RHD‑170 SF6 dead-tank circuit breaker, 170kV, rated current 3150‑4000A, short-circuit breaking current 31.5‑50kA, self-blast arc-extinguishing, three-phase SF6 gas insulated high-voltage circuit breaker.
This product flyer is the technical brochure for high‑voltage SF6 dead‑tank circuit breaker, designed for tender preparation, substation project evaluation and pre‑sales technical reference.
The product meets IEC 62271‑100 and GB/T 1984 standards. This brochure covers comprehensive technical indicators including lightning impulse withstand voltage, power frequency withstand voltage, creepage distance, partial discharge, SF6 gas alarm and locking pressure, gas moisture limit, annual gas leakage rate and mechanical operating life, together with standard reclosing operation sequence O‑0.3s‑CO‑180s‑CO.
It adopts integrated three‑phase tank structure with outdoor porcelain bushings and SF6 density monitoring relay to continuously track gas status. The document also specifies the power configuration for heater, energy storage motor and control circuit, as well as first‑open‑pole factor, capacitive current breaking performance and switching time parameters.
Customized technical solution including design, assembly and factory acceptance test is available for global EPC projects. Please contact us to obtain complete type test certificates and full operation & maintenance manuals.
High-performance 170kV Dead-Tank SF6 Circuit Breaker. Features 63kA breaking capacity, 9-grade seismic safety, and -50°C reliability.
Dead Tank SF6 Circuit Breaker (115kV-170kV) offers high reliability and efficient arc extinguishing. Its robust design ensures stable power system protection.
Factory direct dead tank SF6 circuit breaker for 40.5kV to 66kV systems, delivering reliable and cost-effective high-voltage protection
Le taux de fuite annuel de gaz SF6 est l'indicateur principal qui reflète la fiabilité de l'étanchéité de la cuve et des joints d'étanchéité tout au long des années d'exploitation. Veuillez nous contacter pour obtenir les données des essais d'étanchéité.
Cette séquence opérationnelle définit les exigences requises pour l'interruption de défaut et le réenclenchement automatique des lignes de transport aériennes, et nécessite une vérification de la coordination avec les paramètres de protection du réseau local. Veuillez nous contacter pour toute assistance technique relative à la coordination.
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