SCOTT D BOWLES
Electrician in Fort Wayne, IN
License number
Massachusetts 49178
Issued Date
May 24, 2011
Expiration Date
Jun 30, 2018
Type
Electrical Engineer
Address
Address
Fort Wayne, IN 46818
Personal information
See more information about SCOTT D BOWLES at radaris.comName
Address
Phone
10200 Neenah Dr, Newburgh, IN 47630
7105 Oakbay Dr, Noblesville, IN 46062
1411 Avalon Ct, Fort Wayne, IN 46825
6510 Stony Brook Dr, Fort Wayne, IN 46835
1411 Avalon Ct, Fort Wayne, IN 46825
Professional information
See more information about SCOTT D BOWLES at trustoria.com
Owner, Spectrum Engineering Corp
Owner, Spectrum Engineering Corp
Position:
Owner at Spectrum Engineering Corp
Location:
Fort Wayne, Indiana Area
Industry:
Electrical/Electronic Manufacturing
Work:
Spectrum Engineering Corp
since Jan 2004
-
Owner
Education:
Indiana University Fort Wayne 1990 - 1992
Masters, Business Administration Tri-State University
Bachelors, Electrical Engineering
Masters, Business Administration Tri-State University
Bachelors, Electrical Engineering
Electrical Distribution System And Method Of Monitoring And/Or Controlling Same
Electrical Distribution System And Method Of Monitoring And/Or Controlling Same
US Patent:
6535797, Mar 18, 2003
Filed:
Feb 1, 2000
Appl. No.:
09/495846
Inventors:
Scott D. Bowles - Fort Wayne IN
Craig W. Trowbridge - Fort Wayne IN
David L. Bowles - Leo IN
Craig W. Trowbridge - Fort Wayne IN
David L. Bowles - Leo IN
Assignee:
Spectrum Engineering Corporation - Leo IN
International Classification:
G06K 1500
US Classification:
700286, 700291, 700292, 700297
Abstract:
An electrical distribution system includes a communications network; a transmission circuit; a plurality of distribution feeder circuits; at least one monitoring device; and a plurality of substations. Each monitoring device is associated with an operating parameter of the transmission circuit or one of the distribution feeder circuits. Each of the substations is electrically connected between the transmission circuit and at least one of the distribution feeder circuits. Each substation includes at least one controllable device and a control unit. The control unit at each substation includes a communications device and a processing circuit. The communications device is independently coupled with the communications network for providing data to and receiving data from the communications network. The processing circuit is coupled with the communications device and at least one monitoring device. The processing circuit at least intermittently receives an output signal from the monitoring device and at least intermittently transmits an output signal to the communications network via the communications device.