THERMAL PROTECTION OF INDUCTION MOTORS ENHANCED BY INTERACTIVE ELECTRICAL AND THERMAL MODELS.

Stanley E. Zocholl; Edmund O. Schweitzer; Antenor Aliaga-Zegarra

THERMAL PROTECTION OF INDUCTION MOTORS ENHANCED BY INTERACTIVE ELECTRICAL AND THERMAL MODELS.

Stanley E. Zocholl, Edmund O. Schweitzer, Antenor Aliaga-Zegarra

Protection Engineer, Brown Boveri Electric, Inc.

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3 Citas (Scopus)

Resumen

This paper presents a set of electrical, thermal and mechanical models which provides an accurate prediction of rotor and stator temperatures. Included is the change in rotor resistance due to the skin effect of the slip frequency. The authors introduce an algorithm for speed estimation using measured voltage and current which makes this possible. With the incorporation of this algorithm, the electrical and thermal models provide a major advance in the protection of induction motors.

Idioma original	Inglés
Estado	Publicada - 1984
Publicado de forma externa	Sí

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@conference{eb9958f8dca443768518f659fcc4185f,

title = "THERMAL PROTECTION OF INDUCTION MOTORS ENHANCED BY INTERACTIVE ELECTRICAL AND THERMAL MODELS.",

abstract = "This paper presents a set of electrical, thermal and mechanical models which provides an accurate prediction of rotor and stator temperatures. Included is the change in rotor resistance due to the skin effect of the slip frequency. The authors introduce an algorithm for speed estimation using measured voltage and current which makes this possible. With the incorporation of this algorithm, the electrical and thermal models provide a major advance in the protection of induction motors.",

author = "Zocholl, {Stanley E.} and Schweitzer, {Edmund O.} and Antenor Aliaga-Zegarra",

year = "1984",

language = "English",

}

TY - CONF

T1 - THERMAL PROTECTION OF INDUCTION MOTORS ENHANCED BY INTERACTIVE ELECTRICAL AND THERMAL MODELS.

AU - Zocholl, Stanley E.

AU - Schweitzer, Edmund O.

AU - Aliaga-Zegarra, Antenor

PY - 1984

Y1 - 1984

N2 - This paper presents a set of electrical, thermal and mechanical models which provides an accurate prediction of rotor and stator temperatures. Included is the change in rotor resistance due to the skin effect of the slip frequency. The authors introduce an algorithm for speed estimation using measured voltage and current which makes this possible. With the incorporation of this algorithm, the electrical and thermal models provide a major advance in the protection of induction motors.

AB - This paper presents a set of electrical, thermal and mechanical models which provides an accurate prediction of rotor and stator temperatures. Included is the change in rotor resistance due to the skin effect of the slip frequency. The authors introduce an algorithm for speed estimation using measured voltage and current which makes this possible. With the incorporation of this algorithm, the electrical and thermal models provide a major advance in the protection of induction motors.

UR - http://www.scopus.com/inward/record.url?scp=0021574048&partnerID=8YFLogxK

M3 - Paper

AN - SCOPUS:0021574048

ER -

THERMAL PROTECTION OF INDUCTION MOTORS ENHANCED BY INTERACTIVE ELECTRICAL AND THERMAL MODELS.

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