FLAMEX SI EN 50382-2 Type FFXS 1.8/3 kV 1x150 150°C
FLAMEX SI EN 50382-2 Type FFXS 1.8/3 kV 1x150 150°C
FLAMEX
SHIELDED HIGH TEMPERATURE EXTRA-FLEXIBLE POWER CABLES
FLAMEX® EN 50382-2 FFXS shielded power cables are designed with extra flexible conductors as per jumper cables. They are used for installations where enhanced electrical screening (EMC) is required. Able to withstand higher operating temperatures, these silicone-based cables allow to save cable weight.
- Nexans ref. : 10284128
- EAN : 3427580835902
Description
Description
Standards
-
ProductEN 45545-2 (HL3); EN 50382-2; IEC 60228
FLAMEX® EN 50382-2 FFXS shielded power cables are designed with extra flexible conductors as per jumper cables. They are used for installations where enhanced electrical screening (EMC) is required. Able to withstand higher operating temperatures, these silicone-based cables allow to save cable weight.
DESIGN
1. Conductor
Extra flexible class 6 copper according to IEC 60228
- tinned copper for 120°C Class
- plain copper for 150°C Class
2. Insulation
Cross-linked silicone type EI 111 according to EN 50382-1
Separator: Unweaved tape
3. Screen
Tinned copper wire braid
Separator: Unweaved tape
4. Outer sheath
Cross-linked silicone type EM 107 according to EN 50382-1
Colour: black outer layer
Examples of marking: FLAMEX SI - EN 50382-2 - Voltage rate (1800V or 3600V) - cross-section mm² - FFXS - temperature class (120°C or 150°C) - Manufacturing n° - NEXANS 279 - week/year
DTREN 150068 - EN 50382-2 - 1800V - cross-section mm² - FFXS - temperature class (120°C) - Manufacturing n° - NEXANS 279 - week/year
FIRE SAFETY
FLAMEX® EN 50382-2 FFXS shielded power cables are conform to EN 45545-2 HL3
GUIDE TO USE
- Cabling rules are given in EN 50343 and EN 50355
- Permissible current carrying capacities: values and calculation method are given in EN 50343
- Bending radius:
- Static use: 10 x outer cable diameter
- For installation and occasional movements: 12 x outer cable diameter
- Pulling tensible force (dynamic) during installation: 50 N/mm² of copper size
- Mechanical static tensible force: 15N/mm² of copper size
Characteristics
Characteristics
Construction characteristics
Construction characteristics
Dimensional characteristics
Dimensional characteristics
Electrical characteristics
Electrical characteristics
Usage characteristics
Usage characteristics
Resources
Resources
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