPENSIVE THAN TRADITIONAL HIGH ACCURACY TYPE TILT SENSORS
The Fredericks Company, a leading ISO 9001:2000 registered manufacturer of electrolytic tilt sensing products, has announced release of their new High Accuracy Electrolytic Tilt Sensor (Part #0737-1203-99) with patented “thin film” technology. The sensor provides inclination measurement with arc second repeatability untouched by MEMS sensor technology.
Designed to provide sub arc second measurement, the new tilt sensor offers an angle range of +/-30 arc minutes, less than 0.05 arc second resolution and less than 0.5 arc second repeatability at null. The sensor’s unique, patented “thin film” technology greatly reduces unit cost compared to traditional high accuracy tilt sensors, and a hermetic seal design guarantees a long operating life in the most extreme operating conditions.
Typical applications include, but are not limited to, geophysical monitoring, surveying equipment, aircraft avionics, machine tool leveling, and other position monitoring and measurement instrumentation requiring high accuracy inclination measurement.
For more information, call 215-947-2500, Fax: 215-947-7464, e-mail [email protected], visit www.frederickscom.com or write The Fredericks Company, 2400 Philmont Avenue, Huntingdon Valley, PA 19006-0067.
Posted by Lee Mather
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