FLAMEX EN 50382-2 3600V 70 FXZ 120°C

Description

Description

Standards

  • Product
    EN 45545-2 (HL3); EN 50382-2; IEC 60228

FLAMEX® EN 50382-2 3600V FXZ power cables are designed with extra flexible conductors and reinforced with textile braid to be used as a jumper cable between vehicles. 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
Separator: Unweaved tape 

2. Insulation
Cross-linked silicone type EI 111, according to EN 50382-1 with an embedded polyester reinforcement
Colour: black outer layer

Examples of marking:
FLAMEX SI - EN 50382-2  - 3600 V - cross-section mm² - FXZ - class temperature (120°C) - NEXANS 279 - week/year  
FLAMEX SI - DTREN 150028 - EN 50382-2  - 3600 V - cross-section mm² - FXZ - class temperature (120°C) - NEXANS 279 - week/year

 

FIRE SAFETY

FLAMEX® EN 50382-2 3600V FXZ 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: 4 x outer cable diameter
    • For installation and occasional movements: 6 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

구조적 특성

구조적 특성

도체 재료
Tin plated copper
Conductor flexibility
울트라 소프트 레벨 6
절연
High temperature silicone
Halogen free
EN 60754-1 & EN 60684-2

치수

치수

도체 단면적
70 mm²
도체지름
11.0 mm
Nominal outer diameter
17.6 mm
Minimum outer diameter
17.3 mm
Maximum outer diameter
20.6 mm
무게(근사치)
935 kg/km

전기적 특성

전기적 특성

정격전압 Uo/U (Um)
3.6 / 6 (7.2) kV

사용 특성

사용 특성

난연
EN 60332-1-2
Fire retardant
EN IEC 60332-3-24 (cat C); EN IEC 60332-3-25 (EN50305)
연기밀도
EN/IEC 61034-2
유독가스
EN 50305-9.2
操作温度范围
-50 ... 120 °C
Max. conductor temperature in service
120 °C
Overload maximum core temperature
140 °C
Chemical resistance
Good

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Resources

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