GLENN A KAHLEY
Architects in Millville, NJ
License number
Pennsylvania RA005872X
Category
Architects
Type
Registered Architect
Address
Address
2
Millville, NJ 08332
Pennsylvania
Pennsylvania
Organization information
See more information about GLENN A KAHLEY at bizstanding.comGlenn A. Kahley Architect
5356 Rte 49, Millville, NJ 08332
Industry:
Architectural Services, Architect
Doing business as:
Glenn A Kahley<br>GLENN A. KAHLEY
Registration:
1976
Phone:
(856) 327-8686 (Phone)
Description:
Assistance in site selection
Owner:
Glenn Kahley (Owner)
Licensed:
Yes
Service area:
Southern New Jersey and Eastern Pennsylvania
I hold a license to practice in New Jersey and Pennsylvania
I hold a certification from the National Council of Architectural Registration Boards
Free estimates:
Yes
Senior discount:
No
Categories:
Architects, Construction Consulting & Management Services
Warranties:
SATISFACTION
Open Hours:
Mon 09:00 AM-05:00 PM, Tue 09:00 AM-05:00 PM, Wed 09:00 AM-05:00 PM, ...
Professional information
Owner, Glenn A. Kahley, Architect
Location:
Millville, New Jersey
Industry:
Architecture & Planning
Education:
Drexel University 1962 - 1967
University of Pennsylvania
University of Pennsylvania
Honor & Awards:
Created Sound Control Technical Article for the Architectural Graphic Standards, Sixth Edition.
Method And Apparatus For Determining Mechanical Performance Of Polyphase Electrical Motor Systems
US Patent:
5521482, May 28, 1996
Filed:
Aug 22, 1994
Appl. No.:
8/293986
Inventors:
George F. Lang - Lansdale PA
David O. Heagerty - Glenn Mills PA
Glenn R. Kahley - Millville NJ
David O. Heagerty - Glenn Mills PA
Glenn R. Kahley - Millville NJ
Assignee:
Liberty Technologies, Inc. - Conshohocken PA
International Classification:
H02P 900
US Classification:
318800
Abstract:
A method for determining electrical and mechanical performance of a polyphase electric motor system comprises sensing the instantaneous current signal and the instantaneous voltage signal as a function of time for at least one electrical phase of the motor. The sensed current signals and the sensed voltage signals are both processed to provide an instantaneous power factor of at least one electrical phase of the motor as a function of time. The resulting power factor is used to determine the tonal real and the total reactive power of the motor as a function of time. The total real power and the total reactive power signals are bandwidth limited and time-limited. The filtered and time-limited, total real power is then cross-plotted as a function of the filtered and time limited, total reactive power signal, generating a performance diagram. The mechanical performance characteristics of the motor are then extrapolated from the performance diagram.