Offer Nº
Order Nº
Page Nº
Low Voltage Cables
Product identification and Features
Cable code
Cable type
Standard
Standard
Standard
Nominal voltage
Nº of cores x C.S.A.
Construction and Dimensions
Conductor material
Shape
Class / Standard
Max. wires diameter
Nominal diameter
Mica glass tape
Insulation material
Nominal radial thickness
Diameter over insulation
Outer sheath material
Nominal radial thickness / Minimum at any point
Nominal overall diameter
Nominal total weight
Maximum pulling load
Minimum bending radius (after installation)
Electrical Data
Maximum conductor DC resistance, at 20 ºC
Star reactance per phase, at 50 Hz
Maximum permanent current rating (*)
Maximum conductor temperature in service / in short-circuit
Maximum adiabatic short-circuit current rating (0.1/0.5/1.0 s)
(*) In air, at 40 ºC / Buried, at 25 ºC - 1,5 ºK·m/W - 0,7 m (see more details in ANNEX)
N/A = Not Applicable
Units
1
Item1
Item2
Item3
19921J3
RZ1-K
Specif. CERN 3818
IEC 60502-1
IEC 60332-3-23
0,6/1 kV
1 x16 mm²
19921G9
RZ1-K
Specif. CERN 361
IEC 60502-1
IEC 60332-3-24
0,6/1 kV
1 x25 mm²
19921H0
RZ1-K
Specif. CERN 361
IEC 60502-1
IEC 60332-3-24
0,6/1 kV
1 x35 mm²
mm
mm
kgs/km
N
mm
Copper
Circular
5 / IEC 60228
0,41
4,95
NO
XLPE
0,7
6,4
LSF-OH
1,4 / -9,2
200
800
37
Copper
Circular
5 / IEC 60228
0,41
6,20
NO
XLPE
0,9
8,0
LSF-OH
1,4 / -10,8
290
1250
44
Copper
Circular
5 / IEC 60228
0,41
7,30
NO
XLPE
0,9
9,1
LSF-OH
1,4 / -11,9
380
1750
48
Ohm/km
Ohm/km
A
ºC
kA
1,21
0,098
91 (7) / 83 (6)
90 / 250
7,23 / 3,23 / 2,29
0,78
0,095
122 (5) / 106 (6)
90 / 250
11,3 / 5,05 / 3,57
0,554
0,090
153 (5) / 128 (6)
90 / 250
15,8 / 7,07 / 5
mm
mm
mm
mm
Signed by : F. Soldevila
Date : 22/11/2016
Nominal values subject to the usual manufacturer tolerances
General Cable reserves the right to change or modify the specifications and materials depending on future improvements. Based on this, data listed above could be modified due to these changes
Offer Nº
Order Nº
Page Nº
Low Voltage Cables
Product identification and Features
Cable code
Cable type
Standard
Standard
Standard
Nominal voltage
Nº of cores x C.S.A.
Construction and Dimensions
Conductor material
Shape
Class / Standard
Max. wires diameter
Nominal diameter
Mica glass tape
Insulation material
Nominal radial thickness
Diameter over insulation
Outer sheath material
Nominal radial thickness / Minimum at any point
Nominal overall diameter
Nominal total weight
Maximum pulling load
Minimum bending radius (after installation)
Electrical Data
Maximum conductor DC resistance, at 20 ºC
Star reactance per phase, at 50 Hz
Maximum permanent current rating (*)
Maximum conductor temperature in service / in short-circuit
Maximum adiabatic short-circuit current rating (0.1/0.5/1.0 s)
(*) In air, at 40 ºC / Buried, at 25 ºC - 1,5 ºK·m/W - 0,7 m (see more details in ANNEX)
N/A = Not Applicable
Units
2
Item4
Item5
Item6
19921G6
RZ1-K
Specif. CERN 361
IEC 60502-1
IEC 60332-3-24
0,6/1 kV
1 x50 mm²
19921H3
RZ1-K
Specif. CERN 361
IEC 60502-1
IEC 60332-3-24
0,6/1 kV
1 x70 mm²
19921G8
RZ1-K
Specif. CERN 361
IEC 60502-1
IEC 60332-3-24
0,6/1 kV
1 x95 mm²
mm
mm
kgs/km
N
mm
Copper
Circular
5 / IEC 60228
0,41
8,70
NO
XLPE
1,0
10,7
LSF-OH
1,4 / -13,5
525
2500
54
Copper
Circular
5 / IEC 60228
0,51
10,60
NO
XLPE
1,1
12,8
LSF-OH
1,4 / -15,6
715
3500
63
Copper
Circular
5 / IEC 60228
0,51
12,15
NO
XLPE
1,1
14,4
LSF-OH
1,5 / -17,4
925
4750
70
Ohm/km
Ohm/km
A
ºC
kA
0,386
0,087
188 (5) / 152 (6)
90 / 250
22,6 / 10,1 / 7,14
0,272
0,084
243 (5) / 187 (6)
90 / 250
31,6 / 14,1 / 10
0,206
0,082
298 (5) / 222 (6)
90 / 250
42,9 / 19,2 / 13,6
mm
mm
mm
mm
Signed by : F. Soldevila
Date : 22/11/2016
Nominal values subject to the usual manufacturer tolerances
General Cable reserves the right to change or modify the specifications and materials depending on future improvements. Based on this, data listed above could be modified due to these changes
Offer Nº
Order Nº
Page Nº
Low Voltage Cables
Product identification and Features
Cable code
Cable type
Standard
Standard
Standard
Nominal voltage
Nº of cores x C.S.A.
Construction and Dimensions
Conductor material
Shape
Class / Standard
Max. wires diameter
Nominal diameter
Mica glass tape
Insulation material
Nominal radial thickness
Diameter over insulation
Outer sheath material
Nominal radial thickness / Minimum at any point
Nominal overall diameter
Nominal total weight
Maximum pulling load
Minimum bending radius (after installation)
Electrical Data
Maximum conductor DC resistance, at 20 ºC
Star reactance per phase, at 50 Hz
Maximum permanent current rating (*)
Maximum conductor temperature in service / in short-circuit
Maximum adiabatic short-circuit current rating (0.1/0.5/1.0 s)
(*) In air, at 40 ºC / Buried, at 25 ºC - 1,5 ºK·m/W - 0,7 m (see more details in ANNEX)
N/A = Not Applicable
Units
3
Item7
Item8
Item9
19921H2
RZ1-K
Specif. CERN 361
IEC 60502-1
IEC 60332-3-24
0,6/1 kV
1 x120 mm²
19921H1
RZ1-K
Specif. CERN 361
IEC 60502-1
IEC 60332-3-24
0,6/1 kV
1 x150 mm²
19921G4
RZ1-K
Specif. CERN 361
IEC 60502-1
IEC 60332-3-24
0,6/1 kV
1 x240 mm²
mm
mm
kgs/km
N
mm
Copper
Circular
5 / IEC 60228
0,51
14,00
NO
XLPE
1,2
16,4
LSF-OH
1,5 / -19,4
1165
6000
78
Copper
Circular
5 / IEC 60228
0,51
15,40
NO
XLPE
1,4
18,2
LSF-OH
1,6 / -21,4
1450
7500
86
Copper
Circular
5 / IEC 60228
0,51
19,60
NO
XLPE
1,7
23,0
LSF-OH
1,7 / -26,4
2290
12000
135
Ohm/km
Ohm/km
A
ºC
kA
0,161
0,080
348 (5) / 253 (6)
90 / 250
54,2 / 24,2 / 17,1
0,129
0,080
404 (5) / 286 (6)
90 / 250
67,8 / 30,3 / 21,4
0,0801
0,078
552 (5) / 370 (6)
90 / 250
108 / 48,5 / 34,3
mm
mm
mm
mm
Signed by : F. Soldevila
Date : 22/11/2016
Nominal values subject to the usual manufacturer tolerances
General Cable reserves the right to change or modify the specifications and materials depending on future improvements. Based on this, data listed above could be modified due to these changes
Offer Nº
Order Nº
Page Nº
Low Voltage Cables
Product identification and Features
Cable code
Cable type
Standard
Standard
Standard
Nominal voltage
Nº of cores x C.S.A.
Construction and Dimensions
Conductor material
Shape
Class / Standard
Max. wires diameter
Nominal diameter
Mica glass tape
Insulation material
Nominal radial thickness
Diameter over insulation
Outer sheath material
Nominal radial thickness / Minimum at any point
Nominal overall diameter
Nominal total weight
Maximum pulling load
Minimum bending radius (after installation)
Electrical Data
Maximum conductor DC resistance, at 20 ºC
Star reactance per phase, at 50 Hz
Maximum permanent current rating (*)
Maximum conductor temperature in service / in short-circuit
Maximum adiabatic short-circuit current rating (0.1/0.5/1.0 s)
(*) In air, at 40 ºC / Buried, at 25 ºC - 1,5 ºK·m/W - 0,7 m (see more details in ANNEX)
N/A = Not Applicable
Units
4
Item10
Item11
19921J8
RZ1-K
Specif. CERN 361
IEC 60502-1
IEC 60332-3-24
0,6/1 kV
1 x300 mm²
19921G5
RZ1-K
Specif. CERN 361
IEC 60502-1
IEC 60332-3-24
0,6/1 kV
1 x400 mm²
mm
mm
kgs/km
N
mm
Copper
Circular
5 / IEC 60228
0,51
23,00
NO
XLPE
1,8
26,6
LSF-OH
1,8 / -30,2
2855
15000
155
Copper
Circular
5 / IEC 60228
0,51
27,00
NO
XLPE
2,0
31,0
LSF-OH
1,9 / -34,8
3815
20000
175
Ohm/km
Ohm/km
A
ºC
kA
0,0641
0,077
639 (5) / 418 (6)
90 / 250
136 / 60,6 / 42,9
0,0486
0,076
748 (5) / 486 (8)
90 / 250
181 / 80,8 / 57,1
mm
mm
mm
mm
Signed by : F. Soldevila
Date : 22/11/2016
Nominal values subject to the usual manufacturer tolerances
General Cable reserves the right to change or modify the specifications and materials depending on future improvements. Based on this, data listed above could be modified due to these changes
METHODS DESCRIPTION AND INSTALLATION CONDITIONS
(1)
3 single-core cables, in
trefoil touching
formation, with
effective air renovation.
In free air at 40ºC, solar radiation protected, in accordance with UNE 211435
(2)
3 single-core cables, in
trefoil touching
formation, buried direct
in the ground.
Direct buried at 25ºC - 1,5ºK·m/W - 0,7m, in accordance with UNE 211435
3 single-core cables, in
trefoil touching
formation, with
effective air renovation.
(3)
In free air at 40ºC, solar radiation protected, calculation criteria in accordance with IEC 60287
(4)
3 single-core cables, in
trefoil touching
formation, buried direct
in the ground.
Direct buried at 25ºC - 1,5ºK·m/W - 0,7m, calculation criteria in accordance with IEC 60287
(5)
F
Single-core cables, in
trefoil touching
formation in free air.
Clearance to wall not
less than one cable
diameter.
In air at 40ºC, solar radiation protected, in accordance with IEC 60364-5-52, Method F
(3 loaded conductors)
(6)
D
Single-core cables, in
cable ducting in the
ground.
Buried at 25ºC - 1,5ºK·m/W - 0,7m, in accordance with IEC 60364-5-52, Method D
(3 loaded conductors)
(7)
Single-core cables, in
trefoil touching
formation in free air.
Clearance to wall not
less than one cable
diameter.
In air at 40ºC, solar radiation protected, calculation criteria in accordance with IEC 60287
(3 loaded conductors)
(8)
Single-core cables, in
cable ducting in the
ground.
Buried at 25ºC - 1,5ºK·m/W - 0,7m, calculation criteria in accordance with IEC 60287
(3 loaded conductors)
(9)
Aerial Bundled Cables
In free air at 40ºC, solar radiation exposed, in accordance with UNE 211435
(10)
Aerial Bundled Cables
In free air at 40ºC, solar radiation exposed, calculation criteria in accordance with IEC 60287
Insulated conductors in
conduit in a thermally
insulated wall.
In air at 40ºC, in accordance with IEC 60364-5-52, Method A1
(3 loaded conductors)
Insulated conductors in
conduit in a thermally
insulated wall.
In air at 40ºC, calculation criteria in accordance with IEC 60287
(3 loaded conductors)
(11)
A1
(12)
(13)
E
Multi-core cable in free
air.
Clearance to wall not
less than 0.3 times
cable diameter.
In air at 40ºC, solar radiation protected, in accordance with IEC 60364-5-52, Method E
(2 loaded conductors for 2-core cables and 3 loaded conductors for 3-core, 4-core and 5-core cables)
(14)
D
Multi-core cable in
cable ducting in the
ground.
Buried at 25ºC - 1,5ºK·m/W - 0,7m, in accordance with IEC 60364-5-52, Method D
(2 loaded conductors for 2-core cables and 3 loaded conductors for 3-core, 4-core and 5-core cables)
(15)
Multi-core cable in free
air.
Clearance to wall not
less than 0.3 times
cable diameter.
In air at 40ºC, solar radiation protected, calculation criteria in accordance with IEC 60287
(2 loaded conductors for 2-core cables and 3 loaded conductors for 3-core, 4-core and 5-core cables)
(16)
Multi-core cable in
cable ducting in the
ground.
Buried at 25ºC - 1,5ºK·m/W - 0,7m, calculation criteria in accordance with IEC 60287
(2 loaded conductors for 2-core cables and 3 loaded conductors for 3-core, 4-core and 5-core cables)
Single-core or multicore cable on a wooden
wall.
In air at 40ºC, solar radiation protected, in accordance with IEC 60364-5-52, Method C
Single-core or multicore cable on an
horizontal surface.
In air at 40ºC, solar radiation protected, in accordance with Cenelec HD 516 S2 Table 7
(17)
(18)
C
Derating Factors for different installation conditions : Please contact our Technical Department