Press Release Summary:
Customized to measure circumferential strain around diameter of surface to which it is mounted, Series DT3747 is self-temperature compensating and offers choice of cylindrical mounting radius. Specified mounting radius is custom molded into body, providing method of controlling operator alignment during sensor mounting. Applications include aircraft structural fabrication, pipe expansion measurements, explosive body applications, and engine monitoring.
Original Press Release:
New Sensor Designed to Accurately Measure Strain on Curved Mounting Surfaces
Columbia Research Laboratories has introduced a new sensor designed to accurately measure strain on curved mounting surfaces. Series DT3747 sensors are customized to measure circumferential strain around the diameter of the surface to which it is mounted. Featuring the accuracy, ruggedness, and ease of installation found in Columbia's flight-qualified Series DTD284, DT3747 models are available to compensate materials commonly used in aircraft structural fabrication. Similar devices have been utilized to monitor rocket motor expansion. They can also be used in many industrial and military applications involving pipe expansion measurements, explosive body applications, aircraft surface load, and engine monitoring of all types.
Series DT3747 sensors are self-temperature compensating and offer a choice of cylindrical mounting radius. The specified mounting radius is custom molded into the body of the sensor providing a method of controlling operator alignment during sensor mounting. Columbia Model 5802 Strain Gage Amplifier is also available to power and signal condition the strain output of the sensor.
Columbia Research Laboratories, Inc. is ISO9001:2000 with Design & AS9100 Revision B certified. For more information call 1-800-813-8471; Fax: 610-872-3882; e-mail: firstname.lastname@example.org or visit www.crlsensors.com