Products
Support insulator 35 kV
35 kV, suitable for high-voltage overhead lines of three-phase alternating current with a frequency of 50 Hz.
Composite crossbar: fiberglass rod and protective skirt made of silicone rubber, weight reduced by 60%, high impact resistance, hydrophobicity: the surface energy of silicone rubber is low, which allows maintaining high insulation in dirty conditions (the flashover voltage increases by 2 times when dirty).
Description
marker
Product Details
35 kV, suitable for high-voltage overhead lines of three-phase alternating current with a frequency of 50 Hz.
Composite crossbar: fiberglass rod and protective skirt made of silicone rubber, weight reduced by 60%, high impact resistance, hydrophobicity: the surface energy of silicone rubber is low, which allows maintaining high insulation in dirty conditions (the flashover voltage increases by 2 times when dirty).
Typical Applications
- Traditional overhead power lines: ceramic traverses (SC-185/210 series) are preferred for the reconstruction of rural power networks, reducing overall costs by 20%;
- Reconstruction of urban networks: composite crossbeam (type FS-35-5) is suitable for narrow corridors, reducing the height of the support by 40%;
- New power plant: FPQ-35-6 composite beam is used for wind/photovoltaic booster power plants.
35 kV traverse insulators contribute to the modernization of lines through innovative materials. Ceramic models are focused on efficiency, while composite models are focused on environmental friendliness. The selection must take into account contamination levels, mechanical stress and full life cycle costs.
contact us
Related Popular Products
Plug-in switch-GN30-12D
GN30-12D is a special model of GN30-12: built-in grounding blade, increasing the safety of the grounding system. Supports manual control, control the movement of the blade by turning the handle.
Heat-shrinkable end coupling 33 kV
33KV heat shrink cable terminals are mainly used for terminal sealing, insulation protection and electric field control of XLPE or oil immersed cables in medium and high voltage power systems, suitable for indoor and outdoor power plants, substations, industrial equipment and other fields. Its main functions include sealing, moisture protection, insulation protection and voltage dissipation.
Fuse (H)RWX10-35kV
Mainly used for short circuit and overload protection of power systems 35 kV and below, with high current interruption capability, suitable for protecting equipment in power lines, substations and harsh environments
End coupling ready for installation 6 kV
Using rubber and polymer composite materials with elastic memory function, it can achieve cold shrinkage installation process of 24; Temperature resistance range covers 70℃ to 200℃, with good fire resistance and adapt to various working conditions
Fuse (H)RW12-24kV
Specially designed for short circuit and overload protection of distribution lines and transformers, with the function of splitting and combining load currents, suitable for protecting power equipment on overhead lines and in harsh environments
Suspended insulator 10 kV
10kV suspension insulator is a key component used to support wires and provide insulation in power systems, mainly applied in key assemblies such as tension rods and corner rods of overhead power lines.
Fuse-(H)RW3-15kV
Type HRW3-10 is an open high voltage 10kV fuse, specially designed for short circuit and overload protection of distribution lines and transformers, with circuit isolation function
Wind fuse-HRW12-35kV
A removable fuse is a specially designed fuse, the main feature of which is the ease of replacement and maintenance of the fuse (fuse element) without the need for a complete replacement of the equipment. Below is the basic information:
Plug-in connection at the rear
Appearance The overall design is T-shaped. The large port at the top is used to connect the main cable, and the perpendicular side port is used to output the branch cable. The bottom port is usually equipped with a special sealing or connecting component to ensure a reliable connection and sealing of the cable system.
Lightning rod 330 kV
Zinc oxide lightning conductor: equipped with voltage equalization ring, excellent pollution resistance, creepage distance ≥ 25mm/kV, suitable for coastal salt fog or industrial pollution areas;
Disconnectors 24 kV Russia
Components: Consists of base, rotating shaft, frame, insulated contact blade, contacts and connecting structure, and other components using three-phase parallel.
Cold-shrinkable end coupling 33 kV
Insulation protection: Cold shrink cable terminal uses cold shrink voltage control tube, which can effectively insulate the cable from the external environment, prevent the cable from being damaged by external factors, and ensure good insulation protection
Support insulator 110 kV
110 kV, suitable for high-voltage transmission and conversion systems of three-phase alternating current with a frequency of 50 Hz, ensuring long-term outdoor operation. The rod core is made of glass fiber reinforced resin, and the protective skirt is made of high temperature vulcanized silicone rubber, which is 50% lighter than porcelain and resistant to salt fog, ultraviolet radiation and chemical corrosion. Sealing the ends of the rod using the crimping method prevents moisture from entering the contact area of the rod core.
Support insulator 20 kV
20 kV. Made of composite material – silicone rubber. The surface of the column body has a corrugated structure to increase the leakage distance and prevent wastewater leakage. Some models use solid ceramic parts combined with a metal flange. Suitable for 50Hz three-phase AC distribution systems, substations, industrial distribution networks and other applications.
Fuse-(H)RW11-15kV
Specially designed for short circuit and overload protection in power distribution systems, with load current switching function, suitable for protecting power equipment in complex electrical networks and harsh environments
Heat-shrinkable end coupling 24 kV
24kV heat shrink cable terminal is a key component used to connect the terminals of 24kV voltage level power cables, mainly to achieve cable terminal sealing, insulation protection and voltage control
