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Dennis Recla Phones & Addresses

  • Garland, TX
  • 1702 Rounds Ave, Grants Pass, OR 97527 (541) 955-1704
  • Livingston, TX

Work

Position: Personal Care and Service Occupations

Education

Degree: High school graduate or higher

Resumes

Resumes

Dennis Recla Photo 1

Meteorological Systems Consultant

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Location:
1600 northwest Washington Blvd, Grants Pass, OR 97526
Industry:
Electrical/Electronic Manufacturing
Work:
Met One Instruments Inc.
Meteorological Systems Consultant

Met One Instruments Inc.
Senior Systems Engineer and Systems Manager and Sales Engineer

Teledyne Geotech Jan 1, 1967 - Jan 1, 1993
Systems Engineer

Recla Photography 1982 - 1990
Owner
Education:
Lamar University 1964 - 1967
Associates, Associate of Arts
Delta College 1963 - 1964
Frankenmuth High School 1960 - 1964
Delta College
Lamar Institute of Technology
Skills:
Troubleshooting
Electronics
Testing
Engineering
Product Development
System Design
Manufacturing
Program Management
Systems Management
Instrumentation
Software Documentation
Systems Engineering
Team Leadership
Photography
Rf
Telemetry
Hardware
Electrical Engineering
Team Building
Integration
Operations Management
Systems Design
Internet Communications
Seismology
Observational Astronomy
Videography
Drafting and Documentation
Radio Telemetry
Meteorological Products
Scada Systems
Interests:
Ham Radio
Radio Astronomy
Astrophotography
Languages:
German
Dennis Recla Photo 2

Senior Systems Engineer

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Location:
1600 northwest Washington Blvd, Grants Pass, OR 97526
Industry:
Electrical/Electronic Manufacturing
Work:
Met One Instruments Inc.
Senior Systems Engineer

Publications

Us Patents

Process And Apparatus For Distributed Wide Range Leak Detection, Location And Alarm For Pollutants

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US Patent:
53015380, Apr 12, 1994
Filed:
Apr 20, 1992
Appl. No.:
7/870999
Inventors:
Dennis Recla - Garland TX
Assignee:
Teledyne Industries, Inc. - Huntsville AL
International Classification:
G01M 318
US Classification:
73 405R
Abstract:
Duel sensor detector tube systems are installed along the path length of a pipeline, storage tanks, or other fuel system to be monitored for leaks. One sensor detector tube system is constantly evacuated and passed through a sensor detector to test for presence of vapors or gaseous indications of large leaks. Concurrently, the other sensor detector tube system is permitted to lie dormant for a predetermined period to absorb and receive diffusion of vapors or gases from medium to small leaks that are too small to be detected by the continuous air flow system of the first tube. Periodically the flow of the two sensor detector tube systems is interchanged to evacuate the dormant tube, and it then becomes the continually aspirated system. Signal output from the sensor detectors provide data to the control alarm system which compares concentration profiles of current on-going tests with recorded profiles of prior tests, and any significant deviation is recognized as a problem, sounding an alarm. The system provides direct data for location of small leaks, with significant indications for location of large leaks.
Dennis Recla from Garland, TX, age ~77 Get Report