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02.02.01.01 Fuses PPNI and additional devices

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Total: 88 Go to page: 12 3 49
Fuse holder DP-33, size 0, 160A IEK
Article: DPP20D-DP-160
Number of poles: 1
Nominal rated current: 160 A
Номинал рассеив мощность держателя предохран: 25 W
Fuse holder DP-33, size 00, 160A IEK
Article: DPP10D-DP-160
Number of poles: 1
Nominal rated current: 160 A
Номинал рассеив мощность держателя предохран: 12 W
Fuse holder DP-35, size 1, 250A IEK
Article: DPP30D-DP-250
Number of poles: 1
Nominal rated current: 250 A
Номинал рассеив мощность держателя предохран: 32 W
Fuse holder DP-37, size 2, 400A IEK
Article: DPP40D-DP-400
Number of poles: 1
Nominal rated current: 400 A
Номинал рассеив мощность держателя предохран: 45 W
Fuse holder DP-39, size 3, 630A IEK
Article: DPP50D-DP-630
Number of poles: 1
Nominal rated current: 630 A
Номинал рассеив мощность держателя предохран: 60 W
Fuse link PPNI-33(NH type), size 0, 100A IEK
Article: DPP20-100
Fuse link PPNI-33(NH type), size 0, 10A IEK
Article: DPP20-010
Fuse link PPNI-33(NH type), size 0, 125A IEK
Article: DPP20-125
Fuse link PPNI-33(NH type), size 0, 12A IEK
Article: DPP20-012
Fuse link PPNI-33(NH type), size 0, 160A IEK
Article: DPP20-160
Total: 88
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All dimensions of PPNI fuses are convenient for installation or dismantling by means of universal RS-1 removing handle whose insulation withstand the voltage of 1000V.
All dimensions of PPNI fuses are convenient for installation or dismantling by means of universal RS-1 removing handle whose insulation withstand the voltage of 1000V.
Contacts of the fuse and holder are made of electrical copper plated with tin-bismuth alloy which prevents their oxidation during operation.
Contacts of the fuse and holder are made of electrical copper plated with tin-bismuth alloy which prevents their oxidation during operation.
Contacts of the fuse are made in the form of blade (sharpened) which allows to be installed in the holders with less effort.
Contacts of the fuse are made in the form of blade (sharpened) which allows to be installed in the holders with less effort.
For quick and effective arc blowout the casing of the fusible insert is filled with quartz sand of high chemical purification.
For quick and effective arc blowout the casing of the fusible insert is filled with quartz sand of high chemical purification.
PPNI fuses have breaking capacity around the whole gG range, that allows for protection of electrical installations against short-circuit currents and overload.
PPNI fuses have breaking capacity around the whole gG range, that allows for protection of electrical installations against short-circuit currents and overload.
The base of the holder (insulator) is made of reinforced thermosetting plastic resistant to corrosion, mechanical shock, temperature changes and dynamic shocks that occur during short circuits up to 120 kA.
The base of the holder (insulator) is made of reinforced thermosetting plastic resistant to corrosion, mechanical shock, temperature changes and dynamic shocks that occur during short circuits up to 120 kA.
The design and technical parameters, overall and installation dimensions of PPNI fuses and holders meet modern IEC and GOST standards and therefore allow to replace similar devices both domestic and imported.
The design and technical parameters, overall and installation dimensions of PPNI fuses and holders meet modern IEC and GOST standards and therefore allow to replace similar devices both domestic and imported.
The design of the fuse provides a special indicator in the form of a sliding rod which allows you to visually determine the fuse blows.
The design of the fuse provides a special indicator in the form of a sliding rod which allows you to visually determine the fuse blows.
The fuse element is made of phosphorous bronze (alloy of copper and zinc with the addition of phosphorus) and securely connected by means of spot welding to the fuse terminals.
The fuse element is made of phosphorous bronze (alloy of copper and zinc with the addition of phosphorus) and securely connected by means of spot welding to the fuse terminals.
The base of the holder (insulator) is made of reinforced thermosetting plastic resistant to corrosion, mechanical shock, temperature changes and dynamic shocks that occur during short circuits up to 120 kA.
The base of the holder (insulator) is made of reinforced thermosetting plastic resistant to corrosion, mechanical shock, temperature changes and dynamic shocks that occur during short circuits up to 120 kA.
It can be used for fuses of other brands, developed in accordance with GOST R 50339, IEC 60269.
It can be used for fuses of other brands, developed in accordance with GOST R 50339, IEC 60269.
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