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Outdoor Pole Mounted High Voltage Porcelain Drop-out Fuse Cutout with Arc Distinguisher
Quick details: brand name: as per customers’ requirements model number: can be ordered usage: high voltage breaking capacity:high Safety standards: IEC installation: open frame export markets: global packing: export carton or as customized Model No. Rated Voltagekv Rated CurrentA Breaking CurrentKA Impulse VoltageBIL Power-FrequencyWithstand Voltage KV RW11-10/100 10 100 6.3 110 42 RW11-10/200 10 200 12.5 110 42 Our products have being service in more than 20 countries power s... -
11kV Drop-out Fuse Bushing RW11-10/100A
Drop-out fuse cutout and load switching fuse cutout are of outdoor used high voltage protective device,Tobe connected with incomin-g feeder of distribution transformer or distribution lines,it mainly protect transformer or lines from short circuit and overload,and on/off loading,current,Drop-out fuse cutout is composed of insulate insulator supports and fuse tube,static contacts is fixed on two sides of insulator support and moving contact is installed on two ends of fuse tube,Fuse tube is composed of inside arcexting tube.Outer phenolic compound paper tube or epoxy glasstube,Load switching fuse cutout provides enfored elastic auxiliry contacts and arc-extinguishing exclosure switching on-off loading current. -
Ipu-10/630A-7.5 Uhl1 (oval flange) wall bushing Porcelain isolators
Insulator IPU-10/630-7.5 UHL1 (oval flange) is designed for the installation and insulation of conductive components in enclosed distribution devices and complete distribution devices in electrical stations and substations, and for the connection with open distribution devices or transmission lines with frequencies up to 10kV and 100Hz, Suitable for Type I or II atmospheres and enclosed diversion as specified in GOST 15150-69.
IPU-10/630-7.5 UHL1 insulators are typically used for maintenance and matching of KTP substations with capacities up to 100, 160, 200, 300, 400, and 630 kVA. -
24kv Polymer Fuse Cut-out 200A
Drop-out fuse cutout and load switching fuse cutout are of outdoor used high voltage protective device,Tobe connected with incomin-g feeder of distribution transformer or distribution lines,it mainly protect transformer or lines from short circuit and overload,and on/off loading,current,Drop-out fuse cutout is composed of insulate insulator supports and fuse tube,static contacts is fixed on two sides of insulator support and moving contact is installed on two ends of fuse tube,Fuse tube is composed of inside arcexting tube.Outer phenolic compound paper tube or epoxy glasstube,Load switching fuse cutout provides enfored elastic auxiliry contacts and arc-extinguishing exclosure switching on-off loading current. -
11kV polymer fuse cut-out 200A composite bushing
IEC/ANSI/AS Applicable standard 11kv bushing insulator for fuses
These bushings are also able to withstand different elements like rain, excessive sunlight, moisture and also adhere to international quality standards. Here, our expertise lies in making these transformer bushings available with single as well as solid aluminum alloy conductor. -
15-33kV Fuse Cut out Ceramic Bushing Insulator
Video Drawing Parameter table Fuse Porcelain bushing(IEC ANSIAS) Figure no 72101 72102 72103 72201 72202 72203 72204 72205 72206 72207 72208 72209 72210 722301 722302 Cat.No. 1 1 1 2 2 2 2 3 4 5 4 4 4 6 6 Main Dimension Diameter(D) mm 287 287 287 376 375 376 376 376 375 467 376 365 375 467 467 Diameter(d) mm 87 90 105 90 96 87 102 131 129 96 127 150 155 130 121 Height mm 32 32 32 32 35 32 35 35 32 32 32 35 35 35 32 Creepage distance mm 220 240 255 300 340 280 360... -
High quality 3kv/9kv/12kv/15kv/24kv/33kv/66kv Zinc Oxide Arrester/lightning arrester/surge arrester Factory Price
3kv/9kv/12kv/15kv/24kv/36kv/66kv Zinc Oxide Arrester/lightning arrester/surge arrester price
Distribution type arrester
Zinc oxide lightning arrester, is to protect the ac power system electrical equipment from atmospheric overvoltage protection equipment and operating over-voltage damage. -
Fuse Cut-out Bushing Insulator
A bushing must be designed to withstand the electrical field strength produced in the insulation, when any earthed material is present. As the strength of the electrical field increases, leakage paths may develop within the insulation. If the energy of the leakage path overcomes the dielectric strength of the insulation, it may puncture the insulation and allow the electrical energy to conduct to the nearest earthed material causing burning and arcing.