LIGHTNING PROTECTION CABLE WITH OPTICAL COMMUNICATION CABLE (VERSIONS) Russian patent published in 2020 - IPC H01B11/22 G02B6/44 

Abstract RU 2732073 C1

FIELD: electrical engineering.

SUBSTANCE: invention relates to the electrical equipment. Lightning protection cable with an optical communication cable, the number of optical fibers of up to 96 pieces in the module is made in two versions: from stainless steel, the first layer of nine steel zinc-coated wires, second layer is made of nine aluminum wires and from stainless steel, first layer of nine steel zinc-plated wires is plastically deformed along outer surface of layer, degree of reduction of cross section of layer 2.0÷5.5 %, the second layer is made of nine aluminum wires. At that, the first and the second layers are made with the same lay pitch, in one direction with linear contact of wires of the first and the second layers, are plastically deformed along external surfaces of wires of the second layer with degree of reduction of cross-section area 2.0÷5.5 %.

EFFECT: invention provides creation of cable with reduced weight at simultaneous preservation of operability of optical cable during long service life as part of overhead transmission line and meeting all technical requirements determining reliability of overhead line.

2 cl, 2 dwg

Similar patents RU2732073C1

Title Year Author Number
LIGHTNING PROTECTION CABLE (VERSIONS) 2020
  • Fokin Viktor Aleksandrovich
  • Vlasov Aleksej Konstantinovich
  • Frolov Vyacheslav Ivanovich
RU2738209C1
GROUND WIRE (OPTIONS) 2022
  • Fokin Viktor Aleksandrovich
  • Vlasov Aleksej Konstantinovich
  • Frolov Vyacheslav Ivanovich
RU2793959C1
STEEL-ALUMINUM WIRE WITH INTEGRATED OPTICAL CABLE FOR OVERHEAD TRANSMISSION LINE (VERSIONS) 2014
  • Vlasov Aleksej Konstantinovich
  • Fokin Viktor Aleksandrovich
  • Frolov Vjacheslav Ivanovich
RU2581159C1
EARTH WIRE WITH OPTICAL COMMUNICATION CABLE 2010
  • Vlasov Aleksej Konstantinovich
  • Fokin Viktor Aleksandrovich
  • Petrovich Vladimir Viktorovich
  • Frolov Vjacheslav Ivanovich
RU2441293C1
NON-INSULATED WIRE WITH FUNCTION OF MONITORING TECHNICAL PARAMETERS IN CURRENT TIME MODE (VERSIONS) 2018
  • Fokin Viktor Aleksandrovich
  • Vlasov Aleksej Konstantinovich
  • Frolov Vyacheslav Ivanovich
RU2686837C1
SELF-SUPPORTING INSULATED WIRE WITH FIBER OPTIC COMMUNICATION CABLE (VERSIONS) 2020
  • Fokin Viktor Aleksandrovich
  • Vlasov Aleksej Konstantinovich
  • Frolov Vyacheslav Ivanovich
RU2733593C1
NON-ISOLATED CABLE (VERSIONS) 2016
  • Fokin Viktor Aleksandrovich
  • Vlasov Aleksej Konstantinovich
  • Frolov Vyacheslav Ivanovich
RU2619090C1
NON-INSULATED STEEL-ALUMINUM HIGH-STRENGTH, HIGH-TEMPERATURE WIRE FOR OVERHEAD TRANSMISSION LINES 2019
  • Fokin Viktor Aleksandrovich
  • Vlasov Aleksej Konstantinovich
  • Frolov Vyacheslav Ivanovich
RU2705798C1
METHOD OF STEEL-WIRE ROPE MANUFACTURING 2011
  • Fokin Viktor Aleksandrovich
  • Vlasov Aleksej Konstantinovich
  • Frolov Vjacheslav Ivanovich
RU2490742C2
NON-INSULATED STEEL-ALUMINUM HIGH-TEMPERATURE HIGH-STRENGTH WIRE 2019
  • Fokin Viktor Aleksandrovich
  • Vlasov Aleksej Konstantinovich
  • Frolov Vyacheslav Ivanovich
RU2706957C1

RU 2 732 073 C1

Authors

Fokin Viktor Aleksandrovich

Vlasov Aleksej Konstantinovich

Frolov Vyacheslav Ivanovich

Dates

2020-09-11Published

2020-01-24Filed