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YOUR ENERGY, OUR SYSTEMS, ANYWHERE…
TechnicalCable Guide
Prysmian Cables & Systems is a world-class multinational company.Founded in 1872 as Ditta Pirelli & C., it has achieved a leading positionfor more than a century of operations in its two key international markets- ”Energy Cables and Systems” and ”Telecom Cables & Systems.”
Prysmian Cables and Systems is the world’s largest manufacturer ofpower and telecommunications cables, with manufacturing facilities in21 countries across five continents.
A global solutions provider, Prysmian Energy Cables and Systems offersa wide range of integrated solutions, such as cable systems, systemdesign and engineering, project management, installation and post-sale services.
Prysmian Energy Cables and Systems focuses on continuous productinnovation and on achieving a competitive edge by focusing on researchand development. This is done through Prysmian’s own research &development centres and by co-operating with universities, scientificinstitutions and our valued customers. Prysmian’s world-wideorganisation makes and delivers advanced technological solutions tocustomers anywhere in the world.
Prysmian Cables & Systems was the first cable manufacturer to introducenon-lead stabilised PVC compounds in the “Ecology Line” range of cables.Prysmian Cables & Systems worldwide continues its focus on becomingmore environmentally friendly. Look for the“Ecology Line” symbol wherever you purchasecable and be assured that you are getting thehighest quality cable available from anAustralian manufacturer concerned aboutthe environment.
1SALES 1300 300 304
WARNINGCables must be installed according to the requirements of AS/NZS 3000, the
Wiring Rules and any supplementary requirements of appropriate local Electricity
Authorities, by an Electrician who holds a valid licence, appropriate to the State,
Territory or Country where installation is to take place.
The Wiring Rules are applied throughout Australia by means of State and Territory
Acts and Regulations. In general these Acts and Regulations specify compliance
with the Rules, however, because of local requirements, some variation to specific
clauses may be called for by means of these Acts and Regulations.
Note: Current ratings data contained in the cable selection category of this guide
are based on Australian/New Zealand Standards (AS/NZS 3008.1.1).
PUBLISHED 2010
2 SALES 1300 300 304
CONTENTS
POWER CABLESPAGE
PVC Cables 450/750VSingle Core PVC/PVC SDI 102 & 3 Core PVC/PVC Flat 112 & 3 Core + Earth PVC/PVC Flat 122, 3 & 4 Core + Earth PVC/PVC Orange Circular 13
PVC Cables 0.6/1kVSingle Core PVC Insulated Building Wire 142 & 3 Core plus Earth PVC/PVC Orange Circular 154 Core plus Earth PVC/PVC Orange Circular 162 & 3 Core plus Earth PVC/SWA/PVC Orange Circular 174 Core plus Earth PVC/SWA/PVC Orange Circular 18
XLPE Cables 0.6/1kVSingle Core XLPE/PVC Copper SDI 19Single Core XLPE/PVC Aluminium SDI 202 & 3 Core plus Earth XLPE/PVC Circular 214 Core & 4 Core plus Earth XLPE/PVC Circular 223 Core plus Earth XLPE/SWA/PVC Circular 234 Core plus Earth XLPE/SWA/PVC Circular 24
Control Cables 0.6/1kV1.5mm2 Multicore plus Earth PVC/PVC Control 252.5mm2 Multicore plus Earth PVC/PVC Control 261.5mm2 Multicore plus Earth PVC/SWA/PVC Control 272.5mm2 Multicore plus Earth PVC/SWA/PVC Control 28
Aerial Cables 0.6/1kVSingle Core PVC Insulated Aerial 292 Core Parallel Webbed PVC Insulated Aerial 302, 3 & 4 Core Twisted PVC Insulated Aerial 31
Firestop Cables 0.6/1kVMulticore FS90 322 Core Flat FS90 34Single Core FS110 35Multicore FS110 36
3SALES 1300 300 304
CONTENTS
POWER CABLES continuedPAGE
PVC Flexible Cord & CablesLIGHT DUTY 250/250V2 Core PVC/PVC Flat Flexible Cord 372 & 3 Core PVC/PVC Circular Flexible Cord 372 Core Parallel Webbed PVC Insulated Flat Flexible Cord 37ORDINARY DUTY 250/440VSingle Core PVC Insulated Flexible Cord 382 Core PVC/PVC Flat Flexible Cord 382 & 3 Core PVC/PVC Circular Flexible Cord 384 & 5 Core PVC/PVC Circular Flexible Cord 39HEAVY DUTY 0.6/1kVSingle Core PVC Insulated Flexible Cord 402 Core PVC/PVC Circular Flexible Cord 403, 4 & 5 Core PVC/PVC Circular Flexible Cord 413 & 4 Core PVC/PVC Cable 42
Flextreme 0.6/1kVSingle Core Rubber Insulated/Sheathed 432 & 3 Core Rubber Insulated/Sheathed 444 & 5 Core Rubber Insulated/Sheathed 451.5mm2 Multicore Rubber Insulated/Sheathed 462.5mm2 & 4.0mm2 Multicore Rubber Insulated/Sheathed 47
Vastec EMC/Variable Speed Drive Cables 0.6/1kVFlexible XLPE/PVC Screened 49Rigid XLPE/PVC Screened 50
COMMUNICATION CABLESGuide for Codes 52LAN Cable Category 5E, 6 & 7 53-54Optical Fibre 55
Indoor/Outdoor 56-57Outdoor Loose Tube 58Aerial Dielectric Self Supporting (ADSS) Cable & Ordering Information 59-60
CON
TEN
TS
4 SALES 1300 300 304
CONTENTS
COMMUNICATION CABLES continuedPAGE
Telephone CablesInternal Circular – Multi Pair 61ISDN 62External Jelly Filled 63-64External Telstra 65External Aerial Integral Bearer 66External Underground Lead In 67
Coaxial Cables and Connecting WireCoaxial 68Connecting Wire 69
DATA & INSTRUMENTATION CABLESData Multi Pair – Balanced P20 70Multicore – Unbalanced P21/P31 71
Instrumentation CablesMulti Pair Collective Screen P50 CS 73Multi Pair Collective Screen Armoured P50 CS SWA 74Multi Pair Element plus Collective Screen P50 ESCS (incl. SWA) 75Multi Pair/Triple Collective or Element Screen P51-P55 76P50-P56 Information 77
CABLE SELECTIONCable Selection 78
CURRENT CARRYING CAPACITIES & VOLTAGE DROPSTwo Single Core Cables 75°C 82Two Single Core Cables 90°C 83Two Single Core Cables, Aluminium 90°C 84Two Single Core Cables 110°C 85Three Single Core Cables 75°C 86Three Single Core Cables 90°C 87Three Single Core Cables, Aluminium 90°C 88Three Single Core Cables 110°C 89
5SALES 1300 300 304
CURRENT CARRYING CAPACITIES & VOLTAGE DROPS ContinuedPAGE
Two Core Cables 75°C 90Two Core Cables 90°C 91Two Core Cables 110°C 92Three & Four Core Cables 75°C 93Three & Four Core Cables 90°C 94Three & Four Core Cables 110°C 95PVC – Aerial Cable 96Flexible Cords 97PVC – Flexible 75°C 98Flextreme Elastometric Flex – Flexible 90°C 99Derating Factors 100Rating Factors 104
CABLES IN CONDUITEffective Cross Sectional Areas of PVC Cables 108
GENERAL INFORMATION3 Phase Formulae 109Motor Current Table Single Phase 110Motor Current Table Three Phase 111Short Circuit Capacity 112Conductor Stranding, Resistance & Diameter 113Wire Gauges SWG/Metric/AWG 116American Conductors 118Imperial Conductors 119Minimum Copper Earthing Conductor Size 121Cable Installation 122Recommended Minimum Bending Radii 122Maximum Pulling Tensions 123Safe Working Force – Flex 124Insulation & Sheath Properties 126Glossary of Terms 127
CONTENTS
6 SALES 1300 300 304
The UltimateSolution to
Termite Attack
Termitex®
Environmentally friendly
Prevents termite contact with cable
An effective alternative to nylon
Ph 1300 300 304 • Fax 1300 300 307www.prysmian.com.au
7SALES 1300 300 304✁
This version of the Prysmian Cables & SystemsTechnical Cable Guide makes reference to themost recent information available at the time of publication.
If you would like to be included on the mailinglist for future updated versions, please completethe information below, remove this page fromthe book and post using a current stamp.
❑ Yes, I would like to receive updated versions of the Technical Cable Guide as they become available:
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PRYSM
IAN
CAB
LES AN
D SY
STEMS
Marketing D
epartment
Locked Bag 70
42
Liverpool Business Centre 18
71
AFFIX
STAM
P
HER
E
9SALES 1300 300 304
ECO-FRIENDLY CABLESPrysmian Cables & Systems manufactures the“Ecology Line™” of products in response to growing concerns about high levels of lead in the environment.
INTERNATIONAL RESEARCHThe introduction of new products based on environmentally friendly materials is a keycomponent of Prysmian Cables & Systems worldwide.
In accordance with research and new material developments, technical data, dimensions,constructions and weights may change without notice.
10 SALES 1300 300 304
PVC SDI 450/750VCa
talo
gue
Nom
inal
App
rox.
App
rox.
Min
imum
Inst
alle
dRe
fere
nce
Cond
ucto
rO
vera
llM
ass
Bend
ing
Are
aD
iam
eter
Radi
usm
m2
mm
kg/1
00m
mm
*1.0
SSD
I1.
04.
12.
915
1.5S
DI
1.5
4.5
3.5
202.
5SD
I2.
55.
25.
120
4SD
I4.
06.
27.
425
6SD
I6.
06.
89.
825
10SD
I10
8.2
1535
16SD
I16
9.4
2240
*Sin
gle
Wire
Con
duct
or.
For
cond
ucto
rs 2
5mm
2an
d ab
ove
plea
se re
fer
to X
LPE/
PVC
prod
uct
page
s.
Single Core Cable, Copper Conductor, V-90 PVC Insulated and 3V-90 PVC Sheathed, to AS/NZS 5000.2.
11SALES 1300 300 304
Cata
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Ove
rall
Mas
sBe
ndin
gA
rea
Dim
ensi
ons
Radi
usm
m2
mm
kg/1
00m
mm
2C
3C
2C
3C
2C
3C
2C
3C
*1.0
ST*1
.0S3
CF1.
06.
6 x
4.3
9.0
x 4.
35.
27.
315
201.
5T1.
53CF
1.5
7.3
x 4.
610
.1 x
4.6
6.4
9.0
2020
2.5T
2.53
CF2.
58.
9 x
5.5
12.4
x 5
.59.
915
2020
4T4.
010
.7 x
6.5
1525
6T6.
011
.9 x
7.1
2030
10T
1015
.0 x
8.8
3135
16T
1617
.3 x
10.
045
40
*Sin
gle
Wire
Con
duct
ors.
2C
= 2
Core
. 3C
= 3
Core
.
PVC FLAT 450/750V
2 & 3 Core Flat TPS Cable, Copper Conductor V-90, PVC Insulatedand 3V-90 PVC Sheathed, to AS/NZS 5000.2.
POW
ER
12 SALES 1300 300 304
PVC FLAT 450/750V
2 & 3 Core plus Earth Flat TPS Cable, Copper Conductor, V-90 PVCInsulated and 3V-90 PVC Sheathed, to AS/NZS 5000.2.
Cata
logu
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Over
all
Mas
sBe
ndin
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men
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sRa
dius
mm
2m
mkg
/100
mm
m
2C+E
3C+E
2C+E
3C+E
2C+E
3C+E
2C+E
3C+E
*1.0
STE
*1.0
S3CE
F1.
09.
3 x
4.6
11.7
x 4
.68
1020
201.
5TE
1.53
CEF
1.5
10.1
x 4
.612
.8 x
4.6
912
2020
2.5T
E2.
53CE
F2.
512
.4 x
5.5
15.8
x 5
.515
1920
204T
E43
CEF
4.0
14.1
x 6
.518
.3 x
6.5
1926
2525
6TE
63CE
F6.
015
.3 x
7.1
20.1
x 7
.124
3330
3010
TE10
3CEF
1019
.2 x
8.8
25.8
x 8
.838
5235
3516
TE16
3CEF
1622
.5 x
10.
029
.7 x
10.
054
7540
40
*Sin
gle
Wire
Con
duct
or.
2C+E
= 2
Core
+ E
arth
. 3C
+E=
3 Co
re +
Ear
th.
13SALES 1300 300 304
PVC MULTICORE CIRCULAR 450/750V
2, 3 & 4 Core plus Earth Circular Cable, Copper Conductor, V-90 PVCInsulated and 5V-90 PVC Sheathed, to AS/NZS 5000.2.
Cata
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.Ap
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Refe
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Over
all
Mas
sBe
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gAr
eaDi
amet
erRa
dius
mm
2m
mkg
/100
mm
m
2C+E
3C+E
4C+E
2C+E
3C+E
4C+E
2C+E
3C+E
4C+E
2C+E
3C+E
4C+E
1.52
CEO
C1.
53CE
OC
1.54
CEO
C1.
58.
39.
010
.011
1316
3540
402.
52CE
OC
2.53
CEO
C2.
54CE
OC
2.5
10.0
10.9
11.9
1720
2440
4550
42CE
OC
43CE
OC
44CE
OC
4.0
11.2
12.3
13.7
2227
3445
5055
62CE
OC
63CE
OC
64CE
OC
6.0
12.2
13.6
15.1
2735
4450
5560
102C
EOC
103C
EOC
104C
EOC
1015
.717
.519
.440
5365
6570
8016
2CEO
C16
3CEO
C16
4CEO
C16
18.0
19.8
22.2
5775
9475
8090
2C+
E=
2 Co
re +
Ear
th.
3C+
E=
3 Co
re +
Ear
th. 4
C+E
= 4
Core
+ E
arth
.Fo
r co
nduc
tors
less
tha
n 10
mm
2pl
ease
refe
r to
Cab
les
to A
S/N
ZS 5
000.
2.
14 SALES 1300 300 304
PVC INSULATED 0.6/1KV
Single Core Cable, Copper Conductor, V-90 PVC Insulated,Unsheathed, to AS/NZS 5000.1.
Cata
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Ove
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Mas
sBe
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Dia
met
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dius
mm
2m
mkg
/100
mm
m
*1.O
SBW
1.0
2.8
1.7
101.
5BW
1.5
3.2
2.2
152.
5BW
2.5
3.7
3.3
154B
W4.
04.
65.
320
6BW
6.0
5.2
7.4
2010
BW10
6.2
1225
16BW
167.
318
3025
BW25
8.9
2835
35BW
3510
.137
4050
BW50
11.9
5050
70BW
7013
.569
5595
BW95
15.9
9665
120B
W12
017
.311
970
150B
W15
019
.514
680
185B
W18
521
.718
485
*Sin
gle
Wire
Con
duct
or.
15SALES 1300 300 304
PVC MULTICORE CIRCULAR 0.6/1KVCa
talo
gue
Nom
inal
Appr
ox.
Appr
ox.
Min
imum
Inst
alle
dRe
fere
nce
Cond
ucto
rOv
eral
lM
ass
Bend
ing
Area
Diam
eter
Radi
usm
m2
mm
kg/1
00m
mm
2C+E
3C+E
2C+E
3C+E
2C+E
3C+E
2C+E
3C+E
1.52
CEO
C1KV
1.53
CEO
C1KV
1.5
10.1
11.0
1518
4045
2.52
CEO
C1KV
2.53
CEO
C1KV
2.5
11.3
12.3
2024
4550
42CE
OC1
KV43
CEO
C1KV
4.0
12.9
14.0
2632
5055
62CE
OC1
KV63
CEO
C1KV
6.0
14.0
15.2
3341
5560
102C
EOC1
KV10
3CEO
C1KV
1016
.518
.143
5665
7016
2CEO
C1KV
163C
EOC1
KV16
18.6
20.4
5978
7580
2C+
E=
2 Co
re +
Ear
th.
3C+
E=
3 Co
re +
Ear
th.
For
cond
ucto
rs le
ss t
han
10m
m2pl
ease
refe
r to
Cab
les
to A
S/N
ZS 5
000.
2.
2 & 3 Core plus Earth Circular Cable, Copper Conductor, V-90 PVCInsulated and 5V-90 PVC Sheathed, to AS/NZS 5000.1.
16 SALES 1300 300 304
PVC MULTICORE CIRCULAR 0.6/1KV
4 Core plus Earth Circular Cable, Copper Conductor, V-90PVC Insulated and 5V-90 PVC Sheathed, to AS/NZS 5000.1.
Cata
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Refe
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tor
Ove
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Mas
sBe
ndin
gA
rea
Dia
met
erRa
dius
mm
2m
mkg
/100
mm
m
1.54
CEO
C1KV
1.5
11.9
2150
2.54
CEO
C1KV
2.5
13.3
2955
44CE
OC1
KV4.
015
.439
6064
CEO
C1KV
6.0
16.8
5070
104C
EOC1
KV10
20.0
6980
164C
EOC1
KV16
22.6
9290
17SALES 1300 300 304
2 & 3 Core plus Earth Circular Cable, Copper Conductor, V-90 PVCInsulated and 5V-90 PVC Bedded, Steel Wire Armoured, 5V-90 PVCSheathed, to AS/NZS 5000.1.
PVC MULTICORE SWA CIRCULAR 0.6/1KVCa
talo
gue
Nom
inal
Max
imum
App
rox.
App
rox.
Min
imum
Refe
renc
eCo
nduc
tor
Dia
met
erO
vera
llM
ass
Inst
alle
dA
rea
Und
erD
iam
eter
Bend
ing
Arm
our
Radi
usm
m2
mm
mm
kg/1
00m
mm
2C+
E3
C+E
2C+
E3
C+E
2C+
E3
C+E
2C+
E3
C+E
2C+
E3
C+E
1.52
CEO
CA1K
V1.
53CE
OCA
1KV
1.5
9.1
10.0
15.2
16.1
4752
185
195
2.52
CEO
CA1K
V2.
53CE
OCA
1KV
2.5
10.3
11.3
16.9
17.4
5663
195
210
42CE
OCA
1KV
43CE
OCA
1KV
4.0
11.8
13.0
17.9
19.2
6777
215
230
62CE
OCA
1KV
63CE
OCA
1KV
6.0
13.0
14.2
19.1
20.3
7788
230
245
102C
EOCA
1KV
103C
EOCA
1KV
1015
.517
.121
.623
.294
111
260
280
162C
EOCA
1KV
163C
EOCA
1KV
1617
.619
.423
.726
.211
715
628
531
5
2C+
E=
2 Co
re +
Ear
th. 3
C+E
= 3
Core
+ E
arth
.
18 SALES 1300 300 304
PVC MULTICORE SWA CIRCULAR 0.6/1KV
4 Core plus Insulated Earth Circular Cable, Copper Conductor, V-90PVC Insulated and 5V-90 PVC Bedded, Steel Wire Armoured, 5V-90PVC Sheathed, to AS/NZS 5000.1.
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Diam
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Ove
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ass
Bend
ing
Area
Bedd
ing.
Diam
eter
Radi
usm
m2
mm
mm
kg/1
00m
mm
1.54
CEO
CA1K
V1.
510
.917
.059
205
2.54
CEO
CA1K
V2.
512
.318
.571
225
44CE
OCA
1KV
4.0
14.4
20.5
8724
564
CEO
CA1K
V6.
015
.821
.910
226
510
4CEO
CA1K
V10
19.0
25.8
145
310
164C
EOCA
1KV
1621
.628
.418
434
0
19SALES 1300 300 304
Single Core Cable, Copper Conductor, X-90 XLPE Insulated, 5V-90PVC Sheathed, to AS/NZS 5000.1.Note: Non Compacted Conductor except otherwise stated.
XLPE COPPER SDI 0.6/1KVCa
talo
gue
Nom
inal
App
rox.
App
rox.
Min
imum
Inst
alle
dRe
fere
nce
Cond
ucto
rO
vera
llM
ass
Bend
ing
Are
aD
iam
eter
Radi
usm
m2
mm
kg/1
00m
mm
16CU
XLP
169.
521
4025
CUX
LP25
11.2
3145
35CU
XLP
3512
.441
5050
CUX
LP50
13.9
5455
70CU
XLP
7015
.873
6595
CUX
LP95
17.9
100
7512
0CU
XLP
120
19.6
124
8015
0CU
XLP
150
21.9
153
9018
5CU
XLP
185
24.1
190
100
240C
UX
LP24
027
.124
616
530
0CU
XLP
300
30.0
307
180
400C
UX
LP40
033
.538
820
0*5
00CC
UX
LP*5
0035
.248
928
0*6
30CC
UX
LP*6
3039
.762
531
5
* Co
mpa
cted
Con
duct
or
20 SALES 1300 300 304
XLPE ALUMINIUM SDI 0.6/1KV
Single Core Cable, Aluminium Conductor, X-90 XLPE Insulated, 5V-90 PVC Sheathed, to AS/NZS 5000.1.Note: Compacted Conductor.
Cata
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Mas
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ndin
gA
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Dia
met
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dius
mm
2m
mkg
/100
mm
m
25CA
LXLP
2510
.915
8535
CALX
LP35
11.9
1895
50CA
LXLP
5013
.123
105
70CA
LXLP
7015
.031
120
95CA
LXLP
9516
.940
135
120C
ALX
LP12
018
.548
145
150C
ALX
LP15
020
.458
165
185C
ALX
LP18
522
.673
180
240C
ALX
LP24
025
.393
200
300C
ALX
LP30
028
.011
422
540
0CA
LXLP
400
31.5
145
250
500C
ALX
LP50
035
.218
028
063
0CA
LXLP
630
39.6
230
315
21SALES 1300 300 304
XLPE MULTICORE CIRCULAR 0.6/1KV
2 & 3 Core plus Earth Circular Cable, Copper Conductor, X-90 XLPEInsulated, 5V-90 PVC Sheathed, to AS/NZS 5000.1. Note: Non Compacted Conductor.
Cata
logu
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omin
alAp
prox
.Ap
prox
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inim
um In
stal
led
Refe
renc
eCo
nduc
tor
Over
all
Mas
sBe
ndin
gAr
eaDi
amet
erRa
dius
mm
2m
mkg
/100
mm
m
2C+E
3C+E
2C+E
3C+E
2C+E
3C+E
2C+E
3C+E
1.52
CEX
LP1.
510
.114
412.
52CE
XLP
2.5
11.3
1946
42CE
XLP
4.0
12.2
2349
62CE
XLP
6.0
13.2
2953
102C
EXLP
1015
.141
6116
2CEX
LP16
17.4
5470
252C
EXLP
2521
.075
.485
253C
EXLP
2522
.410
290
353C
EXLP
3525
.013
615
050
3CEX
LP50
28.5
183
170
703C
EXLP
7033
.025
420
095
3CEX
LP95
37.0
336
220
1203
CEX
LP12
041
.042
224
515
03CE
XLP
150
46.0
525
275
1853
CEX
LP18
551
.666
531
024
03CE
XLP
240
58.1
868
350
3003
CEX
LP30
064
.410
8438
5
2C+
E=
2 Co
re +
Ear
th. 3
C+E
= 3
Core
+ E
arth
.
22 SALES 1300 300 304
XLPE MULTICORE CIRCULAR 0.6/1KV
4 Core & 4 Core plus Earth Circular Cable, Copper Conductor, X-90 XLPE Insulated, 5V-90 PVC Sheathed, to AS/NZS 5000.1. Note: Non Compacted Conductor.
Cata
logu
eN
omin
alAp
prox
.Ap
prox
.M
inim
um In
stal
led
Refe
renc
eCo
nduc
tor
Over
all
Mas
sBe
ndin
gAr
eaDi
amet
erRa
dius
mm
2m
mkg
/100
mm
m
164C
XLP
(no
eart
h)16
23.2
83.5
9016
4CEX
LP16
21.0
87.5
8525
4CEX
LP25
24.9
130
150
354C
EXLP
3527
.817
316
550
4CEX
LP50
32.0
235
190
704C
EXLP
7037
.132
522
595
4CEX
LP95
41.8
437
250
1204
CEX
LP12
046
.254
728
015
04CE
XLP
150
52.0
680
310
1854
CEX
LP18
558
.385
735
024
04CE
XLP
240
65.8
1122
395
3004
CEX
LP30
072
.914
0044
0
23SALES 1300 300 304
XLPE MULTICORE SWA CIRCULAR 0.6/1KV
3 Core plus Earth Circular Cable, Copper Conductor, X-90 XLPEInsulated, 5V-90 PVC Bedded, Steel Wire Armoured, 5V-90 PVCSheathed, to AS/NZS 5000.1. Note: Non Compacted Conductor.
Cata
logu
eN
omin
alAp
prox
.Ap
prox
.Ap
prox
.M
inim
um In
stal
led
Refe
renc
eCo
nduc
tor
Diam
eter
Ove
rOv
eral
lM
ass
Bend
ing
Area
Bedd
ing.
Diam
eter
Radi
usm
m2
mm
mm
kg/1
00m
mm
253C
EXLP
A25
21.4
28.2
187
340
353C
EXLP
A35
24.0
30.8
229
370
503C
EXLP
A50
27.5
34.5
291
415
703C
EXLP
A70
31.8
40.0
406
480
953C
EXLP
A95
35.6
44.0
504
530
1203
CEXL
PA12
039
.347
.960
857
515
03CE
XLPA
150
44.4
54.4
783
655
1853
CEXL
PA18
549
.659
.894
972
024
03CE
XLPA
240
56.4
67.0
1198
805
3003
CEXL
PA30
062
.373
.314
4788
0
24 SALES 1300 300 304
XLPE MULTICORE SWA CIRCULAR 0.6/1KV
4 Core plus Earth Circular Cable, Copper Conductor, X-90 XLPEInsulated, 5V-90 PVC Bedded, Steel Wire Armoured, 5V-90 PVCSheathed, to AS/NZS 5000.1. Note: Non Compacted Conductor.
Cata
logu
eN
omin
alAp
prox
.Ap
prox
.Ap
prox
.M
inim
um In
stal
led
Refe
renc
eCo
nduc
tor
Diam
eter
Ove
rOv
eral
lM
ass
Bend
ing
Area
Bedd
ing.
Diam
eter
Radi
usm
m2
mm
mm
kg/1
00m
mm
254C
EXLP
A25
23.8
30.6
223
370
354C
EXLP
A35
26.8
33.8
278
405
504C
EXLP
A50
30.8
38.8
379
465
704C
EXLP
A70
35.7
44.1
493
530
954C
EXLP
A95
40.0
48.6
624
585
1204
CEX
LPA
120
44.6
54.6
804
655
1504
CEX
LPA
150
50.0
60.4
970
725
1854
CEX
LPA
185
56.4
67.0
1184
805
2404
CEX
LPA
240
63.5
74.5
1487
895
3004
CEX
LPA
300
70.2
81.6
1804
980
25SALES 1300 300 304
1.5MM2 MULTICORE PVC CONTROL 0.6/1KV
Multicore Circular with Earth, 1.5mm2 Copper Conductor, V-90 PVCInsulated and 5V-90 Sheathed Control Cable, to AS/NZS 5000.1.
Cata
logu
eN
o. O
fA
ppro
x.A
ppro
x.M
inim
um In
stal
led
Refe
renc
ePo
wer
Ove
rall
Mas
sBe
ndin
gCo
res
Dia
met
erRa
dius
mm
kg/1
00m
mm
1.52
CECO
N2
10.1
1540
1.53
CECO
N3
10.9
1845
1.54
CECO
N4
11.9
2150
1.55
CECO
N5
13.5
2355
1.56
CECO
N6
13.5
2555
1.57
CECO
N7
14.4
2860
1.58
CECO
N8
15.4
3160
1.51
0CEC
ON
1016
.636
651.
512C
ECO
N12
17.3
4170
1.51
5CEC
ON
1519
.249
751.
520C
ECO
N20
21.1
6185
1.52
5CEC
ON
2523
.373
951.
530C
ECO
N30
24.6
8510
01.
540C
ECO
N40
28.0
110
170
1.55
0CEC
ON
5031
.413
519
0
26 SALES 1300 300 304
2.5MM2 MULTICORE PVC CONTROL 0.6/1KV
Multicore Circular with Earth, 2.5mm2 Copper Conductor, V-90 PVCInsulated and 5V-90 PVC Sheathed Control Cable, to AS/NZS 5000.1.
Cata
logu
eN
o. O
fA
ppro
x.A
ppro
x.
Min
imum
Inst
alle
dRe
fere
nce
Pow
erO
vera
llM
ass
Bend
ing
Core
sD
iam
eter
Radi
usm
mkg
/100
mm
m
2.52
CECO
N2
11.3
2050
2.53
CECO
N3
12.3
2550
2.54
CECO
N4
13.3
3060
2.55
CECO
N5
15.0
3160
2.56
CECO
N6
15.0
3660
2.57
CECO
N7
16.1
3970
2.58
CECO
N8
17.2
4380
2.51
0CEC
ON
1018
.650
802.
512C
ECO
N12
19.5
5880
2.51
5CEC
ON
1521
.670
902.
520C
ECO
N20
23.8
8910
02.
525C
ECO
N25
26.3
107
160
2.53
0CEC
ON
3027
.412
417
02.
540C
ECO
N40
32.0
163
200
2.55
0CEC
ON
5035
.920
122
0
27SALES 1300 300 304
1.5MM2 MULTICORE PVC CONTROL SWA 0.6/1KV
Multicore Circular with Earth, 1.5mm2 Copper Conductor, V-90 PVCInsulated and 5V-90 PVC Bedded, Steel Wire Armoured, 5V-90 PVCSheathed Control Cable, to AS/NZS 5000.1.
Cata
logu
eN
o. O
fA
ppro
x.A
ppro
x.A
ppro
x.M
inim
um In
stal
led
Refe
renc
ePo
wer
Dia
met
er O
ver
Ove
rall
Mas
sBe
ndin
gCo
res
Bedd
ing
Dia
met
erRa
dius
mm
mm
kg/1
00m
mm
1.52
CECO
NA
29.
115
.248
190
1.53
CECO
NA
39.
916
.152
200
1.54
CECO
NA
410
.917
.059
210
1.55
CECO
NA
512
.418
.565
230
1.56
CECO
NA
612
.418
.566
230
1.57
CECO
NA
713
.419
.573
250
1.58
CECO
NA
814
.420
.579
260
1.51
0CEC
ON
A10
15.6
21.7
8726
01.
512C
ECO
NA
1216
.322
.494
270
1.51
5CEC
ON
A15
18.2
24.3
108
290
1.52
0CEC
ON
A20
20.1
26.9
141
340
1.52
5CEC
ON
A25
22.3
29.1
160
350
1.53
0CEC
ON
A30
23.1
29.9
175
370
1.54
0CEC
ON
A40
27.1
34.1
216
410
1.55
0CEC
ON
A50
30.3
38.5
280
460
28 SALES 1300 300 304
2.5MM2 MULTICORE PVC CONTROL SWA 0.6/1KV
Multicore Circular with Earth, 2.5mm2 Copper Conductor, V-90 PVCInsulated and 5V-90 PVC Bedded, Steel Wire Armoured, 5V-90 PVCSheathed Control Cable, to AS/NZS 5000.1.
Cata
logu
eN
o. O
fAp
prox
.Ap
prox
.Ap
prox
.M
inim
um In
stal
led
Refe
renc
ePo
wer
Diam
eter
Ove
rO
vera
llM
ass
Bend
ing
Core
sBe
ddin
gDi
amet
erRa
dius
mm
mm
kg/1
00m
mm
2.52
CECO
NA
210
.316
.457
200
2.53
CECO
NA
311
.317
.465
210
2.54
CECO
NA
412
.318
.472
220
2.55
CECO
NA
514
.020
.180
240
2.56
CECO
NA
613
.519
.682
240
2.57
CECO
NA
715
.121
.295
260
2.58
CECO
NA
816
.222
.310
327
02.
510C
ECO
NA
1017
.623
.710
929
02.
512C
ECO
NA
1218
.525
.313
330
02.
515C
ECO
NA
1520
.627
.415
133
02.
520C
ECO
NA
2022
.829
.618
336
02.
525C
ECO
NA
2525
.332
.320
739
02.
530C
ECO
NA
3026
.433
.423
440
02.
540C
ECO
NA
4030
.939
.131
347
02.
550C
ECO
NA
5034
.643
.036
152
0
29SALES 1300 300 304
PVC AERIAL 0.6/1KV
Single Core Aerial Cable, Hard Drawn Copper Conductor, V-90 PVCInsulated, Unsheathed, to AS/NZS5000.1.
Cata
logu
eN
omin
alA
ppro
x.A
ppro
x.M
inim
um In
stal
led
Refe
renc
eCo
nduc
tor
Ove
rall
Mas
sBe
ndin
gA
rea
Dia
met
erRa
dius
mm
2m
mkg
/100
mm
m
Sing
le C
ore
61CA
ER6.
05.
28
2010
1CA
ER10
6.2
1220
161C
AER
167.
218
3025
1CA
ER25
9.3
2840
351C
AER
3510
.238
4050
1CA
ER50
11.9
5150
701C
AER
7013
.772
6095
1CA
ER95
15.9
9860
1201
CAER
120
17.4
120
7015
01CA
ER15
019
.514
880
185 1
CAER
185
21.7
189
90
30 SALES 1300 300 304
PVC AERIAL PARALLEL WEBBED 0.6/1KV
2 Core Parallel Webbed Aerial Cable, Hard Drawn Copper Conductor,V-90 PVC Insulated, Unsheathed, to AS/NZS 5000.1.
Cata
logu
eN
omin
alA
ppro
x.A
ppro
x.M
inim
um In
stal
led
Refe
renc
eCo
nduc
tor
Ove
rall
Mas
sBe
ndin
gA
rea
Dim
ensi
ons
Radi
usm
m2
mm
kg/1
00m
mm
2 C
ore
6FIG
8AER
6.0
11.2
x 5
.215
2010
FIG8
AER
1013
.2 x
6.2
2425
16FI
G8A
ER16
15.3
x 7
.237
30
31SALES 1300 300 304
PVC TWISTED AERIAL 0.6/1KV
2, 3 & 4 Core Twisted Aerial Cable, Hard Drawn Copper Conductor,V-90 PVC Insulated, Unsheathed, to AS/NZS 5000.1.
Cata
logu
eN
omin
alA
ppro
x.A
ppro
x.M
inim
um In
stal
led
Refe
renc
eCo
nduc
tor
Ove
rall
Mas
sBe
ndin
gA
rea
Dia
met
erRa
dius
mm
2m
mkg
/100
mm
m
2 C
ore
62CT
AER
6.0
10.3
1560
102C
TAER
1012
.324
7016
2CTA
ER16
14.4
3790
252C
TAER
2518
.557
110
3 C
ore
63CT
AER
6.0
11.1
2370
103C
TAER
1013
.336
8016
3CTA
ER16
15.5
5595
25
3CTA
ER25
20.0
8512
04
Cor
e64
CTA
ER6.
012
.430
7510
4CTA
ER10
14.9
4890
164C
TAER
1617
.473
105
254C
TAER
2522
.311
213
5
32 SALES 1300 300 304
MULTICORE FIRESTOP FS90 0.6/1KV
Multicore Circular, Copper Conductor, Mica Glass Taped, X-90 XLPEInsulation, HFS-90-TP Sheathed, 0.6/1kV, to AS/NZS 5000.1.
Nom
inal
App
rox.
Cond
ucto
rO
vera
llA
ppro
x.A
S/N
ZS 3
01
3Co
deA
rea
Dia
met
erM
ass
WS
Rati
ngm
m2
mm
kg/1
00m
2 C
ORE
*1.0
2CFS
901.
011
.316
WS5
1W1.
52CF
S90
1.5
11.9
18W
S52W
2.52
CFS9
02.
512
.922
WS5
2W2
CO
RE +
EA
RTH
1.52
CEFS
901.
511
.919
WS5
2W2.
52CE
FS90
2.5
13.4
25W
S52W
42CE
FS90
4.0
14.2
29W
S52W
62CE
FS90
6.0
15.3
35W
S52W
3 C
ORE
1.03
CFS9
01.
011
.917
WS5
1W1.
53CF
S90
1.5
12.5
20W
S52W
2.53
CFS9
02.
513
.625
WS5
2W
3 C
ORE
+ E
ART
H1.
53CE
FS90
1.5
13.4
23W
S52W
2.53
CEFS
902.
514
.629
WS5
2W43
CEFS
904.
015
.635
WS5
2W63
CEFS
906.
016
.843
WS5
2W
* Mee
ts C
AT 3
Dat
a Tr
ansm
issi
on C
hara
cter
istic
s
33SALES 1300 300 304
MULTICORE FIRESTOP FS90 0.6/1KV
Multicore Circular, Copper Conductor, Mica Glass Taped, X-90 XLPEInsulation, HFS-90-TP Sheathed, 0.6/1kV, to AS/NZS 5000.1.
Nom
inal
App
rox.
Cond
ucto
rO
vera
llA
ppro
x.A
S/N
ZS 3
01
3Co
deA
rea
Dia
met
erM
ass
WS
Rati
ngm
m2
mm
kg/1
00m
4 C
ORE
*1.0
4CFS
901.
012
.920
WS5
1W1.
54CF
S90
1.5
13.6
23W
S52W
2.54
CFS9
02.
514
.830
WS5
2W4
CO
RE +
EA
RTH
1.54
CEFS
901.
514
.626
WS5
2W2.
54CE
FS90
2.5
16.0
34W
S52W
44CE
FS90
4.0
16.8
42W
S52W
64CE
FS90
6.0
18.5
53W
S52W
6 C
ORE
+ E
ART
H1.
56CF
S90
1.5
16.1
28W
S52W
1.56
CEFS
901.
516
.129
WS5
2W2.
56CE
FS90
2.5
17.6
39W
S52W
7 C
ORE
1.57
CFS9
01.
516
.129
WS5
2W1
0 C
ORE
+ E
ART
H1.
510C
EFS9
01.
520
.242
WS5
2W2.
510C
EFS9
02.
522
.257
WS5
2W
20
CO
RE +
EA
RTH
1.52
0CEF
S90
1.5
25.7
72W
S52W
2.52
0CEF
S90
2.5
28.4
99W
S52W
* Mee
ts C
AT 3
Dat
a Tr
ansm
issi
on C
hara
cter
istic
s
34 SALES 1300 300 304
FIRESTOP FS90 FLAT 250/450V & 0.6/1KV
Figure 8, Copper Conductor, Mica Glass Taped, XLPE Insulation, HFS-90-TP Sheathed, to AS/NZS 5000.1.
Nom
inal
App
rox.
Cond
ucto
rO
vera
llA
ppro
x.A
S/N
ZS 3
01
3Co
deA
rea
Dim
ensi
ons
Mas
sW
S Ra
ting
mm
2m
mkg
/100
m
2 C
ORE
25
0/4
50
V*1
.02C
FF90
LD1.
05.
5 x
9.0
7.2
WS5
1W*1
.52C
FF90
LD1.
55.
7 x
9.6
8.5
WS5
1W
2 C
ORE
0.6
/1KV
*1.0
2CFF
90H
D1.
07.
7 x
11.2
10.3
WS5
2W*1
.52C
FF90
HD
1.5
8.0
x 11
.812
.0W
S52W
* Com
plie
s to
AS/
ACIF
S 0
08.
35SALES 1300 300 304
SINGLE CORE FIRESTOP FS110 0.6/1KV
Single Core Circular, Copper Conductor, Mica Glass Taped, R-HF-110Insulation, HF-110-R Sheathed, to AS/NZS 5000.1.
Nom
inal
App
rox.
Cond
ucto
rO
vera
llA
ppro
x.A
S/N
ZS 3
01
3Co
deA
rea
Dia
met
erM
ass
WS
Rati
ngm
m2
mm
kg/1
00m
101C
FS11
010
9.9
19W
S51W
161C
FS11
016
10.9
25W
S52W
251C
FS11
025
13.1
38W
S52W
351C
FS11
035
14.2
47W
S52W
501C
FS11
050
16.0
62W
S52W
701C
FS11
070
17.6
82W
S52W
951C
FS11
095
20.2
112
WS5
2W12
01CF
S110
120
21.7
136
WS5
2W15
01CF
S110
150
24.0
167
WS5
2W18
51CF
S110
185
26.5
208
WS5
2W24
01CF
S110
240
30.0
269
WS5
2W30
01CF
S110
300
33.0
334
WS5
2W40
01CF
S110
400
36.4
419
WS5
2W*5
001C
FS11
050
038
.152
6W
S52W
*630
1CFS
110
630
42.1
662
WS5
2W
* Com
pact
ed C
ondu
ctor
36 SALES 1300 300 304
MULTICORE FIRESTOP FS110 0.6/1KV
Multicore Circular, Copper Conductor, Mica Glass Taped, R-HF-110Insulation, HF-110-R Sheathed, to AS/NZS 5000.1.
Nom
inal
App
rox.
Cond
ucto
rO
vera
llA
ppro
x.A
S/N
ZS 3
01
3Co
deA
rea
Dia
met
erM
ass
WS
Rati
ngm
m2
mm
kg/1
00m
3 C
ORE
+ E
ART
H10
3CEF
S110
1020
.175
WS5
2W16
3CEF
S110
1622
.410
0W
S52W
253C
EFS1
1025
27.0
144
WS5
2W35
3CEF
S110
3529
.218
3W
S52W
503C
EFS1
1050
33.3
244
WS5
2W70
3CEF
S110
7037
.432
5W
S52W
953C
EFS1
1095
42.3
429
WS5
2W12
03CE
FS11
012
046
.052
7W
S52W
1503
CEFS
110
150
51.1
651
WS5
2W18
53CE
FS11
018
556
.481
8W
S52W
2403
CEFS
110
240
63.8
1066
WS5
2W4
CO
RE +
EA
RTH
104C
EFS1
1010
22.2
94W
S52W
164C
EFS1
1016
24.8
126
WS5
2W25
4CEF
S110
2530
.018
3W
S52W
354C
EFS1
1035
33.0
222
WS5
2W50
4CEF
S110
5037
.431
5W
S52W
704C
EFS1
1070
42.0
419
WS5
2W95
4CEF
S110
9547
.255
0W
S52W
1204
CEFS
110
120
51.2
676
WS5
2W15
04CE
FS11
015
057
.283
7W
S52W
1854
CEFS
110
185
63.7
1063
WS5
2W24
04CE
FS11
024
072
.213
86W
S52W
37SALES 1300 300 304
PVC FLEX CORD LIGHT DUTY 250/250V
Light Duty Flexible Cord, Copper Conductor, V-90 PVC Insulated, V-90 PVC Sheathed, to AS/NZS 3191.
Refe
renc
eCo
nduc
tor
App
rox.
App
rox.
Are
aO
vera
llM
ass
Dia
met
erm
m2
mm
kg/1
00m
2 C
ORE
FLA
T.5
2CLD
FXF
0.5
5.2
x 3.
32.
8.7
52CL
DFX
F0.
755.
6 x
3.5
3.4
2 C
ORE
CIR
CULA
R.5
2CLD
FX0.
55.
23.
7.7
52CL
DFX
0.75
5.6
4.5
3 C
ORE
CIR
CULA
R.7
53CL
DFX
0.75
5.9
5.4
PARA
LLEL
WEB
BED,
2 C
ORE
FLA
T, U
NSH
EATH
ED.5
2CLD
FXPW
0.5
5.2
x 2.
62.
2.7
52CL
DFX
PW0.
755.
6 x
2.8
2.7
1.02
CLD
FXPW
1.0
6.0
x 3.
03.
31.
52CL
DFX
PW1.
56.
6 x
3.3
4.3
2.52
CLD
FXPW
2.5
7.9
x 3.
96.
642
CLD
FXPW
4.0
9.3
x 4.
711
38 SALES 1300 300 304
PVC FLEX CORD ORDINARY DUTY 250/440V
Ordinary Duty Flexible Cord, Copper Conductor, V-90 PVC Insulated,5V-90 PVC Sheathed, to AS/NZS 3191.
Refe
renc
eCo
nduc
tor
App
rox.
App
rox.
Are
aO
vera
llM
ass
Dia
met
erm
m2
mm
kg/1
00m
SIN
GLE
CORE
.51C
OD
FX0.
52.
20.
9.7
51CO
DFX
0.75
2.4
1.2
1.01
COD
FX1.
02.
51.
51.
51CO
DFX
1.5
3.0
2.1
2.51
COD
FX2.
53.
73.
441
COD
FX4.
04.
24.
8
2 C
ORE
FLA
T.5
2CO
DFX
F0.
56.
0 x
3.9
3.6
.752
COD
FXF
0.75
6.4
x 4.
14.
3
2 C
ORE
CIR
CULA
R.7
52CO
DFX
0.75
6.4
5.7
1.02
COD
FX1.
06.
76.
51.
52CO
DFX
1.5
7.7
8.9
2.52
COD
FX2.
59.
414
42CO
DFX
4.0
10.5
183
CO
RE C
IRCU
LAR
.753
COD
FX0.
756.
86.
81.
03CO
DFX
1.0
7.1
7.9
1.53
COD
FX1.
58.
411
2.53
COD
FX2.
510
.217
43CO
DFX
4.0
11.4
23
39SALES 1300 300 304
PVC FLEX CORD ORDINARY DUTY 250/440V
Ordinary Duty Flexible Cord, Copper Conductor, V-90 PVC Insulated,5V-90 PVC Sheathed, to AS/NZS 3191.
Refe
renc
eCo
nduc
tor
App
rox.
App
rox.
Are
aO
vera
llM
ass
Dia
met
erm
m2
mm
kg/1
00m
4 C
ORE
CIR
CULA
R.7
54CO
DFX
0.75
7.4
8.2
1.04
COD
FX1.
08.
09.
91.
54CO
DFX
1.5
9.4
142.
54CO
DFX
2.5
11.2
2144
COD
FX4.
012
.529
5 C
ORE
CIR
CULA
R.7
55CO
DFX
0.75
8.3
101.
05CO
DFX
1.0
8.7
121.
55CO
DFX
1.5
10.5
172.
55CO
DFX
2.5
12.4
2645
COD
FX4.
014
.136
40 SALES 1300 300 304
PVC FLEX CORD HEAVY DUTY 0.6/1KV
Heavy Duty Flexible Cord, Copper Conductor, V-90 PVC Insulated,5V-90 PVC Sheathed, to AS/NZS 3191.
Refe
renc
eCo
nduc
tor
App
rox.
App
rox.
Are
aO
vera
llM
ass
Dia
met
erm
m2
mm
kg/1
00m
SIN
GLE
CORE
INSU
LATE
D O
NLY
.51C
HD
FX0.
52.
61.
1.7
51CH
DFX
0.75
2.8
1.4
1.01
CHD
FX1.
02.
91.
61.
51CH
DFX
1.5
3.2
2.1
2.51
CHD
FX2.
53.
93.
341
CHD
FX4.
04.
75.
5
2 C
ORE
CIR
CULA
R.7
52CH
DFX
0.75
8.2
8.4
1.02
CHD
FX1.
08.
69.
31.
52CH
DFX
1.5
9.5
122.
52CH
DFX
2.5
11.2
1742
CHD
FX4.
013
.025
41SALES 1300 300 304
PVC FLEX CORD HEAVY DUTY 0.6/1KV
Heavy Duty Flexible Cord, Copper Conductor, V-90 PVC Insulated,5V-90 PVC Sheathed, to AS/NZS 3191.
Refe
renc
eCo
nduc
tor
App
rox.
App
rox.
Are
aO
vera
llM
ass
Dia
met
erm
m2
mm
kg/1
00m
3 C
ORE
CIR
CULA
R.7
53CH
DFX
0.75
8.8
101.
03CH
DFX
1.0
9.2
111.
53CH
DFX
1.5
10.2
152.
53CH
DFX
2.5
12.1
2143
CHD
FX4.
013
.930
4 C
ORE
CIR
CULA
R.7
54CH
DFX
0.75
9.8
121.
04CH
DFX
1.0
10.2
141.
54CH
DFX
1.5
11.3
182.
54CH
DFX
2.5
13.3
2644
CHD
FX4.
015
.438
5 C
ORE
CIR
CULA
R.7
55CH
DFX
0.75
10.8
151.
05CH
DFX
1.0
11.2
171.
55CH
DFX
1.5
12.4
212.
55CH
DFX
2.5
14.6
3045
CHD
FX4.
017
.146
42 SALES 1300 300 304
Heavy Duty Flexible Cable, Copper Conductor, V-90 PVC Insulated,5V-90 PVC Sheathed, to AS/NZS 5000.1.
PVC FLEX CABLE HEAVY DUTY 0.6/1KVN
omin
alA
ppro
x.A
ppro
x.Co
deCo
nduc
tor
Ove
rall
Mas
sA
rea
Dia
met
erm
m2
mm
kg/1
00m
3 C
ORE
CIR
CULA
R (2
C &
E)
63CH
DFX
6.0
16.0
4410
3CH
DFX
1020
.569
163C
HD
FX16
24.1
9025
3CH
DFX
2529
.414
035
3CH
DFX
3532
.518
150
3CH
DFX
5037
.724
1
4 C
ORE
CIR
CULA
R (3
C &
E)
64CH
DFX
6.0
17.6
5410
4CH
DFX
1022
.685
164C
HD
FX16
26.1
122
254C
HD
FX25
32.0
191
354C
HD
FX35
35.3
246
504C
HD
FX50
41.2
332
704C
HD
FX70
48.3
460
954C
HD
FX95
53.3
577
1204
CHD
FX12
060
.073
1
43SALES 1300 300 304
FLEXTREME SINGLE CORE 0.6/1KV
Flexible 90°C rated elastomeric insulated and sheathed cables. Singlecore cables are manufactured with extra fine stranding, suitable foruse as welding flex. Cables are oil and solvent resistant and suitablefor permanent water submersion to 100m. To AS/NZS 5000.1.
Refe
renc
eCo
nduc
tor
App
rox.
App
rox.
Are
aO
vera
llM
ass
Dia
met
erm
m2
mm
kg/1
00m
SIN
GLE
CORE
1.51
CFLX
T1.
56.
75.
92.
51CF
LXT
2.5
7.4
7.5
41CF
LXT
4.0
8.4
1161
CFLX
T6.
09.
414
101C
FLX
T10
11.6
2116
1CFL
XT
1613
.029
251C
FLX
T25
15.6
4235
1CFL
XT
3517
.254
501C
FLX
T50
19.6
7470
1CFL
XT
7022
.699
951C
FLX
T95
25.1
129
1201
CFLX
T12
027
.416
015
01CF
LXT
150
30.1
196
1851
CFLX
T18
533
.823
824
01CF
LXT
240
36.7
302
44 SALES 1300 300 304
FLEXTREME MULTICORE POWER 0.6/1KV
Flexible 90°C rated elastomeric insulated and sheathed cables. The cables are oil and solvent resistant and suitable for permanentwater submersion to 100m. To AS/NZS 5000.1.
Refe
renc
eCo
nduc
tor
App
rox.
App
rox.
Are
aO
vera
llM
ass
Dia
met
erm
m2
mm
kg/1
00m
2 C
ORE
CA
BLE
1.02
CFLX
T1.
09.
411
1.52
CFLX
T1.
510
.414
2.52
CFLX
T2.
512
.119
42CF
LXT
4.0
13.8
2762
CFLX
T6.
015
.937
102C
FLX
T10
22.3
6816
2CFL
XT
1625
.291
252C
FLX
T25
30.0
135
352C
FLX
T35
32.9
170
502C
FLX
T50
37.8
224
3 C
ORE
CA
BLE
1.03
CFLX
T1.
010
.613
1.53
CFLX
T1.
511
.116
2.53
CFLX
T2.
512
.923
43CF
LXT
4.0
14.8
3363
CFLX
T6.
017
.046
103C
FLX
T10
23.1
7816
3CFL
XT
1626
.110
725
3CFL
XT
2531
.316
235
3CFL
XT
3534
.420
650
3CFL
XT
5040
.027
270
3CFL
XT
7045
.737
395
3CFL
XT
9551
.348
512
03CF
LXT
120
56.9
606
45SALES 1300 300 304
FLEXTREME MULTICORE POWER 0.6/1KV
Flexible 90°C rated elastomeric insulated and sheathed cables. Thecables are oil and solvent resistant and suitable for permanent watersubmersion to 100m. To AS/NZS 5000.1.
Refe
renc
eCo
nduc
tor
App
rox.
App
rox.
Are
aO
vera
llM
ass
Dia
met
erm
m2
mm
kg/1
00m
4 C
ORE
CA
BLE
1.04
CFLX
T1.
011
.116
1.54
CFLX
T1.
512
.220
2.54
CFLX
T2.
514
.228
44CF
LXT
4.0
16.3
4164
CFLX
T6.
018
.757
104C
FLX
T10
25.4
9616
4CFL
XT
1628
.713
325
4CFL
XT
2534
.520
335
4CFL
XT
3537
.825
850
4CFL
XT
5043
.534
770
4CFL
XT
7051
.948
595
4CFL
XT
9555
.761
212
04CF
LXT
120
63.3
771
5 C
ORE
CA
BLE
1.05
CFLX
T1.
012
.219
1.55
CFLX
T1.
513
.424
2.55
CFLX
T2.
515
.634
45CF
LXT
4.0
18.1
5065
CFLX
T6.
020
.770
105C
FLX
T10
28.0
117
165C
FLX
T16
31.6
161
255C
FLX
T25
38.2
248
46 SALES 1300 300 304
FLEXTREME MULTICORE CONTROL 0.6/1KV
Flexible 90°C rated elastomeric insulated and sheathed cables. Cable cores are coloured black with printed numbers, with onegreen/yellow earth. To AS/NZS 5000.1.
Refe
renc
eN
o. o
f A
ppro
x.A
ppro
x.Co
res
Ove
rall
Mas
sD
iam
eter
mm
kg/1
00m
1.5
mm
2
1.56
CFLX
TCO
N6
15.5
271.
57CF
LXTC
ON
715
.530
1.58
CFLX
TCO
N8
17.9
381.
510C
FLX
TCO
N10
19.4
411.
512C
FLX
TCO
N12
20.0
471.
514C
FLX
TCO
N14
21.0
531.
519C
FLX
TCO
N19
23.2
681.
524C
FLX
TCO
N24
27.3
851.
527C
FLX
TCO
N27
27.9
941.
530C
FLX
TCO
N30
28.9
103
1.53
7CFL
XTC
ON
3731
.412
5
47SALES 1300 300 304
FLEXTREME MULTICORE CONTROL 0.6/1KV
Flexible 90°C rated elastomeric insulated and sheathed cables. Cable cores are coloured black with printed numbers with onegreen/yellow earth. To AS/NZS 5000.1.
Refe
renc
eN
o. o
f A
ppro
x.A
ppro
x.Co
res
Ove
rall
Mas
sD
iam
eter
mm
kg/1
00m
2.5
mm
2
2.56
CFLX
TCO
N6
16.8
352.
57CF
LXTC
ON
716
.839
2.58
CFLX
TCO
N8
18.2
432.
510C
FLX
TCO
N10
21.2
532.
512C
FLX
TCO
N12
21.8
612.
514C
FLX
TCO
N14
22.9
702.
519C
FLX
TCO
N19
25.5
902.
524C
FLX
TCO
N24
30.0
113
2.52
7CFL
XTC
ON
2730
.712
52.
530C
FLX
TCO
N30
32.0
138
2.53
7CFL
XTC
ON
3734
.816
84
mm
2
46CF
LXTC
ON
618
.650
47CF
LXTC
ON
718
.655
48CF
LXTC
ON
820
.162
410C
FLX
TCO
N10
23.5
7641
2CFL
XTC
ON
1224
.289
414C
FLX
TCO
N14
25.5
101
419C
FLX
TCO
N19
28.4
133
424C
FLX
TCO
N24
33.7
169
427C
FLX
TCO
N27
34.7
188
430C
FLX
TCO
N30
35.9
207
437C
FLX
TCO
N37
39.0
252
48 SALES 1300 300 304
a cut above the restCut to your exact
requirements the new
Vastec EMC cable from
Prysmian is the ultimate
solution in AC
Variable
Speed Drive
applications.
Providing optimum
delivery of power
with minimized
interference,
Vastec is perfectly
suited to
electromagnetic
sensitive
environments.
Ph 1300 300 304 • Fax 1300 300 307www.prysmian.com.au
49SALES 1300 300 304
VaSTEC™ EMC/VARIABLE SPEED DRIVE 0.6/1KV
Code
Nom
inal
N
omin
alO
vera
llW
eigh
tCo
nduc
tor
Com
bine
dD
iam
eter
Are
aEa
rth
Are
aM
in.
Max
.m
m2
mm
2m
mkg
/100
m
1.5F
XEM
C*1.
51.
511
.712
.721
2.5F
XEM
C*2.
52.
511
.913
.327
4FX
EMC
4.0
3.0
13.9
14.9
366F
XEM
C6.
03.
015
.716
.746
10FX
EMC
104.
517
.618
.965
* Cab
le h
as o
nly
one
eart
h w
ith a
cro
ss s
ectio
n ar
ea e
qual
to
the
phas
e co
nduc
tor.
1.5m
m2&
2.5
mm
2ca
bles
are
a fl
exib
le, 3
cor
e an
d ea
rth
copp
er c
onst
ruct
ion,
X-9
0X
LPE
insu
late
d an
d 5V
-90
PVC
shea
thed
to
AS/
NZS
500
0.1
inco
rpor
atin
g a
heav
ydu
ty t
inne
d co
pper
bra
id s
cree
n ov
er m
etal
lised
tap
e.
4.0m
m2to
10m
m2ca
ble
are
a fle
xibl
e, c
oppe
r 3
core
plu
s 3
split
ear
th s
ymm
etric
alco
nstr
uctio
n, X
-90
XLP
E in
sula
ted
and
5V-9
0 PV
C sh
eath
ed t
o A
S/N
ZS 5
000.
1in
corp
orat
ing
a he
avy
duty
tin
ned
copp
er b
raid
scr
een
over
met
allis
ed t
ape.
50 SALES 1300 300 304
VaSTEC™ EMC/VARIABLE SPEED DRIVE 0.6/1KV
Code
Nom
inal
N
omin
alO
vera
llW
eigh
tCo
nduc
tor
Com
bine
dD
iam
eter
Are
aEa
rth
Are
aM
in.
Max
.m
m2
mm
2m
mkg
/100
m
10RE
MC
104.
517
.019
.065
16RE
MC
167.
519
.421
.691
25RE
MC
2512
22.8
25.1
128
35RE
MC
3518
25.2
27.6
167
50RE
MC
5030
28.8
31.2
224
70RE
MC
7030
33.1
34.8
287
95RE
MC
9548
37.1
37.1
393
120R
EMC
120
4841
.843
.747
315
0REM
C15
075
46.5
48.6
596
185R
EMC
185
7551
.753
.972
324
0REM
C24
010
558
.260
.694
030
0REM
C30
015
063
.966
.611
69
Rigi
d co
pper
3 c
ore
plus
3 s
plit
eart
h co
pper
sym
met
rical
con
stru
ctio
n, X
LPE
insu
late
d an
d 5V
-90
PVC
shea
thed
to
AS/
NZS
500
0.1
inco
rpor
atin
g a
copp
er t
ape
scre
en o
ver
5V-9
0 PV
C be
ddin
g.
51SALES 1300 300 304
OTHER SPECIAL CABLES
The energy cables in previous sections of this Guide, represent the common cablesrequired in general markets. Prysmian Cables & Systems however, manufacture a widerange of cables for “special markets” with specific demands. This includes• Mining and Industrial Markets, where cables are generally elastomeric, and face
tougher duties and higher safety requirements.• Reeling and Trailing Cables to AS/NZS 1802 (Underground Coal Mining)• Underground Feeder Cables to AS/NZS 1972, AS1026, AS/NZS1429• Machine Cables to AS/NZS 1972• Reeling and Trailing Cables to AS/NZS 2802• Composite trailing cables with fibre optics• Flat power and control cables• Festoon cables
• Marine Environments, where special materials have to be used to cope with hydraulicand saline conditions, and which are also required to perform exceptionally in case offire (low smoke and toxic gas emission).• Cables to AS/NZS 4193, IEC 60092-353, 60092-354, 60332 and other
international standards.• Cables for tough offshore oil and gas applications
• Transport Industry, where cables are stressed from heat, vibration and exposure to oils.• Defence Standards, where cables are required to many international specifications,
and are installed in very tight conditions, and operate in environments of greaterheat and vibration. Critical systems have to be heavily screened to cope with highrequirements for electromagnetic radiation. Prysmian Cable & Systems is proud to havebeen the preferred supplier to the RAN’s Anzac Frigates and Collins Submarine projects
And many other special application cables. Catalogues are available to specifically coversome of these areas. However, if you have a special requirement which falls outside ofthese areas, please do not hesitate to contact the nearest Prysmian Cable & Systemsoffice. New cables are designed every day, and can also be sourced from the large globalresources of the Prysmian Cable & Systems office Group.
52 SALES 1300 300 304
GUIDE FOR CODES
FibreOptional
Product Fibre Count Mode Fibre Size Type of Cable/Construction Jacket Special Sheath ArmourF 4 M 62 LT N S C
F = Fibre 4 = 4 Fibre M = Multimode 62 = 62/125 IOR = In/Outdoor Riser N = Nylon S = Sacrificial C = Corrugated
24 = 24 Fibre S = Singlemode 50 = 50/125 IOB = In/Outdoor Breakout Sheath Steel Tape
09 = 9/125 PAT = Simplex Patch M = Moisture A = Steel Wire
ZIP = Zip Patch Barrier G = Glass
AD = ADSS (Single Sheath) Reinforced
ADD = ADSS (Double Sheath) Plastic
LT = Loose Tube
ST = Single Tube
LAN CableOptional
Product Pair Count “P” Category Patch/Outdoor Screening Special Materials ColourL 4 P 5E P CS ZH BL
L = Lan 4 = 4 pair “P” for Pair 3 = Cat 3 P = Patch CS = Screened ZH = low smoke BL = Blue
25 = 25 pair etc 5E = Cat 5E O = Outdoor ES = Element zero halogen (LSOH) GR = Grey
6 = Cat 6 Screened flame retardant RD = Red
7 = Cat 7 J = Jelly GN = Green
WH = White
YE = Yellow
BK = Black
Internal TelephoneOptional
Product Pair Count “P” Internal Screened or ISDNT 2 P I CS
T = Telephone 2 = 2 pair “P” for pair “I” for internal CS = Screened
10 = 10 pair etc “T” for triple SDN = Balanced Pair Station Cable
“C” for core
External TelephoneOptional
Product Pair Count “P” Conductor Size Description Jelly Jacket ScreenedT 4 P 40 PE J N M
T = Telephone 4 = 4 pair “P” for pair 40 = 0.40 PE = Polyethylene J = Jelly N = Nylon M = Moisture Barrier
25 = 25 pair etc 64 = 0.64 IB = Integral Bearer
90 = 0.90 LI = Lead In
Coax & Connecting WireOptional
Product Code or Cable Type ColourC CJMP RdWh
C = Coax or Connecting Wire Refer relevant page for codes and RDWH = Red White
product description. (e.g. CJMP = BLWH = Blue White
Connecting wire jumper) GNWH = Green White
53SALES 1300 300 304
LAN CABLE M@XLAN®M
in.
Max
.O
vera
llBe
ndin
gPu
lling
No.
of
Dia
.Ra
dius
Tens
ion
Mas
sCo
dePa
irs
Des
crip
tion
mm
mm
Nkg
/km
Cat
7 –
1/0.
57m
m 2
3 AW
G PA
CW, P
olyo
lefin
Insu
late
d, T
wis
ted
Pair,
Fla
me
Reta
rdan
t Lo
w S
mok
e PV
C Sh
eath
,AC
MA
and
UL
List
ed o
r SG
S Ce
rtifi
ed. N
omin
al Im
peda
nce
100
ohm
. Tes
ted
up t
o 65
0MH
z, (t
este
d up
to
1.2G
Hz
on re
ques
t). V
eloc
ity o
f pro
paga
tion
78%
. Gre
y Sh
eath
.
Cate
gory
7L4
P7CS
4 sc
reen
ed7.
862
200
80St
d. P
ack:
500
m R
eel
Cat
6 -
1/0.
57m
m 2
4 AW
G PA
CW, P
olyo
lefin
Insu
late
d, T
wis
ted
Pair,
Fla
me
Reta
rdan
t Lo
w S
mok
e PV
C Sh
eath
.AC
MA
and
UL
Verif
ied
& L
iste
d. N
omin
al Im
peda
nce
100
ohm
. Tes
ted
up t
o 25
0MH
z, (T
este
d up
to
1.2G
Hz
on re
ques
t). V
eloc
ity o
f pro
poga
tion
69%
. Gre
y Sh
eath
.
Cate
gory
6L4
P64
unsc
reen
ed6.
250
190
40L4
P6CS
4sc
reen
ed7.
360
180
68St
d. P
ack:
4 p
air
- 30
5m B
ox
COM
MU
NIC
ATIO
N
54 SALES 1300 300 304
LAN CABLE M@XLAN®
Cat
5E -
1/0
.5m
m 2
4 AW
G PA
CW, P
olyo
lefin
Insu
late
d, T
wis
ted
Pair,
Fla
me
Reta
rdan
t Lo
w S
mok
e PV
CSh
eath
. ACM
A a
nd U
L Li
sted
& V
erfif
ied.
Nom
inal
Impe
danc
e 10
0 oh
m. T
este
d up
to
160M
Hz,
(Tes
ted
up t
o45
0MH
z on
requ
est)
. Vel
ocity
of p
ropa
gatio
n 70
%. B
lue
Shea
th.
Cate
gory
5E
L4P5
E4
unsc
reen
ed5.
240
150
30.5
Std.
Pac
k: 4
pai
r -
305m
Box
. .
For
Cat
3 (C
ateg
ory
3) L
AN
cab
les
– pl
ease
refe
r to
the
Pry
smia
n M
@X
TEL
Inte
rnal
Tel
epho
ne ra
nge
whi
ch is
now
rate
d to
Cat
egor
y 3.
LAN
Cab
le is
als
o av
aila
ble
in L
ow S
mok
e Ze
ro H
alog
en S
heat
h.
55SALES 1300 300 304
OPTICAL FIBRE DESCRIPTIONSI
NGL
E M
OD
E (S
) OS1
(G6
52.d
)Fi
bre
Size
Out
side
Effe
ctiv
eAt
tenu
atio
nM
ode
Fiel
dRe
frac
tive
Chro
mom
atic
Fibr
eCo
re/C
ladd
ing
Acry
late
Cabl
e Cu
t-O
ffdB
/km
(max
) @D
iam
eter
@In
dex
(nom
) @D
ispe
rsio
nCo
de(n
om)
Coat
edW
avel
engt
h13
1013
8515
5016
2513
10nm
1310
nm15
50nm
ps/n
m.k
m(m
ax)@
μµm
mm
nmnm
nmnm
nmµm
1310
1550
1625
nmnm
nm
099/
125
0.25
1260
0.35
0.3
5 0
.23
0.2
49.
21.
467
1.46
83.
518
22
Tigh
t Buf
fere
d Co
atin
g
Core
/Cla
ddin
gCo
atin
gAt
tenu
atio
nDi
amet
ers
Diam
eter
dB/k
m (m
ax) @
(µm
)(µ
m)
1310
nm15
50nm
9/12
5O
S190
00.
400.
40
MU
LTIM
OD
E (M
) OM
1, O
M2
& O
M3
Ove
rfill
ed L
aunc
hFi
bre
Size
Out
side
Num
eric
alAt
tenu
atio
nBa
ndw
idth
Refr
acti
veFi
bre
Core
/Cla
ddin
gAc
ryla
teA
pert
ure
dB/k
m (m
ax) @
MH
z. k
m (m
in) @
Inde
x (n
om) @
Code
(µm
) (no
m)
Coat
ed(n
om)
85
0nm
13
00
nm8
50
nm1
30
0nm
85
0nm
13
00
nm(m
m)
62O
M1
62.5
/125
0.25
0.27
53.
21.
020
050
01.
491
1.48
650
OM
250
/125
0.25
0.20
03.
01.
050
050
01.
481
1.47
650
EO
M3
50/1
250.
250.
200
2.5
0.7
1500
*50
01.
482
Tigh
t Buf
fere
d Co
atin
gOv
erfil
led
Laun
chCo
re/C
ladd
ing
Jack
etAt
tenu
atio
nBa
ndw
idth
Diam
eter
sDi
amet
erdB
/km
(max
) @M
Hz. k
m (m
in) @
(µm
)(µ
m)
850n
m13
00nm
850n
m13
00nm
62.5
/125
OM
190
03.
51.
020
050
050
/125
OM
290
03.
51.
050
050
050
/125
OM
390
03.
51.
015
00*
500
*Eff
ectiv
e la
ser
band
wid
th 2
000
MH
z. k
m
56 SALES 1300 300 304
OPTICAL INDOOR – SM@RTPATCH™ CORD®
Prys
mia
n Op
tic fi
bre
Cord
s - T
ight
Buf
fere
d fib
re, r
einf
orce
d w
ith a
ram
id y
arns
and
she
athe
d w
ith fl
ame
reta
rdan
t PVC
.
Max
.Ti
ght
Min
.Te
nsile
Oper
atin
gCr
ush
Jack
etBe
ndSt
reng
thTe
mpRe
sist-
Coat
ing
Code
ODM
ass
Radi
usIn
stal
l.an
ceDi
a.mm
kg/k
mmm
kN°C
kN/1
00mm
µm
INDO
OR SI
NGLE
FIBR
E SIM
PLEX
F1M
62PA
TSim
plex
2mm
M/M
1 co
re 6
2.5/
125
Oran
ge
2.0
3.6
300.
10
to 6
00.
590
0F1
S09P
ATSim
plex
2mm
S/M
1 co
re 9
/125
Yell
ow
2.0
3.6
300.
10
to 6
00.
590
0F1
M62
PAT2
4Sim
plex
M
/M 1
core
62.
5/12
5 Or
ange
2.
45.
630
0.1
0 to
60
0.5
900
F1S0
9PAT
24Sim
plex
S/
M 1
core
9/1
25 Y
ellow
2.
45.
630
0.1
0 to
60
0.5
900
Std.
Pack
Size
: 4km
Dru
m &
Cut t
o Siz
e
INDO
OR FI
GURE
8 ZI
PCOR
DF2
M62
ZIP
Zip-
Cord
2mm
M/M
2 co
re 6
2.5/
125
Oran
ge
2.0
x 4.2
6.6
300.
20
to 6
00.
590
0F2
S09Z
IPZi
p-Co
rd 2
mmS/
M 2
core
9/1
25 Y
ellow
2.
0 x 4
.26.
630
0.2
0 to
60
0.5
900
F2M
62ZI
P24
Zip-
Cord
M/M
2 co
re 6
2.5/
125
Oran
ge
2.4
x 5.0
11.0
300.
20
to 6
00.
590
0F2
S09Z
IP24
Zip-
Cord
S/M
2 co
re 9
/125
Yell
ow
2.4
x 5.0
11.0
300.
20
to 6
00.
590
0
Std.
Pack
Size
: 4km
Dru
m &
Cut t
o Siz
e.
OM2
and
OM3
fibre
type
s also
avail
able
on re
ques
t.
57SALES 1300 300 304
OPTICAL INDOOR/OUTDOOR - DESKWAVE®Fe
atur
es T
etra
cote
for E
asy
Strip
ping
, Tig
ht B
uffe
red
900
mic
ron
fibre
, rei
nfor
ced
with
wat
er s
wel
labl
e ar
amid
yarn
s an
d sh
eath
ed w
ith Fl
ame
reta
rdan
t, Lo
w S
mok
e, Z
ero
Halo
gen
com
poun
d (L
SOH)
. Bla
ck S
heat
h. N
ylon
jack
et is
an
optio
n.M
in.
Max
.Be
ndTe
nsile
Radi
usSt
reng
thOp
erat
ing
Crus
hCo
deOD
Mas
sfu
ll loa
dIn
stal
l.Te
mpRe
sista
nce
mmkg
/km
mmkN
°CkN
/100
mm
Mul
timod
e OM
1Di
strib
utio
nF2
M62
IOR
Ligh
t Dut
y Ri
ser M
/M 2
fibr
e5.
828
120
0.6
–10
to 7
00.
5F4
M62
IOR
Ligh
t Dut
y Ri
ser M
/M 4
fibr
e5.
828
120
0.6
–10
to 7
00.
5F6
M62
IOR
Ligh
t Dut
y Ri
ser M
/M 6
fibr
e6.
233
125
0.6
–10
to 7
00.
5F8
M62
IOR
Ligh
t Dut
y Ri
ser
M/M
8 fi
bre
6.8
3614
00.
6–1
0 to
70
0.5
F12M
62IO
RLi
ght D
uty
Rise
r M/M
12
fibre
7.2
4114
50.
6–1
0 to
70
0.5
F24M
62IO
RLi
ght D
uty
Rise
r M
/M 2
4 fib
re8.
058
160
0.9
–10
to 7
00.
5
Sing
lem
ode
OS1
Dist
ribut
ion
F6S0
9IO
RLi
ght D
uty
Rise
r S/
M 6
fibr
e6.
233
125
0.6
–10
to 7
00.
5F1
2S09
IOR
Ligh
t Dut
y Ri
ser S
/M 1
2 fib
re7.
241
145
0.6
–10
to 7
00.
5F2
4S09
IOR
Ligh
t Dut
y Ri
ser
S/M
24
fibre
8.0
5816
00.
9–1
0 to
70
0.5
Mul
timod
e OM
1 Br
eak
Out
F4M
62IO
BHe
avy
Duty
Bre
akou
t M/M
4 fi
bre
8.5
7118
00.
6-1
0 to
70
0.5
F6M
62IO
BHe
avy
Duty
Bre
akou
t M/M
6 fi
bre
8.5
7318
00.
6-1
0 to
70
0.5
F8M
62IO
BHe
avy
Duty
Bre
akou
t M/M
8 fi
bre
9.9
9420
01.
2-1
0 to
70
0.5
F12M
62IO
BHe
avy
Duty
Bre
akou
t M/M
12 fi
bre
12.5
150
250
1.2
-10
to 7
00.
5
Sing
lem
ode
OS1
Brea
k Ou
tF2
S09I
OB
Heav
y Du
ty B
reak
out
S/M
2 fi
bre
8.5
6918
00.
6–1
0 to
70
1.0
OM
2 &
OM
3 fib
re t
ypes
als
o av
aila
ble
for
Rise
r an
d Br
eako
ut c
able
s.
Light & Heavy Duty Riser. Black UV Stabilised LSOH Sheath.
58 SALES 1300 300 304
OPTICAL EXTERNAL LOOSE TUBE - SM@RTCORE®
SM@
RTCO
RE®
Rang
e of
ext
erna
l Loo
se T
ube
Cabl
e –
feat
urin
g re
duce
d di
amet
er te
chno
logy
.2
to 6
24 o
ptic
al fi
bres
in w
ater
blo
cked
loos
e tu
bes,
and
sol
id p
olye
thel
ene
fille
rs (i
f nee
ded)
, lai
d up
aro
und
a Gl
ass
Rein
forc
e Pl
astic
(GRP
) cen
tral
str
engt
h m
embe
r, Dr
y wa
ter b
lock
ed In
ters
tices
, tap
ed, p
olye
thel
ene
over
all s
heat
h an
din
tegr
ally
bon
ded
nylo
n ja
cket
. Blu
e Sh
eath
.M
in.
Max
.Be
ndTe
nsile
Radi
usSt
reng
thOp
erat
ing
Crus
hCo
deOD
Mas
sFu
ll Loa
dIn
stal
l.Te
mpRe
sista
nce
mmkg
/km
mmkN
°CkN
/100
mm
Sing
le M
ode
OS1
– S
M@
RTCO
RE®
F6S0
9LTN
S/M
6 c
ore
Dry
core
Nyl
on10
.073
200
2.0
-10
to 7
02.
0F1
2S09
LTN
S/M
12
core
Dry
core
Nyl
on10
.073
200
2.0
-10
to 7
02.
0 F2
4S09
LTN
S/M
24
core
Dry
core
Nyl
on10
.074
200
2.0
-10
to 7
02.
0F4
8S09
LTN
S/M
48
core
Dry
core
Nyl
on10
.076
200
2.0
-10
to 7
02.
0
Std.
Pac
k Si
ze: 2
km &
Cut
to
Size
Mul
ti M
ode
62
.5/1
25
OM
1 –
SM
@RT
CORE
®
F4M
62LT
NM
/M 4
cor
e D
ryco
re N
ylon
10.0
7320
02.
0-1
0 to
70
2.0
F6M
62LT
NM
/M 6
cor
e D
ryco
re N
ylon
10
.073
200
2.0
-10
to 7
02.
0F8
M62
LTN
M/M
8 c
ore
Dry
core
Nyl
on
10.0
7320
02.
0-1
0 to
70
2.0
F12M
62LT
NM
/M 1
2 co
re D
ryco
re N
ylon
10.0
7320
02.
0-1
0 to
70
2.0
F24M
62LT
NM
/M 2
4 co
re D
ryco
re N
ylon
10
.073
200
2.0
-10
to 7
02.
0
Std.
Pac
k Si
ze: 2
km &
Cut
to
Size
OM
2 &
OM
3 fib
re t
ypes
ava
ilabl
e. G
RP &
Cor
ruga
ted
Stee
l Tap
e A
rmou
red
vers
ions
ava
ilabl
e.O
ther
fibr
e co
unts
ava
ilabl
e on
quo
tatio
n. U
p to
624
Fib
re C
able
s av
aila
ble
usin
g 24
fibr
es p
er t
ube
tech
nolo
gy.
59SALES 1300 300 304
OPTICAL ADSS
Aerial All Dielectric Self Supporting Optical Fibre Cable.
AD
SS –
All
Die
lect
ric
Self
Sup
port
ing
Aeri
al O
ptic
Fib
re C
able
.In
ord
er t
o de
term
ine
your
cab
le re
quire
men
ts, p
leas
e su
pply
the
follo
win
g da
ta:
– M
axim
um S
pan
(met
res)
– M
axim
um Ic
e Lo
ad (m
m) –
Max
imum
Win
d Lo
adin
g (k
m/h
r) –
Eve
ry d
ay s
ag(m
etre
s or
%)
If M
axim
um S
pan
only
is s
uppl
ied
the
follo
win
g ch
arac
teris
tics
are
assu
med
:–
2%
nor
mal
sag
, max
imum
100
km
/hr
win
d sp
eed
and
5mm
radi
al ic
e lo
adM
etro
sp@
n®–
80
met
re S
pan
for U
rban
Env
iron
men
ts.
Min
.M
in.
Bend
Bend
Max
Max
Radi
usRa
dius
Ever
yday
Wor
king
Oper
atin
gCr
ush
Code
ODM
ass
No lo
adFu
ll loa
dTe
nsio
nTe
nsio
nTe
mp.
Resis
t.mm
kg/k
mmm
mmkN
kN°C
kN/1
00mm
Met
rosp
@n™
– 8
0m S
pan
– up
to
60 fi
bres
in w
ater
blo
cked
loos
e tu
bes,
sol
id p
olye
thyl
ene
fille
rs (I
f nee
ded)
,la
id u
p ar
ound
a G
lass
Rei
nfor
ced
Plas
tic (G
RP) C
entr
al S
tren
gth
Mem
ber,
aram
id y
arns
rein
forc
ed &
poly
ethe
lene
ove
rall
shea
thed
.F1
2S09
AD
80Si
ngle
mod
e 12
Cor
e10
.474
300
400
1.1
2.8
-20º
to
+70º
2F2
4S09
AD
80Si
ngle
mod
e 24
Cor
e10
.475
300
400
1.1
2.8
-20º
to
+70º
2F3
6S09
AD
80Si
ngle
mod
e 36
Cor
e10
.476
300
400
1.1
2.8
-20º
to
+70º
2F4
8S09
AD
80Si
ngle
mod
e 48
Cor
e10
.477
300
400
1.1
2.8
-20º
to
+70º
2F6
0S09
AD
80Si
ngle
mod
e 60
Cor
e10
.478
300
400
1.1
2.8
-20º
to
+70º
2
Blac
k U
V S
tabi
lised
She
ath
is s
tand
ard.
A G
rey
Sacr
ifici
al S
heat
h is
ava
ilabl
e on
requ
est.
60 SALES 1300 300 304
OPTICAL ADSS
Aerial All Dielectric Self Supporting Optical Fibre Cable.M
in.
Min
.Be
ndBe
ndM
axM
axRa
dius
Radi
usEv
eryd
ayW
orki
ngOp
erat
ing
Crus
hCo
deOD
Mas
sNo
load
Full l
oad
Tens
ion
Tens
ion
Temp
.Re
sist.
mmkg
/km
mmmm
kNkN
°CkN
/100
mm
Shor
tsp@
n™ S
ingl
e Sh
eath
– 1
50m
Spa
n –
up t
o 60
fibr
es in
wat
er b
lock
ed lo
ose
tube
s, s
olid
pol
yeth
ylen
efil
lers
(If n
eede
d), l
aid
up a
roun
d a
Glas
s Re
info
rced
Pla
stic
(GRP
) Cen
tral
Str
engt
h M
embe
r, po
lyet
hele
ne in
ner
core
tap
e, a
ram
id y
arns
rein
forc
ed &
pol
yeth
ylen
e ov
eral
l she
athe
d.Sh
orts
p@n®
– 1
50
met
re S
pan
- Si
ngle
She
ath
Des
ign.
F12S
09A
D15
0Si
ngle
mod
e 12
Cor
e10
.576
300
400
1.4
4.1
-10
to +
702
F24S
09A
D15
0Si
ngle
mod
e 24
Cor
e10
.577
300
400
1.4
4.1
-10
to +
702
F36S
09A
D15
0Si
ngle
mod
e 36
Cor
e10
.579
300
400
1.4
4.1
-10
to +
702
F48S
09A
D15
0Si
ngle
mod
e 48
Cor
e10
.580
300
400
1.4
4.1
-10
to +
702
F60S
09A
D15
0Si
ngle
mod
e 60
Cor
e10
.581
300
400
1.4
4.1
-10
to +
702
Shor
tsp@
n™ D
oubl
e Sh
eath
– 1
50m
Spa
n –
up t
o 60
fibr
es in
wat
er b
lock
ed lo
ose
tube
s, s
olid
pol
yeth
ylen
efil
lers
(If n
eede
d), l
aid
up a
roun
d a
Glas
s Re
info
rced
Pla
stic
(GRP
) Cen
tral
Str
engt
h M
embe
r, po
lyet
hele
ne in
ner
shea
th, a
ram
id y
arns
rein
forc
ed &
pol
yeth
ylen
e ov
eral
l she
athe
d.Sh
orts
p@n®
– 1
50
met
re S
pan
- D
oubl
e Sh
eath
Des
ign.
F12S
09AD
D150
Sing
lem
ode
12 C
ore
13.5
131
400
500
2.5
5.5
-10
to +
702
F24S
09AD
D150
Sing
lem
ode
24 C
ore
13.5
132
400
500
2.5
5.5
-10
to +
702
F36S
09AD
D150
Sing
lem
ode
36 C
ore
13.5
133
400
500
2.5
5.5
-10
to +
702
F48S
09AD
D150
Sing
lem
ode
48 C
ore
13.5
133
400
500
2.5
5.5
-10
to +
702
F60S
09AD
D150
Sing
lem
ode
60 C
ore
13.5
134
400
500
2.5
5.5
-10
to +
702
AD
SS C
able
s al
so a
vaila
ble
in M
ultim
ode,
hig
her
fibre
cou
nts
& S
pans
up
to 5
00 m
etre
s.
Blac
k U
V S
tabi
lised
She
ath
is s
tand
ard.
A G
rey
Sacr
ifici
al S
heat
h is
ava
ilabl
e on
requ
est.
61SALES 1300 300 304
TELEPHONE INTERNAL/CAT 3 M@XTEL®M
@XT
EL IN
TERN
AL/C
at 3
. 1/0
.50
PACW
, Pol
yeth
ylen
e In
sula
ted,
Tw
iste
d Pa
ir, U
nit C
onst
ruct
ion,
Pol
yest
er C
ore
Wra
pped
, PVC
She
athe
d, A
CMA
Appr
oved
. Cre
am C
olou
red
Shea
th.
Tels
tra
Bend
ing
Max
Vers
ion
Radi
usPu
lling
for A
ppro
ved
Code
OD
min
Te
nsio
nM
ass
Cont
ract
ors
0.5m
m U
nscr
eene
d Ca
t 3m
mm
mN
kg/k
mTe
lstra
Par
t No
T2PI
Inte
rnal
Tel
epho
ne 1
/0.5
0 2
pair
3.9
4075
2032
3/65
91T3
PIIn
tern
al T
elep
hone
1/0
.50
3 pa
ir4.
850
110
2832
3/65
22T6
PIIn
tern
al T
elep
hone
1/0
.50
6 pa
ir6.
870
230
5232
3/65
23T1
0PI
Inte
rnal
Tel
epho
ne 1
/0.5
0 10
pai
r8.
485
380
7532
3/65
24T2
0PI
Inte
rnal
Tel
epho
ne 1
/0.5
0 20
pai
r10
.911
076
013
032
3/65
25T2
5PI
Inte
rnal
Tel
epho
ne 1
/0.5
0 25
pai
r11
.511
595
015
232
3/65
26T5
0PI
Inte
rnal
Tel
epho
ne 1
/0.5
0 50
pai
r15
.816
019
0028
032
3/65
30T1
00PI
Inte
rnal
Tel
epho
ne 1
/0.5
0 10
0 pa
ir21
.321
038
0054
032
3/65
32
Std.
Pac
k Si
ze:T
2PI &
T3P
I 305
M a
nd 5
00m
Box
– T
6PI
500m
Ree
l – T
10PI
-T10
0PI 5
00 &
100
0m D
rum
.
62 SALES 1300 300 304
ISDN/STATION M@XDN™In
tern
al T
elep
hone
Cab
le fo
r 2 M
bit/
s ra
te a
nd 1
20 o
hm @
1 M
Hz.
1/0.
5 PA
CW, P
olyo
lefin
Insu
late
d, T
wis
ted
Pair,
Alu
min
ium
/Lam
inat
e Sc
reen
with
a 1
/0.5
0mm
Tin
ned
Anne
aled
Copp
er D
rain
Wire
, LSO
H Th
erm
opla
stic
She
athe
d, A
CMA
Appr
oved
. Off
Whi
te C
olou
red
Shea
th.
Bend
ing
Max
Radi
usPu
lling
Code
OD
min
Te
nsio
nM
ass
ISDN
/Sta
tion
Cabl
esm
mm
mN
kg/k
m
T1PI
SDN
ISDN
11
pair
1/0.
5 2
M/B
it P
rimar
y Ra
te4.
550
4023
.7T2
PISD
NIS
DN 2
2 pa
ir1/
0.5
2M
/Bit
Prim
ary
Rate
4.9
6075
31.3
T4PI
SDN
ISDN
44
pair
1/0.
5 2
M/B
it P
rimar
y Ra
te7.
210
015
053
.6T8
PISD
NIS
DN 8
8 pa
ir1/
0.5
2M
/Bit
Prim
ary
Rate
8.9
130
300
81.9
T16P
ISDN
ISDN
16
16 p
air
1/0.
5 2
M/B
it P
rimar
y Ra
te12
.218
060
014
1.9
T32P
ISDN
ISDN
32
32 p
air
1/0.
5 2
M/B
it P
rimar
y Ra
te16
.223
512
0023
8.3
25 p
air a
vaila
ble
on re
ques
t.La
rger
Pai
r Cou
nts
avai
labl
e on
requ
est.
Std.
Pac
k Si
ze: 2
50m
Ree
l or D
rum
.
The
abov
e In
tern
al T
elep
hone
Cab
les
can
be s
uppl
ied
with
Low
Sm
oke
Zero
Hal
ogen
Fl
ame
Reta
rdan
t (LS
OHFR
) She
ath.
Suitable for ISDN and DSL applications.
63SALES 1300 300 304
TELEPHONE EXTERNAL/CAT 3 M@XTEL®
Jelly Filled Category 3.
M@
XTE
L EX
TERN
AL/C
at 3
1/0
.50
PACW
, Pol
yeth
ylen
e In
sula
ted,
Tw
iste
d Pa
ir, U
nit C
onst
ruct
ion.
Jelly
fille
d, C
ore
Wra
pped
, PE
Shea
thed
. ACM
A Ap
prov
ed.
Min
imum
Max
imum
Num
ber o
fO
vera
llBe
ndin
gPu
lling
Pair
sD
iam
eter
Radi
usTe
nsio
nM
ass
Code
mm
mm
Nkg
/km
L25P
30J
2511
.011
095
016
0L5
0P30
J50
14.6
150
1900
300
L100
P30J
100
20.0
200
3800
570
64 SALES 1300 300 304
TELEPHONE EXTERNAL M@XTEL®
Jelly Filled.So
lid P
ACW
, Cel
lula
r PE
Insu
late
d, U
nit T
win
Con
stru
ctio
n, Je
lly Fi
lled,
Cor
e wra
pped
, PE
Shea
thed
. ACM
A Ap
prov
ed.
Min
imum
Max
imum
Tels
tra V
ersi
onNu
mbe
r of
Over
all
Bend
ing
Pulli
ngfo
r App
rove
dPa
irsDi
amet
erRa
dius
Tens
ion
Mas
sCo
ntra
ctor
sCo
dem
mm
mN
kg/k
mTe
lstra
Par
t No.
0.40
mm
Cond
ucto
r - M
ax R
esist
ance
139
.4 oh
m/km
, Max
Capa
citan
ce U
nbal
ance
d Pai
r to P
air 2
10pF
/100
0m @
800
HzT1
0P40
PEJ
107.
512
024
060
467/
5021
T30P
40PE
J30
11.6
190
720
145
467/
5023
T50P
40PE
J50
14.2
215
1200
225
467/
5024
T100
P40P
EJ10
019
.331
024
0042
546
7/50
26
0.64
mm
Cond
ucto
r - M
ax R
esist
ance
56.
4 oh
m/km
, Max
Capa
citan
ce U
nbal
ance
d Pai
r to P
air 1
20pF
/100
0m @
800
HzT1
0P64
PEJ
1010
.216
560
011
5T3
0P64
PEJ
3015
.825
518
0030
0T5
0P64
PEJ
5020
.232
531
0048
5T1
00P6
4PEJ
100
26.9
430
6200
915
0.90
mm
Cond
ucto
r - M
ax R
esist
ance
27.
9 oh
m/km
, Max
Capa
citan
ce U
nbal
ance
d Pai
r to P
air 1
00pF
/100
0m @
800
HzT1
0P90
PEJ
1013
.421
512
0021
0T3
0P90
PEJ
3021
.735
036
0058
0T5
0P90
PEJ
5027
.744
560
0095
0T1
00P9
0PEJ
100
36.0
580
1210
017
55
NOTE
: 1.
Nylo
n ja
cket
can
be su
pplie
d as
pro
tect
ion
agai
nst a
nts a
nd te
rmite
s. (C
ode
= N)
.2.
A Sa
crifi
cial S
heat
h is
optio
nal.
3.M
oist
ure
Barr
ier v
ersio
n av
aila
ble
(Cod
e =
M)
4. M
utua
l Cap
acita
nce
(nom
) 45n
F/km
.
65SALES 1300 300 304
TELEPHONE TELSTRA
External Telephone Cable – Telstra – For Approved Contractors Only.
Conductor Size0.40mm 0.64mm 0.90mm
Number Telstra Telstra Telstraof Pairs Description Number Number Number
Cellular PE, Jelly Filled, Unit Twin, Polyethylene Sheath, Nylon Jacket10 CPFUT PEHJ 467/5321 – –30 CPFUT PEHJ 467/5323 – –50 CPFUT PEHJ 467/5324 – –
Cellular PE, Jelly Filled, Unit Twin, Moisture Barrier, Polyethylene Sheath200 CPFUT MB 467/7028 467/7048 –400 CPFUT MB 467/7030 467/7050 –800 CPFUT MB 467/7032 – –
Cellular PE, Jelly Filled, Unit Twin, Moisture Barrier, Polyethylene Sheath, Nylon Jacket,Sacrificial Jacket
200 CPFUT MBHJSJ 467/7328 467/7348 –400 CPFUT MBHJSJ 467/7330 467/7350 –
Cellular PE, Jelly Filled, Unit Twin, Moisture Barrier, Polyethylene Sheath, Nylon Jacket
10 CPFUT MBHJ – 467/7441 467/746130 CPFUT MBHJ – 467/7443 467/746350 CPFUT MBHJ – 467/7444 467/7464100 CPFUT MBHJ 467/7426 467/7446 –
Cellular PE, Unit Twin, Moisture Barrier, Polyethylene Sheath
800 CPIUT MB 478/7025 478/7045 –1200 CPIUT MB 478/7027 – –2400 CPIUT MB 478/7031 – –
66 SALES 1300 300 304
TELEPHONE AERIAL IBC
Aerial IBC - Integral Bearer Wire – Dry Core. Solid PACW, Solid PE Insulated,Unit Twin Construction, Core wrapped, Al/Laminate Tape Screened plus DrainWire, PE Sheathed, Integral Bearer Construction with High Tensile GalvanisedSteel Bearer Wire. ACMA Approved. Black UV Stabilised Sheath.
Tels
tra
Min
.M
ax.
Vers
ion
For
Num
ber o
fBe
arer
Over
all
Bend
ing
Pulli
ng**
Mas
sAp
prov
edCo
dePa
irsW
ireDi
amet
er*
Radi
us
Tens
ion
Cont
ract
ors
No./m
mm
mm
mN
kg/k
mTe
lstra
Par
t No.
0.40
mm
Cond
ucto
r – M
ax R
esist
ance
139
.4 oh
m/km
, Max
Capa
citan
ce U
nbal
ance
Pair
to Pa
ir 21
0pF/
1000
m @
800
HzT1
0P40
IB10
1/2.
507.
816
061
0011
546
5/52
21T5
0P40
IB50
1/2.
5013
.928
061
0026
046
5/52
24T1
00P4
0IB
100
7/1.
2519
.739
010
700
505
465/
5226
0.64
mm
Cond
ucto
r – M
ax R
esis
tanc
e 56.
4 oh
m/k
m, M
ax C
apac
itanc
e Unb
alan
ce P
air t
o Pa
ir 12
0pF/
1000
m @
800
HzLe
ad In
T2P
64IB
21/
2.50
4.4
102
1000
3949
0/57
41T1
0P64
IB10
1/2.
5010
.321
061
0016
546
5/52
41T5
0P64
IB50
7/1.
2521
.042
010
700
570
465/
5244
T100
P64I
B10
07/
1.60
29.2
580
1750
010
8046
5/52
46
0.90
mm
Con
duct
or –
Max
Res
ista
nce 2
7.9
ohm
/km
, Max
Cap
acita
nce U
nbal
ance
Pai
r to
Pair
100p
F/10
00m
@ 8
00Hz
T10P
90IB
101/
2.50
12.0
240
6000
240
–T5
0P90
IB50
7/1.
6027
.856
017
500
1050
–T1
00P9
0IB
100
7/1.
6038
.477
027
400
1970
–
NO
TE:
*O/D
mea
sure
d ov
er s
heat
h ex
clud
ing
bear
er w
ire. M
utua
l Cap
acita
nce
(nom
) 45
nF/k
m.
**Te
nsile
app
lied
to t
he b
eare
r w
ire.
67SALES 1300 300 304
TELEPHONE LEAD IN U/G M@XTEL®
Lead In Cables – Underground.Solid PACW, Solid PE Insulated, PE Sheathed. Available with anoptional Nylon Termite Resistant Jacket. ACMA Approved.
Min
.M
axTe
lstr
aN
umbe
rO
vera
llBe
ndin
gPu
lling
Vers
ion
For
Code
of P
airs
Dia
met
erRa
dius
Tens
ion
Mas
sA
ppro
ved
mm
mm
Nkg
/km
Cont
ract
ors
JELL
Y FI
LLED
0.40
mm
Con
duct
or –
Max
Res
ista
nce
139.
4 oh
m/k
m, M
ax C
apac
itan
ce U
nbal
ance
Pai
r to
Pair
210p
F/10
00m
@ 8
00Hz
Qua
dT2
P40L
IJ2
4.6
5050
2049
0/50
23
wit
h ny
lon
jack
etQ
uad
T2P4
0LIJ
N2
4.7
5050
2049
0/53
23
0.64
mm
Con
duct
or w
ith
nylo
n ja
cket
– M
ax R
esis
tanc
e 56
.4 o
hm/k
m, M
ax C
apac
itan
ce U
nbal
ance
Pai
r to
Pair
120p
F/10
00m
@ 8
00Hz
T2P6
4LIJ
N2
6.3
6512
540
490/
5342
NO
TE:
1.
Mut
ual C
apac
itanc
e (n
om) 4
5 nF
/km
.
68 SALES 1300 300 304
COAXIALIn
ner
Insu
l.O
vera
llCh
arac
teri
stic
Mut
ual
Code
Des
crip
tion
Cond
.D
iam
eter
Dia
met
erIm
peda
nce
Capa
c.N
o./m
mm
mm
moh
mpF
/mRa
dio
Freq
uenc
y RG
Ser
ies
CRG5
8C/U
RG58
C/U
19/0
.18
TACW
2.95
4.95
5010
2CR
G59B
/URG
59 B
/U1/
0.58
CCS
3.71
6.15
7569
CRG5
9/U
RG59
/U7/
0.25
PAC
W3.
716.
1575
58CR
G62A
/URG
62
A/U
1/0.
643
CCS
3.71
6.15
9358
CRG2
13/U
RG21
3/U
7/0.
75 P
ACW
7.24
10.3
5010
9CR
G6/U
RG6/
U M
ATV
1/1.
024
PACW
4.57
6.99
7567
Std.
Pac
k Si
ze: A
ll ca
bles
ava
ilabl
e in
500
m d
rum
s (1
00m
reel
s av
aila
ble
for
CRG5
8C/U
and
CRG
59B/
U).
Gene
rally
to
US
MIL
-C-1
7.Te
levi
sion
Lea
d-In
75
Ohm
CTV
COA
XTV
Coa
x1/
1.00
PAC
W4.
66.
675
56St
d. P
ack
Size
: 100
m re
els.
Coax
ial P
ay T
V/M
ATV
C6D
SRG
6 D
ual S
cree
n1/
1.01
6 CC
S4.
576.
8675
53C6
QS
RG6
Qua
d Sc
reen
1/1.
016
CCS
4.57
7.57
7553
C11Q
SRG
11 Q
uad
Scre
en1/
1.62
6 CC
S7.
1110
.34
7553
Std.
Pac
k Si
ze 3
05m
box
.
69SALES 1300 300 304
CONNECTING WIRETe
lstr
aVe
rsio
n Fo
rN
umbe
rO
vera
llN
o./D
ia.
Max
. Pul
ling
App
rove
dCo
deD
escr
ipti
onof
Wir
esD
iam
eter
Wir
eTe
nsio
nCo
ntra
ctor
sm
mm
mN
Tels
tra
Part
No.
DET
ON
ATO
R W
IRE
CDET
TRe
d-W
hite
1 TA
CW1.
31/
0.71
30–
JUM
PER
WIR
ECJ
MP2
RDW
HRe
d-W
hite
2 PA
CW1.
81/
0.50
303/
250
CJM
P2BL
WH
Blue
-Whi
te2
PACW
1.8
1/0.
5030
–CJ
MP2
GRW
HGr
een-
Whi
te2
PACW
1.8
1/0.
5030
3/24
9CJ
MP4
WH
RDBL
BKW
H-R
D-B
L-BK
4 PA
CW2.
11/
0.50
60–
SPEA
KER
WIR
ECS
PKGr
ey w
ith s
trip
e2
PACW
3.7
x 1.
814
/0.2
068
–
Std.
Pac
k Si
ze 5
00m
spo
ol.
70 SALES 1300 300 304
DATA CABLE P20
Balanced Multipair Cable, 7/0.20mm 24 AWG TACW, Polyolefin Insulated, Twisted Pair,Al/Polyester Overall Screened with Drain Wire, Black PVC Sheathed. Used for RS485,RS422, RS232 and RS449 data transmission. ACMA Approved.
Minimum MaximumNumber Overall Bending Pulling
Code of Pairs Diameter Radius Tension Massmm mm N kg/km
P20 CS RANGE – UL RECOGNISED 2493
P2001CS 1 5.0 40 34 31.2P2002CS 2 6.1 49 68 44.4P2003CS 3 6.9 55 102 52.6P2004CS 4 7.5 60 135 62.3P2006CS 6 9.5 76 203 91.3P2008CS 8 10.0 80 271 107.4P2012CS 12 10.9 87 406 134.2P2018CS 18 12.7 102 609 186.1P2025CS 25 15.3 122 846 265.3P2036CS 36 17.6 141 1219 356.1P2050CS 50 20.2 162 1692 450.2
Std. Pack: up to 6 pair - 100m & 500m reels; 8 pair & above - 500m & 1000m drums.
Balanced Multipair Cable, 7/0.20mm 24 AWG TACW, Polyolefin Insulated, Each TwistedPair Screened and Al/Polyester Overall Screened with Drain Wire, Black PVC Sheathed.Used for RS485, RS422, RS232 and RS449 data transmission. ACA Approved.
P20 ESCS RANGE – UL RECOGNISED
P2002ESCS 2 6.7 54 68 56.4P2003ESCS 3 7.6 61 102 69.1P2004ESCS 4 8.3 66 135 80.2P2006ESCS 6 10.6 85 203 124.3P2008ESCS 8 10.6 85 271 139.1P2012ESCS 12 12.3 98 406 181.4
Std. Pack: up to 3 pair - 100m & 500m reels; 4 pair & above - 500m & 1000m drums.
71SALES 1300 300 304
DATA CABLE P21/P31 INFORM@X
Data Cables - P21 7/0.20 and P31 16/0.20Unbalanced Multicore Cable, 7/0.20mm 24 AWG TACW, Polyolefin Insulated, LayerConstruction, Al/Polyester Overall Screen with Drain Wire, Black PVC Sheathed. Used forRS232 data transmission and 4-20 mA loop circuits. ACMA Approved.
Minimum MaximumNumber Overall Bending Pulling
Code of Wires Diameter Radius Tension Massmm mm N kg/km
P21 CS RANGE – UL RECOGNISED 2464
P2104CS 4 4.5 36 68 28.1P2106CS 6 5.2 42 102 40.3P2108CS 8 6.1 49 135 50.1P2112CS 12 6.6 53 203 65.3P2118CS 18 7.5 60 305 86.5P2124CS 24 8.8 70 406 110.1P2136CS 36 9.9 79 609 147.3P2150CS 50 11.7 94 846 211.1
Std. Pack: up to 8 core - 100m & 500m reels; 12 core & above - 500m & 1000m drums.
Unbalanced Multicore Cable, 16/0.20mm 20 AWG TACW, Polyolefin Insulated,Al/Polyester Overall Screened with Drain Wire, Black PVC Sheathed.ACA Approved.
P31 CS RANGE – UL RECOGNISED 2464
P3102CS 2 5.6 45 77P3103CS 3 5.8 46 116P3104CS 4 6.2 50 155P3106CS 6 7.3 58 232P3110CS 10 9.1 73 387P3112CS 12 9.3 74 464P3118CS 18 10.7 86 696P3125CS 25 12.6 101 967P3136CS 36 14.0 112 1393
Std. Pack: up to 8 core - 100m & 500m reels; 12 core & above - 500m & 1000m drums.
DATA
AND
INST
RUM
ENTA
TION
72 SALES 1300 300 304
DATA CABLE P20/P21/P31 INFORM@XEL
ECTR
ICAL
CHA
RACT
ERIS
TICS
Cabl
e ty
peP2
0 CS
P20
ESCS
P21
CSP3
1 CS
Cond
ucto
r Size
m
m7
/ 0.2
07
/ 0.2
07
/ 0.2
016
/0.2
0Co
nduc
tor R
esis
tanc
e oh
ms
/ 100
m @
20°
C8.
98.
98.
93.
7M
axim
um W
orki
ng V
olta
ge V
rms
300
300
300
300
Capa
cita
nce
betw
een
wire
pai
rs p
F/m
5065
––
Capa
cita
nce
betw
een
adja
cent
wire
s pF
/m–
–90
–Ca
paci
tanc
e be
twee
n ea
ch w
ire to
all
othe
rs b
unch
ed to
geth
er p
F/m
9511
014
5–
Cros
s-ta
lk b
etw
een
pairs
:@
1 k
Hz
dB/1
00m
> 90
> 10
0–
–@
100
kHz
dB
/100
m>
50>
80
––
Char
acte
ristic
impe
danc
e at
100
kHz
ohm
s13
511
5–
–At
tenu
atio
n of
a p
air d
B/10
0m
@ 1
kHz
0.15
0.2
––
@ 1
0 kH
z0.
420.
5–
–@
100
kHz
0.8
1–
–@
150
kHz
0.9
1.3
––
@ 1
MHz
1.9
3.6
––
@ 1
.5 M
Hz2.
44.
6–
–
73SALES 1300 300 304
INSTRUMENTATION CABLE P50 CS
Balanced Multipair Cable, 7/0.30mm 0.5mm2 20 AWG PACW, PVC V90-HT Insulated,Twisted Pair, Al/Polyester Overall Screened with Drain Wire, Black PVC V90-HT Sheathed.Blue sheath option for intrinsically safe circuits to AS2381.7.
Nominal Minimum MaximumNumber Overall Bending Pulling
Code of Pairs Diameter Radius Tension Massmm mm N kg/km
P50 CS RANGE
P5001CS 1 5.8 35 70 41P5002CS 2 7.0 42 140 60P5004CS 4 9.9 60 280 120P5006CS 6 11.5 69 420 160P5008CS 8 12.9 78 560 200P5010CS 10 14.1 85 700 240P5012CS 12 15.8 95 840 300P5016CS 16 17.7 107 1120 380P5020CS 20 20.2 122 1400 460P5024CS 24 21.8 131 1680 535P5036CS 36 26.5 159 2520 790P5050CS 50 30.5 183 3500 1045
74 SALES 1300 300 304
INSTRUMENTATION CABLE P50CS SWA
Balanced Multipair Cable, 7/0.30mm 0.5mm2 20 AWG PACW, PVC V90-HT Insulated,Twisted Pair, Al/Polyester Overall Screened with Drain Wire, PVC V90-HT Bedding,SWA, Black PVC V90-HT Sheathed. Blue sheath option for intrinsically safe circuitsto AS2381.7.
Nominal Minimum MaximumNumber Overall Bending Pulling
Code of Pairs Diameter Radius Tension Massmm mm N kg/km
P50 CS SWA RANGE
P5002CS SWA 2 12.4 149 1390 320P5004CS SWA 4 15.1 182 2060 455P5006CS SWA 6 16.7 201 2520 545P5008CS SWA 8 18.1 218 2950 625P5010CS SWA 10 19.3 232 3360 700P5012CS SWA 12 21.1 254 4010 800P5016CS SWA 16 23.7 285 5060 1075P5020CS SWA 20 26.2 315 6180 1235P5024CS SWA 24 27.8 334 6960 1370P5036CS SWA 36 32.4 389 9450 1765P5050CS SWA 50 37.6 452 12730 2450
75SALES 1300 300 304
INSTRUMENTATION CABLE P50ESCS (SWA)
Balanced Multipair Cable, 7/0.30mm 0.5mm2 20 AWG PACW, PVC V90-HT Insulated,Twisted Pair, Each Pair and Overall Al/Polyester Screened with Drain Wire, Black PVCV90-HT Sheathed. Blue sheath option for intrinsically safe circuits to AS2381.7.
Nominal Minimum MaximumNumber Overall Bending Pulling
Code of Pairs Diameter Radius Tension Massmm mm N kg/km
P50 ESCS RANGE
P5002ESCS 2 7.7 47 140 80P5004ESCS 4 10.8 65 280 150P5006ESCS 6 12.7 77 420 205P5008ESCS 8 14.2 86 560 260P5010ESCS 10 16.2 98 700 330P5012ESCS 12 17.5 105 840 385P5016ESCS 16 19.6 118 1120 490P5020ESCS 20 21.6 130 1400 590P5024ESCS 24 23.9 144 1680 720P5036ESCS 36 28.4 171 2520 1030P5050ESCS 50 32.9 198 3500 1375
P50 ESCS SWA RANGE
P5002ESCS SWA 2 13.1 158 1550 360P5004ESCS SWA 4 16.0 192 2310 510P5006ESCS SWA 6 17.9 215 2890 620P5008ESCS SWA 8 19.4 233 3390 720P5010ESCS SWA 10 21.5 258 4170 850P5012ESCS SWA 12 23.5 282 4980 1065P5016ESCS SWA 16 25.6 308 5900 1250P5020ESCS SWA 20 27.6 332 6860 1430P5024ESCS SWA 24 29.8 358 8000 1620P5036ESCS SWA 36 35.2 423 11160 2310P5050ESCS SWA 50 40.0 480 14400 2900
76 SALES 1300 300 304
INSTRUMENTATION CABLE P51-P55 (SWA)
Multipair and Triples P51-P55.
Nominal Minimum MaximumNumber Overall Bending Pulling
Code of Pairs Diameter Radius Tension Massmm mm N kg/km
P51 ES RANGE – 7/0.50MM 1.5MM2 16AWGP5102ES 1 7.0 42 210 65
Triple P5103ES 1 7.4 45 315 85
P51 ES SWA RANGE – 7/0.50MM 1.5MM2 16AWGP5102ES SWA 1 12.4 149 1390 325
Triple P5103ES SWA 1 12.8 154 1480 355
P55 CS RANGE – 7/0.50MM 1.5MM2 16AWGP5502CS 2 9.3 56 420 120P5504CS 4 12.1 73 840 210P5506CS 6 14.3 86 1260 290P5508CS 8 16.7 101 1680 390P5510CS 10 18.3 110 2100 470P5512CS 12 19.7 119 2520 550
P55 CS SWA RANGE – 7/0.50MM 1.5MM2 16AWGP5502CS SWA 2 14.5 174 1900 440P5504CS SWA 4 17.3 208 2700 610P5506CS SWA 6 19.5 234 3430 750P5508CS SWA 8 22.0 264 4360 920P5510CS SWA 10 24.3 292 5320 1190P5512CS SWA 12 25.7 309 5950 1310
P55 ESCS RANGE – UL RECOGNISED 2464 7/0.50MM 1.5MM2 16AWGP5502ESCS 2 10.2 62 420 140P5504ESCS 4 13.3 80 840 245P5506ESCS 6 16.3 98 1260 360P5508ESCS 8 18.4 111 1680 460P5510ESCS 10 20.2 122 2100 560P5512ESCS 12 21.8 131 2520 655
P53 and P56 are Triples Instrumentation Cable and are available up to 36 triples in CS, ESCS and SWA versions.
77SALES 1300 300 304
DATA CABLE P50-P56 INFORMATIONCa
ble t
ype
P50C
SP5
0ESC
SP5
5CS
P55E
SCS
P53C
SP5
3ESC
SP5
6CS
Cond
ucto
r Size
mm
20.
5 (7
/0.3
)0.
5 (7
/0.3
)1.
5 (7
/0.5
)1.
5 (7
/0.5
)0.
5 (7
/03)
0.5
(7/0
.3)
1.5
(7/0
.5)
Cond
ucto
r Res
istan
ce
ohm
s / 1
00m
@ 2
0°C
3.8
3.8
1.3
1.3
3.8
3.8
1.3
Insu
latio
n Re
sista
nce
meg
ohm
s / km
@ 2
0°C
140
140
150
150
140
140
150
Max
cont
inuo
us cu
rrent
ratin
g A
mps
3.2
3.2
1212
3.2
3.2
12M
axim
um D
C vo
ltage
with
stan
d k
V3
33
33
33
Capa
citan
ce o
f pai
rs p
F/m
8014
511
020
0Ca
pacit
ance
unb
alan
ced
betw
een
pairs
pF/
100m
300
3030
030
Cond
ucto
r to
scre
en ca
pica
tanc
e pF
/m–
240
–30
0Cr
oss-
talk
atte
nuat
ion
betw
een
pairs
@ 1
kHz
dB/1
00m
90>
120
90–
Char
acte
ristic
impe
danc
e @
1 kH
z Oh
ms
380
300
200
150
Indu
ctan
ce @
1 kH
z m
H/km
0.9
0.9
0.8
0.8
L / R
ratio
μH/
ohm
1313
3131
Loop
resis
tanc
e 20
°C67
.567
.526
.526
.567
.567
.526
.5
78 SALES 1300 300 304
CABLE SELECTION
CABLE SELECTIONThe following are some simplified procedures for cable selection. Refer tothe Wiring Rules AS/NZS 3000 and AS/NZS 3008.1.1 for detailedinformation.The four main electrical criteria for cable selection are:a) Current rating.b) Voltage drop.c) Short-circuit capacity.d) Earth loop impedanceGenerally speaking, for:a) Short route length, current-carrying capacity requirement will dictate the
cable size selection.b) Long route length, voltage drop or earth loop impedance requirement will
dictate the cable size selection.c) The short-circuit capacity of a cable shall be such that all short-circuit
current occuring at any point of a circuit shall not cause the cableconductor temperature to exceed the maximum permissible limit.
A) Current rating:Current rating of a cable depends on a) Installation method, eg., In air or ground, enclosed or unenclosed, etc.b) Installation environment, eg., ambient temperature, depth of laying,
presence of other cables or circuits nearby, etc.c) Limiting temperatures of the cables for normal use, eg., PVC and XLPE
insulated cables are 75ºC and 90ºC respectively.d) Type of overcurrent protective device used, appropriate derating factor:
– 0.9 for fuses, e.g. AS/NZS 60269 series fuses, with l2 = 1.6 x IN.Where: l2 = conventional overcurrent fusing or tripping current.
lN = nominal current of the fuse or circuit breaker.e) Current in neutral conductor
“4 core” shall mean 3 phase cores plus one neutral core. 4 core cablescan have the same current rating as 3 core cables only if the neutral core islightly loaded, i.e. less than 35% of the rated current of the phaseconductor, and the harmonic content in the current is not significant, e.g.less than 15% for 3rd and 10% for 9th, 12th, etc, higher harmonics. Forother situations, de-rating may be required in order to take the additionalheating effect due to the neutral current into consideration.Current ratings in this technical manual are based on AS/NZS 3008.1.1 withthe following typical Australian installation conditions. If other installationconditions are necessary, refer to derating/rating factors in the General
79SALES 1300 300 304
CABLE SELECTION
Information section or/and AS/NZS 3008.1.1 for appropriatederating/rating factors.• Not exposed to direct sunlight unless otherwise specified.• Single circuit.• Solar radiation (for cables exposed to sun only) = 1000W/m2
• Ambient air temperature = 40ºC• Ambient soil temperature = 25ºC• Depth of laying* = 0.5m• Soil thermal resistivity = 1.2ºC.m/W• Supply frequency = 50Hz
*Measured to (a) centre of cable or trefoil group of cables or (b) centre of enclosure or trefoil group of enclosures.
B) Voltage drop:Wiring Rules stipulate a maximum voltage drop of 5% of the nominalvoltage between the point of supply and any point in the installation whenthe conductors are carrying maximum demand.Voltage drops in this technical manual are based on:a) Maximum conductor temperatures of 75ºC, 90ºC and 110°C as indicated.b) Load power factor to give maximum voltage drop.c) Single core cables are touching in trefoil or flat formation.d) Supply frequency of 50Hz.
Equation to determine minimum required cable size due to voltage drop
Vc =Vd x 1000
millivolts/ampere metreI x L
WhereVc Calculated maximum permissible voltage drop in millivolts/ampere metreVd Maximum permissible voltage drop in voltsI Current in AmperesL Route length in metresNow select a cable such that Vc is equal to or less than the voltage dropvalue given in the relevant table, and check that it will carry the current.
C) Short-circuit capacity:During a short-circuit, the conductor temperature will increase due to theheat energy produced. To satisfy this requirement, short-circuit permissibletemperature limit of the conductor of cable must not be exceeded.This may require the time current curves of the short-circuit protectivedevice to be checked against the cable damage curves.
CABL
E SE
LECT
ION
80 SALES 1300 300 304
CABLE SELECTION
Lmax =0.8Uo SphSpeIa � (Sph + Spe)
WhereLmax maximum route length (m)Uo nominal phase voltage (230V)P resistivity at normal working temperature (�.mm2/m)
= 22.5 x 10–3 for copper= 36 x 10–3 for aluminium
Ia (mean) trip current setting for the instantaneous operation of a circuitbreaker (A) in the specified time; orthe current that assures operation of the protective fuse (A); in the specified time.
Sph Size of the active conductor (mm2).Spe Size of the protective earthing conductor (mm2)
NOTES:1. This method is only reliable where the conductors that make up the
earth-fault-current loop are in close proximity to each other and are notseparated by ferromagnetic materials.
2. This calculation method is considered valid for cable sizes up to 120mm2.For larger sizes, maximum length and fault loop impedance should becalculated by other methods taking account of cable inductance.
D) Maximum earth loop impedance:The earth loop impedance has to be low enough to allow sufficient currentto flow in the fault loop to cause the protective device to operate anddisconnect the supply within the specified time when a fault of negligibleimpedance occurs between an active and a protective earthing conductor.To accurately calculate the earth loop impedance is not easy and requiresinformation of the HV supply system that may or may not be available. Asthe internal impedance of an earth loop may be expressed in terms of circuitlength, a simplified method is listed below to provide a reasonably accuratecalculation of the maximum route length to ensure correct operation ofprotective devices to provide protection against indirect contact:
81SALES 1300 300 304
CABLE SELECTION
Maximum Route Lengths, in Metres, for Different Sizes of Conductors andProtective Devices using Mean Tripping Currents (la)* for a disconnection time of 0.4 sec.
Conductor size Protective Circuit-breaker (see Note 1) FusesDevice (see
Active Earth Rating Type B Type C Type D Note 2)mm2 mm2 Amps m m m m1 1 6 170 91 55 2041 1 10 102 55 33 114
1.5 1.5 10 153 82 49 1701.5 1.5 16 96 51 31 822.5 2.5 16 160 85 51 1362.5 2.5 20 128 68 41 934 2.5 25 126 67 40 904 2.5 32 98 52 31 706 2.5 40 90 48 29 6010 4 50 117 62 37 7316 6 63 142 76 45 8516 6 80 112 59 36 5925 6 80 124 66 40 6625 6 100 99 53 32 4735 10 100 159 85 51 7535 10 125 127 68 41 5850 16 125 198 106 63 9050 16 160 155 83 50 7170 25 160 235 126 75 10870 25 200 188 100 60 84
NOTES:1. * la for circuit-breakers are mean tripping currents as follows:
Type B = 4 times rated currentType C = 7.5 times rated currentType D = 12.5 times rated current
2. Fuses based on AS/NZS 60269.1 also known as BS 88 type fuses.3. When the nominal phase voltage of the electrical installation is not 230V, the
maximum length may be determined by multiplying by a factor of Uo/230. For anominal phase voltage of 240V, the factor would be ~~ 1.04.
4. The above table is for guidance only. In many cases, other requirements such asloading, short circuit and voltage drop will need to be considered in the selection ofactive and earth conductor sizes.
82 SALES 1300 300 304
CURRENT RATINGS 2 SINGLE CORE (CU) 75°C
2 Single Core LV, Copper Conductor, Sheathed and Unsheathed Non-Armoured Cables with V-75, V-90, V-90HT PVC , HFI-75-TPor HFI-90-TP LSOH Insulation. Based on AS/NZS 3008.1.1.
Nomi
nal
Unen
close
dEn
close
dTh
ermal
Insula
tion
Single
Cond
ucto
rSp
aced
Spac
edTo
uchin
gEx
pose
dWi
ring
Parti
ally
Comp
letely
Burie
dUn
dergr
ound
Phas
eAr
eafro
mto
Enclo
sure
Surro
unde
dSu
rroun
ded
Direc
tWi
ring E
nclos
ureVo
ltage
mm2
Surfa
ceSu
nin
Airby
Therm
alby
Therm
alDr
opIns
ulatio
nIns
ulatio
n(@
50Hz
& 75
°C)
mV/A
.m
1.0
1616
138
1311
618
1821
51.6
1.5
2121
1610
1814
823
2326
33.0
2.5
30
29
23
13
24
20
12
32
32
36
18.0
4 40
39
31
18
32
25
16
41
41
47
11
.26
51
49
40
22
41
33
20
52
52
58
7.49
10
69
67
54
30
54
44
27
69
69
77
4.46
16
92
89
72
39
70
56
36
122
89
99
2.81
25
124
119
97
50
94
75
48
158
116
129
1.78
35
153
145
119
61
112
90
59
190
139
155
1.29
50
187
177
146
72
138
110
- 22
5 16
8 18
6 0.
963
70
238
223
184
89
170
136
- 27
7 20
6 22
8 0.
680
95
295
276
230
107
212
169
- 33
2 25
2 27
8 0.
507
120
344
321
267
122
242
193
- 37
8 28
7 31
6 0.
415
150
395
367
308
137
282
225
- 42
4 32
9 35
4 0.
352
185
459
424
358
154
320
256
- 48
0 37
3 40
8 0.
301
240
549
505
428
177
381
305
- 55
6 43
8 47
2 0.
255
300
636
582
495
198
- -
- 62
8 49
6 54
6 0.
229
400
744
676
577
221
- -
- 71
3 57
5 62
1 0.
209
500
867
780
668
245
- -
- 80
5 64
9 72
1 0.
194
630
1014
89
7 77
0 26
9 -
- -
904
750
816
0.18
1
NO
TE: R
efer
to C
able
Sel
ectio
n in
Gen
eral
Info
rmat
ion
for m
ore
info
rmat
ion
and
data
bas
ed o
n AS
/NZS
300
8.1.
1.
83SALES 1300 300 304
CURR
ENT/
VOLT
AGE
CURRENT RATINGS 2 SINGLE CORE (CU) 90°C
2 Single Core LV, Copper Conductor, Sheathed and Unsheathed Non-Armoured Cables with X-90 XLPE, R-EP-90 EPR, R-CPE-90, R-CSP-90, or R-HF-90 LSOH Insulation. Based on AS/NZS 3008.1.1.
Nomi
nal
Unen
close
dEn
close
dTh
ermal
Insula
tion
Single
Cond
ucto
rSp
aced
Spac
edTo
uchin
gEx
pose
dWi
ring
Parti
ally
Comp
letely
Burie
dUn
dergr
ound
Phas
eAr
eafro
mto
Enclo
sure
Surro
unde
dSu
rroun
ded
Direc
tWi
ring E
nclos
ureVo
ltage
mm2
Surfa
ceSu
nin
Airby
Therm
alby
Therm
alDr
opIns
ulatio
nIns
ulatio
n(@
50Hz
& 90
°C)
mV/A
.m
1.0
20
20
16
12
16
13
8 20
20
24
54
.01.
5 26
25
20
15
21
16
10
26
26
30
34
.62.
5 36
36
28
21
30
24
14
36
36
41
18
.94
48
47
37
28
38
30
19
46
46
53
11.8
6 61
60
47
36
47
38
24
58
58
66
7.
8610
84
82
65
48
65
52
32
78
78
87
4.
6816
11
2 10
8 86
64
84
67
43
13
9 10
0 11
2 2.
9425
15
1 14
5 11
7 86
11
3 90
58
17
9 13
1 14
6 1.
8735
18
6 17
7 14
4 10
5 13
5 10
8 72
21
5 15
7 17
5 1.
3550
22
8 21
6 17
6 12
7 16
6 13
3 -
255
189
211
1.01
70
291
273
224
160
204
164
- 31
3 23
3 25
8 0.
710
95
361
338
278
197
255
204
- 37
5 28
5 30
9 0.
528
120
422
393
325
229
292
233
- 42
7 32
5 35
8 0.
431
150
486
451
375
262
329
263
- 48
0 36
5 40
1 0.
365
185
565
522
436
303
387
309
- 54
3 42
3 46
3 0.
311
240
678
622
522
359
461
369
- 63
0 49
7 53
6 0.
262
300
787
718
605
413
- -
- 71
1 56
2 62
0 0.
233
400
923
836
708
478
- -
- 80
8 65
3 70
6 0.
211
500
1078
96
6 82
1 55
0 -
- -
913
739
800
0.19
663
0 12
61
1113
95
0 62
9 -
- -
1026
85
6 93
0 0.
184
NO
TE: R
efer
to C
able
Sel
ectio
n in
Gen
eral
Info
rmat
ion
for m
ore
info
rmat
ion
and
data
bas
ed o
n AS
/NZS
300
8.1.
1.
84 SALES 1300 300 304
Nomi
nal
Unen
close
dEn
close
dTh
ermal
Insula
tion
Single
Cond
ucto
rSp
aced
Spac
edTo
uchin
gEx
pose
dWi
ring
Parti
ally
Comp
letely
Burie
dUn
dergr
ound
Phas
eAr
eafro
mto
Enclo
sure
Surro
unde
dSu
rroun
ded
Direc
tWi
ring E
nclos
ureVo
ltage
mm2
Surfa
ceSu
nin
Airby
Therm
alby
Therm
alDr
opIns
ulatio
nIns
ulatio
n(@
50Hz
& 90
°C)
mV/A
.m
16
87
84
67
50
65
52
33
107
78
87
4.91
25
117
112
91
66
87
70
45
139
102
114
3.08
35
144
137
111
81
105
84
56
167
122
136
2.24
50
177
167
136
99
129
103
- 19
8 14
7 16
4 1.
6570
22
6 21
2 17
4 12
4 15
9 12
7 -
243
181
200
1.15
95
280
262
216
153
198
158
- 29
1 22
1 23
9 0.
839
120
328
305
253
178
226
181
- 33
2 25
2 27
8 0.
672
150
377
350
291
204
255
204
- 37
2 28
3 31
1 0.
557
185
439
406
340
236
301
241
- 42
3 32
9 35
9 0.
455
240
527
485
408
280
360
288
- 49
2 38
8 41
7 0.
363
300
612
562
473
323
- -
- 55
6 44
0 48
2 0.
307
400
723
660
559
377
- -
- 63
8 51
6 55
3 0.
261
500
850
772
656
439
- -
- 72
9 59
0 63
2 0.
227
630
1003
90
4 77
2 51
1 -
- -
833
695
740
0.20
4
NO
TE: R
efer
to C
able
Sel
ectio
n in
Gen
eral
Info
rmat
ion
for m
ore
info
rmat
ion
and
data
bas
ed o
n AS
/NZS
300
8.1.
1.
CURRENT RATINGS 2 SINGLE CORE (AL) 90ºC
2 Single Core LV, Aluminium Conductor, Sheathed and UnsheathedNon-Armoured Cables with X-90 XLPE, R-EP-90 EPR, R-CPE-90, R-CSP-90, or R-HF-90 LSOH Insulation. Based on AS/NZS 3008.1.1
85SALES 1300 300 304
CURRENT RATINGS 2 SINGLE CORE (CU) 110°C
2 Single-Core LV, Copper Conductor, Sheathed and UnsheathedNon-Armoured Cables with R-HF-110 or R-E-110 Insulation.Based on AS/NZS 3008.1.1.
Nomi
nal
Unen
close
dEn
close
dTh
ermal
Insula
tion
Single
Cond
ucto
rSp
aced
Spac
edTo
uchin
gEx
pose
dWi
ring
Parti
ally
Comp
letely
Burie
dUn
dergr
ound
Phas
eAr
eafro
mto
Enclo
sure
Surro
unde
dSu
rroun
ded
Direc
tWi
ring E
nclos
ureVo
ltage
mm2
Surfa
ceSu
nin
Airby
Therm
alby
Therm
alDr
opIns
ulatio
nIns
ulatio
n(@
50Hz
& 11
0°C)
mV/A
.m
1.0
25
24
20
17
20
16
10
21
23
26
57.4
1.5
32
31
25
21
25
20
13
26
29
33
36.8
2.5
45
44
36
30
35
28
18
36
40
46
20.1
4 59
58
47
39
46
37
23
48
53
59
12
.56
75
73
59
50
58
46
30
60
66
74
8.35
10
103
99
81
68
78
62
40
80
88
97
4.97
16
137
131
107
89
104
83
53
154
115
127
3.12
25
183
175
143
119
137
109
72
198
148
163
1.99
35
225
214
176
146
165
132
88
238
177
195
1.43
50
276
261
215
178
205
164
- 28
2 21
4 23
6 1.
0770
34
9 32
8 27
2 22
4 25
5 20
4 -
346
262
288
0.75
195
43
4 40
6 33
9 27
7 32
1 25
7 -
416
321
352
0.55
512
0 50
5 47
1 39
4 32
1 36
9 29
6 -
473
366
400
0.45
315
0 58
1 54
0 45
4 36
9 43
0 34
4 -
531
420
448
0.38
218
5 67
3 62
4 52
7 42
7 49
3 39
4 -
601
477
517
0.32
324
0 80
6 74
3 63
0 50
8 59
4 47
6 -
698
561
600
0.27
130
0 93
4 85
7 73
0 58
6 -
- -
789
648
694
0.24
040
0 10
94
998
853
682
- -
- 89
8 73
8 79
0 0.
216
500
1278
11
55
990
789
- -
- 10
18
837
921
0.19
963
0 14
98
1334
11
46
909
- -
- 11
48
973
1045
0.
185
NO
TE: R
efer
to C
able
Sel
ectio
n in
Gen
eral
Info
rmat
ion
for m
ore
info
rmat
ion
and
data
bas
ed o
n AS
/NZS
300
8.1.
1.
86 SALES 1300 300 304
CURRENT RATINGS 3 SINGLE CORE (CU) 75°C
3 Single Core LV, Copper Conductor, Sheathed and UnsheathedNon-Armoured Cables with V-75, V-90, V-90HT PVC, HFI-75-TPor HFI-90-TP LSOH Insulation. Based on AS/NZS 3008.1.1.
Nomi
nal
Unen
close
dEn
close
dTh
ermal
Insula
tion
Three
Phas
eCo
nduc
tor
Spac
edSp
aced
Touc
hing
Expo
sed
Wirin
gPa
rtiall
yCo
mplet
elyBu
ried
Unde
rgrou
ndVo
ltage
Area
from
toEn
closu
reSu
rroun
ded
Surro
unde
dDir
ect
Wirin
g Enc
losure
Drop
mm2
Surfa
ceSu
nin
Airby
Therm
alby
Therm
al(@
50Hz
Insula
tion
Insula
tion
& 75
°C)
mV/A
.m
11.0
16
14
13
8
12
10
6 16
16
19
44
.7 4
4.7
1.5
20
17
16
10
15
12
8 20
20
24
28
.6 2
8.6
2.5
29
25
23
13
21
17
12
27
27
33
15.6
15.
64
38
33
31
18
28
23
16
36
36
43
9.71
9.7
16
49
42
40
22
35
28
20
45
45
53
6.49
6.4
910
67
58
54
30
47
37
27
59
59
70
3.
86 3
.86
16
89
77
72
39
62
50
36
104
78
90
2.43
2.4
325
12
0 10
3 97
50
81
64
48
13
4 10
0 11
7 1.
54 1
.55
35
148
127
119
61
100
80
59
160
122
140
1.12
1.1
250
18
1 15
6 14
6 72
11
9 95
-
190
144
168
0.83
4 0.
840
70
230
197
184
89
152
122
- 23
3 18
0 20
5 0.
589
0.59
795
28
7 24
6 23
0 10
7 18
3 14
7 -
279
217
250
0.43
9 0.
449
120
335
287
267
122
217
173
- 31
7 25
2 28
3 0.
359
0.37
115
0 38
5 33
0 30
8 13
7 24
4 19
5 -
356
283
317
0.30
5 0.
319
185
447
383
357
154
284
227
- 40
2 32
5 36
5 0.
261
0.27
7
NO
TE: R
efer
to C
able
Sel
ectio
n in
Gen
eral
Info
rmat
ion
for m
ore
info
rmat
ion
and
data
bas
ed o
n AS
/NZS
300
8.1.
1.
87SALES 1300 300 304
CURRENT RATINGS 3 SINGLE CORE (CU) 90°C
3 Single Core LV, Copper Conductor, Sheathed and Unsheathed Non-Armoured Cables with X-90 XLPE, R-EP-90 EPR, R-CPE-90, R-CSP-90 or R-HF-90 LSOH Insulation. Based on AS/NZS 3008.1.1.
Nomi
nal
Unen
close
dEn
close
dTh
ermal
Insula
tion
Three
Phas
eCo
nduc
tor
Spac
edSp
aced
Touc
hing
Expo
sed
Wirin
gPa
rtiall
yCo
mplet
elyBu
ried
Unde
rgrou
ndVo
ltage
Area
from
toEn
closu
reSu
rroun
ded
Surro
unde
dDir
ect
Wirin
g Enc
losure
Drop
mm2
Surfa
ceSu
nin
Airby
Therm
alby
Therm
al(@
50Hz
Insula
tion
Insula
tion
& 90
°C)
mV/A
.m
1.0
19
16
16
12
15
12
8 18
18
22
46
.8 4
6.8
1.5
25
21
20
15
18
15
10
22
22
27
30.0
30.
02.
5 35
30
28
21
25
20
14
31
31
38
16
.4 1
6.4
4 46
40
37
28
33
26
19
40
40
49
10
.2 1
0.2
6 59
50
47
36
42
34
24
50
50
60
6.81
6.8
110
81
69
65
48
56
45
32
67
67
79
4.
05 4
.05
16
108
92
86
64
72
58
43
117
86
101
2.55
2.5
525
14
6 12
5 11
7 86
97
77
58
15
1 11
3 13
2 1.
62 1
.62
35
180
154
144
105
120
96
72
180
137
158
1.17
1.1
850
22
1 18
8 17
6 12
7 14
3 11
4 -
214
163
190
0.87
2 0.
878
70
282
240
224
160
183
146
- 26
2 20
3 23
2 0.
615
0.62
395
35
0 29
8 27
8 19
7 22
0 17
6 -
313
244
276
0.45
7 0.
467
120
410
349
325
229
261
209
- 35
6 28
4 32
0 0.
373
0.38
515
0 47
2 40
3 37
5 26
2 29
5 23
6 -
400
320
358
0.31
6 0.
330
185
550
468
435
302
335
268
- 45
2 36
3 41
3 0.
269
0.28
524
0 66
0 56
0 52
1 35
8 39
9 32
0 -
523
426
477
0.22
7 0.
245
300
766
648
602
410
469
375
- 58
9 49
1 55
2 0.
202
0.22
240
0 89
9 75
6 70
2 47
4 53
4 42
7 -
668
557
626
0.18
3 0.
205
500
1051
87
4 81
2 54
4 63
3 50
6 -
752
648
707
0.17
0 0.
193
630
1230
10
10
938
621
714
571
- 84
3 72
7 82
0 0.
159
0.18
2
NO
TE: R
efer
to C
able
Sel
ectio
n in
Gen
eral
Info
rmat
ion
for m
ore
info
rmat
ion
and
data
bas
ed o
n AS
/NZS
300
8.1.
1.
88 SALES 1300 300 304
CURRENT RATINGS 3 SINGLE CORE (AL) 90ºC
3 Single Core LV, Aluminium Conductor, Sheathed and UnsheathedNon-Armoured Cables with X-90 XLPE, R-EP-90 EPR, R-CPE-90,R-CSP-90, or R-HF-90 LSOH Insulation. Based on AS/NZS 3008.1.1.
Nomi
nal
Unen
close
dEn
close
dTh
ermal
Insula
tion
Three
Phas
eCo
nduc
tor
Spac
edSp
aced
Touc
hing
Expo
sed
Wirin
gPa
rtiall
yCo
mplet
elyBu
ried
Unde
rgrou
ndVo
ltage
Area
from
toEn
closu
reSu
rroun
ded
Surro
unde
dDir
ect
Wirin
g Enc
losure
Drop
mm2
Surfa
ceSu
nin
Airby
Therm
alby
Therm
al(@
50Hz
Insula
tion
Insula
tion
& 90
°C)
mV/A
.m
16
84
71
67
50
56
45
33
91
66
79
4.25
4.2
525
11
3 97
91
66
75
60
45
11
787
10
3 2.
67 2
.67
35
140
119
111
81
93
75
56
140
106
122
1.94
1.9
450
17
1 14
6 13
6 99
11
1 89
-
166
126
147
1.43
1.4
470
21
9 18
6 17
4 12
4 14
2 11
4 -
203
158
180
0.99
7 1.
0095
27
1 23
2 21
6 15
3 17
1 13
7 -
243
190
214
0.72
7 0.
733
120
318
271
253
178
203
162
- 27
7 22
1 24
8 0.
582
0.58
915
0 36
6 31
3 29
1 20
3 22
9 18
3 -
310
249
277
0.48
2 0.
491
185
427
365
339
235
261
209
- 35
2 28
3 32
1 0.
394
0.40
424
0 51
3 43
8 40
7 28
0 31
2 25
0 -
409
333
371
0.31
4 0.
327
300
596
508
472
322
368
294
- 46
3 38
5 43
0 0.
266
0.28
140
0 70
5 59
9 55
7 37
6 42
4 33
9 -
530
442
491
0.22
6 0.
243
500
829
703
652
437
509
407
- 60
4 52
0 55
9 0.
197
0.21
663
0 97
8 82
4 76
5 50
7 58
3 46
6 -
688
593
654
0.17
7 0.
198
NO
TE: R
efer
to C
able
Sel
ectio
n in
Gen
eral
Info
rmat
ion
for m
ore
info
rmat
ion
and
data
bas
ed o
n AS
/NZS
300
8.1.
1.
89SALES 1300 300 304
CURRENT RATINGS 3 SINGLE CORE (CU) 110°C
3 Single Core LV, Copper Conductor, Sheathed and UnsheathedNon-Armoured Cables with R-HF-110 or R-E-110 Insulation.Based on AS/NZS 3008.1.1.
Nomi
nal
Unen
close
dEn
close
dTh
ermal
Insula
tion
Three
Phas
eCo
nduc
tor
Spac
edSp
aced
Touc
hing
Expo
sed
Wirin
gPa
rtiall
yCo
mplet
elyBu
ried
Unde
rgrou
ndVo
ltage
Area
from
toEn
closu
reSu
rroun
ded
Surro
unde
dDir
ect
Wirin
g Enc
losure
Drop
mm2
Surfa
ceSu
nin
Airby
Therm
alby
Therm
al(@
50Hz
Insula
tion
Insula
tion
& 11
0°C)
mV/A
.m
10
99
86
81
68
71
57
40
71
77
88
4.30
4.3
016
13
2 11
4 10
7 89
93
74
53
13
0 99
11
5 2.
70 2
.71
25
177
153
143
119
125
100
72
168
130
148
1.72
1.7
235
21
8 18
8 17
6 14
6 15
1 12
1 88
20
1 15
5 17
6 1.
24 1
.25
50
267
230
215
178
182
146
- 23
7 18
4 21
2 0.
924
0.92
970
33
9 29
1 27
2 22
4 23
4 18
7 -
291
230
259
0.65
0 0.
657
95
422
363
339
277
285
228
- 34
8 27
7 31
5 0.
481
0.49
112
0 49
2 42
2 39
4 32
1 33
7 26
9 -
396
322
357
0.39
2 0.
403
150
565
486
453
368
382
306
- 44
5 36
2 40
0 0.
331
0.34
418
5 65
6 56
4 52
6 42
6 44
9 35
9 -
503
415
461
0.28
0 0.
296
240
786
674
629
507
548
439
- 58
3 49
2 53
3 0.
235
0.25
230
0 91
2 78
0 72
7 58
4 62
6 50
1 -
657
556
617
0.20
8 0.
227
400
1069
91
0 84
7 67
8 71
8 57
5 -
746
631
700
0.18
7 0.
208
500
1248
10
53
981
782
865
692
- 84
3 73
6 81
5 0.
172
0.19
563
0 14
62
1217
11
32
898
983
787
- 94
7 82
7 92
0 0.
160
0.18
4
NO
TE: R
efer
to C
able
Sel
ectio
n in
Gen
eral
Info
rmat
ion
for m
ore
info
rmat
ion
and
data
bas
ed o
n AS
/NZS
300
8.1.
1.
Nomi
nal
Unen
close
dEn
close
dTh
ermal
Insula
tion
Single
Phas
eCo
nduc
tor
Spac
edTo
uchin
gEx
pose
dWi
ring
Parti
ally
Comp
letely
Burie
dUn
dergr
ound
Volta
geAr
eato
Enclo
sure
Surro
unde
dSu
rroun
ded
Direc
tWi
ring E
nclos
ureDr
opmm
2Su
nin
Airby
Therm
alby
Therm
al(@
50Hz
Insula
tion,
Insula
tion,
& 75
°C)
Unen
close
dUn
enclo
sed
mV/A
.m
1.0
15
14
11
13
11
7 17
17
51
.61.
5 19
18
14
16
14
9
21
21
33.0
2.5
2726
20
23
20
13
30
30
18
.04
37
34
27
30
27
17
39
39
11.2
6 46
44
34
39
35
22
50
50
7.49
10
64
60
46
52
48
30
66
66
4.46
16
85
80
60
68
64
40
114
86
2.81
25
113
107
79
90
85
53
147
112
1.78
35
139
131
97
112
105
65
178
136
1.28
50
170
159
116
133
127
- 21
1 16
2 0.
957
70
215
201
145
170
161
- 25
9 20
2 0.
673
95
265
248
175
204
198
- 31
1 24
3 0.
498
120
307
288
202
241
230
- 35
5 28
2 0.
405
150
351
328
227
271
263
- 39
8 31
7 0.
342
185
403
377
258
313
302
- 44
9 36
3 0.
290
240
477
446
300
364
357
- 52
0 42
1 0.
242
300
547
511
339
424
409
- 58
6 48
3 0.
215
400
631
589
384
482
471
- 66
3 54
8 0.
194
500
716
668
429
561
534
- 74
1 62
8 0.
180
NO
TE: R
efer
to C
able
Sel
ectio
n in
Gen
eral
Info
rmat
ion
for m
ore
info
rmat
ion
and
data
bas
ed o
n AS
/NZS
300
8.1.
1.
90 SALES 1300 300 304
CURRENT RATINGS 2 CORE (CU) 75°C
2 Core LV, Copper Conductor, Insulated and Sheathed (includingneutral screened) Cables with or without Earth Conductor, Armouredor Non-Armoured Cables with V-75, V-90, V-90HT PVC, HFI-75-TPor HFI-90-TP LSOH Insulation. Based on AS/NZS 3008.1.1.
91SALES 1300 300 304
Nomi
nal
Unen
close
dEn
close
dTh
ermal
Insula
tion
Single
Phas
eCo
nduc
tor
Spac
edTo
uchin
gEx
pose
dWi
ring
Parti
ally
Comp
letely
Burie
dUn
dergr
ound
Volta
geAr
eato
Enclo
sure
Surro
unde
dSu
rroun
ded
Direc
tWi
ring E
nclos
ureDr
opmm
2Su
nin
Airby
Therm
alby
Therm
al(@
50Hz
Insula
tion,
Insula
tion,
& 90
°C)
Unen
close
dUn
enclo
sed
mV/A
.m
1.0
18
17
15
16
14
9 19
19
54
.01.
5 24
22
19
20
18
11
24
24
34
.62.
5 34
31
27
28
25
16
34
34
18
.94
45
42
36
37
33
21
45
45
11.8
6 57
53
46
46
42
27
56
56
7.
8510
78
73
63
63
58
36
75
75
4.
6816
10
4 97
83
82
78
49
13
2 98
2.
9425
14
0 13
1 11
1 11
0 10
5 66
17
0 12
8 1.
8635
17
3 16
2 13
6 13
2 12
9 81
20
5 15
4 1.
3550
21
1 19
7 16
5 16
2 15
8 -
244
185
1.00
70
268
250
208
200
200
- 30
0 22
8 0.
703
95
331
309
255
250
247
- 36
0 27
9 0.
520
120
385
359
295
285
287
- 41
0 31
8 0.
423
150
441
411
336
332
328
- 46
0 36
5 0.
354
185
509
473
385
377
379
- 52
0 41
3 0.
299
240
604
562
454
448
449
- 60
3 48
5 0.
249
300
694
645
518
523
516
- 68
0 55
8 0.
219
400
804
745
594
596
596
- 77
1 63
3 0.
197
500
915
848
671
695
678
- 86
2 72
8 0.
182
NO
TE: R
efer
to C
able
Sel
ectio
n in
Gen
eral
Info
rmat
ion
for m
ore
info
rmat
ion
and
data
bas
ed o
n AS
/NZS
300
8.1.
1.
CURRENT RATINGS 2 CORE (CU) 90°C
2 Core LV, Copper Conductor, Insulated and Sheathed (includingneutral screened) Cables with or without Earth Conductor, Armouredor Non-Armoured Cables with X-90 XLPE, R-EP-90 EPR, R-CPE-90,R-CSP-90, or R-HF-90 LSOH Insulation. Based on AS/NZS 3008.1.1.
92 SALES 1300 300 304
Nomi
nal
Unen
close
dEn
close
dTh
ermal
Insula
tion
Single
Phas
eCo
nduc
tor
Spac
edTo
uchin
gEx
pose
dWi
ring
Parti
ally
Comp
letely
Burie
dUn
dergr
ound
Volta
geAr
eato
Metal
licSu
rroun
ded
Surro
unde
dDir
ect
Wirin
g Enc
losure
Drop
mm2
Sun
Enclo
sure
by Th
ermal
by Th
ermal
(@ 50
Hzin
AirIns
ulatio
nIns
ulatio
n&
110°
C)mV
/A.m
1.0
23
22
20
19
15
11
20
22
57.4
1.5
29
28
25
24
19
14
25
28
36.8
2.5
41
39
36
33
27
19
35
39
20.1
4 55
51
47
45
36
26
46
51
12
.56
69
65
59
56
45
33
58
64
8.34
10
95
89
81
76
60
45
78
85
4.95
16
126
118
107
102
8159
14
5 11
1 3.
1225
16
8 15
8 14
2 13
3 10
7 79
18
8 14
4 1.
9735
20
6 19
4 17
4 16
6 13
3 97
22
6 17
5 1.
4350
25
1 23
6 21
1 20
0 16
0 -
268
208
1.06
70
317
298
265
256
205
- 33
0 26
0 0.
745
95
392
367
326
312
250
- 39
6 31
3 0.
548
120
455
426
377
368
294
- 45
2 36
3 0.
445
150
519
486
429
417
333
- 50
7 40
9 0.
372
185
598
559
491
486
389
- 57
3 46
8 0.
313
240
708
662
580
588
470
- 66
5 55
4 0.
259
300
815
760
664
670
536
- 75
1 62
6 0.
226
400
941
878
763
768
615
- 85
3 71
1 0.
202
500
1074
10
00
866
905
724
- 95
7 81
9 0.
185
NO
TE: R
efer
to C
able
Sel
ectio
n in
Gen
eral
Info
rmat
ion
for m
ore
info
rmat
ion
and
data
bas
ed o
n AS
/NZS
300
8.1.
1.
CURRENT RATINGS 2 CORE (CU) 110°C
2 Core LV, Copper Conductor, Insulated and Sheathed (includingneutral screened) Cables with or without Earth Conductor,Armoured or Non-Armoured Cables with R-HF-110 or R-E-110Insulation. Based on AS/NZS 3008.1.1.
93SALES 1300 300 304
Nomi
nal
Unen
close
dEn
close
dTh
ermal
Insula
tion
Three
Phas
eCo
nduc
tor
Spac
edTo
uchin
gEx
pose
dWi
ring
Parti
ally
Comp
letely
Burie
dUn
dergr
ound
Volta
geAr
eato
Enclo
sure
Surro
unde
dSu
rroun
ded
Direc
tWi
ring E
nclos
ureDr
opmm
2Su
nin
Airby
Therm
alby
Therm
al(@
50Hz
Insula
tion,
Insula
tion,
& 75
°C)
Unen
close
d Un
enclo
sed
mV/A
.m
1.0
13
12
9 11
9
6 14
14
44
.71.
5 16
15
12
14
12
8
18
18
28.6
2.5
23
22
17
20
17
11
25
25
15.6
4 31
29
23
25
23
15
33
33
9.
716
40
37
29
33
30
19
42
42
6.49
10
54
51
39
44
41
25
55
55
3.86
16
72
68
51
58
54
34
96
73
2.43
25
97
91
67
76
73
46
125
94
1.54
35
120
112
82
94
90
56
150
114
1.11
50
146
137
99
112
109
- 17
8 13
6 0.
829
70
185
172
123
142
138
- 21
9 17
0 0.
583
95
228
213
150
177
170
- 26
3 20
8 0.
431
120
265
247
172
202
198
- 30
0 23
7 0.
351
150
303
282
194
228
226
- 33
6 26
6 0.
296
185
348
324
220
263
259
- 37
9 30
4 0.
251
240
412
383
256
316
307
- 43
8 35
9 0.
210
300
472
438
288
- -
- 49
3 40
4 0.
186
400
544
504
326
- -
- 55
7 46
8 0.
168
500
616
571
363
- -
- 62
0 52
2 0.
156
NO
TE: R
efer
to C
able
Sel
ectio
n in
Gen
eral
Info
rmat
ion
for m
ore
info
rmat
ion
and
data
bas
ed o
n AS
/NZS
300
8.1.
1.
CURRENT RATINGS 3 & 4 CORE (CU) 75°C
3 & 4 Core LV, Copper Conductor, Insulated and Sheathed (includingneutral screened) Cables with or without Earth Conductor, Armouredor Non-Armoured Cables with V-75, V-90, V-90HT PVC, HFI-75-TPor HFI-90-TP LSOH Insulation. Based on AS/NZS 3008.1.1.
94 SALES 1300 300 304
Nomi
nal
Unen
close
dEn
close
dTh
ermal
Insula
tion
Three
Phas
eCo
nduc
tor
Spac
edTo
uchin
gEx
pose
dWi
ring
Parti
ally
Comp
letely
Burie
dUn
dergr
ound
Volta
geAr
eato
Enclo
sure
Surro
unde
dSu
rroun
ded
Direc
tWi
ring E
nclos
ureDr
opmm
2Su
nin
Airby
Therm
alby
Therm
al(@
50Hz
Insula
tion,
Insula
tion,
& 90
°C)
Unen
close
d Un
enclo
sed
mV/A
.m
1.0
16
14
13
13
12
7 16
16
46
.81.
5 20
19
16
16
15
9 20
20
30
.02.
5 28
26
23
24
21
13
29
29
16
.44
38
35
30
30
28
18
37
37
10.2
6 48
45
39
38
36
22
46
46
6.
8010
66
62
53
53
49
31
63
63
4.
0516
88
83
70
68
66
41
11
0 81
2.
5525
11
9 11
1 94
91
89
56
14
3 10
7 1.
6135
14
7 13
7 11
5 11
4 11
0 69
17
2 13
0 1.
1750
18
0 16
8 14
0 13
6 13
4 -
204
155
0.86
870
22
9 21
3 17
7 17
3 17
0 -
251
193
0.60
995
28
3 26
3 21
7 20
9 21
0 -
302
233
0.45
012
0 33
0 30
6 25
1 24
6 24
5 -
344
270
0.36
615
0 37
7 35
0 28
5 27
7 28
0 -
385
304
0.30
718
5 43
6 40
4 32
7 32
2 32
3 -
435
348
0.25
924
0 51
7 47
9 38
5 38
6 38
3 -
504
411
0.21
630
0 59
4 54
9 43
9 -
- -
567
463
0.19
040
0 68
5 63
2 50
2 -
- -
640
524
0.17
150
0 77
9 71
8 56
6 -
- -
714
601
0.15
8
NO
TE: R
efer
to C
able
Sel
ectio
n in
Gen
eral
Info
rmat
ion
for m
ore
info
rmat
ion
and
data
bas
ed o
n AS
/NZS
300
8.1.
1.
CURRENT RATINGS 3 & 4 CORE (CU) 90°C
3 & 4 Core LV, Copper Conductor, Insulated and Sheathed (includingneutral screened) Cables with or without Earth Conductor, Armouredor Non-Armoured Cables with X-90 XLPE, R-EP-90 EPR, R-CPE-90,R-CSP-90, or R-HF-90 LSOH Insulation. Based on AS/NZS 3008.1.1.
95SALES 1300 300 304
Nomi
nal
Unen
close
dEn
close
dTh
ermal
Insula
tion
Three
Phas
eCo
nduc
tor
Spac
edTo
uchin
gEx
pose
dMe
tallic
Parti
ally
Comp
letely
Burie
dUn
dergr
ound
Volta
geAr
eato
Wirin
gSu
rroun
ded
Surro
unde
dDir
ect
Wirin
g Enc
losure
Drop
mm2
Sun
Enclo
sure
by Th
ermal
by Th
ermal
(@ 50
Hzin
AirIns
ulatio
nIns
ulatio
n&
110°
C)mV
/A.m
1.0
20
18
17
16
13
9 17
19
49
.71.
5 25
24
22
20
16
12
21
24
31
.92.
5 35
33
30
29
23
17
30
33
17
.44
47
44
40
38
30
22
39
43
10.8
6 59
56
50
47
38
28
49
53
7.
2210
81
76
69
64
51
38
65
71
4.
2916
10
7 10
1 91
86
68
50
12
2 93
2.
7025
14
4 13
5 12
1 11
6 93
67
15
8 12
2 1.
7135
17
7 16
6 14
8 14
0 11
2 83
19
0 14
6 1.
2450
21
6 20
2 18
0 17
4 13
9 -
226
177
0.92
070
27
2 25
5 22
7 21
7 17
3 -
277
217
0.64
595
33
7 31
4 27
8 27
0 21
6 -
333
267
0.47
512
0 39
1 36
4 32
2 31
1 24
9 -
379
304
0.38
515
0 44
7 41
6 36
7 36
0 28
8 -
426
346
0.32
218
5 51
5 47
9 42
1 41
1 32
9 -
481
391
0.27
124
0 61
1 56
7 49
6 49
8 39
8 -
558
463
0.22
430
0 70
1 65
0 56
7 -
- -
629
522
0.19
640
0 81
0 75
1 65
1 -
- -
713
608
0.17
550
0 92
1 85
2 73
7 -
- -
797
680
0.16
0
NO
TE: R
efer
to C
able
Sel
ectio
n in
Gen
eral
Info
rmat
ion
for m
ore
info
rmat
ion
and
data
bas
ed o
n AS
/NZS
300
8.1.
1.
CURRENT RATINGS 3 & 4 CORE (CU) 110°C
3 & 4 Core LV, Copper Conductor, Insulated and Sheathed (includingneutral screened) Cables with or without Earth Conductor,Armoured or Non-Armoured Cables with R-HF-110 or R-E-110Insulation. Based on AS/NZS 3008.1.1.
96 SALES 1300 300 304
CURRENT RATINGS AERIAL COPPER CONDUCTOR
LV Aerial Cables, with Copper Conductor and PVC InsulationN
omin
alPV
C In
sula
ted,
exp
osed
to s
unVo
ltage
Dro
pCo
nduc
tor A
rea
Sing
le C
ore
2 Co
re T
wis
ted,
3 an
d 4
Core
Sing
leTh
ree
mm2
and
2 or
3 C
ore
Twis
ted
Cabl
ePh
ase
Phas
ePa
ralle
l Web
bed
(@50
Hz &
75º
C)
Cabl
em
V/A.
m
2 m
/s w
ind
2 m
/s w
ind
2 m
/s w
ind
679
5956
7.75
6.71
1010
980
764.
634.
0116
145
107
100
2.94
2.55
2519
114
213
31.
931.
6735
232
171
160
1.45
1.26
5027
620
519
21.
140.
988
7034
725
724
20.
886
0.76
7
NO
TE: R
efer
to
Cabl
e Se
lect
ion
in G
ener
al In
form
atio
n fo
r m
ore
info
rmat
ion
and
data
bas
ed o
n A
S/N
ZS30
08.1
.1.
97SALES 1300 300 304
CURRENT RATINGS FLEXIBLE CORDSN
omin
alCu
rren
tSi
ngle
Pha
seTh
ree
Phas
eCo
nduc
tor
Carr
ying
Vo
ltag
e D
rop
Volt
age
Dro
pA
rea
Capa
city
(@50
Hz
& 7
5°C)
(@50
Hz
& 7
5°C)
mm
2A
mV
/A.m
mV
/A.m
0.5
(See
Not
e 2)
394
.982
.20.
757.
563
.354
.81.
010
47.5
41.1
1.5
1632
.328
.02.
520
19.4
16.8
4.0
2512
.010
.4
NO
TE:
1.W
here
a fl
exib
le c
ord
is w
ound
on
a dr
um, m
ultip
ly c
urre
nt-c
arry
ing
capa
city
by
the
appr
opria
te fa
ctor
,as
follo
ws:
Num
ber o
f lay
ers:
12
34
Der
atin
g fa
ctor
:0.
760.
580.
470.
402.
Not
app
licab
le fo
r tin
sel c
ondu
ctor
.3.
Refe
r to
Cabl
e Se
lect
ion
in G
ener
al In
form
atio
n fo
r mor
e in
form
atio
n an
d da
ta b
ased
on
AS/N
ZS 3
008.
1.1.
98 SALES 1300 300 304
CURRENT RATINGS FLEXIBLE CABLE 75°C
PVC Insulated LV Flexible Cables with Copper Conductor.N
omin
alPr
otec
ted
from
Sun
Expo
sed
to S
unSi
ngle
3 P
hase
3
Pha
seCo
nduc
tor
Volt
age
Volt
age
Volt
age
Are
aD
rop
Dro
pD
rop
mm
2(@
50H
z(@
50H
z(@
50H
z&
75º
C)&
75º
C)&
75º
C)m
V/A
.mm
V/A
.mm
V/A
.m2
Sing
le3
Sing
le2
Core
3 an
d 4
2 Si
ngle
3 Si
ngle
2 Co
re3
and
4Si
ngle
Cor
e2,
3 an
d 4
Core
Core
Core
Core
Core
Core
Core
1.5
17
17
18
16
10
10
14
12
32.3
28
.0
28.0
28
.02.
5 22
22
25
21
13
13
19
16
19
.4
16.8
16
.8
16.8
4 30
30
33
28
17
17
26
22
12.0
10
.4
10.4
10
.46
38
38
42
36
21
21
32
28
8.03
6.
95
6.96
6.
9510
54
54
59
51
29
29
45
38
4.
65
4.03
4.
03
4.03
16
71
71
78
67
38
38
59
50
2.96
2.
56
2.56
2.
5525
94
94
10
4 89
49
49
77
65
1.
91
1.65
1.
66
1.65
35
117
117
128
110
59
59
94
80
1.36
1.
18
1.18
1.
1850
14
7 14
7 16
1 13
8 73
73
11
7 10
0 0.
960
0.83
1 0.
837
0.82
770
18
5 18
5 20
2 17
3 89
89
14
5 12
3 0.
688
0.59
6 0.
603
0.59
195
22
3 22
3 24
1 20
7 10
4 10
4 17
0 14
5 0.
535
0.46
3 0.
473
0.45
712
0 26
5 26
4 28
5 24
4 12
0 12
0 19
9 16
9 0.
431
0.37
3 0.
385
0.36
715
0 30
6 30
5 32
6 28
0 13
5 13
5 22
5 19
2 0.
361
0.31
3 0.
327
0.30
618
5 35
1 35
0 37
0 31
8 15
0 14
9 25
2 21
5 0.
314
0.27
2 0.
287
0.26
424
0 42
2 42
0 43
9 37
8 17
3 17
2 29
4 25
1 0.
262
0.22
7 0.
245
0.21
9N
OTE
: Ref
er t
o Ca
ble
Sele
ctio
n in
Gen
eral
Info
rmat
ion
for
mor
e in
form
atio
n an
d da
ta b
ased
on
AS/
NZS
3008
.1.1
.
99SALES 1300 300 304
CURRENT RATINGS ELASTOMERIC FLEX 90°C
Elastomer Insulated Flexible Cables with Copper Conductor, R-EP-90, R-CSP-90 or R-CPE-90 Insulation.
Nom
inal
Prot
ecte
d fr
om S
unEx
pose
d to
Sun
Sing
le3
Pha
se
3 P
hase
Cond
ucto
rVo
ltag
eVo
ltag
eVo
ltag
eA
rea
Dro
pD
rop
Dro
p m
m2
(@ 5
0Hz
(@ 5
0Hz
(@ 5
0Hz
& 9
0ºC)
& 9
0ºC)
& 9
0ºC)
mV
/A.m
mV
/A.m
mV
/A.m
2 Si
ngle
3 Si
ngle
2 Co
re3
and
42
Sing
le3
Sing
le2
Core
3 an
d 4
Sing
le C
ore
Mul
ticor
eCo
reCo
reCo
reCo
reCo
reCo
re
1.5
20
20
23
19
16
16
20
17
33.9
29
.4
29.4
29
.42.
5 27
27
30
26
21
21
26
22
20.3
17
.6
17.6
17
.64
36
36
40
34
27
27
35
29
12.6
10
.9
10.9
10.9
6 46
46
51
43
34
34
44
37
8.
42
7.29
7.
29
7.29
10
64
64
72
61
48
4862
52
4.
87
4.22
4.
22
4.22
16
85
85
96
81
63
63
82
69
3.09
2.
68
2.68
2.
6825
11
4 11
4 12
8 10
8 83
83
10
8 92
2.
00
1.73
1.
74
1.73
35
141
141
158
135
103
103
134
113
1.43
1.
24
1.24
1.
2350
17
8 17
8 19
9 17
0 12
8 12
8 16
7 14
2 1.
00
0.86
9 0.
875
0.86
670
22
5 22
5 25
1 21
4 16
1 16
1 20
9 17
7 0.
718
0.62
2 0.
630
0.61
895
27
1 27
1 30
0 25
6 19
2 19
2 24
8 21
1 0.
558
0.48
3 0.
492
0.47
712
0 32
2 32
2 35
5 30
3 22
6 22
6 29
2 24
8 0.
448
0.38
8 0.
399
0.38
315
0 37
3 37
2 40
8 34
8 26
0 26
0 33
3 28
3 0.
375
0.32
5 0.
338
0.31
818
5 42
8 42
7 46
4 39
6 29
6 29
6 37
7 32
0 0.
323
0.28
0 0.
295
0.27
324
0 51
5 51
4 55
4 47
2 35
3 35
2 44
6 37
9 0.
269
0.23
3 0.
251
0.22
530
0 59
4 59
1 63
3 53
9 40
4 40
2 50
7 43
0 0.
239
0.20
7 0.
227
0.19
840
0 71
5 70
9 75
1 63
8 48
0 47
7 59
7 50
4 0.
211
0.18
3 0.
204
0.17
450
0 83
0 82
1 86
2 73
0 55
2 54
6 67
9 57
3 0.
195
0.16
9 0.
192
0.16
630
969
956
- -
639
630
- -
0.18
1 0.
157
0.18
1 -
NO
TE: R
efer
to
Cabl
e Se
lect
ion
in G
ener
al In
form
atio
n fo
r m
ore
info
rmat
ion
and
data
bas
ed o
n A
S/N
ZS30
08.1
.1.
100 SALES 1300 300 304
DERATING FACTORS SINGLE CORE
Derating factors for groups of circuits of cables buried direct in theground – Single Core cables.
Der
atin
g fa
ctor
sN
umbe
r of
Circ
uits
Touc
hing
Dis
tanc
e (S
), m
Tref
oil
Laid
flat
0.1
50
.30
0.4
50
.60
20.
780.
810.
830.
880.
910.
933
0.66
0.70
0.73
0.79
0.84
0.87
40.
610.
640.
680.
740.
810.
855
0.56
0.60
0.64
0.73
0.79
0.83
60.
530.
570.
610.
710.
780.
827
0.50
0.54
0.59
0.69
0.76
0.82
80.
490.
530.
570.
680.
760.
819
0.47
0.51
0.56
0.67
0.75
0.81
100.
460.
500.
550.
670.
750.
8011
0.44
0.49
0.54
0.66
0.74
0.80
120.
430.
480.
530.
660.
740.
80
SS
101SALES 1300 300 304
DERATING FACTORS MULTICORE
Derating factors for groups of circuits of cables buried direct in theground – Multicore cables.
Der
atin
g fa
ctor
sN
umbe
r of
Touc
hing
Dis
tanc
e (S
), m
cabl
es in
gro
up0
.15
0.3
00
.45
0.6
0
20.
810.
870.
910.
930.
953
0.70
0.78
0.84
0.88
0.90
40.
630.
740.
810.
860.
895
0.59
0.70
0.78
0.84
0.87
60.
550.
680.
770.
830.
877
0.52
0.66
0.75
0.82
0.86
80.
500.
640.
750.
810.
869
0.48
0.63
0.74
0.81
0.85
100.
470.
620.
730.
800.
8511
0.45
0.61
0.73
0.80
0.85
120.
440.
600.
720.
800.
84
S
SALES 1300 300 304102
DERATING FACTORS SINGLE CORE ENCLOSED
Derating factors for groups of circuits of cables installed in underground wiring enclosures – Single Core cables enclosedseparately.
Der
atin
g fa
ctor
sN
umbe
r of
Circ
uits
Touc
hing
Dis
tanc
e (S
), m
0.4
50
.60
20.
870.
910.
933
0.78
0.84
0.87
40.
740.
810.
855
0.70
0.79
0.83
60.
690.
780.
827
0.67
0.76
0.82
80.
660.
760.
819
0.65
0.75
0.81
100.
640.
750.
8011
0.63
0.74
0.80
120.
630.
740.
80
S
SALES 1300 300 304 103
DERATING FACTORS MULTICORE ENCLOSED
Derating factors for groups of circuits of cables installed inunderground wiring enclosures – Multicore cables enclosedseparately or more than one Single Core cable per wiring enclosure.
Der
atin
g fa
ctor
Num
ber o
fTo
uchi
ngD
ista
nce
(S),
mCi
rcui
ts0
.30
0.4
50
.60
20.
900.
930.
950.
963
0.83
0.88
0.91
0.93
40.
790.
850.
890.
925
0.75
0.83
0.88
0.91
60.
730.
820.
870.
907
0.71
0.81
0.86
0.89
80.
700.
800.
850.
899
0.68
0.79
0.85
0.89
100.
670.
790.
850.
8911
0.66
0.78
0.84
0.88
120.
660.
780.
840.
88
SS
SALES 1300 300 304104
Ratin
g fa
ctor
s fo
r var
iatio
ns in
soi
l am
bien
t tem
pera
ture
for c
able
s bu
ried
dire
ct in
gro
und
orin
und
ergr
ound
wiri
ng e
nclo
sure
s.
Cond
ucto
rRa
ting
fact
orTe
mp
Soil
ambi
ent t
empe
ratu
re, °
C°C
10
15
20
25
30
35
40
110
1.08
1.06
1.03
1.0
0.97
0.94
0.91
901.
111.
071.
031.
00.
970.
930.
8980
1.13
1.09
1.04
1.0
0.96
0.91
0.85
751.
141.
101.
051.
00.
950.
890.
83
RATING FACTORS AIR/CONCRETE SLAB/BURIEDRa
ting
fact
ors
for v
aria
tions
in a
mbi
ent t
empe
ratu
re fo
r cab
les
in a
ir or
hea
ted
conc
rete
sla
bs.
Cond
ucto
rRa
ting
fact
orTe
mp
Air
am
bien
t tem
pera
ture
(see
Not
e 1
), °C
°C15
2025
3035
4045
5055
6065
7075
8085
9010
0
110
1.16
1.13
1.10
1.07
1.04
1.0
0.96
0.93
0.89
0.85
0.80
0.76
0.71
0.65
0.60
0.53
0.38
901.
261.
201.
151.
101.
051.
00.
940.
880.
810.
730.
650.
570.
470.
340.
19–
–80
1.31
1.25
1.19
1.12
1.06
1.0
0.92
0.84
0.76
0.66
0.56
0.45
0.27
––
––
751.
351.
281.
211.
141.
071.
00.
910.
820.
720.
600.
490.
37–
––
––
NO
TE:
1. F
or h
eate
d co
ncre
te s
labs
, the
am
bien
t tem
pera
ture
sha
ll be
take
n as
the
oper
atin
g te
mpe
ratu
re o
f the
sla
b.
SALES 1300 300 304 105
RATING FACTORS BURIED
Rating factors for variations in depth of laying for cables burieddirect in the ground – Single Core or Multicore.
Dep
th o
f lay
ing
Rati
ng fa
ctor
Cond
ucto
r siz
e, m
m2
mU
p to
50
Abo
ve 5
0 u
p to
30
0A
bove
30
0
0.5
1.00
1.00
1.00
0.6
0.99
0.98
0.97
0.8
0.97
0.96
0.94
1.0
0.95
0.94
0.92
1.25
0.94
0.92
0.90
1.5
0.93
0.91
0.89
1.75
0.92
0.89
0.87
2.0
0.91
0.88
0.86
2.5
0.90
0.87
0.85
3.0
or m
ore
0.89
0.86
0.83
NO
TE:
1.
The
ambi
ent
tem
pera
ture
at
the
surf
ace
is t
o be
tak
en a
t 40
°C a
nd n
ot 2
5°C
as a
t a
dept
h of
0.5
m. F
orde
pth
less
tha
n 0.
5m, s
ee T
able
2(3
) of A
S/N
ZS 3
008.
1.1.
2.
Mea
sure
d to
cen
tre
of e
nclo
sure
of t
refo
il gr
oup
of c
able
s.
(see
not
e 2
)
SALES 1300 300 304106
RATING FACTORS UNDERGROUND ENCLOSURES
Rating factors for variations in depth of laying for cables installedin underground wiring enclosures – Single Core or Multicore cables.
Dep
th o
f lay
ing
Rati
ng fa
ctor
mSi
ngle
Cor
e*M
ulti
core
0.5
1.00
1.00
0.6
0.98
0.99
0.8
0.95
0.97
1.0
0.93
0.96
1.25
0.90
0.95
1.5
0.89
0.94
1.75
0.88
0.94
2.0
0.87
0.93
2.5
0.86
0.93
3.0
or m
ore
0.85
0.92
*The
se ra
ting
fact
ors
appl
y to
sin
gle-
core
cab
les
encl
osed
sep
arat
ely,
or
grou
ped
in a
sin
gle
wiri
ng e
nclo
sure
.
NO
TE:
1.
The
ambi
ent
tem
pera
ture
at
the
surf
ace
is t
o be
tak
en a
t 40
°C a
nd n
ot 2
5°C
as a
t a
dept
h of
0.5
m. F
orde
pth
less
tha
n 0.
5m, s
ee T
able
2(4
) of A
S/N
ZS 3
008.
1.1.
2.
Mea
sure
d to
cen
tre
of e
nclo
sure
of t
refo
il gr
oup
of e
nclo
sure
s.
(see
not
e 2
)
SALES 1300 300 304 107
RATING FACTORS UNDERGROUND ENCLOSURES
Rating factors for cables buried direct in ground and for cablesinstalled in underground wiring enclosures where the thermalresistivity of the soil varies from 1.2°C.m/W.
Ratin
g fa
ctor
Ther
mal
Mul
ticor
eTw
o or
thre
eM
ultic
ore
Two
sing
le-c
ore
Thre
e si
ngle
-cor
ere
sist
ivity
cabl
esi
ngle
-cor
eca
ble
inca
bles
inca
bles
inof
soi
lbu
ried
cabl
e bu
ried
a w
iring
a w
iring
a w
iring
°C.m
/Wdi
rect
dire
cten
clos
ure
encl
osur
e*en
clos
ure*
0.8
1.09
1.16
1.03
1.06
1.08
0.9
1.07
1.11
1.02
1.04
1.06
1.0
1.04
1.07
1.02
1.03
1.04
1.2
1.00
1.00
1.00
1.00
1.00
1.5
0.92
0.90
0.95
0.94
0.92
2.0
0.81
0.80
0.88
0.86
0.83
2.5
0.74
0.72
0.83
0.80
0.77
3.0
0.69
0.66
0.78
0.75
0.71
*The
se ra
ting
fact
ors
appl
y to
sin
gle-
core
cab
les
encl
osed
sep
arat
ely,
or
grou
ped
in a
sin
gle
wiri
ng e
nclo
sure
.
SALES 1300 300 304108
CABLES IN CONDUITS
Appendix C6 of AS/NZS 3000.2007 gives comprehensive guidance on the number ofcables installed in conduits. The basis to the calculation for the number of cables is:
The number of cables that can be installed in a circular conduit is determined from theratios of the cross-sectional areas of the enclosure and the cable as follows:
internal cross-sectional area of enclosureNumber of cables = x space factorcross-sectional area of cable
where the space factor recognises the reduction of space available from the circulargeometry of the cables and enclosures:
For one cable in enclosure: 0.5For two cables in enclosure: 0.33For three or more cables in enclosure: 0.4
It is recommended that the installer refer to tables C9-C11 of AS/NZS 3000 for further guidance.
SALES 1300 300 304 109
3 PHASE FORMULAED
esir
ed D
ata
Sing
le-P
hase
Thre
e-Ph
ase
�w
hen
kVA
. 100
0kV
A. 1
000
kVA
is k
now
nEo
�� 3
. E
�w
hen
kW. 1
000
kW. 1
000
kW is
kno
wn
Eo. p
f�
� 3 . E
.pf
�w
hen
hp. 7
46hp
. 746
hp is
kno
wn
Eo. %
Eff .
pf�
� 3 . E
.%
Eff .
pf�
. Eo
�. E
.�
� 3kV
A10
0010
00�
. Eo
. pf
�. E
. �� 3
. pf
kW10
0010
00�
. Eo
. %Ef
f . p
f�
. E. �
� 3 . %
Eff.
pfhp
746
746
NO
TE:
The
abov
e ta
ble
lists
form
ulae
com
mon
ly u
sed
for
dete
rmin
ing
vario
us p
aram
eter
s of
an
elec
tric
al s
yste
mw
here
:Eo
= Si
ngle
pha
se v
olta
ge, i
n vo
lts. E
g 23
0VE
= Th
ree
phas
e lin
e vo
ltage
, in
volts
. Eg
400V
(E=
�� 3
x Eo
)I=
Cur
rent
in a
mpe
res.
%Ef
f=
Perc
ent
effic
ienc
y in
dec
imal
s.pf
= Po
wer
fact
or in
dec
imal
s.kV
A=
Kilo
volt-
ampe
re.
hp=
Hor
sepo
wer
(out
put)
.kW
= Ki
low
atts
(inp
ut).
Pow
er O
utpu
t=
Pow
er In
put
x %
Eff.
�� 3
= 1.
732
GEN
ERA
LIN
FOR
MAT
ION
SALES 1300 300 304110
SINGLE PHASE MOTOR CURRENTPO
WER
OU
TPU
TSI
NGL
E PH
ASE
VO
LTAG
E (V
)1
10
22
02
30
24
02
50
kWhp
Curr
ent
Ratin
g* (A
)0.
370.
54.
712.
352.
252.
162.
070.
560.
757.
063.
533.
383.
243.
110.
751
9.42
4.71
4.50
4.32
4.14
1.1
1.5
14.1
7.06
6.76
6.48
6.22
1.5
218
.89.
429.
018.
638.
291.
92.
523
.511
.811
.310
.810
.42.
23
28.3
14.1
13.5
13.0
12.4
3.0
437
.718
.818
.017
.316
.63.
75
47.1
23.5
22.5
21.6
20.7
4.5
656
.528
.327
.025
.924
.95.
27
65.9
33.0
31.5
30.2
29.0
5.6
7.5
70.6
35.3
33.8
32.4
31.1
6.0
875
.437
.736
.034
.533
.26.
79
84.8
42.4
40.5
38.9
37.3
7.5
1094
.247
.145
.043
.241
.49.
312
.511
858
.956
.354
.051
.811
.215
141
70.6
67.6
64.8
62.2
14.9
2018
894
.290
.186
.382
.918
.725
235
118
113
108
104
22.4
3028
314
113
513
012
4
*App
roxi
mat
e fu
ll lo
ad c
urre
nts
for
stan
dard
AC
indu
ctio
n m
otor
s ba
sed
on p
ower
fact
or a
nd e
ffic
ienc
yof
0.8
and
0.9
resp
ectiv
ely.
SALES 1300 300 304 111
THREE PHASE MOTOR CURRENTPO
WER
OU
TPU
TTH
REE
PH
ASE
LIN
E V
OLT
AG
E (V
)3
80
40
04
15
44
05
00
kWhp
Curr
ent
Rati
ng*
(A)
0.3
70
.50
.79
0.7
50
.72
0.6
80
.60
0.5
60
.75
1.1
81
.12
1.0
81
.02
0.9
00
.75
11
.57
1.5
01
.44
1.3
61
.20
1.1
1.5
2.3
62
.24
2.1
62
.04
1.7
91
.52
3.1
52
.99
2.8
82
.72
2.3
91
.92
.53
.94
3.7
43
.60
3.4
02
.99
2.2
34
.72
4.4
94
.32
4.0
83
.59
3.0
46
.30
5.9
85
.77
5.4
44
.79
3.7
57
.87
7.4
87
.21
6.8
05
.98
4.5
69
.44
8.9
78
.65
8.1
67
.18
5.2
71
1.0
10
.51
0.1
9.5
28
.37
5.6
7.5
11
.81
1.2
10
.81
0.2
8.9
76
.08
12
.61
2.0
11
.51
0.9
9.5
76
.79
14
.21
3.5
13
.01
2.2
10
.87
.51
01
5.7
15
.01
4.4
13
.61
2.0
9.3
12
.51
9.7
18
.71
8.0
17
.01
5.0
11
.21
52
3.6
22
.42
1.6
20
.41
7.9
14
.92
03
1.5
29
.92
8.8
27
.22
3.9
18
.72
53
9.4
37
.43
6.0
34
.02
9.9
22
.43
04
7.2
44
.94
3.2
40
.83
5.9
*App
roxi
mat
e fu
ll lo
ad c
urre
nts
for
stan
dard
AC
indu
ctio
n m
otor
s ba
sed
on p
ower
fac
tor
and
effi
cien
cyof
0.8
and
0.9
res
pect
ivel
y.
SALES 1300 300 304112
SHORT CIRCUIT CAPACITY
Short-Circuit Capacity* (kA) for one second.N
omin
alIN
ITIA
L CO
ND
UCT
OR
TEM
PERA
TURE
Cond
. Are
aPV
C In
sula
ted
Cabl
eX
LPE
Insu
late
d Ca
ble
75
°C9
0°C
10
5°C
75
°C9
0°C
10
5°C
90
°C9
0°C
mm
2Co
pper
Alu
min
ium
Copp
erA
lum
iniu
m1.
00.
111
0.10
00.
088
0.07
40.
066
0.05
80.
143
0.09
51.
50.
167
0.15
00.
131
0.11
00.
099
0.08
70.
215
0.14
22.
50.
278
0.25
00.
219
0.18
40.
165
0.14
50.
358
0.23
64.
00.
444
0.40
00.
350
0.29
40.
264
0.23
20.
572
0.37
86.
00.
666
0.59
90.
526
0.44
20.
396
0.34
70.
858
0.56
710
1.11
0.99
90.
876
0.73
60.
660
0.57
91.
430.
945
161.
781.
601.
401.
181.
060.
926
2.29
1.51
252.
782.
502.
191.
841.
651.
453.
582.
3635
3.89
3.50
3.07
2.58
2.31
2.03
5.01
3.31
505.
555.
004.
383.
683.
302.
907.
154.
7370
7.77
6.99
6.13
5.15
4.62
4.05
10.0
6.62
9510
.59.
498.
326.
996.
275.
5013
.68.
9812
013
.312
.010
.58.
837.
926.
9517
.211
.315
016
.715
.013
.111
.09.
908.
6921
.514
.218
520
.518
.516
.213
.612
.210
.726
.517
.524
026
.624
.021
.017
.715
.813
.934
.322
.730
033
.330
.026
.322
.119
.817
.442
.928
.440
039
.534
.228
.326
.122
.618
.757
.237
.850
049
.442
.835
.432
.628
.323
.471
.547
.363
062
.253
.944
.641
.135
.729
.590
.159
.5N
OTE
S:1
.*Sh
ort-
citc
uit
capa
citie
s ar
e ba
sed
on m
axim
um p
erm
issi
ble
tem
pera
ture
lim
its o
f: 16
0°C
for
PVC
insu
latio
n w
ith c
ondu
ctor
up
to a
nd in
clud
ing
300m
m2 .
140°
C fo
r PV
C in
sula
tion
with
con
duct
or g
reat
erth
an 3
00m
m2 .
250°
C fo
r X
LPE
insu
latio
n. S
hort
-circ
uit
capa
citie
s ha
ve t
o be
der
ated
if s
hort
-circ
uit
tem
pera
ture
lim
its o
f oth
er c
ompo
nent
s of
the
circ
uit,
eg.
, joi
nts,
are
less
tha
n th
ose
stat
ed.
2.T
he s
hort
-circ
uit c
apac
ity fo
r dur
atio
ns u
p to
and
incl
udin
g 5
seco
nds
may
be
calc
ulat
ed w
ith th
e fo
llow
ing
form
ula:
l k=
liw
here
lk=
shor
t-ci
rcui
t ca
paci
ty d
urin
g th
e tim
e, t
k.�
t kli
=sh
ort-
circ
uit
capa
city
for
1 se
cond
.t k
=sh
ort-
circ
uit
dura
tion,
sec
onds
.
SALES 1300 300 304 113
FLEXIBLE CONDUCTORS
Conductor, DC Resistance to AS/NZS 1125 and Nominal Diameter.
FLEX
IBLE
Plai
n Co
pper
Tinn
ed C
oppe
rN
omin
alCo
nduc
tor
Max
. dc
Cond
ucto
rM
ax. d
cCo
nduc
tor
Nom
inal
Resi
stan
ceN
omin
alRe
sist
ance
Are
aD
iam
eter
at 2
0°C
Dia
met
erat
20
°Cm
m2
mm
�/k
mm
m�
/km
0.5
0.89
39.0
0.89
40.1
0.75
1.09
26.0
1.09
26.7
1.0
1.26
19.5
1.26
20.0
1.5
1.54
13.3
1.51
13.7
2.5
1.98
7.98
1.95
8.21
4.0
2.51
4.95
2.48
5.09
SALES 1300 300 304114
NON COMPACTED CONDUCTORS
Conductor, DC Resistance to AS/NZS 1125 and Nominal Diameter.N
ON
CO
MPA
CTED
Ann
eale
d Co
pper
Alu
min
ium
Plai
nTi
nned
Nom
inal
Cond
ucto
rM
ax. d
cM
ax. d
cCo
nduc
tor
Max
. dc
Cond
ucto
rN
omin
alRe
sist
ance
Resi
stan
ceN
omin
alRe
sist
ance
Are
aD
ia.
at 2
0°C
at 2
0°
Dia
. at
20
°C
mm
2m
m�
/km
�/k
mm
m�
/km
*1.0
1.13
18.1
18.2
––
1.0
1.20
21.2
21.6
––
1.5
1.50
13.6
13.8
––
*2.5
1.78
7.41
7.56
––
2.5
2.0
7.41
7.56
––
4.0
2.5
4.61
4.70
––
6.0
3.1
3.08
3.11
––
104.
01.
831.
84–
–16
5.1
1.15
1.16
5.1
1.91
256.
40.
727
0.73
46.
41.
2035
7.6
0.52
40.
529
7.5
0.86
850
8.9
0.38
70.
391
8.8
0.64
170
10.6
0.26
80.
270
10.6
0.44
395
12.5
0.19
30.
195
12.5
0.32
012
014
.10.
153
0.15
414
.10.
253
150
15.7
0.12
40.
126
15.6
0.20
618
517
.50.
0991
0.10
017
.50.
164
240
20.1
0.07
540.
0762
20.1
0.12
530
022
.60.
0601
0.06
0722
.40.
100
400
25.5
0.04
700.
0475
25.5
0.07
78�
500
28.8
0.03
660.
0369
28.8
0.06
05�
630
33.0
0.02
830.
0286
32.7
0.04
69
NO
TES:
* Sin
gle
Wire
Con
duct
or.
�Si
ngle
cor
e on
ly.
SALES 1300 300 304 115
COMPACTED CONDUCTORS
Conductor, DC Resistance to AS/NZS 1125 and Nominal Diameter.
COM
PACT
EDPl
ain
Copp
erA
lum
iniu
mN
omin
alCo
nduc
tor
Max
. dc
Cond
ucto
rM
ax. d
cCo
nduc
tor A
rea
Nom
inal
Resi
stan
ceN
omin
alRe
sist
ance
Dia
met
erat
20
°CD
iam
eter
at 2
0°C
mm
2m
m�
/km
mm
�/k
m
164.
81.
154.
81.
9125
6.1
0.72
76.
11.
2035
7.1
0.52
47.
10.
868
508.
20.
387
8.2
0.64
170
9.8
0.26
89.
80.
443
9511
.50.
193
11.5
0.32
012
012
.90.
153
12.9
0.25
315
014
.30.
124
14.3
0.20
618
516
.10.
0991
15.9
0.16
424
018
.30.
0754
18.3
0.12
530
020
.80.
0601
20.8
0.10
040
023
.50.
0470
23.5
0.07
78�
500
26.6
0.03
6626
.60.
0605
�63
030
.20.
0283
30.2
0.04
69
NO
TES:
�Si
ngle
cor
e on
ly.
SALES 1300 300 304116
WIRE GAUGES
Wire Gauges and Standard Metric Wires.
Approx. Diameter Calculated AreaSWG Metric B&S (AWG) mm mm2
40 – – 0.122 0.0117– – 36 .127 .0127
39 – – .132 .0137– – 35 .142 .0159
38 – – .152 .0182– – 34 .160 .0201
37 – – .173 .0234– – 33 .180 .0255
38 – – .193 .0293– 0.20 – .200 .0314– – 32 .203 .0325
35 – – .213 .0358– – 31 .226 .0401
34 – – .234 .0429– 0.25 – .250 .0491
33 – 30 .254 .050732 – – .274 .0591– – 29 .287 .0645
31 – – .295 .0682– 0.30 – .300 .0707– – – .305 .0730
30 – – .315 .0779– – 28 .320 .0806
29 – – .345 .0937– – 27 .361 .102
28 – – .376 .111– 0.40 – .400 .126– – 28 .404 .128
27 – – .417 .136– – 26 .455 .163
26 – – .457 .164– 0.50 – .500 .196
25 – – .508 .203– – 24 .511 .205
24 – – .559 .245– – 23 .574 .259
23 – – .610 .292– – 22 .643 .324– 0.67 – .670 .353
22 – – .711 .397– – 21 .724 .412– – – .737 .426– 0.80 – .800 .503
SALES 1300 300 304 117
WIRE GAUGES
Wire Gauges and Standard Metric Wires.
Approx. Diameter Calculated AreaSWG Metric B&S (AWG) mm mm2
21 – 20 0.813 0.519– .85 – .850 .568– – 19 .912 .652
20 – – .914 .657– – – 1.0 .785
19 – – 1.02 .81– – 18 1.02 .826– 1.04 – 1.04 .849– – – 1.12 .981– 1.13 – 1.13 1.00– – 17 1.15 1.04
18 – – 1.22 1.17– – 16 1.29 1.31– – – 1.32 1.37– 1.35 – 1.35 1.43– 1.38 – 1.38 1.50
17 – – 1.42 1.59– – 15 1.45 1.65– 1.53 – 1.53 1.84
16 – – 1.63 2.08– – 14 1.63 2.08– 1.70 – 1.70 2.27– 1.78 – 1.78 2.49
15 – 13 1.83 2.63– – – 2.00 3.14
14 2.03 – 2.03 3.24– – 12 2.05 3.31– – – 2.11 3.50– 2.14 – 2.14 3.60– 2.25 – 2.25 3.98– – 11 2.30 4.17
13 – – 2.34 4.29– – – 2.36 4.38– 2.52 – 2.52 4.99– – 10 2.59 5.26– – – 2.62 5.38
12 – – 2.64 5.48– – – 2.70 5.73– 2.85 – 2.85 6.38– – 9 2.91 6.63– – – 3.00 7.07– 3.20 – 3.20 8.04
10 – – 3.25 8.30
SALES 1300 300 304118
AMERICAN CONDUCTOR SIZES
American Conductor Sizes in Comparison.
AWG CSA MCM CSA MCM CSASize mm2 Size mm2 Size mm2
9 6.63 250 127 900 4568 8.37 300 152 950 4817 10.6 350 177 1000 5076 13.3 400 203 1100 5575 16.8 450 228 1200 6084 21.2 500 253 1300 6593 26.7 550 279 1400 7092 33.6 600 304 1500 7601 42.4 650 329 1600 8110 53.5 700 355 1700 861
2/0 67 750 380 1800 9123/0 85 800 405 1900 9634/0 107 850 431 2000 1010
American conductor sizes are based on American Wire Gauge (AWG) for small sizes and“circular mils” (CM) for larger sizes.“Mil” is an engineering term for one thousandth of aninch and the “circular mil” is the area of a circle one thousandth of an inch in diameter.The term MCM is used for one thousand circular mils.
SALES 1300 300 304 119
IMPERIAL CONDUCTORS
A Comparison of Metric and Imperial Conductors forFixed Cables.
Metric ImperialNominal Stranding Nominal Stranding Calculated
Conductor Area Conductor Area Area*mm2 No./mm sq. in No./in mm2
0.5 1/0.80 – – 0.503– – 0.001 1/.036 0.657
1.0 7/0.40 – – 0.862– – 0.0015 1/.044 0.981
1.0 1/1.13 – – 1.00– – 0.002 3/.029 1.28
1.5 7/0.50 – – 1.371.5 1/1.38 – – 1.50– – 0.003 3/.036 1.97– – 0.0032 1/.064 2.08
2.5 7/0.67 – – 2.472.5 1/1.78 – – 2.49– – 0.0045 7/.029 2.984 7/0.85 – – 3.97– – 0.007 7/.036 4.606 7/1.04 – – 5.95– – 0.01 7/.044 6.81– – 0.0145 7/.052 9.59
10 7/1.35 – – 10.0– – 0.0225 7/.064 14.5
16 7/1.70 – – 15.9– – 0.03 19/.044 18.6– – 0.04 19/.052 26.0
25 19/1.35 – – 27.235 19/1.53 – – 34.9– – 0.06 19/.064 39.4
50 19/1.78 – – 47.3
* The area has been calculated as follows:For single wires – based on nominal wire diameter.For stranded conductors – based on nominal wire diameter and number of wires.
SALES 1300 300 304120
IMPERIAL CONDUCTORS
A Comparison of Metric and Imperial Conductors forFixed Cables.
Metric ImperialNominal Stranding Nominal Stranding Calculated
Conductor Area Conductor Area Area*mm2 No./mm sq. in No./in mm2
– – 0.075 19/.072 49.9– – 0.1 19/.083 66.3
70 19/2.14 – – 68.3– – 0.12 37/.064 76.8
95 19/2.45 – – 89.6– – 0.15 37/.072 97.2
120 37/2.03 – – 120– – 0.2 37/.083 129
150 37.2.25 – – 147– – 0.25 37/.093 162
185 37/2.52 – – 185– – 0.3 37/.103 199
240 61/2.25 – – 243– – 0.4 61/.093 267
300 61/2.52 – – 304– – 0.5 61/.103 328
400 61/2.85 – – 389– – 0.6 91/.093 399– – 0.75 91/.103 489
500 61/3.20 – – 491– – 0.85 127/.093 557
630 91/3.00 – – 643– – 1.0 127/.103 683– – 1.25 127/.112 807
800 127/2.85 – – 8101000 127/3.20 – – 1020
– – 1.5 127/.128 1050
* The area has been calculated as follows:For single wires – based on nominal wire diameter.For stranded conductors – based on nominal wire diameter and number of wires.
SALES 1300 300 304 121
EARTH SIZE
Minimum Copper Earthing Conductor Size.
Nom
inal
Siz
e of
Wit
hW
ith
ACTI
VE
COPP
ERA
LUM
INIU
MCo
nduc
tor
Acti
ve c
ondu
ctor
Acti
ve C
ondu
ctor
1.0
1.0*
–1.
51.
5*–
2.5
2.5
–4.
02.
5–
6.0
2.5
–10
4–
166
425
66
3510
650
1610
7025
1095
2516
120
3525
150
5025
185
7035
240
9550
300
120
7040
012
0†95
†
500
120†
95†
630
120†
120†
>63
025
% o
f Act
ive
size
†25
% o
f Act
ive
size
†
*The
se e
arth
ing
cond
ucto
rs m
ay b
e us
ed o
nly
whe
re in
corp
orat
ed in
a m
ultic
ore
cabl
e or
flex
ible
cor
d, o
ther
than
a li
ft t
rave
lling
cab
le, i
n ac
cord
ance
with
Cla
use
5.3.
3.4(
b) &
(c) A
S/N
ZS 3
000:
2007
, Wiri
ng R
ules
.†
A la
rger
ear
thin
g co
nduc
tor
may
be
requ
ired
to S
afet
y Cl
ause
5.3
.3.1
.1 o
f AS/
NZS
300
0:20
00.
SALES 1300 300 304122
INSTALLATION & BENDING RADII
CABLE INSTALLATION.In installing PVC sheathed cables, care should be taken to ensure that the ambient andcable temperature has been above 0ºC for the previous 24 hours to avoid the risk ofcracking of the oversheath.For groups of parallel single core circuits, the cables should be installed in close trefoilformation as hereunder:
(i) Two conductors per phase. (ii) Three conductors per phase.
RECOMMENDED MINIMUM BENDING RADII.The following table sets out the recommended minimum bending radii for single ormulti-core cables for working voltages up to and including 0.6/1kV.The bending radius is related to the inner surface of the cable, not the axis.Care should be taken in planning a cable installation to allow for as large a bendingradius as possible, as excessive bending can be detrimental to cable life expectancy.
Cable Description During FixedInstallation or Location
1. Subject to overriding requirements of items 2 to 8 listed below:a. Overall cable diameter up to 25mm 6D 4Db. Flexible cords or cables of all diameters 6D 4D
2. Overall cable diameter (exclude Flexible) >25mm 9D 6D3. Mica Glass taped cables 12D 8D4. Solid Al or Compacted (including Sector Shaped) Conductor 12D 8D5. Armoured Cables 18D 12D6. Metallic Screened Cables 18D 12D7. HDPE Sheathed Cables 25D 15D8. Nylon Covered Cables 30D* 20D*
Where D = overall cable diameter in mm.D*= diameter over nylon jacket.
AB C
AC B
AB C
AC B
AB C
SALES 1300 300 304 123
MAXIMUM PULLING TENSIONS
Using a pulling eye on the conductor:Copper – 0.07 kN/mm2 of conductor3)
Aluminium, Stranded – 0.05 kN/mm2 of conductorAluminium, Solid – 0.03 kN/mm2 of conductor
Using a pulling eye on the Steel Wire Armour:P = 0.005 D2
Using a Stocking grip: (see Note 1)P = 0.0035 D2
Where: P = Tension in kND = Cable diameter in mm
Notes:1. When considering the use of a stocking grip the tension should not exceed the
values given for a pulling eye on the conductor(s).2. 1 kN = 102kgf.3. Subject to a maximum of 25kN.
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SAFE WORKING FORCE FLEXIBLES
Safe Working Force of Metric Flexible Cables and Cords.
Safe Working Force for Cables Subjected to Straight Tension Without Significant Bending or Flexing – Safety Factor 4 to 1
NominalConductor * More Than
Area Single Core 2 Core 3 Core 4 Core 4 Cores
mm2 kN kN kN kN kN0.5 0.015 0.030 0.045 0.06 0.015x N0.75 0.0225 0.045 0.0675 0.09 0.0225x N1.0 0.03 0.06 0.09 0.12 0.03x N1.5 0.045 0.09 0.135 0.18 0.045x N2.5 0.075 0.15 0.225 0.3 0.075x N4 0.12 0.24 0.36 0.48 0.12x N6 0.18 0.36 0.54 0.72 0.18x N10 0.3 0.6 0.90 1.2 0.3 x N16 0.48 0.96 1.44 1.92 0.48x N25 0.75 1.5 2.25 3.0 0.75x N35 1.05 2.1 3.15 4.2 1.05x N50 1.5 3.0 4.5 6.0 1.5 x N70 2.1 4.2 6.3 8.4 2.1 x N95 2.85 5.7 8.55 11.4 2.85x N120 3.6 7.2 10.8 14.4 3.6 x N150 4.5 9.0 13.5 18.0 4.5 x N185 5.55 11.1 16.65 22.2 – – 240 7.2 14.4 21.6 – – –300 9.0 18.0 – – – –
– – – – – – –– – – – – – –
* Where N = the number of cores of the same size.
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SAFE WORKING FORCE REPEATED FLEXING
Safe Working Force of Metric Flexible Cables and Cords (Repeated Flexing).
Safe Working Force for Cables Subjected to Repeated Reeling or Bending Whilst Under Tension – Safety Factor 8 to 1
NominalConductor * More Than
Area Single Core 2 Core 3 Core 4 Core 4 Cores
mm2 kN kN kN kN kN0.5 0.0075 0.015 0.0225 0.03 0.0075x N0.75 0.01125 0.0225 0.03375 0.045 0.01125x N1.0 0.015 0.03 0.045 0.06 0.015x N1.5 0.0225 0.045 0.0675 0.09 0.0225x N2.5 0.0375 0.075 0.1125 0.15 0.0375x N4 0.06 0.12 0.18 0.24 0.06x N6 0.09 0.18 0.27 0.36 0.09x N10 0.15 0.3 0.45 0.6 0.15x N16 0.24 0.48 0.72 0.96 0.24x N25 0.375 1.75 1.125 1.5 0.375x N35 0.525 1.05 1.575 2.1 0.525x N50 0.75 1.5 2.25 3.0 0.75x N70 1.05 2.1 3.15 – – –95 1.425 2.85 4.275 – – –120 1.8 3.6 5.4 – – –150 2.25 – – – – –185 2.775 – – – – –240 3.6 – – – – –300 4.5 – – – – –400 6.0 – – – – –500 7.5 – – – – –
* Where N = the number of cores of the same size.
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INSULATION & SHEATH PROPERTIES
Performance Rating of Cable Insulation and Sheathing Materials.VG = very good, G = good, F = fair, P = poor.
MATERIAL
PVC* - V-90
V-90 HT
XLPE X-90
Polyethylene LD
Polyethylene HD
R-EP-90
R-CSP-90, R-CPE-90
R-HF-90, R-HF-110
HD-85-PCP
HD-90-CSP
HF-110-R
Nylon
*Refer to PVC in Glossary of Terms in this Section.
90 VG G G G G F G G G G
105*
90 F G F VG G G G P VG VG
70 F G F VG G G G P VG VG
90 F G F VG G G VG P VG VG
90 VG VG F VG G F F P VG G
90 G G G F G G G G G G
90/110 VG VG F VG G F F VG G G
85 G G G G G G G G G G
90 G G G G G G G G G G
90/110 VG VG G VG G G G VG G G
G G G G G VG VG P G G
Reco
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GLOSSARY OF TERMS
Al: Aluminium conductor.
Ambient temperature for current-carrying capacity:The temperature of the medium in the immediate neighbourhood of theinstalled cable –a) including any increase in temperature due to materials or equipment towhich the cables are connected, or are to be connected; butb) excluding any increase in temperature which may be due to the heatarising from the cables at that point.
AS/NZS 2053: Australian/New Zealand Standard – Conduits and fittings for electrical installations
AS/NZS 3000:Wiring Rules
AS/NZS 3008.1.1:Australian/New Zealand Standard –Electrical installations – Selection of cablesPart 1.1: Cables for alternating voltages up to and including 0.6/1kV – Typical Australian installation conditions
AS/NZS 3191:Australian/New Zealand Standard –Approval and test specification – Electric flexible cords
AS/NZS 5000:Australian/New Zealand Standard –Electric Cables – Polymeric insulatedPart 1: For working voltages up to and including 0.6/1kVPart 2: For working voltages up to and including 450/750VPart 3: Muticore control cables for working voltages up to and including
450/750V
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GLOSSARY OF TERMS
Bending radius, installed:Refers to minimum bending radius to which the cable can be subjected to inits final position or location.
Bending radius, installing:Refers to minimum bending radius to which the cable can be subjected toduring the installation process.
BW: Building wire, usually refers to single core, insulated and unsheathed cable.
Compacted conductor:A stranded conductor in which, to reduce overall dimensions, wires havebeen laid up and pressed together. All conductors in this technical manualare non compacted unless specified.
Conductor:That portion of a cable which has the specific function of carrying current.
Consumer terminals:Refer to “Point of Supply”.
CCS: Copper Covered Steel.
Cu: Copper conductor, usually refers to plain annealed copper.
HDCu: Hard drawn copper conductor, for aerial application due to its higher tensilestrength.
LSOH: Low Smoke Zero Halogen.
LV: Low voltage – a.c. = 50V and ≤1000V; d.c. = >120V and ≤1500V.
Overcurrent: A current exceeding the rated value.
PACW: Plain annealed copper wire.
PE: Polyethylene (See Thermoplastic material).
Point of Supply:The junction of the electricity distributor’s conductors with the consumersmains. (Formerly known as consumers’ terminals).
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GLOSSARY OF TERMS
PVC: Polyvinyl Chloride (See Thermoplastic material), the following grades arecommonly used:
Insulation Grade Sheathing Grade Maximum continuous conductor temperature
V-90*, V-90HT* 3V-90, 5V-90 75ºC*The use of the higher temperature insulation compounds does not permit ahigher current-carrying capacity. AS/NZ 3008.1.1 recommends 75°C forcurrent-carrying capacity calculation.**Where it is possible to guard against plastic flow, and where reduced insulationresistance can be tolerated, V-90HT can be operated at a temperature up to105ºC for an average of 500 hours per annum during the cable service life.
SDI: Single core double insulated cable.
Short-circuit current:A fault current resulting from a fault of negligible impedance between liveconductors having a difference in potential under normal operating conditions.
Solid conductor:A conductor consisting of a single wire.
TACW: Tinned annealed copper wire.
TCu: Tinned copper conductor.
Thermoplastic material:A material that can be readily softened and resoftened by repeated heating,eg., PVC and PE.
Thermosetting material:A material which cures by chemical reaction when heated and, when cured,cannot be resoftened by heating, eg., XLPE.
Tinsel conductor:A conductor comprising fine flattened copper wires assembled incombination with textile material to achieve a high degree of flexibility.
TPS: Thermoplastic sheath. (See Thermoplastic material).
XLPE: Cross linked polyethylene. For LV application, usually refers to X-90 grade.(See Thermosetting material).
ACMA Approval tick.
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NOTES
131SALES 1300 300 304
NOTES
132 SALES 1300 300 304
NOTES
Whilst every care has been taken in the preparation of this publication, Prysmian Cables &Systems take no responsibility for any errors and or omissions. This booklet is intended as aguide only and reference must be made by any person using this booklet to the appropriateAustralian/NZ Standard and or to local electricity supply authority rulings.
The company reserves the right to make changes in product without notice.
The Prysmian Cables & Systems Guide to Cable has been completely revisedand makes reference to the most recent information available. Informationherein refers to common low voltage power and communication cables usedby industry. For information not covered in this publication eg. High VoltageXLPE and EPR, Fibre Optics and other specialised Power and Communicationcables please contact your nearest Prysmian Cables & Systems Sales Officeon 1300 300 304.
Printed in Australia. Copyright © Prysmian Cables & Systems (ABN 36 096 594 080) 2010.
All rights reserved. Subject to change without notice.
PRYSMIAN CABLES AND SYSTEMS www.prysmian.com.au
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