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Terrence J Troyer

from Hudson, MA
Age ~79
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Also known as:
James A Donato, Jamesa Donato
Related to:
Kurtis Wayne Royer, 66
Connected to:
Adam F Troyer, 40Alison N Troyer, 40Allison J Troyer, 38Anthony B Troyer, 60Audrey Troyer, 78Barbara Troyer, 75Bobby J Troyer, 41Brandy N Troyer, 41Brianna T Troyer, 34Charity A Troyer, 51

Terrence Troyer Phones & Addresses

  • Hudson, MA
  • 140 Riviera Dr, Michigan City, IN 46360 (978) 562-6055 (219) 814-4084
  • Marlborough, MA
  • 1404 Kip Ct, La Porte, IN 46350 (219) 324-7543
  • Elkhart, IN
  • Somerville, MA

Work

Company: Sterling engineering sullair Oct 2016 Position: Engineering contractor

Education

Degree: Master of Business Administration, Masters School / High School: Clark University 1983 to 1988

Skills

Engineering • Product Development • Manufacturing • Mechanical Engineering • Hydraulics • Engineering Management • Product Management • Product Marketing • Product Design • Sales • Petroleum • Solidworks • Pro Engineer • Labview • Competitive Analysis • Lean Manufacturing

Industries

Mechanical Or Industrial Engineering

Resumes

Resumes

Terrence Troyer Photo 1

Engineering Contractor

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Location:
6 Strawberry Ln, Hudson, MA 01749
Industry:
Mechanical Or Industrial Engineering
Work:
Sterling Engineering Sullair
Engineering Contractor
Sterling Engineering/Sullair Jan 2015 - Dec 2015
Senior Mechanical Engineer Contractor
Ktr Group Worldwide Jan 2012 - Nov 2013
Engineering Product Manager
Sengenuity Feb 2010 - Dec 2011
Senior Mechanical Engineering Consultant
Setra Systems Mar 2003 - Aug 2009
Product Marketing Manager
Education:
Clark University 1983 - 1988
Master of Business Administration, Masters University of Florida
Bachelor of Science In Aerospace Engineering, Bachelors, Aerospace Engineering
Skills:
Engineering
Product Development
Manufacturing
Mechanical Engineering
Hydraulics
Engineering Management
Product Management
Product Marketing
Product Design
Sales
Petroleum
Solidworks
Pro Engineer
Labview
Competitive Analysis
Lean Manufacturing

Publications

Us Patents

Pressure Sensor With A Radially Tensioned Metal Diaphragm

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US Patent:
6807865, Oct 26, 2004
Filed:
Feb 4, 2002
Appl. No.:
10/067033
Inventors:
Terrence J. Troyer - Laporte IN
Assignee:
Dwyer Instruments, Inc. - Michigan IN
International Classification:
G01L 708
US Classification:
73715, 92 90, 92 96
Abstract:
A pressure sensor having a radially tensioned diaphragm for measuring fluid pressure. The pressure sensor includes a first generally concave metal body member and a second generally concave metal body member, and a radially tensioned flexible metal diaphragm located therebetween that is tensioned by heating the sensor. The first and second body members are formed from a material having a coefficient of thermal expansion in the range of approximately 0. 0000056 inch/inch/Â F. to 0. 0000064 inch/inch/Â F. The diaphragm is formed from a precipitation hardening metal material having a coefficient of thermal expansion of approximately 0. 0000060 inch/inch/Â F. The first body member and the second body member are formed from a ferromagnetic metal material such that the first and second body members shield the diaphragm from magnetic fields which may otherwise cause movement of the diaphragm.

Pressure Sensor With A Radially Tensioned Metal Diaphragm

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US Patent:
7073385, Jul 11, 2006
Filed:
Feb 13, 2004
Appl. No.:
10/779276
Inventors:
Terrence J. Troyer - Laporte IN, US
Assignee:
Dwyer Instruments, Inc. - Michigan City IN
International Classification:
G01L 7/00
US Classification:
73700
Abstract:
A pressure sensor having a radially tensioned diaphragm for measuring fluid pressure. The pressure sensor includes a first generally concave metal body member and a second generally concave metal body member, and a radially tensioned flexible metal diaphragm disposed therebetween that is tensioned by heating the sensor. The first and second body members are formed from a material having a coefficient of thermal expansion in the range of approximately 0. 0000056 inch/inch/ F. to 0. 0000064 inch/inch/ F. The diaphragm is formed from a precipitation hardening metal material having a coefficient of thermal expansion of approximately 0. 0000060 inch/inch/ F. The first body member and the second body member are formed from a ferromagnetic metal material such that the first and second body members shield the diaphragm from magnetic fields which may otherwise cause movement of the diaphragm.

Low Differential Pressure Monitoring System For Rooms

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US Patent:
20100077829, Apr 1, 2010
Filed:
Jan 3, 2009
Appl. No.:
12/348277
Inventors:
Anthony Batista - Ashby MA, US
Gino Amaro Pinto - Milford MA, US
Terrence J. Troyer - Hudson MA, US
Shawn O. Henry - Pepperell MA, US
Craig Surprise - Acton MA, US
Eric C. Beishline - Marlbourough MA, US
International Classification:
G01N 7/00
G01L 27/00
US Classification:
73 157, 73 3101, 702 98
Abstract:
A pressure monitoring apparatus () including features that simplify in-situ calibration procedures. A pressure monitoring module () of the apparatus is coupled to external pressure lines () and an external electrical interface () via an easily removable monitoring module plug (). The monitoring module can be disconnected from the pressure lines and external interface and then connected to a portable calibration module () by simply replacing the monitoring module plug with a calibration module plug (). The calibration module plug provides an electro-pneumatic interface between the monitoring module and the calibration module. The monitoring module may be electronically interrogated and automatically calibrated via a processor of the calibration module. The monitoring module plug may be inserted onto the calibration module plug to provide actual system pressures to the now-calibrated apparatus for final documentation. Touch-screen () interface with the monitoring module provides an one-touch calibration of Zero and Span.

Differential Pressure Gauge

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US Patent:
40117596, Mar 15, 1977
Filed:
Dec 11, 1975
Appl. No.:
5/639969
Inventors:
James W. Phillips - Michigan City IN
Terrence J. Troyer - Michigan City IN
Assignee:
Dwyer Instruments, Inc. - Michigan City IN
International Classification:
G01L 708
US Classification:
73407R
Abstract:
A differential pressure gauge of the type comprising a controlling magnetic helix device carrying a pressure indicating arm, the position of which is controlled by a magnet mounted on the free end of a cantilevered leaf spring actuated by a pressure diaphragm exposed to differential pressures. While the helix is preferably of the monoflange or single lobe type, either single or double lobe forms may be employed and they cooperate with a parallelepiped shaped magnet having a planar pole face paralleling the axis of the helix and defining a magnetic axis that is normal to and intersects the helix axis. The magnet and helix are closely spaced, and the magnet is formed from a suitable high energy product type material. The gauge housing defines an integral one piece pressure wall that separates the helix from the magnet and defines within the gauge housing pressure cavity an operating space within which the magnet and its supporting leaf spring are mounted and operate. Between the helix and the magnet the pressure wall is of film dimensions and is contoured to stress in bending.
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Terrence J Troyer from Hudson, MA, age ~79 Get Report