Product description
1 Class 5 flexible copper conductor, according to SR EN 60228
2 Thermoplastic polyethylene insulation with low emission of smoke and corrosive gases (LSFH)
For indoor electrical installations in places where reduced release of smoke and corrosive gases is required in case of fire.
In protected installations (in tubes, electrical equipment, lighting fixtures, etc.) they can be used up to a voltage of 1000 V a.c. or up to 750 V d.c.
Product standard: SF 110 IPROEB
Rated voltage: UO/U = 450/750 V
Minimum ambient temperature:
– during assembly: -5 °C
– during exploitation: -30 °C
The maximum temperature allowed on the conductor under normal operating conditions: +70 °C
Test voltage: 2,5 kV, 50 Hz, 5 min, in water
Insulated conductors are flame retardant delayed according to SR EN 60332-1-2
The corrosivity of the gases released during combustion, according to SR EN 60754-2:
– pH ≥ 4,3
– conductivity ≤ 100 µS.cm-1
Smoke density according to SR EN 61034 – light permeability: ≥ 60%
- + Technical data sheet
- + Construction
1 Class 5 flexible copper conductor, according to SR EN 60228
2 Thermoplastic polyethylene insulation with low emission of smoke and corrosive gases (LSFH)
- + Field of use
For indoor electrical installations in places where reduced release of smoke and corrosive gases is required in case of fire.
In protected installations (in tubes, electrical equipment, lighting fixtures, etc.) they can be used up to a voltage of 1000 V a.c. or up to 750 V d.c.
- + Technical data
Product standard: SF 110 IPROEB
Rated voltage: UO/U = 450/750 V
Minimum ambient temperature:– during assembly: -5 °C
– during exploitation: -30 °CThe maximum temperature allowed on the conductor under normal operating conditions: +70 °C
Test voltage: 2,5 kV, 50 Hz, 5 min, in water
- + Combustion behavior
Insulated conductors are flame retardant delayed according to SR EN 60332-1-2
The corrosivity of the gases released during combustion, according to SR EN 60754-2:
– pH ≥ 4,3
– conductivity ≤ 100 µS.cm-1Smoke density according to SR EN 61034 – light permeability: ≥ 60%