Strut insulators and V-shaped assemblies for compact overhead lines 115–500 kV
Rigid strut insulators and horizontal V-shaped insulating assemblies fix the conductor position on compact overhead lines of 115–500 kV. They allow smaller cross-arms and a narrower line corridor.
- OHL voltage
- 115–500 kV
- Loads
- tension and compression (rigid design)
- Application
- compact overhead lines, upgrading existing lines to a higher voltage, fixing jumpers on dead-end towers and in substations
Price, availability and lead time on request. We help with analogue selection, customs clearance and delivery.
Description
The design is rigid and works in both tension and compression, so the conductor does not deviate from its set position. Such assemblies are used in the construction of compact lines and when upgrading existing overhead lines to a higher voltage. Another application is fixing jumpers on dead-end towers and in substations. The line corridor becomes narrower and the tower cross-arms shorter.
Technical specifications
| OHL voltage | 115–500 kV |
|---|---|
| Loads | tension and compression (rigid design) |
| Application | compact overhead lines, upgrading existing lines to a higher voltage, fixing jumpers on dead-end towers and in substations |
Request a price and lead time
Strut insulators and V-shaped assemblies for compact overhead lines 115–500 kV. We reply within one business day.
Or email sales@usk.ua or call 044 339-50-20.
Customs codes
| UKTZED (Ukraine) | 8546 20 00 10 |
|---|---|
| HS, 6 digits | 8546 20 |
| CN (EU) | 8546 20 00 |
| HTSUS (USA) | 8546 20 00 60 |
| China customs tariff | 8546 20 90 90 |
Codes are for reference: the final code is determined at declaration for the specific model.
Questions and answers
What overhead line voltage are strut insulators and V-assemblies made for?
For compact overhead lines of 115–500 kV.
What loads does the assembly withstand?
The design is rigid and works in both tension and compression.
Are the assemblies suitable for reconstruction of existing lines?
Yes, they are used to upgrade existing overhead lines to a higher voltage and to fix jumpers on dead-end towers.
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