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Safety of electric chains during the use of contactless electric locomotives

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Category: Environmental safety, labour protection

Last Updated on 14 August 2013

Published on 13 November 2012

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Authors:

Ye.I. Khovanskaya, Associate Professor, State Higher Educational Institution “National Mining University”, Senior Lecturer of the Power Supply Systems Department, Dnipropetrovsk, Ukraine

Yu.A. Papaika, Cand. Sci. (Tech.), State Higher Educational Institution “National Mining University”, Senior Lecturer of the Power Supply Systems Department, Dnipropetrovsk, Ukraine

A.G. Lysenko, State Higher Educational Institution “National Mining University”, Assistant Lecturer of the Power Supply Systems Department, Dnipropetrovsk, Ukraine

Abstract:

Purpose. To estimate the parameters influencing on spark safety of the electric conductors located in the underground workings.

Methodology. The method of researches is based on the theory of the electrical engineering at the use of methods of high-frequency transmission of energy on an electric locomotive.

Findings. The results show that characteristics of intrinsically safe zones vary depending on several factors, including the power train operation mode and the location of the conductors in the development. Safety of extraneous conductors in the area of action of hauling network can be assured by means of consideration of parameters of cable and rails laying when the hauling network is constructed. We have obtained dependences for determination of safety step of transposition for double track and single track rails, distinguishing by expression for determination of mutual induction. The results have become the basis for the construction of algorithms for the calculation of an intrinsically safe step for transposition for double track and single track rails.

Originality. The values of safety step of transposition for rails with the inductive transmission of energy in the mine workings have been determined taking into account the hauling network regimes parameters.

Practical value. The results allow defining the areas of safe location of extraneous conductors in the zones influenced by hauling network in the underground mine workings.

References:

1. Транспорт с индуктивной передачей энергии для угольных шахт / [Г.Г. Пивняк, И.П. Ремизов, С.А. Саратикянц и др.]; под ред. Г.Г. Пивняка. – М.: Недра, 1990. – 245 с.
Pivnyak, G.G., Remizov, I.P. and Saratikiants, A.A (1990), Transport s induktivnoy peredachey energii dlya ugolnykh shakht [Transport with the Inductive Transmission of Energy for Coal Mines], Nedra, Moscow, Russia.

2. Пивняк Г.Г. Задачи моделирования режимов работы тяговой сети транспорта с индуктивной передачей энергии / Г.Г. Пивняк, Ю.М. Зражевский, Е.И. Хованская – Технічна термодинаміка. Тематичний випуск „Проблеми сучасної електротехніки“. – 2004. – Ч.7. – С. 112–116.
Pivnyak, G.G., Zrazhevskiy, Yu.M., Khovans-kaya Ye.I. (2004), “Tasks of design of the modes of operations of hauling network of transport with the inductive transmission of energy”, Tekhnichna elektrodinamika, no.7, pp. 27–30.

3. Хованська О.І. Вплив вихідних параметрів тягового перетворювача частоти на втрати потужності в мережі / О.І. Хованська, О.Г. Лисенко // Гірнича електромеханіка та автоматика: Наук.-техн. зб. –2005.– Вип. 74.– С. 9–13.
Khovanskaya, O.I., Lysenko, O.G. (2005), “Influence of initial parameters of hauling transformer of frequency on the losses of power in a network”, Hirnycha elektromekhanika ta avtomatyka, no. 74, pp. 9–13.

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