UK Code:
6491B
Harmonised Code:
HO7Z-R
Usage:
Conduit or fixed, protected installation
Standards:
BS EN 50525-3-41
Certifications:
BASEC, CE, ISO 9001, UKCA
Warranty:
12 Months
Packaging Description:
Drum (tin core, cardboard flanges)
Core Size (mm):
10
Number of Strands:
7
Conductor Type:
Stranded Copper
Conductor Class:
Class 2
Cable Profile:
Round
Low Smoke Zero Halogen:
Yes
Armoured:
No
Indoor/Outdoor Usage:
Indoor
Outer Sheath Material:
N/A
Filler Material:
N/A
Braiding Material:
N/A
Screen Material:
N/A
Armour Material:
N/A
Overall Cable Diameter (mm):
5.85
Cut Length (m):
100
Minimum Bending Radius:
6 x D
Nominal Cross Section Area (mm²):
10
Diameter of Conductor (mm):
3.85
Conductor Cross Section Area (mm²):
10
Insulation Thickness (mm):
1
Outer Sheath Thickness (mm):
N/A
Net Weight kg per km (kg):
110
Outer Sheath Colour:
Blue
Inner Core Colour(s):
N/A
Minimum Operating Temperature (ºC):
-15º C
Maximum Operating Temperature (ºC):
90º C
Maximum Short Circuit Temperature (ºC):
250º C
AC Test Voltage (kV):
2.5
Rated Voltage Uo/U (V):
450/750 V
Conductor DC Resistance at 20ºC:
1.83 Ω/km
Maximum Mass Supportable - Twin flexible cord (kg):
0
EV Charging:
N/A
Number of Phases:
N/A
Capacity Ref Method A: 2 cables/single phase AC/DC (A):
61
Capacity Ref Method A: 3-4 cables/three phase AC (A):
54
Capacity Ref Method B: 2 cables/single phase AC/DC (A):
75
Capacity Ref Method B: 3-4 cables/three phase AC (A):
66
Capacity Ref Method C: 2 cables/single phase AC/DC (A):
81
Capacity Ref Method C: 3-4 cables/three phase AC (A):
74
Capacity Ref Method F: 2 cables/single phase AC/DC or 3 cables/three phase AC flat horizontally spaced (A):
-
Capacity Ref Method F: 2 cables/single phase AC/DC or 3 cables/three phase AC flat vertically spaced (A):
-
Capacity Ref Method F: 2 cables/single phase AC/DC flat touching (A):
-
Capacity Ref Method F: 3 cables/three phase AC flat touching (A):
-
Capacity Ref Method F: 3 cables/three phase AC trefoil touching (A):
-
Capacity Ref Method 100 (A):
N/A
Capacity Ref Method 101 (A):
N/A
Capacity Ref Method 102 (A):
N/A
Capacity Ref Method 103 (A):
N/A