СИЛИЦОУЛ 1,1кВ -60 ° Ц до + 180 ° Ц (Цласс Х)
  • СИЛИЦОУЛ 1,1кВ -60 ° Ц до + 180 ° Ц (Цласс Х)

Фотографије су само у информативне сврхе. Погледајте спецификацију производа

please use latin characters

Произвођач: OMERIN

СИЛИЦОУЛ 1,1кВ -60 ° Ц до + 180 ° Ц (Цласс Х)

Characteristics
• Continuous operating temperatures: -60 °C to +180 °C
• Good resistance to thermal shock and UV
• Excellent mechanical strength.
• Rated voltage: 1.1 kV
• Test voltage: 3.5 kV

Standard products
• Standard insulation colour: white.
• Standard reinforcing braid colour: yellow.
• Standard marking: OMERIN - SILICOUL 1.1 KV - {cross-section}

No printing on sections 1.5 mm2 to 6 mm2

Approvals - standards
• Smoke classification F1 as per NF F 16-101.
• Bureau VERITAS approval certificates: compliance with the tests described as per standards
IEC 60092-350/353/360, IEC 60228,
IEC 60331-11/21, IEC 60332-1-1/2,
EC 60332-3-22 and IEC 60754-2.
• Lloyd’s Register approval certificates: compliance with the tests described as per standards
IEC 60228, IEC 60092-350/353/360,
IEC 60754-2, IEC 60332-1-1/2,
IEC 60332-3-22 category A and IEC 60331-11/21.

Applications
• Cabling for rotating machines: motors, alternators, generators
• Cabling for static machines: transformers, inductors, inverters, choppers.
• Shipbuilding and railway construction.
• Power cabinets.

Options
• Extra-flexible tin-plated copper core - class 6 as per IEC 60228: contact us.
• Flexible or extra-flexible bare copper, silver-plated or nickel-plated copper core – class 5 or 6 as per IEC 60228: contact us
• Without reinforcing braid (ref. SILICOUL® ST 1.1 KV): contact us.
• Varnished synthetic fibre reinforcing braid (ref. SILICOUL® RI 1.1 KV): contact us.
• Very high temperature fibre reinforcing braid: contact us.
• Outer flexible armour: > Galvanised steel braid (ref. SILICOUL® BG 1.1 KV): contact us. > Stainless steel braid (ref. SILICOUL® BI 1.1 KV): contact us
• Multi-conductor cable made up of an assembly of several single conductor cables SILICOUL® 1.1 KV: contact us.
• Other markings: contact us.
• Other colours: contact us.
• Other nominal cross-sections: contact us
• Other options and/or combinations of the options outlined above: contact us.


1 • Flexible tin-plated copper core - class 5 as per IEC 60228.
2 • Optional separating tape.
3 • Insulation: Silicone rubber
4 • Reinforcement: Coated synthetic fibre braid.

 
Nominal cross-section
[mm 2]
Nominal stranding Maximum linear resistance at 20 °C (Ω/km) Nominal diameter
[mm]
Approximate linear weight 
[kg/km]
1.5 30 x 0.25 13.7 3.8 23.5
2.5 50 x 0.25 8.21 4.3 34.0
4 56 x 0.30 5.09 4.9 48.9
6 84 x 0.30 3.39 6.0 71.7
10 80 x 0.40 1.95 7.2 117
16 126 x 0.40 1.24 8.6 174
25 196 x 0.40 0.795 10.4 268
35 276 x 0.40 0.565 1 1.9 360
50 396 x 0.40 0.393 14.1 512
70 360 x 0.50 0.277 15.9 686
95 485 x 0.50 0.210 18.2 914
120 608 x 0.50 0.164 20.7 1174
150 756 x 0.50 0.132 23.2 1457
185 944 x 0.50 0.108 25.2 1819
240 1221 x 0.50 0.0817 29.2 2448
300 1525 x 0.50 0.0654 31.6 2992
400 2037 x 0.50 0.0495 34.6 3837

Пошаљите упит

Да ли вас занима овај производ? Да ли су вам потребне додатне информације или појединачне цене?

Контактирајте нас
Питајте производ close
Хвала вам што сте послали поруку. Одговорићемо у најкраћем могућем року.
Питајте производ close
Прегледајте

Додај у листу жеља

морате бити пријављени

Characteristics
• Continuous operating temperatures: -60 °C to +180 °C
• Good resistance to thermal shock and UV
• Excellent mechanical strength.
• Rated voltage: 1.1 kV
• Test voltage: 3.5 kV

Standard products
• Standard insulation colour: white.
• Standard reinforcing braid colour: yellow.
• Standard marking: OMERIN - SILICOUL 1.1 KV - {cross-section}

No printing on sections 1.5 mm2 to 6 mm2

Approvals - standards
• Smoke classification F1 as per NF F 16-101.
• Bureau VERITAS approval certificates: compliance with the tests described as per standards
IEC 60092-350/353/360, IEC 60228,
IEC 60331-11/21, IEC 60332-1-1/2,
EC 60332-3-22 and IEC 60754-2.
• Lloyd’s Register approval certificates: compliance with the tests described as per standards
IEC 60228, IEC 60092-350/353/360,
IEC 60754-2, IEC 60332-1-1/2,
IEC 60332-3-22 category A and IEC 60331-11/21.

Applications
• Cabling for rotating machines: motors, alternators, generators
• Cabling for static machines: transformers, inductors, inverters, choppers.
• Shipbuilding and railway construction.
• Power cabinets.

Options
• Extra-flexible tin-plated copper core - class 6 as per IEC 60228: contact us.
• Flexible or extra-flexible bare copper, silver-plated or nickel-plated copper core – class 5 or 6 as per IEC 60228: contact us
• Without reinforcing braid (ref. SILICOUL® ST 1.1 KV): contact us.
• Varnished synthetic fibre reinforcing braid (ref. SILICOUL® RI 1.1 KV): contact us.
• Very high temperature fibre reinforcing braid: contact us.
• Outer flexible armour: > Galvanised steel braid (ref. SILICOUL® BG 1.1 KV): contact us. > Stainless steel braid (ref. SILICOUL® BI 1.1 KV): contact us
• Multi-conductor cable made up of an assembly of several single conductor cables SILICOUL® 1.1 KV: contact us.
• Other markings: contact us.
• Other colours: contact us.
• Other nominal cross-sections: contact us
• Other options and/or combinations of the options outlined above: contact us.


1 • Flexible tin-plated copper core - class 5 as per IEC 60228.
2 • Optional separating tape.
3 • Insulation: Silicone rubber
4 • Reinforcement: Coated synthetic fibre braid.

 
Nominal cross-section
[mm 2]
Nominal stranding Maximum linear resistance at 20 °C (Ω/km) Nominal diameter
[mm]
Approximate linear weight 
[kg/km]
1.5 30 x 0.25 13.7 3.8 23.5
2.5 50 x 0.25 8.21 4.3 34.0
4 56 x 0.30 5.09 4.9 48.9
6 84 x 0.30 3.39 6.0 71.7
10 80 x 0.40 1.95 7.2 117
16 126 x 0.40 1.24 8.6 174
25 196 x 0.40 0.795 10.4 268
35 276 x 0.40 0.565 1 1.9 360
50 396 x 0.40 0.393 14.1 512
70 360 x 0.50 0.277 15.9 686
95 485 x 0.50 0.210 18.2 914
120 608 x 0.50 0.164 20.7 1174
150 756 x 0.50 0.132 23.2 1457
185 944 x 0.50 0.108 25.2 1819
240 1221 x 0.50 0.0817 29.2 2448
300 1525 x 0.50 0.0654 31.6 2992
400 2037 x 0.50 0.0495 34.6 3837
Komentari (0)