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2022 | OriginalPaper | Chapter

CFIP—Water Inhibitor Cable Jointing Kit

Authors : Sanjeev Atri, Vineet Tripathi, Gagandeep Kaur, Sanjana Rani

Published in: ISUW 2021

Publisher: Springer Nature Singapore

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Abstract

The Objective of this paper is to work out and highlights the major causes of failure in Power Cables and further to propose solution to restrict cable faults. The average time to repair the fault is 2.0 days i.e. Utility has to sacrifice w.r.t its reliability parameters in case of Power cable failure. Nowadays, Joint box failure is contributing significantly w.r.t total numbers of cable failures and it is majorly due to ingress of water inside the cable and cable joint attributed to external damages. The inhibition of ingress of water is possible using well designed cable joints that would include components for inhibiting the water flow through the cable joints. We have developed an unique solution which is to be provided in the joints to prevent water ingress in the cable and cable joints. After installation of this unique design No such failure has been observed till date.

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Literature
1.
go back to reference ENG-HV-2002—Technical specification of heat shrink joints and terminations for 11KV cable ENG-HV-2002—Technical specification of heat shrink joints and terminations for 11KV cable
2.
go back to reference IS 13573 (part2): 2011—Test requirements-cable accessories for extruded power cables (for working voltages 3.3kVand up to including 33kV) IS 13573 (part2): 2011—Test requirements-cable accessories for extruded power cables (for working voltages 3.3kVand up to including 33kV)
3.
go back to reference IEC 61238 (part-1): 2003—Test methods and requirements–compression and mechanical connectors for power cable for rated voltage up to 30 kV IEC 61238 (part-1): 2003—Test methods and requirements–compression and mechanical connectors for power cable for rated voltage up to 30 kV
4.
go back to reference IEC 60502:2009—Power cable with extruded insulation and their accessories for rated voltage from 1kV to 30 30 kV IEC 60502:2009—Power cable with extruded insulation and their accessories for rated voltage from 1kV to 30 30 kV
5.
go back to reference ENA TS 09–13:1981—High voltage heat shrinkable components for use with HV solid type cables up to and including 33kV ENA TS 09–13:1981—High voltage heat shrinkable components for use with HV solid type cables up to and including 33kV
Metadata
Title
CFIP—Water Inhibitor Cable Jointing Kit
Authors
Sanjeev Atri
Vineet Tripathi
Gagandeep Kaur
Sanjana Rani
Copyright Year
2022
Publisher
Springer Nature Singapore
DOI
https://doi.org/10.1007/978-981-16-8727-3_17