Electric power distribution cable: high safety multi-conductor
0.6 / 1 kV | EXZHELLENT XXI
General Cable
CONDUCTOR
Copper, flexible class 5
INSULATION
Cross-linked polyethylene (XLPE)
SHEATH
Halogen-free thermoplastic polyolefine
VOLTAGE
0.6/1 kV
STANDARDS
UNE 21123-4 - Design standard
EN 60332-1 - Flame propagation (single wire)
EN 50266 - Flame propagation (bunched wires)
EN 50267 - Low corrosivity and acidity of evolved gases
EN 61034 - Low opacity of evolved fumes
IEC 60332-1 - Flame propagation (single wire)
IEC 60332-3 - Flame propagation (bunched wires)
IEC 60754 - Low corrosivity and acidity of evolved gases
IEC 61034 - Low opacity of evolved fumes
APPLICATIONS AND MAIN CHARACTERISTICS
High Safety (HS) multi-conductor cables for low voltage power distribution.
Recommended for public places as per ITC-BT-28 and in all installations with a risk of fire that may cause damage or injury.
Easy to handle during installation and laying.
Maximum permanently-operating conductor temperature 90 ºC.
Copper, flexible class 5
INSULATION
Cross-linked polyethylene (XLPE)
SHEATH
Halogen-free thermoplastic polyolefine
VOLTAGE
0.6/1 kV
STANDARDS
UNE 21123-4 - Design standard
EN 60332-1 - Flame propagation (single wire)
EN 50266 - Flame propagation (bunched wires)
EN 50267 - Low corrosivity and acidity of evolved gases
EN 61034 - Low opacity of evolved fumes
IEC 60332-1 - Flame propagation (single wire)
IEC 60332-3 - Flame propagation (bunched wires)
IEC 60754 - Low corrosivity and acidity of evolved gases
IEC 61034 - Low opacity of evolved fumes
APPLICATIONS AND MAIN CHARACTERISTICS
High Safety (HS) multi-conductor cables for low voltage power distribution.
Recommended for public places as per ITC-BT-28 and in all installations with a risk of fire that may cause damage or injury.
Easy to handle during installation and laying.
Maximum permanently-operating conductor temperature 90 ºC.
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