Silicable 550C FT3120b
Silicable 550C FT3120b

Photos are for informational purposes only. View product specification

please use latin characters

Manufacturer: OMERIN

Silicable 550C FT3120b

Single-core composite-insulated cables

UL-certified composite insulation

Materials

  • 1. Nickel or 27% nickel-plated copper core.
  • 2. Composite insulation: mica + fiberglass facings + lacquered fiberglass braid.

Technical Data

  • Maximum continuous operating temperature: +550°C.
  • Good resistance to thermal shock and oxidation.
  • Nominal voltage: according to model number (see table).
  • Test voltage: according to model number.

Product

Standard color: white.

Approvals - Standards

  • UL certified according to UL 758 - file number: E101965.
  • VW-1 Flame Test per UL 758.
  • Nickel-plated copper equivalent to 27% Class per ASTM B355.
  • Type 200 Nickel per ASTM B160.
  • "Horizontal Flame Test" per UL Approval.

Applications

  • Industrial furnace and air furnace wiring.
  • Wiring for heating resistors, cartridges, bands, and hot plates.
  • Wiring for residential and commercial electrical appliances.

Options

  • Other colors: consult us.
  • Custom or general electrical shielding: consult us.
  • Other sections and metric sections: consult us.
0.53
certificate Nominal cross-section (mm²)
AWG (mm²)		 5400 - VW-1 5390 - VW-1
550°C - 600 V 550°C - 300 V 550°C - 600 V 550°C - 300 V
Average insulation thickness (mm)     Nominal diameter* (mm) Average insulation thickness (mm)  Nominal diameter* (mm)
24 0.20 0.53 2.9 0.635 2.2
22 0.34 0.53 3.1 0.635 2.4
20 0.60 0.53 3.3 0.635 2.6
18 0.93 0.53 3.9 0.635 3.1
16 1.34 4.2 0.635 3.4
14 2.10 0.53 4.7 0.635 4.0
12 3.33 0.53 5.4 0.635 4.7
10 5.26 0.53 6. 4 0.635 5.7
8 8.36 0.53 7.5 0.84 6.8
6 1.30 p.m. 1.14 8.7 0.84 8.0
4 21.20 1.14 10.0 0.84 8.7
2 33.60 1.14 12.1 0.84 10.0

Conductive metal                                                                      EG                                    EG

Less
Read more

Send an inquiry

Are you interested in this product? Do you need additional information or individual pricing?

Contact us
ASK FOR THE PRODUCT close
Thank you for sending your message. We will respond as soon as possible.
ASK FOR THE PRODUCT close
Browse
send an inquiry

Add to Wishlist

You must be logged in

Single-core composite-insulated cables

UL-certified composite insulation

Materials

  • 1. Nickel or 27% nickel-plated copper core.
  • 2. Composite insulation: mica + fiberglass facings + lacquered fiberglass braid.

Technical Data

  • Maximum continuous operating temperature: +550°C.
  • Good resistance to thermal shock and oxidation.
  • Nominal voltage: according to model number (see table).
  • Test voltage: according to model number.

Product

Standard color: white.

Approvals - Standards

  • UL certified according to UL 758 - file number: E101965.
  • VW-1 Flame Test per UL 758.
  • Nickel-plated copper equivalent to 27% Class per ASTM B355.
  • Type 200 Nickel per ASTM B160.
  • "Horizontal Flame Test" per UL Approval.

Applications

  • Industrial furnace and air furnace wiring.
  • Wiring for heating resistors, cartridges, bands, and hot plates.
  • Wiring for residential and commercial electrical appliances.

Options

  • Other colors: consult us.
  • Custom or general electrical shielding: consult us.
  • Other sections and metric sections: consult us.
0.53
certificate Nominal cross-section (mm²)
AWG (mm²)		 5400 - VW-1 5390 - VW-1
550°C - 600 V 550°C - 300 V 550°C - 600 V 550°C - 300 V
Average insulation thickness (mm)     Nominal diameter* (mm) Average insulation thickness (mm)  Nominal diameter* (mm)
24 0.20 0.53 2.9 0.635 2.2
22 0.34 0.53 3.1 0.635 2.4
20 0.60 0.53 3.3 0.635 2.6
18 0.93 0.53 3.9 0.635 3.1
16 1.34 4.2 0.635 3.4
14 2.10 0.53 4.7 0.635 4.0
12 3.33 0.53 5.4 0.635 4.7
10 5.26 0.53 6. 4 0.635 5.7
8 8.36 0.53 7.5 0.84 6.8
6 1.30 p.m. 1.14 8.7 0.84 8.0
4 21.20 1.14 10.0 0.84 8.7
2 33.60 1.14 12.1 0.84 10.0

Conductive metal                                                                      EG                                    EG

Less
Read more
Comments (0)