INSULATOR CROSSARMS FOR 345-KV EHV TRANSMISSION LINE
I. Kimoto, K. Kito, и K. Ueno. IEEE TRANSACTIONS ON POWER APPARATUS AND SYSTEMS, PAS-90 (2):
756-767(1971)
Аннотация
Insulator crossarms for 345-kv EHV transmission line have been
developed and tested. They use four solid-core post insulator columns
(quadruped type) or two solid-core post insulator columns and
two disc insulator strings (Twin-arm type) to form a tetrapod
mounted horizontally from the tower. They are characterized by
making possible narrower right-of-way, more compact tower dimension,
and supporting higher mechanical load.
This paper presents details of the design and the tests on
prototypes of 345-kv quadruped type and twin-arm type insulator
crossarms.
The complete assemblies satisfied combined longitudinal, vertical
and transverse loads associated with a bundle conductor system
strung at the conductor maximum loaded tension and also withstood
the full sqile conductor breaking tests at 5,000 kg per conductor.
%0 Journal Article
%1 kimoto1971insulator
%A Kimoto, I.
%A Kito, K.
%A Ueno, K.
%D 1971
%J IEEE TRANSACTIONS ON POWER APPARATUS AND SYSTEMS
%K CROSSARMS INSULATOR
%N 2
%P 756-767
%T INSULATOR CROSSARMS FOR 345-KV EHV TRANSMISSION LINE
%V PAS-90
%X Insulator crossarms for 345-kv EHV transmission line have been
developed and tested. They use four solid-core post insulator columns
(quadruped type) or two solid-core post insulator columns and
two disc insulator strings (Twin-arm type) to form a tetrapod
mounted horizontally from the tower. They are characterized by
making possible narrower right-of-way, more compact tower dimension,
and supporting higher mechanical load.
This paper presents details of the design and the tests on
prototypes of 345-kv quadruped type and twin-arm type insulator
crossarms.
The complete assemblies satisfied combined longitudinal, vertical
and transverse loads associated with a bundle conductor system
strung at the conductor maximum loaded tension and also withstood
the full sqile conductor breaking tests at 5,000 kg per conductor.
@article{kimoto1971insulator,
abstract = {Insulator crossarms for 345-kv EHV transmission line have been
developed and tested. They use four solid-core post insulator columns
(quadruped type) or two solid-core post insulator columns and
two disc insulator strings (Twin-arm type) to form a tetrapod
mounted horizontally from the tower. They are characterized by
making possible narrower right-of-way, more compact tower dimension,
and supporting higher mechanical load.
This paper presents details of the design and the tests on
prototypes of 345-kv quadruped type and twin-arm type insulator
crossarms.
The complete assemblies satisfied combined longitudinal, vertical
and transverse loads associated with a bundle conductor system
strung at the conductor maximum loaded tension and also withstood
the full sqile conductor breaking tests at 5,000 kg per conductor.},
added-at = {2021-03-03T22:58:16.000+0100},
author = {Kimoto, I. and Kito, K. and Ueno, K.},
biburl = {https://www.bibsonomy.org/bibtex/28dfb606142556a20d0bb930112e444f5/chkokalis},
interhash = {289a1c4f0f5d8745f63112e6501fba35},
intrahash = {8dfb606142556a20d0bb930112e444f5},
journal = {IEEE TRANSACTIONS ON POWER APPARATUS AND SYSTEMS},
keywords = {CROSSARMS INSULATOR},
number = 2,
pages = {756-767},
timestamp = {2021-03-19T17:16:18.000+0100},
title = {INSULATOR CROSSARMS FOR 345-KV EHV TRANSMISSION LINE},
volume = {PAS-90},
year = 1971
}