Eric Christopher Jackson
Engineering in Baton Rouge, LA
License number
Louisiana PE.0022854
Issued Date
Jun 30, 1987
Expiration Date
Sep 30, 2018
Category
Civil Engineer
Type
Control Systems Engineer; Electrical and Computer Engineer
Address
Address
2380 O'neal Ln SUITE F, Baton Rouge, LA 70816
Professional information
Eric Jackson - Baton Rouge, LA
Work:
Stupp Corporation
Crane Operator Scaffold Rental - Port Allen, LA
Foreman Globlley Conscious Construction - Cleveland, OH
Owner Department of Housing and Urban Development
Owner Department of Housing and Urban Development - Atlanta, GA
Civil Engineer City of Cleveland Water Department - Cleveland, OH
Foreman
Crane Operator Scaffold Rental - Port Allen, LA
Foreman Globlley Conscious Construction - Cleveland, OH
Owner Department of Housing and Urban Development
Owner Department of Housing and Urban Development - Atlanta, GA
Civil Engineer City of Cleveland Water Department - Cleveland, OH
Foreman
Education:
ITT Technical College
software engineering
software engineering
Police/Fireman At City/Parish Of Baton Rouge
Position:
police/fireman at City/Parish of Baton Rouge
Location:
Baton Rouge, Louisiana Area
Industry:
Government Administration
Work:
City/Parish of Baton Rouge
-
police/fireman
Method And Apparatus For Testing And Repairing Synchronous Motors
US Patent:
4739256, Apr 19, 1988
Filed:
Aug 2, 1983
Appl. No.:
6/519718
Inventors:
James E. Fletcher - Gonzales LA
Eric C. Jackson - Baton Rouge LA
Michael McAnelly - Baton Rouge LA
Eric C. Jackson - Baton Rouge LA
Michael McAnelly - Baton Rouge LA
Assignee:
Triad Chemical Corporation - Donaldsonville LA
International Classification:
G01R 3102
US Classification:
324158MG
Abstract:
An apparatus for testing a synchronizing control circuit for any assembly relying upon detecting the relative closeness of one voltage of varying frequency to another voltage of different varying frequency, comprising a test circuit including a first circuit for determining the frequency at which the control circuit operates and a second circuit for determining the operational response of an individual control circuit assembly. A test selection circuit is used to select the desired portion of the test circuit. The apparatus simulates the frequency difference for a frequency comparator circuit of multi generator installations and the operation of a starting synchronous motor, which enables all the components of the comparator control circuit and the components of the synchronous motor exciter control circuit to be checked without actual operation of the prime movers that generate the voltage of varying frequency. Further, the synchronous motor exciter control circuit mounting assembly is made replaceable to facilitate faster and accurate component repairs.
Method For Testing And Repairing Synchronous Motors
US Patent:
4813115, Mar 21, 1989
Filed:
Nov 23, 1987
Appl. No.:
7/124299
Inventors:
James E. Fletcher - Gonzales LA
Eric C. Jackson - Baton Rouge LA
Michael McAnelly - Baton Rouge LA
Eric C. Jackson - Baton Rouge LA
Michael McAnelly - Baton Rouge LA
Assignee:
Triad Chemical Corporation - Donaldsonville LA
International Classification:
H02K 1514
US Classification:
29596
Abstract:
An apparatus for testing a synchronizing control circuit for any assembly relying upon detecting the relative closeness of one voltage of varying frequency to another voltage of different varying frequency, comprising a test circuit including a first circuit for determining the frequency at which the control circuit operates and a second circuit for determining the operational response of an individual control circuit assembly. A test selection circuit is used to select the desired portion of the test circuit. The apparatus simulates the frequency difference for a frequency comparator circuit of multi generator installations and the operation of a starting synchronous motor, which enables all the components of the comparator control circuit and the components of the synchronous motor exciter control circuit to be checked without actual operation of the prime movers that generate the voltage of varying frequency. Further, the synchronous motor exciter control circuit mounting assembly is made replaceable to facilitate faster and accurate component repairs.