The paper reflects more than ten years of design
and manufacturing of insulators for insulated crossarms in 420
kV networks, mainly for a pivoted attachment to the tower. With
the availability of high strength cores with large diameters, single
post solutions became the preferred option, because of the better
aesthetic appearance. General technical aspects of compact lines
such as alternative designs, advantages and disadvantages are
presented and specific issues in the design stage and for the practical
testing are discussed. Typically, the electrical design of the
insulated crossarm is less challenging in comparison to the mechanical
design. For this reason, a full scale mechanical testing of
the critical load scenario is recommended
%0 Journal Article
%1 papailiouyears
%A Papailiou, K. O.
%A Schmuck, F.
%D -
%K Composite Insulation Line Mechanical Test compact constraints crossarm electrical insulated insulation right way
%T 10 Years Experience with 420 kV Compact
Lines and Composite Insulated Crossarms
%X The paper reflects more than ten years of design
and manufacturing of insulators for insulated crossarms in 420
kV networks, mainly for a pivoted attachment to the tower. With
the availability of high strength cores with large diameters, single
post solutions became the preferred option, because of the better
aesthetic appearance. General technical aspects of compact lines
such as alternative designs, advantages and disadvantages are
presented and specific issues in the design stage and for the practical
testing are discussed. Typically, the electrical design of the
insulated crossarm is less challenging in comparison to the mechanical
design. For this reason, a full scale mechanical testing of
the critical load scenario is recommended
@article{papailiouyears,
abstract = {The paper reflects more than ten years of design
and manufacturing of insulators for insulated crossarms in 420
kV networks, mainly for a pivoted attachment to the tower. With
the availability of high strength cores with large diameters, single
post solutions became the preferred option, because of the better
aesthetic appearance. General technical aspects of compact lines
such as alternative designs, advantages and disadvantages are
presented and specific issues in the design stage and for the practical
testing are discussed. Typically, the electrical design of the
insulated crossarm is less challenging in comparison to the mechanical
design. For this reason, a full scale mechanical testing of
the critical load scenario is recommended},
added-at = {2021-03-03T23:45:09.000+0100},
author = {Papailiou, K. O. and Schmuck, F.},
biburl = {https://www.bibsonomy.org/bibtex/2b9dbd2c5723357c2b838510764e3c440/ceps},
interhash = {fa75c94d589a3662c7f7d03bac553110},
intrahash = {b9dbd2c5723357c2b838510764e3c440},
keywords = {Composite Insulation Line Mechanical Test compact constraints crossarm electrical insulated insulation right way},
timestamp = {2023-12-21T15:03:51.000+0100},
title = {10 Years Experience with 420 kV Compact
Lines and Composite Insulated Crossarms},
year = {-}
}