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Overview of IEEE C37.92-2005 Standard for Analog Inputs to Protective Relays From Electronic Voltage and Current Transducers
E.A. Udren;P.G. Mclaren;D.C. Dawson;P.R. Drum;H. Gilleland;C.F. Henville;W.C. Kotheimer;P.J. Lerley;V. Skendzic;J.T. Tengdin
2006 IEEE PES Power Systems Conference and Exposition
Year: 2006 | Conference Paper |
Cited by: Papers (1)
The paper gives an overview of the new IEEE standard C37.92, which defines a low-voltage (11.3 V max) analog signal interface between new types of electronic sensors, and microprocessor-based protective relays or intelligent electronic devices. The application requirements are described; the technical specifications of the interface are summarized. The paper explains electromagnetic-environment co...Show More
Special considerations in applying power line carrier for protective relaying - IEEE power systems relaying committee special paper - relaying communications subcommittee, working group H9, 1-5-04
M.P. Sanders;J. Appleyard;J.D. Huddleston;T. Lanigan;R.E. Ray;M. Simon;J.A. Zipp;M.J. McDonald;E. Derencinovic;D. Jamison;W.G. Lowe;S.D. Rowe;J. Soehren;P.R. Drum;S. Khan;B.A. Pickett;T. Seegers;S. Ward
57th Annual Conference for Protective Relay Engineers, 2004
Year: 2004 | Conference Paper |
Cited by: Papers (7)
This paper discusses the considerations in applying power line carrier for protective relaying. The goal in using communications for protective relaying is to provide simultaneous high-speed clearing for all faults within a line section, including end-zone faults. A PLC channel can also be used to provide remote tripping functions for transformer protection, shunt reactor protection and remote bre...Show More
Special considerations in applying power line carrier for protective relaying - IEEE power systems relaying committee special paper - relaying communications subcommittee, working group H9, 1-5-04
M.P. Sanders;J. Appleyard;J.D. Huddleston;T. Lanigan;R.E. Ray;M. Simon;J.A. Zipp;M.J. McDonald;E. Derencinovic;D. Jamison;W.G. Lowe;S.D. Rowe;J. Soehren;P.R. Drum;S. Khan;B.A. Pickett;T. Seegers;S. Ward
Year: 2004 | Conference Paper |
Applying and monitoring latency-based metacomputing infrastructures
Proceedings 2000. International Workshop on Parallel Processing
Year: 2000 | Conference Paper |
Cited by: Papers (1)
This paper describes the integration of the LSD metacomputing infrastructure and the MIMO Middleware MOnitor. LSD represents a latency-based approach for distributing jobs implemented as Java threads within a set of given computational resources. The MIMO monitoring system provides a framework and infrastructure for building online tools for distributed, heterogeneous platforms; additionally a too...Show More
C37.110 guide for the application of current transformers used for protective relaying purposes
M.W. Conroy;B.D. Nelson;B. Bozoki;J.W. Chadwick;P.R. Drum;L.L. Dovrak;I.O. Hasenwinkle;J.D. Huddleston;W.C. Kotheimer;J.R. Linders;M.J. McDonald;G.R. Moskos;G.C. Parr;R. Ryan;E.T. Sage;D.W. Smaha;K.A. Stephen;J.E. Stephens;J.T. Uchiyama;S.E. Zocholl
Relay engineers have had to rely on many sources to compile information on current transformer application. Typically, they have drawn on relay application and transformer textbooks, manufacturer publications, and standards. Recognizing the need for a comprehensive one source document, the power system relaying committee has produced the C37.110-1996 guide for the application of current transforme...Show More
C37.110 guide for the application of current transformers used for protective relaying purposes
M.W. Conroy;B.D. Nelson;B. Bozoki;J.W. Chadwick;P.R. Drum;L.L. Dovrak;I.O. Hasenwinkle;J.D. Huddleston;W.C. Kotheimer;J.R. Linders;M.J. McDonald;G.R. Moskos;G.C. Parr;R. Ryan;E.T. Sage;D.W. Smaha;K.A. Stephen;J.E. Stephens;J.T. Uchiyama;S.E. Zocholl
Relay performance considerations with low-ratio CTs and high-fault currents
J.R. Linders;C.W. Barnett;J.W. Chadwick;P.R. Drum;K.J. Khunkhun;W.C. Kotheimer;P.A. Kotos;D.W. Smaha;J.W. Walton;P.B. Winston;S.E. Zocholl
Low-ratio toroidal current transformers (CTs) are in existence in many locations on power systems. The majority of these CTs are in the auxiliary switchgear at generating stations, but are not limited to this application. The ratio of the CTs used in this application is usually selected to accommodate metering and overload protection. The problem addressed is the absence of consideration in this r...Show More
Distribution line protection practices industry survey results
W.M. Strang;R.M. Westfall;A.N. Darlington;P.R. Drum;D. Fulton;E. Guro;J.D. Huddleston;T.L. Kaschalk;J.R. Latham;W.J. Marsh;M.J. McDonald;R.J. Moran;R.D. Pettigrew;R.P. Taylor;J.T. Tengdin
This report presents the results of an extensive survey of electric utility practices for the protection of distribution lines at substations. Results of similar surveys were published in 1983 and in 1988. In this survey, the first eight sections were comparable to the earlier surveys. In addition, these sections were expanded to collect more data on the reasons behind a practice and on the method...Show More
Power line carrier practices and experiences
J.W. Hohn;J.A. Zipp;E.A. Baumgartner;R.O. Burnett;P.R. Drum;D.R. Hemming;J.D. Huddleston;J.W. Ingleson;J.R. Latham;B.D. Nelson;R.W. Ohnesorge;A.H. Pattman;E.T. Sage;E.A. Udren
Power line carrier (PLC) is a popular method of communicating protective relaying information between line terminals of a protected power transmission line. This paper describes the results of a 1990 survey of utility engineers on their PLC equipment selection and applications, and PLC equipment maintenance practices and problems.<>Show More
A survey of optical channels for protective relaying practices and experience
J.D. Huddleston;T.A. Phillippe;M. Adamiak;M.W. Conroy;P.R. Drum;H.G. Farley;J.G. Gilbert;J. Gosalia;R.W. Haas;J.W. Hohn;G.L. Michel;C.J. Mozina;G. Pleinka;R.P. Taylor;E.A. Udren;V. Varneckas;T.E. Wiedeman;J.A. Zipp
The Optical Channels for Protective Relaying Working Group of the IEEE Power System Relaying Committee performed a survey of industry practices for applying optical channels, both planned and installed, for protective relaying communications. This report summarizes the sizes of the existing and planned optical fiber network, the types of construction, whether the relaying channels are on dedicated...Show More
Distribution line protection practices industry survey results
W.M. Strang;R.M. Westfall;A.N. Darlington;P.R. Drum;D. Fulton;E. Guro;J.D. Huddleston;T.L. Kaschalk;J.R. Latham;W.J. Marsh;M.J. McDonald;R.J. Moran;R.D. Pettigrew;R.P. Taylor;J.T. Tengdin
Proceedings of IEEE/PES Transmission and Distribution Conference
Year: 1994 | Conference Paper |
Cited by: Papers (1)
This report presents the results of an extensive survey of utility practices for the protection of distribution lines at the substation. In this survey, the first eight sections were comparable to earlier surveys. In addition, these sections were expanded to collect more data on the reasons behind a practice and on the methods used. A ninth section was added to address the impact of dispersed sour...Show More
Relay performance considerations with low ratio CTS and high fault currents
C.W. Barnett;J.W. Chadwick;P.R. Drum;K.J. Khunkhun;W.C. Kotheimer;P.A. Kotos;J.R. Linders;D.W. Smaha;J.W. Walton;P.B. Winston;S.E. Zocholl
Conference Record Industrial and Commercial Power Systems Technical Conference 1993
Year: 1993 | Conference Paper |
Cited by: Papers (5)
Low ratio toroidal current transformers (CTs) exist in many locations on power systems. The majority are in the auxiliary switchgear at generating stations. The ratio of the CTs used in this application is usually selected to accommodate metering and overload protection. The problem addressed is the absence of consideration in this ratio selection for fault protection. Analysis of some fault cases...Show More
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