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COMMERCE BUSINESS DAILY ISSUE OF MAY 10,1996 PSA#1592LOW DIFFERENTIAL PRESSURE GENERATOR POC Kristen Riley, Technology
Program Manager, DE-TPO, 407-867-2780. The NASA Kennedy Space Center
(KSC) is seeking a company with which to initiate a Dual Use project
for the development of a Low Differential Pressure Generator. NASA
currently uses low delta P transducers for measuring differential
pressure in spacecraft processing clean rooms. The existing method for
testing or calibrating these low delta P transducers at the required
accuracy and resolution (0.00025 inch of water) utilizes deadweight
testers, which directly load and calibrate the transducers. These
deadweight testers are expensive, require strict control of room
temperature, and long waiting periods of temperature equalization,
conditions that cannot be provided in field test situations. Therefore,
a sensor must be removed from service and transported to the laboratory
before it can be tested and calibrated. NASA KSC required development
of a rugged, portable, inexpensive system for performing precision
testing in the field. KSC developed and constructed a low differential
pressure generator controllable to 0.00025 inch of water across a span
from 0.0 to 0.1 inch of water. This system is one third of the cost of
a deadweight tester, can be used in the laboratory or in the field
under various conditions, and can be easily operated with minimal
training. KSC is now seeking qualified companies to license and
commercialize this technology. KSC's Dual Use Program, which offers a
unique combination of resources to the industrial partner, will be
employed for this effort. Companies interested in receiving information
on this technology should contact C. Gary Hughes, Box 12194, Research
Triangle Park, NC 22709, PHONE (919) 541-7205, FAX (919) 541-6221,
E-MAIL hughes@rti.org before June 18, 1996. For information on the KSC
Dual Use Program, please contact Kristen Riley, PHONE (407) 867-2780,
FAX (407) 867-2050 by June 10, 1996. Loren Data Corp. http://www.ld.com (SYN# 0668 19960509\SP-0003.MSC)
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