2013
www.kabex.com.au • Ph: 02 9675 7616
Product Catalogue
• Industrial Cables
• Hazardous area equipment
• Cable termination
KabEx Australia is a leading company specializing
in the supply of cables, hazardous area equipment
and cable termination products.
By bringing together the best of relationships with
both overseas factories and local suppliers KabEx
offers a complete range of cables with particular
emphasis on flexible power cables, instrumentation
cables, low and medium voltage cables.
We offer a custom manufacture service to meet
any specification of specialty cables with very
competitive pricing which includes fast lead times
and low minimum order quantities.
KabEx Australia is also Australian importer of OSCG
cable glands and accessories for both Hazardous
& Industrial Area. Petrel hazardous area lighting
and Cellpack cable termination products.
We offer nationwide coverage and have extensive
experience exporting to major projects throughout
the Asia, Pacific and Middle East regions.
All products supplied by KabEx meet our strict
quality criteria and are made to the highest
standard in ISO9001 certified factories.
Contents
Industrial Cables............................................. 2 - 47
Hazardous & Industrial Area................... 70 - 83
Instrumentation Cable....................................................................2
Profibus DP...................................................................................... 11
Profibus PA...................................................................................... 12
ASI-Bus............................................................................................... 13
DeviceNet™...................................................................................... 14
LiYY Data Cable.............................................................................. 15
LiY-CY Data Cable.......................................................................... 16
LiY-CY(TP).......................................................................................... 17
PVC Control Cabels...................................................................... 18
Clear sheath EMC cable............................................................. 22
UV Resistant EMC Cable........................................................... 24
Single Core Double Insulated 0.6/1kV............................... 25
Single Core Double Insulated 3.3kV 110Deg................. 26
H07RN-F Rubber........................................................................... 28
OZOFLEX (PLUS)............................................................................ 30
OZOFLEX (PLUS) Screened (FC+).......................................... 32
PVC Flat Cable................................................................................ 34
Type 2S Mining Cable.................................................................. 35
Medium Voltage Power Cables.............................................. 36
Earth Tag - Metal Lock Nut - Washers............................... 70
Nylon Glands, EMC Glands, Flat Cable Glands................. 71
Metal Non Armoured Cable Gland OSNJ Type............... 72
Armoured Cable Gland OSNJ-CW Type.............................. 73
Metal PG Thread Cable Gland OSPG Type........................ 74
GRP Junction Boxes OSGP Type Exe.................................... 75
OSNJA2F Ex Gland Non Armoured...................................... 76
E1XF Ex Gland Braided Cable................................................... 77
E1WF Ex Gland SWA Cable...................................................... 78
Shrouds OSSH Type..................................................................... 79
Stopping Plug Exd IIC/Exe II/ExtD A21.............................. 80
Reducer Exd IIC/Exe II/ExtD A21......................................... 81
Adaptor Exd IIC/Exe/ExtD A21............................................. 82
Elbow Exd IIC/Exe II/ExtD A21............................................... 83
Cellpack Cable Termination..................... 48 - 69
CHE-I Single-core Indoor Termination.................................. 48
CHE-F Single-core Outdoor Termination............................. 49
CHE-3I(B) Three-core Indoor Termination......................... 50
CHE-3I(B) Three-core Outdoor Termination..................... 51
Armour Continuity for Three-core Terminations............ 52
CHM Single-core Straight-Through Joint........................... 53
CHM3 Three-core Straight-Through Joint........................ 54
AUF Armour continuity for three-core joints.................... 55
Medium Voltage Insulation Boots.......................................... 56
M-Euroline Resin Joints Low Voltage................................... 57
Low Voltage Heat Shrink Joint Kit......................................... 58
EG Resin Compounds.................................................................. 59
Flame Retardant Heatshrink Tube........................................ 60
Glue Lined Heatshrink................................................................. 61
Heatshrink End Caps................................................................... 62
Heatshrink Breakout Boots...................................................... 63
Conductive Tape............................................................................. 64
Self-Amalgamating Tape............................................................ 65
Premio 1130 Fiberglass Tape 130°c................................ 66
Sealing Tape..................................................................................... 67
Copper Braid Tape........................................................................ 68
Constant Force Springs............................................................. 69
Petrel Ex Lighting........................................84 -108
6 Series 610 Well Glass, Beacon, Warning................... 84
6 Series 620 Well Glass........................................................... 86
6 Series 621 Bulkhead.............................................................. 88
7 Series Fluorescent................................................................... 90
8 Series Flood Lights................................................................... 92
9 Series Fluorescent................................................................... 94
9R Series Recessed Fluorescent.......................................... 96
EXEN Series Fluorescent.......................................................... 98
Defiant Series Vandle Resistant.......................................... 100
Resilient Series W/Proof Fluorescent............................ 102
Technical & Spares................................................................... 104
Cable Accessories..................................109 - 115
Nylon Cable Ties.......................................................................... 109
Stainless Steel Cable Ties...................................................... 110
Copper Lugs..................................................................... 111 - 112
Copper Crimp Links................................................................... 112
Bootlace Ferrules, Twin Bootlace Ferrules.................... 113
Insulated Ring Terminals - Inline Splice
Screw connectors - Spring Clips......................................... 114
KM65 Cable Markers.............................................................. 115
Guide to Hazardous Areas..................116 - 119
INSTRUMENTATION CABLE
APPLICATION
Used in data processing and process control. Suitable for fixed installations in damp locations and open spaces.
The electrostatic screen protects against outer interference fields.
Design
LSZH (Low Smoke Zero Halogen) Instrumentation cable consisting of bare copper conductors, black & white
twisted pairs or black, white & red twisted triples with continuous number sequence.
Cables are manufactured strictly in accordance of UL as well as relevant Australian Standards.
Voltage Rating
Rated Voltage Max. 300V a.c
Nominal Voltage A.C/D.C 110/150V
Test Voltage
In process spark test – 4500V and AC withstand voltage test – 1500V
Technical Data0.5mm1.5mm
Maximum Capacitance
Conductor to Conductor145pF/m200pF/m
Conductor to Screen240pF/m300pF/m
Maximum Conductor Resistance @ 20 C
38.4Ω/km
13.8Ω/km
Insulation Resistance @ 20 C
40MΩ/km
140MΩ/km
Cross Talk Attentuation Between Pairs @ 1kHz
300Ω
150Ω
Inductance @ 1kHz1.00mH/km0.95mH/km
L/R Ratio @ 1kHz
13.7µH/Ω
36.5µH/Ω
Operating Temperature
Minimum continuous operating temperature Maximum continuous operating temperature Maximum conductor operating temperature Minimum short circuit temperature -25°C
75°C
90°C
160°C (for 5 sec)
Bending Radii
The following minimum bending radius should be observed to ensure operating reliability
Unarmoured: 9 x cable outer diameter (during installation)
6 x cable outer diameter (after installation)
www.kabex.com.au • Ph: 02 9675 7616
Armoured: 18 x cable outer diameter (during installation)
12 x cable outer diameter (after installation)
Tensile Strength
Cable maximum pulling tension (approximate) is limited to 65-70 N/mm² of the total cross-sectional area of
conductor.
Example:
3pairs 1.5 total cross sectional area 3x 2x1.5=9mm² 9mm² x 70Nmm² =630N (0.63kn)
For pulling by armour, the pulling tension should be limited to 130 N/mm² of the total cross-sectional of steel
wire.
2
INSTRUMENTATION CABLE
Overall Screened Pairs LSZH
Construction consisting of:
Bare copper conductors to AS1125
Flame retardant HX90 Insulation to UL style 1569
Overall screen of Al/polyester tape with tinned copper 7/0.20 stranded drain wire
Black outer sheath with flame retardant HX90 LSZH UL style 2462 (Blue Intrinsically Safe option avail)
0.5mm²
Part No
Pairs
Conductor
No/Dia (mm)
Insulation
thickness
(mm)
Nom. Overall
Diameter (mm)
Conductor
Resistance @
20c Ohm/km
Approximate weight
(kg/km)
0.5MM1PR
1
7/0.30
0.4
5
38.4
28
0.5MM2PR
2
7/0.30
0.4
7.3
38.4
51
0.5MM3PR
3
7/0.30
0.4
8.1
38.4
71
0.5MM4PR
4
7/0.30
0.4
8.7
38.4
86
0.5MM6PR
6
7/0.30
0.4
10.5
38.4
124
8
7/0.30
0.4
11.7
38.4
166
0.5MM10PR
0.5MM8PR
10
7/0.30
0.4
13.9
38.4
210
0.5MM12PR
12
7/0.30
0.4
14.3
38.4
239
0.5MM16PR
16
7/0.30
0.4
16.3
38.4
317
0.5MM20PR
20
7/0.30
0.4
17.9
38.4
396
0.5MM24PR
24
7/0.30
0.4
20.5
38.4
477
0.5MM36PR
36
7/0.30
0.4
23.5
38.4
675
Conductor
No/Dia (mm)
Insulation
thickness
(mm)
Overall Diameter
(mm)
Conductor
Resistance @
20c Ohm/km
Approximate weight
(kg/km)
Intrinsically Safe version – add BLUE to part number
Part No
Pairs
1.5MM1PR
1
7/0.50
0.4
6.1
13.8
53
1.5MM2PR
2
7/0.50
0.4
11
13.8
103
1.5MM3PR
3
7/0.50
0.4
12.2
13.8
145
1.5MM4PR
4
7/0.50
0.4
13
13.8
183
1.5MM6PR
6
7/0.50
0.4
14
13.8
266
8
7/0.50
0.4
15.2
13.8
349
1.5MM10PR
1.5MM8PR
10
7/0.50
0.4
18.2
13.8
430
1.5MM12PR
12
7/0.50
0.4
19
13.8
506
1.5MM16PR
16
7/0.50
0.4
21.3
13.8
658
1.5MM20PR
20
7/0.50
0.4
23.4
13.8
809
1.5MM24PR
24
7/0.50
0.4
27
13.8
974
1.5MM36PR
36
7/0.50
0.4
29.7
13.8
1403
Intrinsically Safe version – add BLUE to part number
3
www.kabex.com.au • Ph: 02 9675 7616
1.5mm²
INSTRUMENTATION CABLE
Individual & Overall Screened Pairs LSZH
Construction consisting of:
Bare copper conductors to AS1125
Flame retardant HX90 Insulation to UL style 1569
Individual screen of Al/polyester tape with tinned copper 7/0.20 stranded drain wire
Overall screen of Al/polyester tape with tinned copper 7/0.20 stranded drain wire
Black outer sheath with flame retardant HX90 LSZH UL style 2462 (Blue Intrinsically Safe option avail)
0.5mm²
Part No
Pairs
Conductor
No/Dia (mm)
Insulation
thickness
(mm)
Nom. Overall
Diameter (mm)
Conductor
Resistance @
20c Ohm/km
Approximate weight
(kg/km)
0.5MM2PRES
2
7/0.30
0.4
8.8
38.4
58
0.5MM4PRES
4
7/0.30
0.4
9.3
38.4
100
0.5MM6PRES
6
7/0.30
0.4
11.3
38.4
145
0.5MM8PRES
8
7/0.30
0.4
12.6
38.4
193
0.5MM10PRES
10
7/0.30
0.4
14.9
38.4
244
0.5MM12PRES
12
7/0.30
0.4
15.4
38.4
279
0.5MM16PRES
16
7/0.30
0.4
17.5
38.4
370
0.5MM20PRES
20
7/0.30
0.4
19.3
38.4
462
0.5MM24PRES
24
7/0.30
0.4
22.1
38.4
558
0.5MM36PRES
36
7/0.30
0.4
25.3
38.4
792
Intrinsically Safe version – add BLUE to part number
1.5mm²
www.kabex.com.au • Ph: 02 9675 7616
Part No
Pairs
Conductor
No/Dia (mm)
Insulation
thickness
(mm)
Nom. Overall
Diameter (mm)
Conductor
Resistance @
20c Ohm/km
Approximate weight
(kg/km)
1.5MM2PRES
2
7/0.50
0.4
11.1
13.8
113
1.5MM4PRES
4
7/0.50
0.4
12.1
13.8
199
1.5MM6PRES
6
7/0.50
0.4
14.6
13.8
290
1.5MM8PRES
8
7/0.50
0.4
16.2
13.8
381
1.5MM10PRES
10
7/0.50
0.4
19
13.8
470
1.5MM12PRES
12
7/0.50
0.4
21.1
13.8
570
1.5MM16PRES
16
7/0.50
0.4
22.2
13.8
717
1.5MM20PRES
20
7/0.50
0.4
24.2
13.8
884
1.5MM24PRES
24
7/0.50
0.4
27.8
13.8
1064
1.5MM36PRES
36
7/0.50
0.4
31.9
13.8
1535
Intrinsically Safe version – add BLUE to part number
4
INSTRUMENTATION CABLE
Overall Screened SWA Pairs LSZH
Construction consisting of:
Bare copper conductors to AS1125
Flame retardant HX90 Insulation to UL style 1569
Overall screen of Al/polyester tape with tinned copper 7/0.20 stranded drain wire
Black flame retardant HX90 inner sheath to UL style 2464
Steel wire armour
Black outer sheath with flame retardant HX90 LSZH UL style 2462 (Blue Intrinsically Safe option avail)
0.5mm²
Part No
Pairs
Conductor
No/Dia
(mm)
Insulation
thickness
(mm)
Overall
diameter
over
bedding
(mm)
Steel wire
Amour
diameter
(mm)
Overall
diameter
over
armour
(mm)
Overall
Diameter
(mm)
Conductor
Resistance @
20c Ohm/km
Approximate
weight (kg/
km)
0.5MM1PRSWA
1
7/0.30
0.4
5.6
0.9
7.4
10.4
38.4
225
0.5MM2PRSWA
2
7/0.30
0.4
8.6
0.9
10.4
12.5
38.4
298
0.5MM4PRSWA
4
7/0.30
0.4
9.8
0.9
11.6
14.5
38.4
358
0.5MM6PRSWA
6
7/0.30
0.4
10.6
0.9
12.4
15.5
38.4
440
0.5MM8PRSWA
8
7/0.30
0.4
11.4
0.9
13.2
16.7
38.4
507
0.5MM10PRSWA
10
7/0.30
0.4
13.3
0.9
15.1
18.7
38.4
592
0.5MM12PRSWA
12
7/0.30
0.4
13.7
0.9
15.5
19.1
38.4
632
0.5MM16PRSWA
16
7/0.30
0.4
15.4
0.9
17.2
21.3
38.4
763
0.5MM20PRSWA
20
7/0.30
0.4
16.6
1.25
19.1
23.2
38.4
1006
0.5MM24PRSWA
24
7/0.30
0.4
18.9
1.25
21.4
25.6
38.4
1150
0.5MM36PRSWA
36
7/0.30
0.4
21.8
1.25
24.3
28.8
38.4
1449
Insulation
thickness
(mm)
Overall
diameter
over
bedding
(mm)
Steel wire
Amour
diameter
(mm)
Overall
diameter
over
armour
(mm)
Overall
Diameter
(mm)
Conductor
Resistance @
20c Ohm/km
Approximate
weight (kg/
km)
Intrinsically Safe version – add BLUE to part number
Part No
Pairs
Conductor
No/Dia
(mm)
1.5MM1PRSWA
1
7/0.50
0.4
6.7
0.9
8.5
11.5
13.8
278
1.5MM2PRSWA
2
7/0.50
0.4
10.4
0.9
12.2
15.3
13.8
390
1.5MM4PRSWA
4
7/0.50
0.4
11.9
0.9
13.7
17.8
13.8
498
1.5MM6PRSWA
6
7/0.50
0.4
13.2
0.9
15
18.3
13.8
651
1.5MM8PRSWA
8
7/0.50
0.4
14.2
0.9
16
19.2
13.8
749
1.5MM10PRSWA
10
7/0.50
0.4
16.7
1.25
19.2
22.5
13.8
1043
1.5MM12PRSWA
12
7/0.50
0.4
17.3
1.25
19.8
23.8
13.8
1150
1.5MM16PRSWA
16
7/0.50
0.4
19.4
1.25
21.9
26
13.8
1370
1.5MM20PRSWA
20
7/0.50
0.4
21.3
1.25
23.8
28.1
13.8
1591
1.5MM24PRSWA
24
7/0.50
0.4
24.3
1.6
26.8
32.1
13.8
1856
1.5MM36PRSWA
36
7/0.50
0.4
27.9
1.6
31.1
35
13.8
2645
Intrinsically Safe version – add BLUE to part number
5
www.kabex.com.au • Ph: 02 9675 7616
1.5mm²
INSTRUMENTATION CABLE
Individual & Overall Screened SWA Pairs LSZH
Construction consisting of:
Bare copper conductors to AS1125
Flame retardant HX90 Insulation to UL style 1569
Individual screen of Al/polyester tape with tinned copper 7/0.20 stranded drain wire
Overall screen of Al/polyester tape with tinned copper 7/0.20 stranded drain wire
Black flame retardant HX90 inner sheath to UL style 2464
Steel wire armour
Black outer sheath with flame retardant HX90 LSZH UL style 2462 (Blue Intrinsically Safe option avail)
0.5mm²
Part No.
Pairs
Conductor
No/Dia
(mm)
Insulation
thickness
(mm)
Overall
diameter
over
bedding
(mm)
Steel wire
Amour
diameter
(mm)
Overall
diameter
over
armour
(mm)
Overall
Diameter
(mm)
Conductor
Resistance @
20c Ohm/km
Approximate
weight (kg/
km)
0.5MM2PRSWAES
2
7/0.30
0.4
9.2
0.9
11
14
38.4
318
0.5MM4PRSWAES
4
7/0.30
0.4
9.9
0.9
11.7
14.8
38.4
387
0.5MM6PRSWAES
6
7/0.30
0.4
11.3
0.9
13.1
16.3
38.4
480
0.5MM8PRSWAES
8
7/0.30
0.4
12.2
0.9
14
17.6
38.4
555
0.5MM10PRSWAES
10
7/0.30
0.4
14.3
0.9
16.1
19.7
38.4
651
0.5MM12PRSWAES
12
7/0.30
0.4
14.8
0.9
16.6
20.2
38.4
699
0.5MM16PRSWAES
16
7/0.30
0.4
16.6
0.9
19.1
22.8
38.4
995
0.5MM20PRSWAES
20
7/0.30
0.4
17.9
1.25
20.4
24.6
38.4
1113
0.5MM24PRSWAES
24
7/0.30
0.4
20.5
1.25
23
27.2
38.4
1277
0.5MM36PRSWAES
36
7/0.30
0.4
23.6
1.25
26.1
30.6
38.4
1622
Overall
diameter
over
bedding
(mm)
Steel wire
Amour
diameter
(mm)
Overall
diameter
over
armour
(mm)
Overall
Diameter
(mm)
Conductor
Resistance @
20c Ohm/km
Approximate
weight (kg/
km)
Intrinsically Safe version – add BLUE to part number
1.5mm²
www.kabex.com.au • Ph: 02 9675 7616
Part No.
Pairs
Conductor
No/Dia
(mm)
Insulation
thickness
(mm)
1.5MM2PRSWAES
2
7/0.50
0.4
11
0.9
12.8
15.9
13.8
413
1.5MM4PRSWAES
4
7/0.50
0.4
12.1
0.9
13.9
17
13.8
532
1.5MM6PRSWAES
6
7/0.50
0.4
14.1
0.9
15.9
18.6
13.8
699
1.5MM8PRSWAES
8
7/0.50
0.4
15.2
0.9
17
20.2
13.8
805
10
7/0.50
0.4
18.2
1.25
20.7
24
13.8
1136
1.5MM10PRSWAES
1.5MM12PRSWAES
12
7/0.50
0.4
18.8
1.25
21.3
25.1
13.8
1252
1.5MM16PRSWAES
16
7/0.50
0.4
20.9
1.25
23.4
27.5
13.8
1477
1.5MM20PRSWAES
20
7/0.50
0.4
22.9
1.25
25.4
29.7
13.8
1718
1.5MM24PRSWAES
24
7/0.50
0.4
26.2
1.6
29.4
34
13.8
2236
1.5MM36PRSWAES
36
7/0.50
0.4
30.1
1.6
33.3
38.1
13.8
2864
Intrinsically Safe version – add BLUE to part number
6
INSTRUMENTATION CABLE
Overall Screened Triad Pairs LSZH
Construction consisting of:
Bare copper conductors to AS1125
Flame retardant HX90 Insulation to UL style 1569
Overall screen of Al/polyester tape with tinned copper 7/0.20 stranded drain wire
Black outer sheath with flame retardant HX90 LSZH UL style 2462 (Blue Intrinsically Safe option avail)
0.5mm²
Part No
Triples
Conductor
No/Dia (mm)
Insulation
thickness
(mm)
Nom. Overall
Diameter (mm)
Conductor
Resistance @
20c Ohm/km
Approximate weight
(kg/km)
0.5MM1TR
1
7/0.30
0.4
5.2
38.4
36
0.5MM2TR
2
7/0.30
0.4
7.8
38.4
70
0.5MM3TR
3
7/0.30
0.4
8.9
38.4
84
0.5MM4TR
4
7/0.30
0.4
9.2
38.4
120
0.5MM6TR
6
7/0.30
0.4
11.3
38.4
179
0.5MM8TR
8
7/0.30
0.4
12.2
38.4
225
0.5MM10TR
10
7/0.30
0.4
14.6
38.4
290
0.5MM12TR
12
7/0.30
0.4
15.5
38.4
348
0.5MM16TR
16
7/0.30
0.4
17.1
38.4
442
0.5MM20TR
20
7/0.30
0.4
18.6
38.4
543
0.5MM24TR
24
7/0.30
0.4
21.3
38.4
653
0.5MM36TR
36
7/0.30
0.4
24.4
38.4
936
Intrinsically Safe version – add BLUE to part number
Part No
1.5MM1TR
Triples
Conductor
No/Dia (mm)
Insulation
thickness
(mm)
Nom. Overall
Diameter (mm)
Conductor
Resistance @
20c Ohm/km
Approximate weight
(kg/km)
1
7/0.50
0.4
6.5
13.8
67
1.5MM2TR
2
7/0.50
0.4
10
13.8
135
1.5MM3TR
3
7/0.50
0.4
10.9
13.8
201
1.5MM4TR
4
7/0.50
0.4
11.8
13.8
237
1.5MM6TR
6
7/0.50
0.4
14.5
13.8
352
1.5MM8TR
8
7/0.50
0.4
16
13.8
463
1.5MM10TR
10
7/0.50
0.4
19.1
13.8
589
1.5MM12TR
12
7/0.50
0.4
19.7
13.8
683
1.5MM16TR
16
7/0.50
0.4
22.5
13.8
946
1.5MM20TR
20
7/0.50
0.4
24.3
13.8
1153
1.5MM24TR
24
7/0.50
0.4
27.7
13.8
1374
1.5MM36TR
36
7/0.50
0.4
32
13.8
2014
Intrinsically Safe version – add BLUE to part number
7
www.kabex.com.au • Ph: 02 9675 7616
1.5mm²
INSTRUMENTATION CABLE
Individual & Overall Screened Triad Cable LSZH
Construction consisting of:
Bare copper conductors to AS1125
Flame retardant HX90 Insulation to UL style 1569
Individual screen of Al/polyester tape with tinned copper 7/0.20 stranded drain wire
Overall screen of Al/polyester tape with tinned copper 7/0.20 stranded drain wire
Black outer sheath with flame retardant HX90 LSZH UL style 2462 (Blue Intrinsically Safe option avail)
0.5mm²
Part No
Triples
Conductor
No/Dia (mm)
Insulation
thickness
(mm)
Nom. Overall
Diameter (mm)
Conductor
Resistance @
20c Ohm/km
Approximate weight
(kg/km)
0.5MM2TRES
2
7/0.30
0.4
8.3
38.4
78
0.5MM3TRES
3
7/0.30
0.4
8.8
38.4
103
0.5MM4TRES
4
7/0.30
0.4
9.8
38.4
135
0.5MM6TRES
6
7/0.30
0.4
12.1
38.4
201
0.5MM8TRES
8
7/0.30
0.4
13.3
38.4
259
0.5MM10TRES
10
7/0.30
0.4
15.7
38.4
326
0.5MM12TRES
12
7/0.30
0.4
16.2
38.4
377
0.5MM16TRES
16
7/0.30
0.4
18.3
38.4
498
599
0.5MM20TRES
20
7/0.30
0.4
19.3
38.4
0.5MM24TRES
24
7/0.30
0.4
23.1
38.4
748
0.5MM36TRES
36
7/0.30
0.4
26.3
38.4
1058
Intrinsically Safe version – add BLUE to part number
1.5mm²
www.kabex.com.au • Ph: 02 9675 7616
Part No
Triples
Conductor
No/Dia (mm)
Insulation
thickness
(mm)
Nom. Overall
Diameter (mm)
Conductor
Resistance @
20c Ohm/km
Approximate weight
(kg/km)
1.5MM2TRES
2
7/0.50
0.4
10.9
13.8
152
1.5MM3TRES
3
7/0.50
0.4
11.8
13.8
212
1.5MM4TRES
4
7/0.50
0.4
12.9
13.8
269
1.5MM6TRES
6
7/0.50
0.4
15.8
13.8
399
1.5MM8TRES
8
7/0.50
0.4
17.5
13.8
525
1.5MM10TRES
10
7/0.50
0.4
20.9
13.8
668
1.5MM12TRES
12
7/0.50
0.4
21.5
13.8
776
1.5MM16TRES
16
7/0.50
0.4
24.1
13.8
1011
1.5MM20TRES
20
7/0.50
0.4
26
13.8
1233
1.5MM24TRES
24
7/0.50
0.4
29.7
13.8
1470
1.5MM36TRES
36
7/0.50
0.4
34.4
13.8
2154
Intrinsically Safe version – add BLUE to part number
8
INSTRUMENTATION CABLE
Overall Screened SWA Triad Cable LSZH
Construction consisting of:
Bare copper conductors to AS1125
Flame retardant HX90 Insulation to UL style 1569
Overall screen of Al/polyester tape with tinned copper 7/0.20 stranded drain wire
Black flame retardant HX90 inner sheath to UL style 2464
Steel wire armour
Black outer sheath with flame retardant HX90 LSZH UL style 2462 (Blue Intrinsically Safe option avail)
0.5mm²
Part No
Triples
Conductor
No/Dia
(mm)
Insulation
thickness
(mm)
Overall
diameter
over
bedding
(mm)
Steel wire
Amour
diameter
(mm)
Overall
diameter
over
armour
(mm)
Overall
Diameter
(mm)
Conductor
Resistance @
20c Ohm/km
Approximate
weight (kg/
km)
0.5MM1TRSWA
1
7/0.30
0.4
5.9
0.9
7.7
10.6
38.4
239
0.5MM2TRSWA
2
7/0.30
0.4
8.1
0.9
9.9
12.8
38.4
329
0.5MM3TRSWA
3
7/0.30
0.4
8.5
0.9
10.3
13.2
38.4
356
0.5MM4TRSWA
4
7/0.30
0.4
9.3
0.9
10.5
14
38.4
399
0.5MM6TRSWA
6
7/0.30
0.4
11.4
0.9
11.1
16.3
38.4
517
0.5MM8TRSWA
8
7/0.30
0.4
12.3
0.9
13.2
17.2
38.4
585
0.5MM10TRSWA
10
7/0.30
0.4
14.3
0.9
14.1
19.4
38.4
697
0.5MM12TRSWA
12
7/0.30
0.4
14.8
0.9
16.1
20.3
38.4
770
0.5MM16TRSWA
16
7/0.30
0.4
16.4
0.9
18.2
21.9
38.4
903
0.5MM20TRSWA
20
7/0.30
0.4
17.7
0.9
19.5
23.2
38.4
1028
0.5MM24TRSWA
24
7/0.30
0.4
20.2
1.25
22.7
26.4
38.4
1363
0.5MM36TRSWA
36
7/0.30
0.4
23.5
1.25
26
30.1
38.4
1785
Overall
diameter
over
bedding
(mm)
Steel wire
Amour
diameter
(mm)
Overall
diameter
over
armour
(mm)
Overall
Diameter
(mm)
Conductor
Resistance @
20c Ohm/km
Approximate
weight (kg/
km)
Intrinsically Safe version – add BLUE to part number
Part No
Triples
Conductor
No/Dia
(mm)
Insulation
thickness
(mm)
1.5MM1TRSWA
1
7/0.50
0.4
7
0.9
8.8
11.7
13.8
303
1.5MM2TRSWA
2
7/0.50
0.4
9.9
0.9
11.7
14.6
13.8
437
1.5MM3TRSWA
3
7/0.50
0.4
10.9
0.9
12.8
15.8
13.8
520
1.5MM4TRSWA
4
7/0.50
0.4
11.9
0.9
13.7
16.8
13.8
609
1.5MM6TRSWA
6
7/0.50
0.4
14.2
0.9
16
19.3
13.8
784
1.5MM8TRSWA
8
7/0.50
0.4
15.3
0.9
17.1
20.8
13.8
935
10
7/0.50
0.4
18
1.25
20.5
24.2
13.8
1119
1.5MM10TRSWA
1.5MM12TRSWA
12
7/0.50
0.4
18.6
1.25
21.1
24.8
13.8
1401
1.5MM16TRSWA
16
7/0.50
0.4
20.7
1.25
23.2
27
13.8
1680
1.5MM20TRSWA
20
7/0.50
0.4
22.9
1.25
25.4
29.3
13.8
1986
1.5MM24TRSWA
24
7/0.50
0.4
26.4
1.6
29.6
33.7
13.8
2577
1.5MM36TRSWA
36
7/0.50
0.4
30.2
1.6
33.4
37.9
13.8
3379
Intrinsically Safe version – add BLUE to part number
9
www.kabex.com.au • Ph: 02 9675 7616
1.5mm²
INSTRUMENTATION CABLE
Individual & Overall Screened SWA Triad LSZH
Construction consisting of:
Bare copper conductors to AS1125
Flame retardant HX90 Insulation to UL style 1569
Individual screen of Al/polyester tape with tinned copper 7/0.20 stranded drain wire
Overall screen of Al/polyester tape with tinned copper 7/0.20 stranded drain wire
Black flame retardant HX90 inner sheath to UL style 2464
Steel wire armour
Black outer sheath with flame retardant HX90 LSZH UL style 2462 (Blue Intrinsically Safe option avail)
0.5mm²
Part No
0.5MM2TRSWAES
Triples
Conductor
No/Dia
(mm)
Insulation
thickness
(mm)
Overall
diameter
over
bedding
(mm)
Steel wire
Amour
diameter
(mm)
Overall
diameter
over
armour
(mm)
Overall
Diameter
(mm)
Conductor
Resistance @
20c Ohm/km
Approximate
weight (kg/
km)
2
7/0.30
0.4
8.6
0.9
10.4
13.3
38.4
344
0.5MM3TRSWAES
3
7/0.30
0.4
9.1
0.9
10.9
13.8
38.4
382
0.5MM4TRSWAES
4
7/0.30
0.4
9.9
0.9
11.7
14.6
38.4
429
0.5MM6TRSWAES
6
7/0.30
0.4
12
0.9
13.8
16.9
38.4
548
0.5MM8TRSWAES
8
7/0.30
0.4
13.2
0.9
15
18.1
38.4
635
0.5MM10TRSWAES
10
7/0.30
0.4
15.4
0.9
17.2
20.7
38.4
768
0.5MM12TRSWAES
12
7/0.30
0.4
15.9
0.9
17.7
21.9
38.4
830
0.5MM16TRSWAES
16
7/0.30
0.4
17.6
0.9
19.4
23.1
38.4
989
0.5MM20TRSWAES
20
7/0.30
0.4
19.1
0.9
20.9
25.7
38.4
1130
0.5MM24TRSWAES
24
7/0.30
0.4
21.8
1.25
24.3
29.5
38.4
1507
0.5MM36TRSWAES
36
7/0.30
0.4
25.4
1.25
27.9
34.9
38.4
1949
Overall
diameter
over
armour
(mm)
Overall
Diameter
(mm)
Conductor
Resistance @
20c Ohm/km
Approximate
weight (kg/
km)
Intrinsically Safe version – add BLUE to part number
1.5mm²
www.kabex.com.au • Ph: 02 9675 7616
Part No
Triples
Conductor
No/Dia
(mm)
Insulation
thickness
(mm)
Overall
diameter
over
bedding
(mm)
Steel wire
Amour
diameter
(mm)
1.5MM2TRSWAES
2
7/0.50
0.4
10.8
0.9
12.6
15.5
13.8
463
1.5MM3TRSWAES
3
7/0.50
0.4
11.7
0.9
13.5
16.6
13.8
551
1.5MM4TRSWAES
4
7/0.50
0.4
13
0.9
14.8
17.9
13.8
646
1.5MM6TRSWAES
6
7/0.50
0.4
15.5
0.9
17.3
20.6
13.8
834
1.5MM8TRSWAES
8
7/0.50
0.4
16.8
0.9
18.6
22.3
13.8
996
10
7/0.50
0.4
19.8
0.9
21.6
25.3
13.8
1195
1.5MM10TRSWAES
1.5MM12TRSWAES
12
7/0.50
0.4
20.4
1.25
22.9
26.6
13.8
1493
1.5MM16TRSWAES
16
7/0.50
0.4
22.8
1.25
25.3
29.2
13.8
1799
1.5MM20TRSWAES
20
7/0.50
0.4
25.1
1.25
27.6
31.5
13.8
2118
1.5MM24TRSWAES
24
7/0.50
0.4
29
1.6
32.3
36.3
13.8
2748
1.5MM36TRSWAES
36
7/0.50
0.4
33.3
1.6
38.3
42.8
13.8
4356
Intrinsically Safe version – add BLUE to part number
10
Profibus DP IEC 61158 / EN 50170 SINEC L2
(Siemens Profibus)
Profibus DP
APPLICATION
Profibus DP cables are designed for field networks requiring
Application:
fast, cyclic data exchange
between controllers and field devices.
This cable is usually reffered as siemens profibus. This Profibus
Profibus DP cables are designed for field networks requiring
modification optimized
with respect to velocity and low installation
fast, cyclic data exchange between controllers and field devices.
cost, Profibus DP is This
usedcable
as aisreplacement
for conventional
usually reffered as siemens profibus. This Profibus
parallel data transmission
with
24
V
or
0
20
mA.to velocity and low installation
modification optimized with respect
cost, Profibus DP is used as a replacement for conventional
parallel data transmission with 24 V or 0 - 20 mA.
Static cables
Construction:
Type
Cable Construction
Static cables
1 pair static cables
Construction:
Inner Conductor
Type
Inner Conductor Diameter Cable Construction
Conductor Insulation
Inner Conductor
Inner Conductor Diameter
Conductor Colors
Conductor Insulation
Standing Element
Conductor Colors
Wrapping
Stranding Element
Wrapping
Shielding 1
Shielding 1
Shielding 2
Shielding 2
Outer Jacket Material
Outer Jacket Material
Outer Jacket Color
Outer Jacket Color
1x2x0.64mm
Plain Copper
1 pair static cables
0.64mm ( 22AWG)
1x2x0.64mm
Foamed PE with a hard skin
Plain copper
0.64mm (22AWG)
Red & Green
Foamed PE with a hard skin
Red & green
Synthetic
Bearing
Synthetic bedding
Aluminium Foil
Aluminium foil
Tinned copper wire braod - 60% optical coverage
Tinned copper wire braid – 60% optical coverage
PUR thermoplastic
or thermosetting/PVC/PE/LSHF
PUR thermoplastic
or thermosetting/
PVC/ PE/ LSHF
Violet/ Black
Violet/Black
Electrical Data:
Characteristic Impendance @ 3-20MHz
150 Ω ± 10 Ω
Conductor Resistance
57.1 Ohm/km max.
Test Voltage
1.5 kV
BUS CABLE
22
Max: 350V
Effective Competance @ 1khz
Data Rate
Attenuation:
28.5nF/m
9.6 Kbit/s
1200m
19.2 Kbit/s
1200m
93.75 Kbit/s
1200m
187.5 Kbit/s
1000m
500 Kbit/s
400m
1.5 Mbit/s
200m
12.0 Mbit/s
100m
4MHz
22dB/100m
9.6MHz
2.5dB/100m
16.MHz
42dB/100m
Technical Data:
Static
Min. Bending Radius (Laying)
12 x OD mm
Operating Temp. Range, min.
-30°C
Operating Temp. Range, max.
+70°C
11
www.kabex.com.au • Ph: 02 9675 7616
Operate Voltage
www.addison-tech.com
Profibus PA
www.addison-cables.com
Profibus PA
APPLICATION
This Profibus PA line
is used in the area of process automation,
Application:
among other things in the chemical industry. This cable is an
is used
the the
areainformation
of process automation,
economical solutionThis
for Profibus
the cell PA
andline
field
area.inFor
among
other
things
in
the
chemical
industry.
This cable is an
exchange between different automation systems as well as for
solution for the cell and field area. For the information
communication witheconomical
the connected
decentralized field units, serial
exchange between different automation systems as well as for
field bus systems are
used. The above mentioned types are suitable
communication with the connected decentralized field units, serial
for ex and not-ex installation
and are
with amentioned
special PVCjacket.
field bus systems
are equipped
used. The above
types are suitable
Profibus PA is standardized
ENinstallation
50170 like
DP with a special PVCfor ex and as
not-ex
andProfibus
are equipped
and Profibus FMS. jacket.Profibus PA is standardized as EN 50170 like Profibus DP
and Profibus FMS.
Construction:
Type/Area of Application
Construction:
Cable Construction
Type/Area of Application
Inner Conductor Diameter
Cable Construction
Conductor Insulation
Inner Conductor Diameter
Conductor Color
Conductor Insulation
Conductor Colors
Standing Element
Stranding Element
Sheilding
Shielding
Total Sheilding
Total Shielding
Outer Jacket Material
Outer Jacket Material
Outer Diameter
Outer Diameter
Outer Jacket Color
Outter Jacket Color
Hazardous Areas/Non-Hazardous Areas
1x2x1.0/2.55 mm
Hazardous Areas /Non-Hazardous Areas
Copper, bare (AWG 18/1)
1x2x1.0/2.55 mm
PE
Copper, bare (AWG 18/1)
Red, Green
PE
red, green 2 Conductors + 2 filllers stranded together
2 conductors + 2 fillers stranded together
Polyester Foil, aluminium-lined
Polyester foil, aluminum-lined
Copper braid, tinned Copper braid, tinned
PVC
PVC
7.6 mm ± 0.2 mm
7.6 mm ± 0.2 mm
Blue/Black
Blue/Black
Electrical Data:
Characteristic Impendance @ 31.25 KHz
100 Ω ± 20 Ω
Conductor Resistance
22.0 Ohm/km max.
Insulation Resistance
1.00 GOhm x km min.
Mutual Capacitance @ 1KHz
55.0 nF/km nom.
Working Voltage
300 V
Test Voltage
2.5 kV
Attenuation
BUS CABLE
39
kHz
≤
Technical Data:
Weight
www.kabex.com.au • Ph: 02 9675 7616
Min. Bending Radius (Laying)
approximately 76.0 kg/km
18 x OD mm
Operating Temp.Range, min.
- 20 °C
Operating Temp.Range, max.
+70 °C
12
3
dB/km
25
www.addison-tech.com
www.addison-cables.com
ASI-Bus
ASI-Bus
APPLICATION
Application:
SASI is standardized Europe-wide
in EN 50295 and internationally
in IEC 62026-2.Network
system
for
theEurope-wide
lowest fieldinlevel
(binary
ASI is standardized
EN 50295
and internationally
sensors and actuators).in Data
and energy are
transmitted
between
IEC 62026-2.Network
system
for the lowest
field level (binary
control unit and peripherals
viaand
anactuators).
unscreened,
geometrically
sensors
Data and
energy are transmitted between
control
and The
peripherals
via anisunscreened,
coded two-core flat cable
(poleunit
safe).
conductor
contacted geometrically
coded two-core
flat cable (pole
The conductor
by piercing technology within
the ASI-modules.
Thesafe).
special
outer is contacted
by piercing
within theand
ASI-modules.
The special outer
jacket provides protection
againsttechnology
bio-oil, grease,
refrigerant
jacket provides protection against bio-oil, grease, and refrigerant
lubricants, and the cable
is therefore even suitable for applications
lubricants, and the cable is therefore even suitable for applications
in wet surroundings, in inmachinery
and plant
construction,
asconstruction,
well
wet surroundings,
in machinery
and plant
as well
as in the machine tool and
automotive
industry.
as in the machine tool and automotive industry.
Construction:
Type/Area of Application
Construction:
Cable Construction
Inner Conductor Diameter
Conductor Insulation
Conductor Colors
Stranding Element
Shielding
Shielding 2
Total Shielding
Outer Jacket Material
Outer Jacket Color
Actuator Sensor Interface
2x1.5 mm²
Type/Area of Application
Cable Construction
Inner Conductor Diameter
Conductor Insulation
Conductor Colors
Stranding Element
Shielding
Shielding 2
Total Shielding
Outer Jacket Material
Outer Jacket Color
Copper, tinned
Actuator Sensor Interface
2x1.5 mm2
Rubber Compound /TPE
Copper, tinned
Blue, brown
Rubber Compound /TPE
Blue, brown
Rubber Compound /TPERubber Compound /TPE
Yellow /Black
Yellow/Black
Electrical Data:
Conductor Resistance
27.4 Ohm/km max.
Insulation Resistance
1.00 GOhm x km min.
Working Voltage
Max: 300 V
Test Voltage
1.0 KV at 15 min.
BUS CABLE
51
Technical Data:
approximately 57.0 kg/km
Min. Bending Radius (Laying)
6 x OD mm
Operating Temp.Range, min.
- 40 °C
Operating Temp.Range, max.
+85 °C
13
www.kabex.com.au • Ph: 02 9675 7616
Weight
DeviceNet™
DeviceNet™
APPLICATION Application:
DeviceNet™ communication
is based on proven
CAN on proven CAN
DeviceNet™link
communication
link is based
technology.DeviceNet™
is a bus system is
developed
by Allen
technology.DeviceNet™
a bus system
developed by Allen
Bradley (RockwellBradley
Automation).
These
cables areThese
used to
(Rockwell
Automation).
cables are used to
interconnect
various
industrial
as SPS
interconnect various
industrial
devices,
suchdevices,
as SPSsuch
controls
or controls or
switches.
The special characteristic
this busissystem
limit switches. Thelimit
special
characteristic
of this bus of
system
that is that
data pair
and pair
a power
pair are
in one cable.
a data pair and a apower
supply
aresupply
integrated
in integrated
one cable.
jacket are designed for fixed installation.
These cables withThese
PVC cables
jacketwith
arePVC
designed
for fixed installation.
Construction:
Construction:
Type/Area of Application
DeviceNet Trunk (Thick)
DeviceNet Drop (Thin)
Cable Construction
1x2x0.96mm² +1x2x1.53mm²
1x2x 0.24mm²+1x2x0.38mm²
Type/Area of Application
DeviceNet Trunk
DeviceNet Drop
Inner Conductor Diameter (data pair)
Copper, tinned (AWG 18/19)
Copper,
tinned (AWG 24/19)
2
1x2x
0.24mm2+1x2x0.38mm2
Cable Construction
1x2x0.96mm +1x2x1.53mm2
Inner Conductor Diameter
(power
pair)
Copper,
tinned
(AWG 15/19)
Copper,Copper,
tinned (AWG
22/19)
Inner
Conductor
Diameter
(data
pair)
Copper, tinned (AWG 18/19)
tinned
(AWG 24/19)
Inner
(power pair) Copper,
tinned (AWG 15/19)
Copper, tinnedPE(AWG 22/19)
Conductor Insulation (data
pair)Conductor Diameter
Foam-skin-PE/PE/Cell
PE
Foam-skin-PE/PE/Cell
Conductor Insulation (data pair)
Foam-skin-PE/PE/Cell PE
Foam-skin-PE/PE/Cell PE
Conductor Insulation (power pair)
PVC/ PE/ Cell PE
PVC/ PE/ Cell PE
Conductor Insulation (power pair)
PVC/ PE/ Cell PE
PVC/ PE/ Cell PE
Conductor Colors 1
light blue,
white
Conductor Colors 1 light blue, white
light blue, white
light
blue, white
Conductor Colors 2 red, black
red, black
red, black
Conductor Colors 2
red, black
Stranding Element Double conductor
Double conductor
Double conductor
Stranding Element
Double conductor
Shielding
Polyester foil, aluminum-lined
Polyester foil, aluminum-lined
Shielding
Polyester foil, aluminum-lined
Polyester foil, aluminum-lined
Total Shielding
Copper braid, tinned
Copper braid, tinned
Total Shielding
Copper braid, tinned yes
Copper yes
braid, tinned
Drain Wire
Outer Jacket Materialyes
PVC/ PUR/ PE/ FRNC
PVC/ PUR/ PE/ FRNC
Drain Wire
yes
Outer Cable Diameter
12.0 mm ± 0.3 mm
7.0 mm ± 0.3 mm
Outer Jacket Material
PVC/ PUR/ PE/ FRNC
PVC/ PUR/ PE/ FRNC
Outer Jacket Color
Grey/ Violet/ Yellow
Grey/ Violet/ Yellow
Outer Cable Diameter
12.0 mm ± 0.3 mm
7.0 mm ± 0.3 mm
Outer Jacket Color
Grey/ Violet/ Yellow
Grey/ Violet/ Yellow
Electrical Data:
Characteristic
Impedance@1MHz
Conductor Resistance
Insulation Resistance
120 Ω ± 10Ω
120 Ω ± 10Ω
22.6 Ohm/km max.
90.0 Ohm/km max.
0.20 GOhm x km min.
BUS CABLE
Mutual Capacitance@800MHz
39.8 nF/km nom.
39.8 nF/km nom.
Max: 300V
Max: 300V
Working Voltage
Test Voltage
2.0 KV
Data rate
www.kabex.com.au • Ph: 02 9675 7616
63
2.0 KV
125 Kbit/s
500m
125 Kbit/s
100m
250 Kbit/s
250m
250 Kbit/s
100m
500 Kbit/s
Attenuation:
0.20 GOhm x km min.
100m
500 Kbit/s
100m
125
KHz
<
0.42
dB/100m
125
KHz
<
0.95
dB/100m
500
KHz
<
0.81
dB/100m
500
KHz
<
1.64
dB/100m
1
MHz
<
1.26
dB/100m
1
MHz
<
2.38
dB/100m
Technical Data:
Weight
approximately 195.0 kg/km
approximately 69.0 kg/km
Min. Bending Radius (Laying)
10 x OD mm
10 x OD mm
Operating Temp.Range, min.
- 20 °C
- 20 °C
Operating Temp.Range, max.
+80 °C
+80 °C
14
LiYY
Data
Cable
LiYY
Data
Cable
Flexible, colour coded to DIN 47100
Flexible, colour coded to DIN 47100
TRONIC (LiYY)
flexible, colour co
APPLICATION
APPLICATION
These
cables are used for flexible use with free movement
Thesetensile
cablesstress
are used
for flexible
use withinfree
without
or forced
movements
dry,movement
moist and wet
without
tensile
stress
or
forced
movements
in dry,
moist and wet
rooms but not suitable for open air, wherever the
construction
rooms but not
for openouter
air, wherever
construction
requirements
callsuitable
for a minimum
diameter,the
TRONIC
is the
requirements
call for a minimum outer diameter, TRONIC is the
suitable
cable to use.
suitable
to use.
This
appliescable
especially
to such areas as tool making and machine
This
applies
especially
to suchcomputer,
areas as tool
making andand
machine
industries as well as electronic,
measurement
industries
as well as electronic, computer, measurement and
control
sectors.
control sectors.
Part no.
Part no.
18029
18029
18031
18031
18035
6
CaBlesTRuCTuRe
PRoPeRTIes
• Bare copper, fine wire
conductors,
• Extremely oil resistant,
Cable structur
Cable structure Technical data Properties
bunch stranded to DIN VDE 0295
oil-/chemical Resistance - see
• Extremely
• Bare copper, fine
wire conductors,
oil resistant,
Ⴠ
Special
PVC
data
cables,
adapted
to
Ⴠ Bare copper, fine w
cl.5 and IEC 60228 cl. 5
Informations
bunch stranded toDINVDE0812
DIN VDE 0295
oil-/chemical Resistance - seestranded to DINVD
• Conductor make-up for
• PVC self-extinguishing and flame
cl.5 and IEC 60228
cl. 5
Informations
Temperature
range
IEC60228 cl.5
0,14 mm² = 18x0,1Ⴠmm
retardant according to VDE
• Conductor make-up
for
•
PVC self-extinguishing and Ⴠ
flame
Conductor make-u
flexing
-5
°C
to
+80
°C
0,25 mm² = 14x0,15 mm
0482-332-1-2,
0,14 mm² = 18x0,1 mm
retardant according to VDE
fixed installationDIN
-40EN
°C60332-12/IEC
to +80 °C
0,34 mm² = 7x0,25 mm
60332-1 0,14mm² = 18x0,1
0,25 mm² = 14x0,15 mm
0482-332-1-2,
• Special PVC core insulation
TI2, tovoltage
(equivalent DIN VDE 0472
0,25mm² = 14x0,1
Ⴠ Nominal
0,34 mm² = 7x0,25
mm
DIN EN 60332-12/IEC 60332-1
DIN VDE 0281 part1 (not for purposes
part
804
test
method
B)
of
high
current
and
• Special PVC core insulation TI2, to
(equivalent DIN VDE 0472 0,34mm² = 7x0,25
• Colour coded to DIN 47100,
but
• The materials used in manufacture
power
installation)
DIN VDE 0281 part1
part 804 test method B) Ⴠ Special PVC core in
without colour repetition
are
cadmium-free and contain no DINVDE0281 part
0,14
mm²
=
350
V
• Colour coded to DIN 47100, but
• The materials used in manufacture
• Cores stranded in layers
with
silicone
and free from substances
Ⴠ Colour
coded to D
ุ0,25 mm² = 500 V are
without colour repetition
cadmium-free and contain
no
optimal lay-length
harmful to the wetting properties
• Cores strandedჀinTest
layersvoltage
with
silicone and free from substances
colour repetition
• Special PVC outer sheath TM2, to
of lacquers
optimal lay-length
harmful to the wetting properties
Ⴠ Cores stranded in
DIN VDE 0281 part 1 up to 0,25 mm² 1200 V
• Special PVC outerfrom
sheath
TM2,
to
of
lacquers
lay-length
0,34 mm² 2000 V
• Colour grey (RAL 7001)
DIN VDE 0281 Ⴠpart
1
Ⴠ
Special PVC outer
Breakdown
• with meter marking, change-over
in voltage
• Colour grey (RAL 7001)
DINVDE0281 part
up to 0,25 mm² 2400 V
2011
• with meter marking, change-over in
Ⴠ
Colour grey (RAL7
from 0,34 mm² 4000 V
2011
Ⴠ with meter markin
Ⴠ Insulation resistance
min. 20 MOhm x km
Ⴠ Capacitance (approx.-value) at 800 Hz
0,14 mm² 120 pF/m
ุ 0,25 mm² 150 pF/m
Ⴠ Inductance approx. 0,65 mH/km
Ⴠ Impedance approx. 78 Ohm
Ⴠ Minimum bending radius
flexing 7,5x cable ø
No.cores x
Weight
fixed
installation 4x
cable ø
Outer Ø
cross-sec
approx.
No.cores
x
Weight
Ⴠapprox.
Radiation
resistance
mm
Outer Ø
mm²
kg/km
cross-sec
approx.
up mm
to 80x106 cJ/kg
(up to 80 Mrad)
approx.
2mm²
x 0.25
24
x 0.25
x 0.25
48
x 0.25
x 0.25
18035
18037
18037
18040
812
x 0.25
x 0.25
1218
x 0.25
x 0.25
18040
18043
18043
18047
1824
x 0.25
x 0.25
2436
x 0.25
x 0.25
18047
36 x 0.25
3.8
3.8
4.3
4.3
5.7
kg/km
18.0
9.4
11.3
11.3
120.0
182.0
182.0
Application
18.0
26.0
26.0
49.0
www.kabex.com.au • Ph: 02 9675 7616
TeChNICAL dATA
• Special PVC data cables, adapted
Technical data
to DIN VDE 0812
• Special PVC data cables, adapted
• Temperature range
to DIN VDE 0812
flexing -5 °C to +80 °C
• Temperature range
fixed installation -40 °C to +80 °C
flexing -5 °C to +80 °C
• Nominalvoltage
fixed installation -40 °C to +80 °C
(not for purposes of high current
• Nominal voltage
and power installation)
(not for purposes of high current
0,25 mm² = 500 V
and power installation)
• Testvoltage
0,25 mm² = 500 V
0,25 mm² 1200 V
• Test voltage
• Breakdownvoltage
0,25 mm² 1200 V
0,25 mm² 2400 V
• Breakdown voltage
• Insulationresistance
0,25 mm² 2400 V
min. 20 MOhm x km
• Insulation resistance
• Capacitance
min. 20 MOhm x km
(approx.-value) at 800 Hz
• Capacitance
0,14 mm² 120 pF/m
(approx.-value) at 800 Hz
0,25 mm² 150 pF/m
0,14 mm² 120 pF/m
• Inductance approx. 0,65 mH/km
0,25 mm² 150 pF/m
• Minimumbendingradius
• Inductance approx. 0,65 mH/km
flexing 7,5x cable ø
• Minimum bending radius
fixed installation 4x cable ø
flexing 7,5x cable ø
• Radiationresistance
fixed installation 4x cable ø
up to 80x106 cJ/kg
• Radiation resistance
(up to 80 Mrad)
up to 80x106 cJ/kg
(up to 80 Mrad)
These cables are used for flexible use with free movement without
5.7
6.8
66.0
not suitable
for open49.0
air, wherever the construction requirements c
6.8
66.0
This applies
especially to
such areas as tool making and machine indus
8.1
72.0
8.1
72.0
9.4product is conformed
120.0
= The
with the EC Low-Voltage Directive 20
Part no.
18001
18002
18003
18004
18005
18006
18007
18008
18009
18010
18011
18012
18013
18014
18015
18117
18016
No.cores x
cross-sec.
mm²
2x0,14
3x0,14
4x0,14
5x0,14
6x0,14
7x0,14
8x0,14
10x0,14
12x0,14
14x0,14
16x0,14
18x0,14
20x0,14
21x0,14
24x0,14
25x0,14
27x0,14
Outer Ø
Cop.
approx. mm weight
kg/km
3,3
2,7
3,5
4,0
3,7
5,4
4,0
6,7
4,3
8,1
4,3
9,4
5,1
10,7
5,6
13,4
5,7
16,1
6,0
18,8
6,5
21,5
6,8
24,2
7,1
26,9
7,1
28,2
7,5
32,3
7,7
33,6
7,7
36,3
Weight
approx.
kg/km
13,0
16,0
19,0
22,0
25,0
28,0
35,0
41,0
48,0
53,0
59,0
65,0
70,0
77,0
15
87,0
91,0
97,0
AWG-No.
26
26
26
26
26
26
26
26
26
26
26
26
26
26
26
26
26
LiY-CY Data Cable
Flexible, screened, colour coded to DIN 47100
TRONIC-CY
(LiY-CY)
flexible, Cu-s
EMC-preferred type, meter marking
APPLICATION
These screened cables are used for flexible use with free
movement without tensile stress or forced movements in dry,
moist and wet rooms but not suitable for open air, wherever the
construction requirements call for a minimum outer diameter.
This applies especially to such areas as tool making and machine
industries as well as electronic, computer, measurement and
control sectors.
The extremely small outer diameter make suitable for miniature
plugs etc.
Technical data
EMC= Electromagnetic compatibillity
Cable structure
www.kabex.com.au • Ph: 02 9675 7616
Ⴠ Special PVC data screened cables, adapted Ⴠ Bare copper, fine wire con
0,5mm² to DINVDE0295
To optimise the EMC features we recommend a large round to DINVDE
0812
IEC60228 cl.5
contact of the copper braiding on both ends.
Ⴠ Temperature range
Ⴠ Conductor make-up for
0,14mm² = 18x0,1mm
flexing -5 °C to +80 °C
0,25mm² = 14x0,15mm
fixed installation -40 °C to +80 °C
Cable structureჀ Nominal voltage Properties
Technical data
0,34mm² = 7x0,25mm
• Special PVC data screened cables, • Bare copper, fine wire
conductors
Ⴠ Special PVC core insulation
0,14
mm² = 350 V • Extensively oil resistant,
DINVDE0281 part1
ุ 0,25
mm² cl.5
= 500
0295
adapted to DIN VDE
for 0,5mm² to DIN VDE
V oil-/chemical Resistance
Ⴠ
Cores
stranded
Ⴠ
Test
voltage
0812
• PVC self-extinguishing and
flame
and IEC 60228 cl.5
in layers w
core/core 1200 V retardant according tolay-length
• Conductor make-up for
• Temperature range
Ⴠ Colour coded to DIN 4710
core/screen 800 V
flexing -5 °C to +80 °C
0,25mm² = 14x0,15mm
VDE 0482-332-1-2, DIN
EN
colour repetition
Ⴠ Breakdown voltage min. 2400 V
fixed installation -40 °C to +80 °C
• Special PVC core insulation
TI2,
to
60332-1-2/
IEC60332Ⴠ
Core
wrapping with foil
Ⴠ Insulation resistance
• Nominal voltage
DIN VDE 0281 part1min. 200 MOhm x km
(equivalent DIN VDE 0472
tinned
Ⴠ Drain-wire,
0,25 mm² = 500 V
• Cores stranded in Ⴠlayers
with (approx.-value)
testHzmethod
part 804
Capacitance
at 800
Ⴠ B)
Tinned, copper braided sc
85% coverage = 120
pF/m used in manufacture
Test voltage
• The
optimal lay-length core/core at 0,14 mm²
materials
ุ 0,25
Ⴠ Special
sheath T
= 150
pF/m
core/core 1200 V
• Colour coded to DIN core/core
47100, but
cadmium-free
and
containPVC
no outer
mm²
are
DINVDE0281
part1
core/screen
at
0,14
mm²
=
240
pF/m
core/screen 800 V
• Core wrapping with foil
silicone and free from substances Ⴠ Colour grey (RAL7001)
core/screen ุ 0,25 mm² = 270 pF/m
Breakdown voltage min. 2400 V
• Drain-wire, tinned Ⴠ Load (A) Accordingtoharmful
to the wetting
properties different
Ⴠ with meter marking, chan
Insulation resistance min. 200 • Tinned, copper braided
screen,
of
lacquers
cross-sections, see table
MOhm x km
approx. 85% coverage
Technical Information
Capacitance(approx.-value)
• Special PVC outer Ⴠsheath
TM2, to
Inductance
approx. 0,65 mH/km
Ⴠ Impedance approx. 78 Ohm
at 800 Hz
DIN VDE 0281 part1
Ⴠ Coupling resistance max. 250 Ohm/km
core/core 0,25 mm² = 150 • Colour grey (RAL 7001)
Ⴠ Minimum
bending
• with meter marking,
pF/m
change-over
in radius
flexing 10x cable ø
core/screen 0,25 mm² = 270 2011
fixed installation 5x cable ø
pF/m
Ⴠ Radiation resistance
• Inductance approx. 0,65 mH/km
up to 80x106 cJ/kg (up to 80 Mrad)
• Impedance approx. 78 Ohm
• Coupling resistance max. 250 Ohm/km
• Minimum bending radius
flexing 10x cable ø
fixed installation 5x cable ø
• Radiation resistance
up to 80x10 6 cJ/kg
(up to 80 Mrad)
Application
These screened cables are used for flexible use with free movement withou
rooms but not suitable for open air, wherever the construction requiremen
cable to use. This applies especially to such areas as tool making and machin
control sectors.
The extremely small outer diameter make suitable for miniature plugs etc.
EMC = Electromagnetic compatibillity
To optimise the EMC features we recommend a large round contact of the
= The product is conformed with the EC Low-Voltage Directive 2006/95/
Part no.
Part no.
20029
No.cores x
cross-sec
mm²
2 x 0.25
20031
4 x 0.25
20034
8 x 0.25
20036
12 x 0.25
20040
20 x 0.25
20047
40 x 0.25
No.cores x
cross-sec.
Outer mm²
Ø
20139
1x0,14
approx. mm2x0,14
20001
20002
3x0,14
20003
4.24x0,14
20004
5x0,14
4.76x0,14
20005
20006
7x0,14
6.38x0,14
20007
20008
10x0,14
7.3
20009
12x0,14
20010
9.414x0,14
20011
16x0,14
12.418x0,14
20012
20013
20x0,14
20014
21x0,14
16
Outer Ø
Cop.
approx. mm weight
Weight kg/km
2,5
6,1
approx.
3,7
12,0
kg/km
3,9
13,0
4,1
14,5
31.0
4,4
15,5
40.0
4,9
18,2
4,9
19,0
82.0
5,2
21,3
6,2
28,7
90.0
6,2
30,5
6,6
32,0
152.0
6,9
43,2
247.0
7,2
51,0
7,7
55,0
7,9
56,0
Weight
approx.
kg/km
16,0
20,0
27,0
32,0
37,0
42,0
48,0
55,0
65,0
77,0
79,0
89,0
103,0
116,0
120,0
AWG-No.
26
26
26
26
26
26
26
26
26
26
26
26
26
26
26
Part
20015
20091
20016
20017
20018
20019
20020
20021
20022
20023
20024
20025
20026
20027
20028
LiY-CY(TP)
Flexible, Screened, twisted pairs, Colour Coded to DIN 47100
PAAR-TRONIC-CY
flexible, Cu-screened, colour coded to
APPLICATION
EMC-preferred
type,
meter
marking
These data control cables are used for flexible use with free
movement without tensile stress or forced movements in dry,
moist and wet rooms but not suitable for open air.
LIY-CY(TP) is well suited for use in areas subject to signal
interference. The high level of screening reduces substantially
the effects
of electrical disturbances from parallel running wiring etc. The
copper screening is also often used as an “earth”.
The twisted pairs conform favourable cross-talk attenuation
values. These cables are suitable for dry and wet rooms, yet
not
Technical data
Cable structure
Properti
for open air.
Ⴠ Special PVC data cables, adapted to
Ⴠ Bare copper, fine wire conductors, bunch
Ⴠ Extensive
DINVDE0812,0814
stranded to DINVDE0295 cl.5, 0245 and
Resistanc
EMC-Electromagnetic compatibillity.
Note
Ⴠ Also availa
Ⴠ unscreen
PAAR-TR
lay-length
harmful to the wetting properties of in
layers
with
optimal
• Pairs strandedApplication
lacquers
These data control cables are used for flexible use with free movement without tensile stress or forced m
lay-length
rooms but not suitable for open air.
is well suited for use in areas subject to signal interference. The high level of screening re
with foil
• Core wrapping PAAR-TRONIC-CY
of electrical disturbances from parallel running wiring etc. The copper screening is also often used as an "e
The twisted pairs conform favourable cross-talk attenuation values. These cables are suitable for dry and w
EMC = Electromagnetic compatibillity
= The product is conformed with the EC Low-Voltage Directive 2006/95/EG.
Part no.
Part no.
Informati
Ⴠ PVC self-e
according
60332-1-2
DINVDE0
Ⴠ The mate
cadmium
free from
wetting p
No.pairs crossx sec. mm²
No.pairs x
cross-sec.
mm²
1 x 2 x 0,14
2 x 2 x 0,14
3 x 2 x 0,14
4 x 2 x 0,14
5 x 2 x 0,14
21001
Outer Ø
21002
approx.
mm
21003
21004
21005
Weight
approx.
kg/km
20134
2 x 2x 0,25
20136
4 x 2x 0,25
6.3
80.0
20138
6 x 2x 0,25
6.3
114.0
20140
8 x 2x 0,25
20142
12 x 2x 0,25
B 11
6.3
Outer Ø
Cop.
approx. mm weight
kg/km
4,1
15,6
5,6
18,5
5,6
23,0
6,0
26,6
6,7
30,7
53.0
6.3
129.0
6.3
189.0
248.0
20146
18 x 2x 0,25
6.3
17001
2x2x0.5
7.8
89.0
17003
4x2x0.5
9.1
126.0
Weight
approx.
kg/km
34,0
40,0
49,0
55,0
66,0
AWG-No.
26
26
26
26
26
Part no.
21006
21007
21008
21009
21010
17
No.pairs x
cross-sec.
mm²
6 x 2 x 0,14
7 x 2 x 0,14
8 x 2 x 0,14
10 x 2 x 0,14
12 x 2 x 0,14
www.kabex.com.au • Ph: 02 9675 7616
Technical data
• Special PVC data cables, adapted to DIN VDE 0812, 0814
• Temperature range
flexing -5 °C to +80 °C
fixed installation -30 °C to +80 °C
• Operating voltage 350 v
(not for purposes of high current and power installation)
• Test voltage
core/core 1200 V
core/screen 800 V
• Breakdown voltage
min. 2400 V
• Insulation resistance
min. 20 MOhm x km
• Conductor Resistance
at 0,25 mm² 75,5 Ohm/km 0,50 mm² 39 Ohm/km
• Capicitance (approx.-value) at
800 Hz)
core/core ?0,25 mm² = 150 pF/m
core/screen ?0,25 mm² = 270 pF/m
at 0,25 mm² = 2,5 A
at 0,50 mm² = 6 A
• Inductance approx. 0,65 mH/km
Ⴠ Temperature range
IEC60228 cl.5
Ⴠ Conductor make-up for
flexing -5 °C to +80 °C
0,14mm² = 18x0,1mm
fixed installation -30 °C to +80 °C
0,25mm² = 14x0,15mm
Ⴠ Operating voltage 350 V
0,34mm² = 7x0,25mm
(not for purposes of high current and
Ⴠ Special PVC core insulation YI2, to
power installation)
DINVDE0207
part4screening, Ⴠ Test voltage
• Tinned copper
braided
• Impendance approx.
78 Ohm
Ⴠ Colours coded to DIN47100 with colour
1200 V
coverage
approx.
85%
• K1-coupling 300core/core
pF/100
m
repetition
core/screen 800 V
sheath
YM2,
to
• Coupling resistance
Coresouter
stranded
in pairs with
optimal
Ⴠ Breakdown voltage min. 2400•V Special ჀPVC
lay-length
Ⴠ Insulation
resistance
max 300 pF/100
m.
DIN
VDE
0207
part5
Ⴠ Pairs stranded in layers with optimal
min. 20 MOhm x km
• Minimum bending
radiusresistance
• Sheath colour
grey (RAL 7032)
lay-length
Ⴠ Conductor
Ⴠ Coremarking,
wrapping with
foil
flexing 10x cableatø0,14 mm² ื 138 Ohm/km • with meter
change-over
in Ⴠ Tinned copper braided screening, coverage
at 0,25 mm² ื 75,5 Ohm/km
fixed installation at
5x0,34
cable
ø
2011
approx. 85%
mm² ื 57,5 Ohm/km
Ⴠ Special PVC outer sheath YM2, to
at 0,50 mm² ื 39 Ohm/km
• Radiation resistance
DINVDE0207 part 5
at 0,75 mm² ื 26 Ohm/km
up to 80x10 6 ჀcJ/kg
(up to 80 Properties
Ⴠ Sheath colour grey (RAL7032)
Capacitance (approx.-value) at 800 Hz
resistant,
oil-/ in 2011
Mrad)
Ⴠ withoil
meter
marking, change-over
core/core 0,14 mm² = 120 pF/m• Extensively
core/coreุ 0,25 mm² = 150 pF/m
chemical
core/screen 0,14 mm² = 240 pF/m
Cable structure
• Resistance - see table Technical
core/screenุ 0,25 mm² = 270 pF/m
Ⴠ Load
wire conductors, Informations
• Bare copper, fine
at 0,14 mm² = 1,5 A
bunch
• PVC self-extinguishing and flame at 0,25 mm² = 2,5 A
0,34 0295
mm² = 4,5
A stranded to DIN atVDE
cl.5,
retardant according to VDE 0482-
at 0,50 mm² = 6 A
cl.5
0245 and IEC 60228
332-1-2, DIN EN
at 0,75 mm² = 9 A
• Conductor make-up
for approx. 0,65 mH/km
60332-1-2/ IEC 60332-1 Ⴠ Inductance
Ⴠ Impedance approx. 78 Ohm (equivalent
0,25mm² = 14x0,15mm
Ⴠ K1-coupling approx. 300 pF/100 m
• Special PVC core
insulation
YI2, to
DIN VDE 0472 part 804 test Ⴠ Coupling
resistance
max.250
DIN VDE 0207 part
4 Ohm/km
method B)
radius
• Colours coded ჀtoMinimum
DIN 47bending
100 with
• The materials used in manufacture flexing 10x cable ø
colour repetitionfixed installation 5x cable ø are cadmium-free and contain no Radiation resistance
• Cores strandedჀ in
pairs with optimal silicone and free from substances up to 80x106 cJ/kg (up to 80 Mrad)
Outer Ø
Co
approx. mm w
kg
7,2
7,2
8,4
9,1
9,2
PVC Control Cabels
Flexible
APPLICATION
PVC control cables are specially suitable for use as flexible control cables.
• Fans and air-conditioning systems
• Machine tools
• Production and processing machines
• Industrial robots
DESIGN
PVC control cables consist of finely stranded copper conductors with V75 PVC insulation. The high grade PVC
sheath is resistant to oil, grease and chemicals.
Designed for moderate mechanical loading, in dry, damp and wet areas and in hazardous areas. Outdoor use is
possible, provided that the cables are protected from direct sunlight and are permanently installed.
SPECIAL FEATURES
Suitable for use in hazardous areas Voltages Certifi cation Standards Burning behavior in accordance with DIN
VDE 0472 Part 804, Test B (IEC 332-1)
300/500 V Rated voltage
318/550 V HIghest permissible operating voltage
- 3 phase and single phase operation
- in DC operation
2 kV Test voltage
VDE Reg. No. 7042
Based on DIN VDE 0281-13
TECHNICAL INFORMATION
Cable construction is based on DIN VDE 0281-13
• Finely-stranded bare copper conductors according to VDE 0295 Class 5
• Insulation of special polyvinyl chloride (PVC)
• PVC inner sheath over laid-up cores in shielded versions
• Grey PVC outer sheath, largely resistant to oil and chemicals
www.kabex.com.au • Ph: 02 9675 7616
CONTINUOUS TENSILE LOAD
The maximum allowable tensile stress for operation of cables with mobile equipment is 15 N per mm².
The maximum allowable tensile stress is 50 N mm² for fixed installations.
PERMISSIBLE TEMPERATURE
At conductor: free-flexing fixed Bending radii: fixed free-flexing +5°C to + 70°C
- 40°C to + 70°C
4d
7.5 d
d= outer diameter of cable
CURRENT CARRYING CAPACITY
The current carrying capacities are based on a continuous operating temperature of 40°C. At other temperatures
these values must be converted using the following factors
°C
15
Factor
1.26 1.20 1.15
20
25
VOLTAGE RATING
• Rated voltage:: • AC test voltage: 30
35
40
45
50
1.12 1.05 1.00. 0.94 0.88
Uo/U 55
60
65
0.81 0.73 0.65
70
75
80
0.57 0.47 0.34
= 300/500V
= 2kV
*The cable is designated 300/500V in accordance with VDE/IEC and meets the Australian standard for the stated
voltage rating AS 1125, AS 3147.
CORE COLOUR IDENTIFICATION
All control cores are black, sequentially numbered and include a green/yellow earth core.
18
PVC Control Cabels
Flexible
No. of
cores
x
Conductor
cross-section
Part No.
Approx. No.
of strands
x
Max. strand
diameter
Cable
overall
diameter
Unenclosed
Touching
mm
mm
A
2 x 0.5
CF2X0.5
16 x 0.21
4.8
8
3 x 0.5
CF3G0.5
16 x 0.21
5.1
8
4 x 0.5
CF4G0.5
16 x 0.21
5.6
8
5 x 0.5
CF5G0.5
16 x 0.21
6.2
8
7 x 0.5
CF7G0.5
16 x 0.21
6.8
8
12 x 0.5
CF12G0.5
16 x 0.21
9.2
8
18 x 0.5
CF18G0.5
16 x 0.21
10.8
8
25 x 0.5
CF25G0.5
16 x 0.21
13.1
8
34 x 0.5
CF34G0.5
16 x 0.21
14.2
8
40 x 0.5
CF40G0.5
16 x 0.21
16.1
8
50 x 0.5
CF50G0.5
16 x 0.21
17.7
8
No. of
cores
x
Conductor
cross-section
Part No.
Approx. No.
of strands
x
Max. strand
diameter
Cable
overall
diameter
Unenclosed
Touching
mm
mm
A
2 x 0.75
CF2X0.75
24 x 0.21
5.2
10
3 x 0.75
CF3G0.75
24 x 0.21
5.6
10
4 x 0.75
CF4G0.75
24 x 0.21
6.2
10
5 x 0.75
CF5G0.75
24 x 0.21
6.8
10
7 x 0.75
CF7G0.75
24 x 0.21
7.5
10
mm²
mm²
9 x 0.75
CF9G0.75
24 x 0.21
9.8
10
12 x 0.75
CF12G0.75
24 x 0.21
10.0
10
18 x 0.75
CF18G0.75
24 x 0.21
12.0
10
25 x 0.75
CF25G0.75
24 x 0.21
14.5
10
34 x 0.75
CF34G0.75
24 x 0.21
16.5
10
41 x 0.75
CF41G0.75
24 x 0.21
17.9
10
19
www.kabex.com.au • Ph: 02 9675 7616
Selection and ordering data
PVC Control Cabels
Flexible
Selection and ordering data
No. of
cores
x
Conductor
cross-section
Part No.
mm²
Unenclosed
Touching
mm
mm
A
CF2x1
32 x 0.21
5.7
13
3 x 1.0
CF3G1
32 x 0.21
6.1
13
4 x 1.0
CF4G1
32 x 0.21
6.7
13
5 x 1.0
CF5G1
32 x 0.21
7.4
13
7 x 1.0
CF7G1
32 x 0.21
8.3
13
12 x 1.0
CF12G1
32 x 0.21
10.9
13
18 x 1.0
CF18G1
32 x 0.21
13.1
13
25 x 1.0
CF25G1
32 x 0.21
15.9
13
34 x 1.0
CF34G1
32 x 0.21
18.1
13
41 x 1.0
CF41G1
32 x 0.21
19.6
13
50 x 1.0
CF50G1
32 x 0.21
21.5
13
Part No.
Approx. No.
of strands
x
Max. strand
diameter
Cable
overall
diameter
mm
mm
A
2 x 1.5
CF2x1.5
28 x 0.26
6.3
16
3 x 1.5
CF3G1.5
28 x 0.26
6.7
16
4 x 1.5
CF4G1.5
28 x 0.26
7.4
16
5 x 1.5
CF5G1.5
28 x 0.26
8.3
16
7 x 1.5
CF7G1.5
28 x 0.26
9.1
16
9 x 1.5
CF9G1.5
28 x 0.26
11.5
16
12 x 1.5
CF12G1.5
28 x 0.26
12.1
16
18 x 1.5
CF18G1.5
28 x 0.26
14.5
16
25 x 1.5
CF25G1.5
28 x 0.26
17.7
16
34 x 1.5
CF34G1.5
28 x 0.26
19.9
16
42 x 1.5
CF42G1.5
28 x 0.26
21.6
16
mm²
www.kabex.com.au • Ph: 02 9675 7616
Cable
overall
diameter
2 x 1.0
No. of
cores
x
Conductor
cross-section
20
Approx. No.
of strands
x
Max. strand
diameter
Unenclosed
Touching
PVC Control Cabels
Flexible
Selection and ordering data
Part No.
Approx. No.
of strands
x
Max. strand
diameter
Cable
overall
diameter
mm
mm
A
2 x 2.5
CF2x2.5
48 x 0.26
7.7
23
3 x 2.5
CF3G2.5
48 x 0.26
8.3
23
4 x 2.5
CF4G2.5
48 x 0.26
9.2
23
5 x 2.5
CF5G2.5
48 x 0.26
10.1
23
7 x 2.5
CF7G2.5
48 x 0.26
11.2
23
12 x 2.5
CF12G2.5
48 x 0.26
15.2
23
18 x 2.5
CF18G2.5
48 x 0.26
18.1
23
25 x 2.5
CF25G2.5
48 x 0.26
22.1
23
4x4
CF4G4
56 x 0.30
11.0
34
5x4
CF5G4
56 x 0.30
12.1
34
7x4
CF7G4
56 x 0.30
13.3
34
4x6
CF4G6
84 x 0.30
13
44
5x6
CF5G6
84 x 0.30
14.5
44
7x6
CF7G6
84 x 0.30
16
44
CF7G10
80 xx .40
20.6
61
mm²
7 x 10
Unenclosed
Touching
21
www.kabex.com.au • Ph: 02 9675 7616
No. of
cores
x
Conductor
cross-section
Clear sheath EMC cable
APPLICATION
Specifically designed low capacitance screened cable for connection between AC variable speed drives and motors.
Suitable for fixed installation and occasional freely flexing applications in dry, damp and wet conditions.
DESIGN
Electromagnetic compatibility (EMC) is the ability of electrical or electronic equipment to function normally in an
environment without being affected by electromagnetic (EMI) and radio frequency interferences (RFI) or in turn
disturbing the environment by transmitting EMI or RFI.
VOLTAGE RATING
Rated AC voltage: Uo/U = 0.6kV/1kV
Selection and ordering data Y-CY-JB Coloured Cores
www.kabex.com.au • Ph: 02 9675 7616
Part No.
22
No. of Cores x
Conductor Size
S
Approx. No. of
strands x Max.
Strand Diameter
Max
Outer
Diameter
Min
bending
radii
fixed
Min
bending
radii
flexing
Net
weight
Unenclosed
Touching
mm
mm
mm
mm
mm
kg/km
A
EMC3G1.5
3 X 1.5
24 X 0.31
10.8
54
108
173
15
EMC3G2.5
3 X 2.5
40 X 0.31
12.5
63
125
240
22
EMC4G1.5
4 X 1.5
24 X 0.31
13
69
92
203
18
EMC4G2.5
4 X 2.5
40 X 0.31
14
100
125
288
26
EMC4G4
4X4
48 X 0.31
15.5
124
155
373
34
EMC4G6
4X6
72 X 0.31
17.4
136
170
532
44
EMC4G10
4 X 10
76 X 0.41
19.6
156
195
720
61
EMC4G16
4 X 16
117 X 0.41
23.1
168
210
1006
82
EMC4G25
4 X 25
180X 0.41
27
196
245
1454
108
EMC4G35
4 X 35
280 x 0.40
33.8
169
338
2390
135
EMC4G50
4 X 50
400 x 0.40
39.8
199
398
3315
168
EMC4G70
4 X 70
356 x 0.50
48.1
240.5
481
4600
207
EMC4G95
4 X 95
485 x 0.50
52.7
263.5
527
6060
250
EMC4G120
4 X 120
614 x 0.50
58.6
293
586
7315
292
EMC4G150
4 X 150
765 x 0.50
65.7
328.5
657
9340
335
EMC4G185
4 X 185
944 x0.50
73
365
730
11120
382
Clear sheath EMC cable
Part No.
No. of Cores x
Conductor Size
S
Approx. No. of
strands x Max.
Strand Diameter
Max
Outer
Diameter
Min
bending
radii
fixed
Min
bending
radii
flexing
Net
weight
Unenclosed
Touching
mm
mm
mm
mm
mm
kg/km
A
EMC2G0.5JZ
2 x 0.5
16 X 0.20
6.90
34.50
69
67
9
EMC3G0.5JZ
3 x 0.5
16 X 0.20
7.20
36.00
72
83
9
EMC4G0.5JZ
4 x 0.5
16 X 0.20
7.80
39.00
78
94
9
EMC5G0.5JZ
5 x 0.5
16 X 0.20
8.30
41.50
83
108
9
EMC7G0.5JZ
7 x 0.5
16 X 0.20
9.50
47.50
95
136
9
EMC12G0.5JZ
12 x 0.5
16 X 0.20
11.30
56.50
113
195
9
EMC18G0.5JZ
18 X 0.5
16 X 0.20
13.10
65.50
131
277
9
EMC3G0.75JZ
3 X 0.75
24 X 0.20
7.80
39.00
78
98
12
EMC4G0.75JZ
4 X 0.75
24 X 0.20
8.30
41.50
83
113
12
EMC5G0.75JZ
5 X 0.75
24 X 0.20
9.10
45.50
91
130
12
EMC7G0.75JZ
7 X 0.75
24 X 0.20
10.40
52.00
104
184
12
EMC12G0.75JZ
12 X 0.75
24 X 0.20
12.50
62.50
125
292
12
EMC18G0.75JZ
18 X 0.75
24 X 0.20
14.30
71.50
143
358
12
15
EMC3G1JZ
3X1
32 X 0.20
8.20
41.00
82
103
EMC4G1JZ
4X1
32 X 0.20
8.90
44.50
89
10146
15
EMC5G1JZ
5X1
32 X 0.20
9.50
47.50
95
169
15
EMC7G1JZ
7X1
32 X 0.20
11.00
55.00
110
219
15
EMC12G1JZ
12 X 1
32 X 0.20
13.10
65.50
131
350
15
EMC18G1JZ
18 X 1
32 X 0.20
15.40
77.00
154
514
15
EMC3G1.5JZ
3 X 1.5
30 X 0.25
9.00
45.00
90
152
18
EMC4G1.5JZ
4 X 1.5
30 X 0.25
9.60
48.00
96
168
18
EMC5G1.5JZ
5 X 1.5
30 X 0.25
10.50
52.50
105
202
18
EMC7G1.5JZ
7 X 1.5
30 X 0.25
12.10
60.50
121
304
18
EMC12G1.5JZ
12 X 1.5
30 X 0.25
14.90
74.50
149
434
18
EMC18G1.5JZ
18 X 1.5
30 X 0.25
17.10
85.50
171
640
18
EMC3G2.5JZ
3 X 2.5
50 X 0.25
10.70
53.50
107
216
26
EMC4G2.5JZ
4 X 2.5
50 X 0.25
11.40
57.00
114
267
26
EMC5G2.5JZ
5 X 2.5
50 X 0.25
12.50
62.50
125
347
26
EMC7G2.5JZ
7 X 2.5
50 X 0.25
15.00
75.00
150
407
26
12 X 2.5
50 X 0.25
18.00
90.00
180
722
26
EMC12G2.5JZ
EMC4G4JZ
4X4
56 X 0.30
13.40
67.00
134
410
34
EMC5G4JZ
5X4
56 X 0.30
14.80
74.00
148
502
34
EMC5G6JZ
5X6
84 X 0.30
17.00
85.00
170
702
44
23
www.kabex.com.au • Ph: 02 9675 7616
Selection and ordering data Y-CY-JZ Numbered Cores
UV Resistant EMC Cable
Double Screened 0.6/1kV
Application
Motor power supply cable for the frequency converters assures
electromagnetic compatibility in plants and buildings, facilities with
units and operating equipment where the fields of electromagnetic
interference might cause adverse effects on the surroundings. As
a supply and connecting cable for medium mechanical stresses
in fixed installations and forced movements in dry, moist and wet
environments and for outdoor applications, possible for installation
in underground at 4G16 mm². Used in the automotive and food
industries, environmental technology, packaging industry, machine
tools. Handling equipment, for SIMOVERT drives, they are particularly
suitable for use with industrial pumps, ventilators, conveyor belts and
air-conditioning installations and similar applications. Installation in
hazardous areas.
EMC = Electromagnetic compatibility
www.kabex.com.au • Ph: 02 9675 7616
Technical data
• Special motor power supply cable for frequency converters adapted to
DIN VDE 0250
• Temperature range
fiexing -5 °C to +70 °C
fixed installation -40 °C to +70 °C
• Nominal voltage U /U600/1000V
• Max. operating voltage
A.C. and 3-phase 700/1200 V
DC operation 900/1800 V
• Test voltage 2500 V
• Minimum bending radius
fixed installation for outer ø:
up to 12 mm: approx. 5x cable ø
>12 to 20 mm: approx. 7,5x cable ø
>20 mm: approx. 10x cable ø
free-movement for outer ø:
up to 12 mm: approx. 10x cable ø
>12 to 20 mm: approx. 15x cable ø
>20 mm: approx. 20x cable ø
• Radiation-resistance
up to 80x106cJ/kg
(up to 80 Mrad)
Properties
• Behavior in fire: Test according to
VDE 0482-332-1-2, DIN EN 60332-
1-2/IEC 60332-1 (equivalent DIN VDE 0472 part 804 test method B)
• Low mutual capacitance, to
DIN VDE 0472 part 504, test method B
• Features PE-insulation secures a lower dielectric loss, double potential strength, high longevity and low
screen-interference currents
• Low mutual capacitance
• Meets EMC requirements
according to
• EN 55011 and DIN VDE 0875
part 11
• Low coupling resistance for high electromagnetic compatibility
• UV-resitant
• Outdoor application, possible for installation in underground at 4G16mm²
• This screened motor supply cable
with low mutual capacitance of the
single cores because of the special
PE core insulation and low screen
capacitance enable a low-loss
transmission of the power compared
to PVC-sheathed connecting cables
Note
The current carrying capacity for
permanent operation at ambient
temperature of 30 °C. For deviating
ambient temperatures the conversion
factors should be used and for further see
the indication in DIN VDE 0298 part 4
No.cores x
cross-sec.
mm²
Outer Ø
approx. mm
Power ratings **)
with 3 loaded cores
in Amperes
Weight
approx.
kg/km
EMC4G1.5UV
4 X 1.5
10.3
18
230.0
EMC4G2.5UV
Part no.
24
Cable structure
• Bare copper, fine wire conductor to
DIN VDE 0295 cl. 5, BS 6360 cl. 5 or IEC 60228 cl. 5
• Polyethylene (PE) core insulation
• Core colours: green-yellow, brown, black, grey
• Cores stranded in concentric layers
• 1. screening with special aluminium film
• 2. screening with copper braiding, tinned copper, coverage
approx. 80%
• Special PVC outer sheath, black (RAL 9005)
• with meter marking, change-over in 2011
4 X 2.5
12.3
26
300.0
EMC4G4UV
4X4
13.9
34
485.0
EMC4G6UV
4X6
15.3
44
630.0
EMC4G10UV
4 X 10
19.5
61
860.0
EMC4G16UV
4 X 16
23.3
82
1290.0
EMC4G25UV
4 X 25
27.4
108
1860.0
EMC4G35UV
4 X 35
30.3
135
2610.0
EMC4G50UV
4 X 50
35.5
168
2950.0
EMC4G70UV
4 X 70
40.2
207
3950.0
EMC4G95UV
4 X 95
44.5
250
5300.0
EMC4G120UV
4 X 120
50.3
292
6600.0
EMC4G150UV
4 X 150
56.1
335
7040.0
EMC4G185UV
4 X 185
58.0
382
8380.0
Single Core Double Insulated
0.6/1kV FLEXIBLE
APPLICATION
• For medium level mechanical loads. for use in dry and damp locations, for outdoor use or in locations subject to
explosion hazards
• For industrial and workshop equipment.
• For connections of mobile machines and engines on construction sites.
• As fixed installation, for example as installation on plaster in temporary buildings.
DESIGN
1. Flexible copper conductor
2. EPR rubber
3. Elastomeric outer sheath black
PROPERTIES
• Abrasion resistant
• Roll over Resistant
• Oil resistant
• UV resistant
• Min bending radius: 5 x D
Additional properties
• Tinned copper conductors for better resistance against corrosivity (up to and including 6mm^2)
• 90C max. conductor operating temperature (continuous load)
• Max. short circuit temperature at the conductor of 200C
• Cold flexible up to -40C
• Water resistant for depths of up to 50m (for slightly polluted industrial or household waste water*) at a max
water temp-erature of 40C
* In case of heavily polluted waste water, we recommend not to use the cable below a depth of 10m.
Selection and ordering data
No. of Cores
x Conductor
Size
Approx. No.
of strands x
Max. Strand
Diameter
mm
mm
RUB1X4
RUB1X6
1X4
56 x 0.3
Max. Outer
Diameter
Min. bending
radii fixed
Min. bending
radii flexing
Net weight
Unenclosed
touching
mm
mm
mm
kg/km
A
8.1
32.4
56.7
100
34
1X6
84 x 0.3
8.9
35.6
62.3
130
44
RUB1X10
1 X 10
80 x 0.4
10.7
42.8
74.9
230
61
RUB1X16
1 X 16
128 x 0.4
12
48
84
280
82
RUB1X25
1 X 25
200 x 0.4
14
56
98
400
108
RUB1X35
1 X 35
280 x 0.4
15.5
62
108.5
540
135
RUB1X50
1 X 50
400 x 0.4
18.5
74
129.5
750
168
RUB1X70
1 X 70
356 x 0.5
21
84
147
1000
207
1 X 95
485 x 0.5
24
96
168
1310
250
1 X 120
614 x 0.5
27
108
189
1630
292
RUB1X95
RUB1X120
RUB1X150
1 X 150
765 x 0.5
30
120
210
2000
335
RUB1X185
1 X 185
944 x 0.5
33
132
231
2420
382
RUB1X240
1 X 240
1225 X 0.5
35
140
245
2980
453
25
www.kabex.com.au • Ph: 02 9675 7616
Part No.
SINGLE CORE 3.3kV 110° FLEX
Highly flexible, single core rubber cables
APPLICATION
• Internal switchboard cabling
• Sub-mains
• Electrical traction vehicles
• Battery bank connections
• Machine & equipment cabling
• Steelworks, cranes & hoists
• Stacker & reclaimer cabling
• DC wiring
• 415/ 1000V installations
• Submersible to 100 metres
DESIGN
lSingle core 3.3kV flex cables consist of extra finely stranded tinned copper conductors laid up to provide an extremely
flexible design. The Protolon R-EP-110 elastomer insulation is rated at 3.3kV with an oil resistant, flame retardant PCP
sheath completing the construction.
The cable is in accordance with AS1125, AS3116 and VDE0250 part 602. for NSGAFoeu.
Permissable thermal short-circuit currents for 1 s duration (conductor temperature at start of short-circuit:
110°C):
[mm²]
[kA]
4
6
10 16
25
35
50 70
..0.488 0.732 1.22 1.95 3.05 4.27. 6.10 8.54
95
120 150 185 .... 240
11.6 14.6 18.3 ....22.6 ... 29.3
Permissible short-circuit currents for other durations are available.
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The thermal as well as the dynamic short-circuit strength must be taken into account. The cables must in particular
be firmly fixed to protect them from the effects of peak short-circuit currents.
OPERATING TEMPERATURE
• Minimum permissible ambient temperature -40°C
• Maximum permissible conductor temperature 110°C
• Maximum permissible short circuit temperature 250°C
• Minimum ambient temperature for optimum fully flexible operation -25°C
MINIMUM BENDING RADII
The following minimum bending radii should be observed to ensure operating reliability.
For fixed installation 6 x cable diameter
When freely flexing 8 x cable diameter
CURRENT CARRYING CAPACITY
Current ratings are based on continuous operation at an ambient temperature of 40°C. At other temperatures
these values must be converted using the following table.
°C
15
20
25
Factor
1.26 1.20 1.15
30
35
40
45
50
1.12 1.05 1.00. 0.94 0.88
55
60
65
0.81 0.73 0.65
70
75
80
0.57 0.47 0.34
Current ratings are based on AS/NZS 3008.1.1:1998. Table 8 Current- Carrying Capacities of Three Single-Core
0.6/1kV Sheathed and Unsheathed non-armoured cables R-E-110
TENSILE STRENGTH
The maximum allowable tensile stress is 15N/mm².
This ensures no conductor damage will occur in operation.
VOLTAGE RATING
• Rated voltage: 0.6/1kV to 3.3kV AC
• Maximum operating voltages in:
Uo/U = 2.1/3.6kV
3 phase AC operation DC operation Uo/U = 2.7/5.4kV
• AC test voltage = 6kV
CURRENT CARRYING CAPACITY
The core insulation is white.
26
SINGLE CORE 3.3kV 110° FLEX
Highly flexible, single core rubber cables
Selection and ordering data
Part No.
mm²
Cable
overall
diameter
Cable
weight
Current carrying capacity when installed
Approx No.
of strand
x Max.
Diameter
of bare
conductor
stand
mm
mm
Min
mm
Max
mm
kg/km
A
A
A
A
28 x 0.26
1.5
5.7
6.2
47
31
27
25
22
Unenclosed
Spaced
Unenclosed
Spaced from
surface
Unenclosed
Touching
Enclosed
1x1.5
5DF2 043
1x2.5
5DF2 053
45 x 0.26
1.9
6.1
6.6
60
43
38
36
32
1x4
5DF2 063
51 x 0.31
2.5
6.6
7.1
77
57
50
47
41
1x6
5DF2 073
75 x 0.31
3.2
7.1
7.6
97
73
63
59
51
1 x 10
5DF2 103
77 x 0.41
4.1
8.6
9.1
153
99
86
81
71
1 x 16
5DF2 123
123 x .041
6.5
10.0
10.8
213
130
115
105
93
1 x 25
5DF2 133
190 x 0.41
6.8
12.0
12.8
328
175
155
145
125
1 x 35
5DF2 143
268 x 0.41
8.1
13.1
13.9
421
220
190
175
150
1 x 50
5DF2 153
384 x 0.41
9.6
14.5
15.3
562
265
230
215
180
1 x 70
5DF2 163
545 x 0.41
11.2
16.3
17.3
750
340
290
270
235
1 x 95
5DF2 173
724 x 0.41
13.2
16.6
19.6
997
420
365
340
285
1 x 120
5DF2 183
926 x 0.41
14.9
20.7
21.7
1259
490
420
395
335
1 x 150
5DF2 203
1154 x 0.41
16.6
22.7
23.7
1534
570
485
455
380
1 x 185
5DF2 213
1407 x 0.41
18.0
24.7
25.7
1853
660
560
530
450
1 x 240
5DF2 223
1866 x 0.41
21.2
27.9
29.4
2428
790
670
630
550
1 x 300
5DF2 233
1551 x 0.51
23.6
31.0
32.5
3006
910
780
730
630
1 x 400
5DF2 243
1995 x 0.51
27.2
32.5
39.5
4332
1070
910
850
720
27
www.kabex.com.au • Ph: 02 9675 7616
No. of cores
x conductor
H07RN-F RUBBER
Heavy duty rubber flexible cables
CORE COLOUR IDENTIFICATION
APPLICATION
• Heavy duty construction site leads for drills, pumps,
saws, kangos
• Cranes, hoists & festoon systems
• Stage & theatre power & lighting
• Portable motors, generators & power supplies
• Submersible
Single Core black
3 Core blue, brown, green/yellow
4 Core brown, black, green/yellow, grey
5 Core blue, brown, black, green/yellow, grey
Multi core black insulation sequentially numbered including a green/yellow earth core.
DESIGN
Rubber cables designed as a heavy duty flexible for
dry, damp and wet environments, areas of stress
caused by vibration or impact and is resistant to abrasion,
exposure to radiated heat and chemical contamination.
Rubber cables consist of finely stranded copper
conductors laid up to provide a flexible design. R-EP-90
elastomer insulation provides improved current capacities.
The construction is in accordance with the Australian
Standards AS 1125, AS 3191, AS 3116 and DIN/VDE
0282 IEC332-1 and CENELEC standards for O7RN.
OPERATING TEMPERATURE
• Minimum permissible ambient temperature -40°C
• Maximum permissible short circuit temperature
200°C
• Minimum ambient temperature for optimum fully
flexible operation -25°C
www.kabex.com.au • Ph: 02 9675 7616
MINIMUM BENDING RADII
The following minimum bending radii should be observed
to ensure operating reliability.
• For fixed installation 4 x cable diameter
• When freely flexing 5 x cable diameter
CURRENT CARRYING CAPACITY
Current ratings are based on continuous operation
at an ambient temperature of 40°C. At other
temperatures these values must be converted using the
following table. °C
15
25
30
35
40
Factor
1.26 1.20 1.15
20
1.1
1.05
1
45
50
0.94 0.88
55
60
65
0.81 0.73 0.65
70
75
VOLTAGE RATING
•
•
Rated voltage: Uo/U = 0.6/1kV
Maximum operating voltages in:
3 phase AC operation Uo/U = 0.7/1.15kV
•
DC operation AC test voltage
Uo/U = 0.9/1.73kV
= 2.5kV
*The cable is designated 450/750V with EI1 insulation compound in
accordance with VDE/IEC and meets or exceeds the
Australian Standard AS 3116 for the voltage rating of
0.6/1kV, R-EP-90.
28
80
0.57 0.47 0.34
TENSILE STRENGTH
The maximum allowable tensile stress is 15N/mm2.
This ensures no conductor damage will occur in operation.
Heavy duty rubber flexible cables
Part No.
Number of
Cores x
Conductor
Size
Approx. No
of Strands x
Max.
Strand
Diameter
mm²
mm
Cable Overall
Diameter
Min mm
Max mm
Cable
Weight
Unenclosed
Touch
kg/km
A
RUB 2 x 1.5
Without a Green/
2 x 1.5
30 x 0.26
9.0
11.5
135
20
RUB 2 x 2.5
Yellow earth
2 x 2.5
50 x 0.26
10.5
13.5
195
28
2x4
56 x 0.31
12.0
15.0
270
37
3G1
32 x 0.21
8.6
10.5
130
14
30 x 0.26
9.6
11.0
165
19
26
RUB 2 x .4
RUB3G1
Including a green/
RUB3G1.5
yellow
3G1.5
RUB3G2.5
earth core
3G2.5
50 x 0.26
11.5
13.0
235
RUB3G4
3G4
56 x 0.31
13.0
15.0
320
35
RUB3G6
3G6
84 x 0.31
14.5
16.5
495
45
RUB3G10
3G10
80 x 0.41
20.0
22.5
880
62
RUB3G16
3G16
126 x 0.41
22.5
26.5
1090
83
4G1
32 x 0.21
9.8
10.2
140
14
RUB4G1
RUB4G1.5
4G1.5
30 x 0.26
10.5
12.5
192
19
RUB4G2.5
4G2.5
50 x 0.26
12.5
14.0
290
26
RUB4G4
4G4
56 x 0.31
14.5
16.5
395
35
RUB4G6
4G6
84 x 0.31
15.7
20.0
540
44
RUB4G10
4G10
80 x 0.41
20.9
26.5
950
61
RUB4G16
4G16
126 x 0.41
23.8
30.1
1260
2\82
RUB4G25
4G25
196 x 0.41
28.9
36.6
1860
108
RUB4G35
4G35
296 x 0.41
32.5
41.1
2380
135
RUB4G50
4G50
400 x 0.40
42.7
47.5
3190
168
RUB4G70
4G70
356 x 0.50
48.4
54.0
4260
200
RUB4G95
4G95
485 x 0.50
53.0
61.0
5600
250
4G120
614 x 0.50
66.0
6830
292
26
RUB4G120
RUB5G2.5
Aust. Core
5G2.5
50 x 0.26
13.5
15.8
345
RUB5G4
Colours
5G4
56 x 0.31
16.0
18.8
485
35
RUB5G6
G, Bk, Br, Bl, G/Y
5G6
84 x 0.31
18.0
22.0
760
45
62
RUB5G10
5G10
80 x 0.41
24.0
27.0
1300
RUB5G16
5G16
126 x 0.41
27.0
32.5
1680
83
RUB5G25
5G25
196 x 0.41
32.5
37.0
2470
110
RUB5G35
5G35
296 x 0.41
37.5
41.5
3306
135
RUB5G50
5G50
400 x 0.40
40.0
50.8
3950
168
RUB5G70
5G70
356 x 0.50
43.8
54.0
4740
207
RUB5G95
5G95
485 x 0.50
84.0
89.0
6780
250
7G1.5
30 x 0.26
14.0
17.5
355
19
12G1.5
30 x 0.26
19.2
20.2
520
19
7G2.5
50x 0.26
16.5
20.0
505
19
RUB12G2.5
12G2.5
50 x 0.26
18.5
26.5
755
26
RUB24G2.5
24G2.5
50 x 0.26
28.5
35.0
1380
26
RUB7G1.5
Including
RUB12G1.5
a green/yellow
RUB7G2.5
earth core
29
www.kabex.com.au • Ph: 02 9675 7616
Selection and ordering data
OZOFLEX (PLUS)
Flexible cables for submersion in polluted liquids
accordance with VDE/IEC and meets or exceeds the Australian Standard AS
APPLICATION
• Sewage treatment plants
• Waste water pumps - effluent aerators
• Abattoirs (high temp chemical cleaning)
• Dairy industry
• Mining - de-watering
• Chemical plants & steelworks
• Hygenic cleaning in breweries, food processing
plants etc.
• Water depth approx. 10m in waste water, up
to 500m in all other types
3116 for the voltage
rating of 0.6/1kV, R-EP-90.
CORE COLOUR IDENTIFICATION
Single Core black
3 Core blue, brown, green/yellow
4 Core brown, black, green/yellow, grey
5 Core blue, brown, black, green/yellow, grey
Multi core black insulation sequentially numbered including a green/yellow earth core.
DESIGN
OZOFLEX (PLUS) cables consist of finely stranded copper
conductors laid up to provide a flexible design.
R-EP-90 elastomer insulation provides improved
current capacities. Cables above 16mm2 and all
control cables
include an additional elastomer inner sheath and all
cables up to 6mm2 have tinned conductors. The
specially compounded heavy duty CPE Elastomer
sheath (Hypalon) is oil resistant and flame retardant and
resists
the effects of water absorption.
TENSILE STRENGTH
The maximum allowable tensile stress is 15N/mm².
This ensures no conductor damage will occur in operation.
The construction is in accordance with the Australian
Standards AS 1125, AS 3191, AS 3116 and DIN/VDE
282 and CENELEC STANDARDS for 07RN, IEC 603321.
OPERATING TEMPERATURE
• Minimum permissible ambient temperature -40°C
• Maximum permissible short circuit temperature
250°C
• Minimum ambient temperature for optimum fully
flexible operation -25°C
www.kabex.com.au • Ph: 02 9675 7616
MINIMUM BENDING RADII
The following minimum bending radii should be
observed to ensure operating reliability.
• For fixed installation 4 x cable diameter
• When freely flexing 5 x cable diameter
CURRENT CARRYING CAPACITY
Current ratings are based on continuous operation at an
ambient temperature of 40°C. At other temperatures
these values must be converted using the following table.
°C
15
25
30
35
40
Factor
1.26 1.20 1.15
20
1.1
1.05
1
45
50
0.94 0.88
55
60
65
0.81 0.73 0.65
70
VOLTAGE RATING
•
•
Rated voltage: Uo/U = 0.6/1kV
Maximum operating voltages in:
3 phase AC operation Uo/U = 0.7/1.15kV
•
DC operation AC test voltage
Uo/U = 0.9/1.73kV
= 2.5kV
* The cable is designated 450/750V with EI1 insulation compound in
30
75
80
0.57 0.47 0.34
OZOFLEX (PLUS)
Flexible cables for submersion in polluted liquids
Selection and ordering data
Part No.
Approx.
No of
Strands x
Max.
Strand
Diameter
mm
Diameter
of bare
conductor
5DH1 021
27 x 0.26
1.8
mm²
mm
Cable Overall
Diameter
Min mm
Unenclosed
Touch
Max mm
kg/km
A
12.0
192
19
14.0
279
26
16.1
388
35
OZOFLEX (PLUS)
4G1.5
including a green/
4G2.5
5DH1 022
45 x 0.26
2.6
12.5
4G4
5DH1 023
50 x 0.31
3.2
14.5
4G6
5DH2 901
75 x 0.31
3.9
16.5
18.6
530
45
4G10
5DH1 025
78 x 0.41
5.1
22.2
24.2
940
62
4G16
5DH1 026
124 x 0.41
6.3
26.1
29.1
1310
83
4G25
5DH1 027
192 x 0.41
7.8
29.8
33.8
1890
110
4G35
5DH1 028
271 x 0.41
9.2
34.6
37.6
2460
135
4G50
5DH1 030
388 x 0.41
11.0
40.3
43.3
3390
170
4G70
5DH1 031
551 x 0.41
11.3
43.0
48.5
4450
215
4G95
5DH1 032
733 x 0.41
13.2
49.0
55.0
5830
265
yellow earth core
10.5
Cable
Weight
4G120
5DH1 033
938 x 0.41
15.0
53.0
60.0
7140
305
OZOFLEX (PLUS)
4G1.5 + 2 x 1.5
5DH1 069
28 x 0.26
1.5
14.0
16.0
310
19
with pilots
4G2.5 + 2 x 1.5
5DH1 070
45 x 0.26
1.9
16.0
18.5
420
26
4G4 + 2 x 1.5
5DH1 071
51 x 0.31
2.5
19.0
21.5
570
35
4G6 + 2 x 1.5
5DH1 072
75 x 0.31
3.2
21.0
23.5
720
45
4G10 + 2 x 1.5
5DH1 073
77 x 0.26
4.1
26.5
30.0
1170
62
4G16 + 2 x 1.5
5DH1 275
123 x 0.41
5.6
26.5
30.0
1310
83
4G25 + 2 x 1.5
5DH1 075
190 x 0.41
6.8
31.5
35.0
1910
110
4G35 + 2 x 1.5
5DH1 076
268 x 0.41
8.1
35.0
38.5
2460
135
31
www.kabex.com.au • Ph: 02 9675 7616
Number of
Cores x
Conductor Size
OZOFLEX (PLUS) SCREENED (FC+)
Submersible overall screened cable (emc compliant)
APPLICATION
Specifically designed for pumps in water waste-water under medium mechanical stress.
• Sewage treatment plants
• Waste water pumps, effluent aerators
• For pumps requiring control cores
• Electromagnetic compatibility (EMC)
• Abattoirs (high temp chemical cleaning)
• Dairy industry
• Mining - de-watering
• Chemical plants & steelworks
• Hygenic cleaning in breweries, food processing plants etc.
• Water depth approx. 10m in waste water, up to 500m in all other types
DESIGN
OZOFLEX (PLUS) cables consist of finely stranded copper conductors laid up to provide a flexible design.
R-EP-90 elastomer insulation provides improved current capacities. Cables above 16mm² and all control cables
include an additional elastomer inner sheath and all cables up to 6mm² have tinned conductors. The specially
compounded heavy duty CSP Elastomer sheath (Hypalon) is oil resistant and flame retardant and resists
the effects of water absorption.
The construction is in accordance with the Australian Standards AS 1125, AS 3191, AS/NZS 5001-1 and DIN/VDE
282 and CENELEC standards for 07RN, IEC 60 332-1.
OPERATING TEMPERATURE
• Minimum permissible ambient temperature -40°C
• Maximum permissible short circuit temperature 250°C
• Minimum ambient temperature for optimum fully flexible operation -25°C
CURRENT CARRYING CAPACITY
Current ratings are based on continuous operation at an ambient temperature of 40°C. At other temperatures these
values must be converted using the following table.
°C
15
25
30
35
40
Factor
1.26 1.20 1.15
20
1.1
1.05
1
45
50
0.94 0.88
55
60
65
0.81 0.73 0.65
70
75
80
0.57 0.47 0.34
VOLTAGE RATING
•
•
Rated voltage: Uo/U = 0.6/1kV
Maximum operating voltages in:
www.kabex.com.au • Ph: 02 9675 7616
3 phase AC operation Uo/U = 0.7/1.15kV
•
DC operation AC test voltage
Uo/U = 0.9/1.73kV
= 2.5kV
* The cable is designated 450/750V with EI1 insulation compound in accordance with VDE/IEC and meets or exceeds the Australian Standard AS 3116 for the voltage
rating of 0.6/1kV, R-EP-90.
CORE COLOUR IDENTIFICATION
Single Core black
3 Core blue, brown, green/yellow
4 Core brown, black, green/yellow, grey
5 Core blue, brown, black, green/yellow, grey
Multi core black insulation sequentially numbered
including a green/yellow earth core.
32
OZOFLEX (PLUS) SCREENED (FC+)
Submersible overall screened cable (emc compliant)
Selection and ordering data
Part No.
mm²
4 G 1.5
5DH5 312
Power conductor
approx. number
of strands x Max.
Overall diameter of
cable
Net weight
Unenclosed
Touching
mm
Min
mm
Max
mm
1000 m approx.
kg/km
A
28 x 0.26
13.0
15.0
280
19
4 G 2.5
5DH5 313
45 x 0.26
15.5
18.0
415
26
4G4
5DH5 314
51 x 0.31
17.5
20.0
545
35
Part No.
Power conductor
approx. number
of strands
Overall diameter of
cable
Net weight
Unenclosed
Touching
5DH5 148
75 x 0.31
No. of
cores and
conductor size
strand diameter
mm²
4 G 6 + 4 x 1.5
mm
kg
A
26.00
mm
930
45
4 G 10 + 4 x 1.5
5DH5 149
77 x 0.41
26.70
1133
62
4 G 16 + 4 x 1.5
5DH5 150
123 x 0.41
28.40
1363
83
4 G 25 + 4 x 2.5
5DH5 152
190 x 0.41
34.00
2022
110
4 G 35 + 4 x 2.5
5DH5 151
268 x 0.41
36.40
2550
135
4 G 50 + 4 x 2.5
5DH5 154
384 x 0.41
42.50
3600
170
4 G 70 + 4 x 2.5
5DH5 153
545 x 0.41
48.20
4800
215
4 G 95 + 4 x 2.5
5DH5 155
724 x 0.41
56.20
6110
265
33
www.kabex.com.au • Ph: 02 9675 7616
No. of
cores and
conductor size
strand diameter
PVC Flat Cable
H07 VVH6-F 450/750V
APPLICATION
PVC type of flat cables are used mainly as trailing
cable for crane installations, floor conveyer systems
and shelf control units.
Technical data
• Special PVC-flat cable,
H07 VVH6-F to HD 359 S2
• Temperature range
flexing -5 °C to +70 °C
fixed installation -40 °C to +80 °C
• Nominal voltage
H07 VVH6-F = 1,5 mm² U0/U
450/750 V
• Test voltage
H07 VVH6-F = 1,5 mm² 2500 V
• Test voltage
H07 VVH6-F = 1,5 mm² 2500 V
• Minimum bending radius
10x cable thickness
• Radiation resistance
up to 80x106 cJ/kg (up to 80
Mrad)
www.kabex.com.au • Ph: 02 9675 7616
Part no.
34
Cable structure
• Bare copper, stranded to DIN VDE 0295 cl. 5, BS 6360 cl. 5 and IEC 60228 cl. 5
• Special PVC core insulation TI2 to
DIN VDE 0281 part 1
• Cores laying parallel
• Core identification up to 5 cores to colour code DIN VDE 0293
7 cores and above with number printing
• Green-yellow earth core
• Special PVC outer jacket TM2 to DIN VDE 0281 part 1
• Colour black (RAL 9005)
Properties
• Extensively oil resistant, oil-/ chemical Resistance
• Extremely small bending radius
• High flexibility
• Minimum waste of space
• Packeting possibility
• PVC self-extinguishing and flame retardant according to VDE 0482-
332-1-2, DIN EN 60332-1-2/ IEC 60332-1 (equivalent DIN VDE 0472 part 804 test method B)
• The materials used in manufacture are cadmium-free and contain no silicone and wetting properties of lacquers
Note
G = with green-yellow earth core
No.cores x
cross-sec
mm²
Outer
dimension
approx. mm
Weight
approx.
kg/km
27001
4 G 1,5
4,5 x 13,7
133,0
27002
5 G 1,5
4,5 x 17,9
169,0
27004
8 G 1,5
4,5 x 26,8
265,0
27006
12 G 1,5
4,5 x 38,9
421,0
27028
16 G 1,5
4,5 x 51,5
555,0
27007
4 G 2,5
5,5 x 17,0
205,0
27008
5 G 2,5
5,5 x 21,5
256,0
27009
7 G 2,5
5,5 x 30,3
344,0
389,0
27010
8 G 2,5
5,5 x 31,9
27011
12 G 2,5
5,8 x 47,1
580,0
27013
4G4
7,0 x 21,8
344,0
27014
5G4
7,0 x 27,4
428,0
27015
7G4
7,9 x 36,6
590,0
27016
4G6
8,2 x 24,8
424,0
27017
5G6
8,2 x 31,8
530,0
27018
7G6
8,2 x 42,6
760,0
27019
4 G 10
10,0 x 29,6
710,0
27020
4 G 16
11,2 x 34,4
1014,0
27025
5 G 16
13,0 x 46,6
1370,0
1365,0
27021
4 G 25
13,7 x 42,6
27026
5 G 25
15,5 x 55,5
2000,0
27022
4 G 35
15,4 x 47,6
2100,0
27023
4 G 50
18,2 x 57,0
2940,0
27024
4 G 70
20,0 x 64,2
4090,0
Type 2S 1.1/1.1KV & 3.3/3.3KV Individually Screened
Type 2s mining cable
AS/NZS 1972:2006 Cables
» Applications .............................................................................................................
APPLICATION
These individually copper screened cables are used for wiring of machines or between machines an
These individually copper screened
cableswhere
are used
for wiring
or between
machines
andfor longwall lighting circuits, and m
equipment
a rubber
cableofismachines
desired. These
cables are
also used
equipment where a rubber cable
is
desired.
These
cables
are
also
used
for
longwall
lighting
circuits,
and may
contain pilot and control cores or twisted pair and screened cores.
contain pilot and control cores or twisted pair and screened cores.
» Standards .................................................................................................................
Standards
These individually copper screened cables are used for wiring of machines or between machines and
1972:2006
equipment where a rubber cable isAS/NZS
desired.
These cables are also used for longwall lighting circuits, and may
AS/NZS 1125
contain pilot and control cores or twisted
pair and screened cores.
AS/NZS 3808
Construction
» Construction ............................................................................................................
Conductors:
Stranded tinned annealed copper conductor.
Stranded
StrandedTinned
TinnedCopper
CopperConductor
Conductor
Insulation: EPR.
EPR
EPR Insulation
Insulation
Filling: Elastomer centre filler.
Elastomer
ElastomerCentre
CentreFiller
Filler
Individual Composite
CompositeScreen
Screen
Individual
Pilot/Control Cores: EPR covered and composite
screened flexible stranded tinned copper conductor.
Pilot/Control
Cores
Pilot/Control
Cores
Heavy Duty
DutyCPE
CPE Sheath
Sheath
Heavy
Individual Composite Screen (earth conductor):
Tinned annealed copper braiding interwove with
polyester yarn.
Conductors: Stranded tinned annealed copper conductor.
Sheath: Heavy duty CPE sheath.
Insulation: EPR.
centre filler.
Filling: Elastomer
Core Screen
Pilot Conductor
Nominal
Nominal Nominal
Insulation
Thickness
Sheath
Overall tinned
Strand
EPR
covered
and
composite
screened
flexible
stranded
copper conductor.
Pilot/Control
Cores:
Thickness Strand Area of Number Strand
of
Thickness Diameter
Weight
Size
Screen of Pilots
Size
Covering
Tinned annealed copper braiding interwove with
Individual Composite Screen (earth conductor):
Nominal
Conductor
Area
Strand
Size
mm²
No/mm
3
10
77/0.40
-
-
1.8
22.1
69
4
10
77/0.40
1.2
0.2
7.9
4
-
-
1.8
23.0
93
2
16
126/0.40
1.2
0.2
9.0
2
-
-
1.8
22.0
81
3
16
126/0.40
1.2
0.2
9.0
3
-
-
1.8
23.4
100
4
16
126/0.40
1.2
0.2
9.0
4
-
-
1.8
26.8
135
Number
of Core
mm
polyester
yarn. mm
mm²
No/mm
mm
mm
mm
kg/100m
Type 2S 1.1/1kV Individually Screened
3
10
77/0.40
1.2
0.2
7.9
3
30/0.20
1.0
1.8
22.5
87
2
16
126/0.40
1.2
9.0
2
30/0.20
1.0
1.8
22.7
88
3
16
126/0.40
461.2
0.2
0.2
9.0
3
25
209/0.40
1.4
0.2
11.3
3
30/0.20
1.0
1.8
www.caledonian-cables.co.uk
www.addison-cables.com
3
30/0.20
1.0
1.8
27.7
130
29.2
165
3
35
285/0.40
1.4
0.2
12.4
3
30/0.20
1.0
1.8
31.6
200
3
50
380/0.40
1.6
0.25
17.5
3
30/0.20
1.0
1.9
36.1
260
30
1.5
30/0.25
1.0
-
1.9
32.6
170
Type 2S 1.1/1kV Individually and Collectively Screened
0.3
14.0
-
-
Type 2S 3.3/3.3Kv Individually Screened
3
10
77/0.40
3.0
0.2
11.3
3
30/0.25
1.0
1.8
28.9
130
3
16
126/0.40
3.0
0.2
12.4
3
30/0.25
1.0
1.8
31.3
160
3
25
209/0.40
3.0
0.2
13.6
3
30/0.25
1.0
1.9
34.8
210
3
35
285/0.40
3.0
0.2
15.3
3
30/0.25
1.0
2.0
37.8
250
3
50
380/0.40
3.0
0.2
17.0
3
30/0.25
1.0
2.1
41.3
305
3
70
203/0.67
3.0
0.3
30.5
3
30/0.25
1.0
2.2
46.8
415
3
95
259/0.67
3.0
0.3
30.5
3
30/0.25
1.0
2.3
49.6
490
3
120
336/0.67
3.0
0.4
47.5
3
30/0.25
1.0
2.5
55.0
620
35
www.kabex.com.au • Ph: 02 9675 7616
Heavy
CPE sheath.
Sheath:
1.2
0.2 duty 7.9
3
MEDIUM VOLTAGE XLPE INSULATED POWER CABLES
[6.35/11kV Copper XLPE Single Core PVC Sheathed]
APPLICATION
Mostly used as feeder electric cable for power
distribution network such as power supply station,
substation, switching system etc. They are suitable
for installation on medium mechanical stress dry,
indoors, outdoors, underground areas.
STANDARDS
• Australian/New Zealand - AS/NZS 1429.1:2006.
• International - IEC 60228, IEC 60502, IEC 60986.
CONSTRUCTION
www.kabex.com.au • Ph: 02 9675 7616
• Phase Conductor: Plain annealed copper
Class 2 compact stranded.
• Phase Core: Triple head extrusion - semiconductive, thermosetting conductor shield,
XLPE (cross-linked polyethylene) insulation and
bonded semi conductive insulation screen, all
dry nitrogen cured.
• Metallic Screen: Solid bare annealed copper
wires uniformly spaced around the cable provides
high conductivity for faulty current as earth wires.
(Plain annealed copper wire has a minimum
diameter of 0.85 mm) and a counter helix copper
tape (0.1x10mm).
• Sheath: UV resistant heavy duty polyvinyl chloride
(V-90).
36
11000 volts, XLPE insulation, LD/HD screen, extruded
overlaying PVC sheath
1. Conductor: Compacted, copper conductor;
2. Conductor Shield: Extruded, semi-conductive,
thermosetting compound;
3. Insulation: Extruded XLPE;
4. Insulation Shield: Extruded semi-conductive
thermosetting compound;
5. Separated layer: Semi conductive tape;
6. Metallic Screen: Plain copper wires, helically applied;
7. Metallic Screen: Copper tape;
8. Separated layer: Polyester tape.
9. Outer protective sheath: Extruded PVC V-90 black
compound.
MEDIUM VOLTAGE XLPE INSULATED POWER CABLES
MEDIUM
XLPE
[6.35/11kV VOLTAGE
Copper XLPE Single
CoreINSULATED
PVC Sheathed] POWER CABLES
[6.35/11kV Copper XLPE Single Core PVC Sheathed]
mm
mm
min/max
mm
Max. DC
resistance
of
conductor
at 20°C
mm
Ohm/km
Screen
1 sec. fault
rating,
kA(1)
Minimum
bending
radius,
mm
During installation
mm²
Nominal
cable
diameter,
20°C
Installed
Diameter
over
insulation
screen
Screen
Minimum
average
insulation
thickness
3 phase symmetrical
Nominal
conductor
diameter
Number & diameter
of wires per core
Size
Nominal area, mm²
Catalog No.
Approx.
Weight,
kg/km
LIGHT DUTY SCREEN
35MM1C11KVLD
35
7.0
3.4
16.9/17.4
23.0
0.52
17.6
31x0.85
5.0
2.6
280
420
840
50MM1C11KVLD
50
8.2
3.4
18.1/18.6
24.2
0.39
17.6
31x0.85
7.2
2.6
290
440
980
70MM1C11KVLD
70
9.9
3.4
19.8/20.3
25.9
0.27
17.6
31x0.85
10.0
2.6
310
470
1200
95MM1C11KVLD
95
11.6
3.4
21.5/22.0
27.6
0.19
17.6
31x0.85
13.6
2.6
330
500
1480
120MM1C11KVLD
120
13.2
3.4
23.3/23.8
29.4
0.15
17.6
31x0.85
17.2
2.6
360
530
1750
150MM1C11KVLD
150
14.5
3.4
24.6/25.1
30.9
0.12
17.6
31x0.85
21.5
2.6
370
560
2030
185MM1C11KVLD
185
16.3
3.4
26.4/26.9
32.7
0.10
17.6
31x0.85
26.5
2.6
390
590
2410
240MM1C11KVLD
240
18.5
3.4
28.6/29.1
35.1
0.08
17.6
31x0.85
34.3
2.6
420
640
2980
300MM1C11KVLD
300
20.9
3.4
31.0/31.5
37.7
0.06
17.6
31x0.85
42.9
2.6
450
680
3600
400MM1C11KVLD
400
24.0
3.4
34.4/34.9
41.3
0.05
17.6
31x0.85
57.2
2.6
500
750
4480
500MM1C11KVLD
500
26.8
3.4
37.2/37.7
44.3
0.04
17.6
31x0.85
71.5
2.6
530
800
5500
630MM1C11KVLD
630
31.0
3.4
41.4/41.9
48.7
0.03
17.6
31x0.85
90.1
2.6
590
880
6940
35MM1C11KV
35
7.0
3.4
16.9/17.4
24.0
0.52
34.3
24x1.35
5
5.1
290
440
1000
50MM1C11KV
50
8.2
3.4
18.1/18.6
25.6
0.39
49.1
26x1.55
7.2
7.3
310
460
1280
70MM1C11KV
70
9.9
3.4
19.8/20.3
28.0
0.27
68
24x1.9
10
10.1
340
510
1680
95MM1C11KV
95
11.6
3.4
21.5/22.0
30.1
0.19
88.2
25x2.12
13.6
13.1
360
540
2160
120MM1C11KV
120
13.2
3.4
23.3/23.8
32.1
0.15
88.2
25x2.12
17.2
13.1
390
580
2430
150MM1C11KV
150
14.5
3.4
24.6/25.1
33.4
0.12
88.2
25x2.12
21.5
13.1
400
600
2700
185MM1C11KV
185
16.3
3.4
26.4/26.9
35.4
0.1
88.2
25x2.12
26.5
13.1
430
640
3100
240MM1C11KV
240
18.5
3.4
28.6/29.1
37.6
0.08
88.2
25x2.12
34.3
13.1
450
680
3660
300MM1C11KV
300
20.9
3.4
31.0/31.5
40.2
0.06
88.2
25x2.12
42.9
13.1
480
730
4280
400MM1C11KV
400
24.0
3.4
34.4/34.9
43.8
0.05
88.2
25x2.12
57.2
13.1
530
790
5160
500MM1C11KV
500
26.8
3.4
37.2/37.7
46.8
0.04
88.2
25x2.12
71.5
13.1
560
850
6180
630MM1C11KV
630
31.0
3.4
41.4/41.9
51.2
0.03
88.2
25x2.12
90.1
13.1
620
930
7630
For fault durations other than one second, divide the appropriate given value by the square root of the required time (in seconds)
For fault durations other than one second, divide the appropriate given value by the square root of the required time (in seconds)
Screen fault ratings are based on an initial temperature of 80°C and a final temperature of 250°C.
Conductor
fault ratings
are based
an temperature
initial temperature
of 90°C
final temperature
of 250°C.
Screen
fault ratings
are based
on an on
initial
of 80°C
and a and
finalatemperature
of 250°C.
Conductor fault ratings are based on an initial temperature of 90°C and a final temperature of 250°C.
LIGHT DUTY SCREEN DESIGN - It corresponds to a fault rating equal to the conductor fault rating, but not higher than 2.7kA for 1 second.
HEAVY
DUTY
SCREEN
DESIGN
- It corresponds
a fault
rating
equal
to the
conductor
rating,
higher
than
13.1kA
1 second
LIGHT
DUTY
SCREEN
DESIGN
- It corresponds
to atofault
rating
equal
to the
conductor
faultfault
rating,
butbut
notnot
higher
than
2.7kA
for 1for
second.
and
not
exceeding
the
conductor
rating.
HEAVY DUTY SCREEN DESIGN - It corresponds to a fault rating equal to the conductor fault rating, but not higher than 13.1kA for 1 second
and not exceeding the conductor rating.
37
www.kabex.com.au • Ph: 02 9675 7616
HEAVY DUTY SCREEN
MEDIUM VOLTAGE XLPE INSULATED POWER CABLES
MEDIUM VOLTAGE XLPE INSULATED POWER CABLES
[6.35/11kV Copper XLPE Three-Core
HDPE
Sheathed]
[6.35/11kV Copper
TRXLPE
Three-Core HDPE Sheathed]
APPLICATION
APPLICATION
Mostly used as
feeder electric
electric cable
cable for
for power
power
as feeder
distribution network
distribution
network such
such as
as power
power supply
supplystation,
station,
switching system
substation, switching
system etc. They
Theyare
are suitable
suitable
for installation on
on medium
mediummechanical
mechanicalstress
stress dry,
indoors, outdoors,
outdoors, underground
undergroundareas.
areas.
STANDARDS
STANDARDS
•• •• Australian/NewZealand
Zealand- -AS/NZS
AS/NZS1429.1:2006.
1429.1:2006.
Australian/New
International -- IEC 60228,
IEC 60502,
60502,IEC
IEC 60986.
60986.
International
60228, IEC
CONSTRUCTION
CONSTRUCTION
www.kabex.com.au • Ph: 02 9675 7616
•• •• •• •• •• PhaseConductor:
Conductor: Plain
Phase
Plain annealed
annealed copper
copperClass
Class 22
compact stranded.
stranded.
compact
PhaseCore:
Core: Triple head extrusion -- semi
Phase
semi-- conductive,
thermosetting
conductor
shield,
conductive, thermosetting conductor shield,
XLPE (cross-linked
polyethylene)
TRXLPE
(tree-retardant
cross-linked polyethylene)
insulation
and
bonded
semi
insulation and bonded semi conductive
conductiveinsulation
insulation
screen,all
alldry
dry nitrogen
nitrogen cured.
screen,
Metallic Screen:
Screen: Solid
Metallic
Solid bare
bare annealed
annealed copper
copper
wiresuniformly
uniformly spaced
spaced around
around the cable
provides
wires
each insulated
high provides
conductivity
forconductivity
faulty current
earthcurrent
wires.
core
high
foras
faulty
(Plain
annealed
copper
wire has
a minimum
as
earth
wires. (Plain
annealed
copper
wire has a
diameter
of
0.85
mm)
and
a
counter
helix
copper
minimum diameter of 0.85 mm) and a counter
tape copper
(0.1x30mm).
helix
tape (0.1x30mm).
Filler:
Special
Filler: Special PVC
PVC compound.
compound.
Sheath: Combined
Sheath:
Combinedlayers
layersofofPVC
PVCV-90
V-90and
andUV
UV
resistantblack
blackHDPE.
HDPE.
resistant
i n f o @ s y n e r g y c a b l e s . c o m
38
•
11000
insulation,
LD/HD
screen,extruded
extruded
11000volts,
volts, TRXLPE
XLPE insulation,
LD/HD
screen,
overlaying
HDPE
sheath
overlaying HDPE sheath
1.
Compacted,copper
copperconductor;
conductor;
01. Conductor:
Conductor:Compacted,
2.
Conductor
Shield:
Extruded,
02. Conductor Shield: Extruded,semi-conductive,
semi-conductive,
compound;
thermosetting
thermosetting
compound;
3.
Insulation:
Extruded
TRXLPE;
03. Insulation: Extruded
XLPE;
4.
Shield:Extruded
Extrudedsemi-conductive
semi-conductive
04. Insulation
InsulationShield:
compound;
thermosetting
thermosetting
compound;
5.
layer:
Semi
conductive
05. Separated
layer:
Semi
conductivetape;
tape;
Separated
6.
Metallic
Screen:
Plain
copper
wires,
helically
06. Metallic Screen: Plain copper
wires,
helicallyapplied;
applied;
7.
Screen:
Copper
tape;
07. Metallic
Screen:
Copper
tape;
Metallic
8.
layer:
Polyester
tape.
08. Separated
layer:
Polyester
tape.
Separated
9.
Filler:
Special
PVC
compound.
09. Filler: Special PVC compound.
10.
10. Combined
outerprotective
protectivesheath:
sheath:Extruded
ExtrudedPVC
PVCV-90
V-90
Combinedouter
11.
HDPE
black
HDPE
blackcompound.
compound.
11. Extruded
Extruded
w w w. s y n e r g y c a b l e s . c o m
•
15
MEDIUM VOLTAGE XLPE INSULATED POWER CABLES
[6.35/11kV Copper XLPE Single Core PVC Sheathed]
MEDIUM VOLTAGE XLPE INSULATED POWER CABLES
[6.35/11kV Copper XLPE Three-Core HDPE Sheathed]
mm
mm
min/max
mm
Max. DC
resistance
of
conductor
at 20°C
mm
Ohm/km
Screen
1 sec. fault
rating,
kA(1)
22.2
13x0.85
5.0
Minimum
bending
radius,
mm
Approx.
Weight,
During installation
mm²
Nominal
cable
diameter,
20°C
Installed
Diameter
over
insulation
screen
Screen
Minimum
average
insulation
thickness
3 phase symmetrical
Nominal
conductor
diameter
Number & diameter
of wires per core
Size
Nominal area, mm²
Catalog No.
720
1200
3190
3740
kg/km
LIGHT DUTY SCREEN
35MM3C11KVLD
35
7.0
3.4
16.9/17.4
47.9
0.52
3.3
50MM3C11KVLD
50
8.2
3.4
18.1/18.6
50.7
0.39
23.7
14x0.85
7.2
3.5
760
1270
70MM3C11KVLD
70
9.9
3.4
19.8/20.3
54.6
0.27
25.6
15x0.85
10.0
3.8
820
1370
4600
95MM3C11KVLD
95
11.6
3.4
21.5/22.0
58.7
0.19
27.0
16x0.85
13.6
4.0
880
1470
5700
6750
120MM3C11KVLD
120
13.2
3.4
23.3/23.8
62.8
0.15
28.9
17x0.85
17.2
4.3
940
1570
150MM3C11KVLD
150
14.5
3.4
24.6/25.1
65.8
0.12
31.0
18x0.85
21.5
4.6
990
1650
7760
185MM3C11KVLD
185
16.3
3.4
26.4/26.9
69.9
0.1
32.4
19x0.85
26.5
4.8
1050
1750
9180
240MM3C11KVLD
240
18.5
3.4
28.6/29.1
75.0
0.08
35.7
21x0.85
34.3
5.3
1130
1880
11250
300MM3C11KVLD
300
20.9
3.4
31.0/31.5
80.6
0.06
37.5
22x0.85
42.9
5.6
1210
2020
13500
35MM3C11KV
35
7.0
3.4
16.9/17.4
47.9
0.52
34.3
20x0.85
5.0
5.1
720
1200
3300
50MM3C11KV
50
8.2
3.4
18.1/18.6
50.7
0.39
49.1
29x0.85
7.2
7.3
760
1270
3980
70MM3C11KV
70
9.9
3.4
19.8/20.3
54.7
0.27
68.0
38x0.87
10.0
10.1
820
1370
5000
95MM3C11KV
95
11.6
3.4
21.5/22.0
60.3
0.19
82.2
25x1.22
13.6
13.1
910
1510
6380
120MM3C11KV
120
13.2
3.4
23.3/23.8
64.4
0.15
88.2
25x1.22
17.2
13.1
970
1610
7400
150MM3C11KV
150
14.5
3.4
24.6/25.1
67.6
0.12
88.2
25x1.22
21.5
13.1
1020
1690
8430
185MM3C11KV
185
16.3
3.4
26.4/26.9
71.7
0.1
88.2
25x1.22
26.5
13.1
1080
1790
9840
240MM3C11KV
240
18.5
3.4
28.6/29.1
76.6
0.08
88.2
25x1.22
34.3
13.1
1150
1920
11860
300MM3C11KV
300
20.9
3.4
31.0/31.5
82.2
0.06
88.2
25x1.22
42.9
13.1
1230
2060
14100
For fault durations other than one second, divide the appropriate given value by the square root of the required time (in seconds)
Screen fault ratings are based on an initial temperature of 80°C and a final temperature of 250°C.
Conductor fault ratings are based on an initial temperature of 90°C and a final temperature of 250°C.
LIGHT DUTY SCREEN DESIGN - It corresponds to a fault rating equal to the conductor fault rating, but not higher than 2.7kA for 1 second.
HEAVY DUTY SCREEN DESIGN - It corresponds to a fault rating equal to the conductor fault rating, but not higher than 13.1kA for 1 second
and not exceeding the conductor rating.
39
www.kabex.com.au • Ph: 02 9675 7616
HEAVY DUTY SCREEN
MEDIUM VOLTAGE XLPE INSULATED POWER CABLES
[12.7/22kVCopper
Copper
XLPE
Single
Sheathed]
[6.35/11kV
XLPE
Single
CoreCore
PVC PVC
Sheathed]
APPLICATION
APPLICATION
Mostly used
used as
asfeeder
feederelectric
electriccable
cableforfor
power
power
distribution
networksuch
suchasaspower
powersupply
supply
station,
distribution network
station,
substation,
switchingsystem
systemetc.
etc.They
Theyare
are
suitable
substation, switching
suitable
for installation
installationon
onmedium
mediummechanical
mechanicalstress
stress
dry,dry,
indoors,
outdoors,
underground
areas.
indoors, outdoors, underground areas.
STANDARDS
STANDARDS
• Australian/New
Australian/NewZealand
Zealand
- AS/NZS
1429.1:2006.
- AS/NZS
1429.1:2006.
International- IEC
- IEC
60228,
60502,
60986.
• International
60228,
IECIEC
60502,
IECIEC
60986.
www.kabex.com.au • Ph: 02 9675 7616
CONSTRUCTION
CONSTRUCTION
• Phase
PhaseConductor:
Conductor:Plain
Plainannealed
annealed
copper Class 2
copper
Class
compact
stranded.
2 compact stranded.
PhaseCore:
Core:Triple
Triplehead
headextrusion
extrusion
- semiconductive,
• Phase
- semi conductive,
thermosetting
conductorconductor
shield, shield,
thermosetting
XLPE
XLPE(cross-linked
(cross-linkedpolyethylene)
polyethylene)
insulation and
bonded
insulation
and
bonded semi
conductive
semi
conductive
insulation
screen,insulation
all
dry
screen,
all dry
nitrogen cured.
nitrogen
cured.
• Metallic
MetallicScreen:
Screen:Solid
Solidbare
bareannealed
annealed
copper
copper
wires
wiresuniformly
uniformlyspaced
spacedaround
around
cable
provides
thethe
cable
provides
high
highconductivity
conductivityfor
forfaulty
faultycurrent
current
as
earth
wires.
as earth wires.
(Plain
(Plainannealed
annealedcopper
copperwire
wirehas
has
a minimum
a minimum
diameter
diameterofof0.85
0.85mm)
mm)and
anda acounter
counter
helix
copper
helix
copper
tape
tape(0.1x10mm).
(0.1x10mm).
• Sheath:
Sheath:UV
UVresistant
resistant
heavy
duty
polyvinyl
heavy
duty
polyvinyl
chloride
(V-90).
chloride (V-90).
40
11000 volts,
volts,XLPE
XLPEinsulation,
insulation,LD/HD
LD/HDscreen,
screen,
extruded
22000
extruded
overlayingPVC
PVCsheath
sheath
overlaying
1. Conductor: Compacted,
Compacted, copper
copperconductor;
conductor;
1.
2. Conductor Shield:
Shield: Extruded,
Extruded,semi-conductive,
semi-conductive,
2.
compound;
thermosetting compound;
3. Insulation:
ExtrudedXLPE;
XLPE;
3.
Insulation: Extruded
4. Insulation Shield:
Shield:Extruded
Extruded
semi-conductive
4.
semi-conductive
compound;
thermosetting compound;
5. Separated layer:
layer: Semi
Semiconductive
conductivetape;
tape;
5.
6. Metallic Screen:
Screen: Plain
Plaincopper
copperwires,
wires,helically
helicallyapplied;
applied;
6.
7. Metallic Screen:
Screen: Copper
Coppertape;
tape;
7.
8. Separated layer:
layer: Polyester
Polyestertape.
tape.
8.
9. Outer protective
protective sheath:
sheath:Extruded
ExtrudedPVC
PVC
V-90
black
9.
V-90
black
compound.
compound.
MEDIUMVOLTAGE
VOLTAGEXLPE
XLPEINSULATED
INSULATEDPOWER
POWERCABLES
CABLES
MEDIUM
[6.35/11kVCopper
Copper XLPE
XLPE Single
Sheathed]
[12.7/22kV
SingleCore
CorePVC
PVC
Sheathed]
Minimum
average
insulation
thickness
Diameter
over
insulation
screen
mm²
mm
mm
min/max
mm
Nominal
cable
diameter,
20°C
Max. DC
resistance
of
conductor
at 20°C
mm
Ohm/km
Screen
1 sec. fault
rating,
kA(1)
3 phase symmetrical
Nominal
conductor
diameter
Minimum
bending
radius,
mm
Approx.
Weight,
7.0
5.5
21.1/21.7
27.2
0.52
17.6
31x0.85
5
2.6
330
490
1000
50
8.2
5.5
22.3/22.9
28.4
0.39
17.6
31x0.85
7.2
2.6
340
510
1140
70MM1C22KVLD
70
9.9
5.5
24.0/24.6
30.3
0.27
17.6
31x0.85
10
2.6
370
550
1380
During installation
35
50MM1C22KVLD
Installed
35MM1C22KVLD
Screen
Number & diameter
of wires per core
Size
Nominal area, mm²
Catalog No.
kg/km
LIGHT DUTY SCREEN
95
11.6
5.5
25.7/26.3
32.0
0.19
17.6
31x0.85
13.6
2.6
390
580
1680
120MM1C22KVLD
95MM1C22KVLD
120
13.2
5.5
27.5/28.1
34.0
0.15
17.6
31x0.85
17.2
2.6
410
610
1970
150MM1C22KVLD
150
14.5
5.5
28.8/29.4
35.3
0.12
17.6
31x0.85
21.5
2.6
430
640
2250
185MM1C22KVLD
185
16.3
5.5
30.6/31.2
37.3
0.10
17.6
31x0.85
26.5
2.6
450
670
2660
240MM1C22KVLD
240
18.5
5.5
32.8/33.4
39.7
0.08
17.6
31x0.85
34.3
2.6
480
720
3250
300MM1C22KVLD
300
20.9
5.5
35.2/35.8
42.1
0.06
17.6
31x0.85
42.9
2.6
510
760
3870
400MM1C22KVLD
400
24.0
5.5
38.6/39.2
45.7
0.05
17.6
31x0.85
57.2
2.6
550
820
4780
500MM1C22KVLD
500
26.8
5.5
41.4/42.0
48.7
0.04
17.6
31x0.85
71.5
2.6
590
880
5820
630MM1C22KVLD
630
31.0
5.5
45.6/46.2
53.1
0.03
17.6
31x0.85
90.1
2.6
640
960
7300
35MM1C22KV
35
7.0
5.5
21.1/21.7
28.2
0.52
34.3
24x1.35
5.0
5.1
340
510
1160
50MM1C22KV
50
8.2
5.5
22.3/22.9
29.8
0.39
49.1
26x1.55
7.2
7.3
360
540
1450
70MM1C22KV
70
9.9
5.5
24.0/24.6
32.4
0.27
68
24x1.9
10.0
10.1
390
590
1870
95MM1C22KV
95
11.6
5.5
25.7/26.3
34.7
0.19
88.2
25x2.12
13.6
13.1
420
630
2380
120MM1C22KV
120
13.2
5.5
27.5/28.1
36.5
0.15
88.2
25x2.12
17.2
13.1
440
660
2650
150MM1C22KV
150
14.5
5.5
28.8/29.4
38.0
0.12
88.2
25x2.12
21.5
13.1
460
690
2950
185MM1C22KV
185
16.3
5.5
30.6/31.2
39.8
0.10
88.2
25x2.12
26.5
13.1
480
720
3340
240MM1C22KV
240
18.5
5.5
32.8/33.4
42.4
0.08
88.2
25x2.12
34.3
13.1
510
760
3930
300MM1C22KV
300
20.9
5.5
35.2/35.8
44.8
0.06
88.2
25x2.12
42.9
13.1
540
810
4570
400MM1C22KV
400
24.0
5.5
38.6/39.2
48.4
0.05
88.2
25x2.12
57.2
13.1
580
870
5490
500MM1C22KV
500
26.8
5.5
41.4/42.0
51.4
0.04
88.2
25x2.12
71.5
13.1
620
930
6530
630MM1C22KV
630
31.0
5.5
45.6/46.2
55.8
0.03
88.2
25x2.12
90.1
13.1
670
1010
8010
For fault durations other than one second, divide the appropriate given value by the square root of the required time (in seconds)
Screen fault ratings are based on an initial temperature of 80°C and a final temperature of 250°C.
Conductor fault ratings are based on an initial temperature of 90°C and a final temperature of 250°C.
LIGHT DUTY SCREEN DESIGN - It corresponds to a fault rating equal to the conductor fault rating, but not higher than 2.7kA for 1 second.
HEAVY DUTY SCREEN DESIGN - It corresponds to a fault rating equal to the conductor fault rating, but not higher than 13.1kA for 1 second
and not exceeding the conductor rating.
41
www.kabex.com.au • Ph: 02 9675 7616
HEAVY DUTY SCREEN
MEDIUM VOLTAGE XLPE INSULATED POWER CABLES
MEDIUM VOLTAGE XLPE INSULATED POWER CABLES
[12.7/22kV Copper XLPE Three-Core
HDPE
Sheathed]
[6.35/11kV Copper
TRXLPE
Three-Core HDPE Sheathed]
APPLICATION
APPLICATION
Mostly used as
feeder electric
electric cable
cable for
for power
power
as feeder
distribution network
distribution
network such
such as
as power
power supply
supplystation,
station,
switching system
substation, switching
system etc. They
Theyare
are suitable
suitable
for installation on
on medium
mediummechanical
mechanicalstress
stress dry,
indoors, outdoors,
outdoors, underground
undergroundareas.
areas.
STANDARDS
STANDARDS
•• •• Australian/NewZealand
Zealand- -AS/NZS
AS/NZS1429.1:2006.
1429.1:2006.
Australian/New
International -- IEC 60228,
IEC 60502,
60502,IEC
IEC 60986.
60986.
International
60228, IEC
CONSTRUCTION
CONSTRUCTION
www.kabex.com.au • Ph: 02 9675 7616
•• •• •• •• •• PhaseConductor:
Conductor: Plain
Phase
Plain annealed
annealed copper
copperClass
Class 22
compact stranded.
stranded.
compact
PhaseCore:
Core: Triple head extrusion -- semiconductive,
Phase
semithermosetting
conductor
shield,
conductive, thermosetting conductor shield,
XLPE (cross-linked
polyethylene)
TRXLPE
(tree-retardant
cross-linked polyethylene)
insulation
and
bonded
semi
insulation and bonded semi conductive
conductiveinsulation
insulation
screen,all
alldry
dry nitrogen
nitrogen cured.
screen,
Metallic Screen:
Screen: Solid
Metallic
Solid bare
bare annealed
annealed copper
copper
wiresuniformly
uniformly spaced
spaced around
around the each insulated
wires
coreprovides
provideshigh
high conductivity
conductivity for
core
forfaulty
faultycurrent
current
asearth
earthwires.
wires.(Plain
(Plainannealed
annealedcopper
copper wire
wire has
hasaa
as
minimum
diameter
of
0.85
mm)
and
a
counter
minimum
and a counter
helix
copper
tape
(0.1x30mm).
helix
(0.1x30mm).
Filler:
Special
PVC
Filler: Special PVC compound.
compound.
Sheath: Combined
Sheath:
Combinedlayers
layersofofPVC
PVCV-90
V-90and
andUV
UV
resistantblack
blackHDPE.
HDPE.
resistant
i n f o @ s y n e r g y c a b l e s . c o m
42
•
11000
insulation,
LD/HD
screen,extruded
extruded
22000volts,
volts, TRXLPE
XLPE insulation,
LD/HD
screen,
overlaying
HDPE
sheath
overlaying HDPE sheath
1.
Compacted,copper
copperconductor;
conductor;
01. Conductor:
Conductor:Compacted,
2.
Conductor
Shield:
Extruded,
02. Conductor Shield: Extruded,semi-conductive,
semi-conductive,
compound;
thermosetting
thermosetting
compound;
3.
Insulation:
Extruded
03. Insulation: ExtrudedTRXLPE;
XLPE;
4.
Shield:Extruded
Extrudedsemi-conductive
semi-conductive
04. Insulation
InsulationShield:
compound;
thermosetting
thermosetting
compound;
5.
layer:
Semi
conductive
05. Separated
layer:
Semi
conductivetape;
tape;
Separated
6.
Metallic
Screen:
Plain
copper
wires,
helically
06. Metallic Screen: Plain copper
wires,
helicallyapplied;
applied;
7.
Screen:
Copper
tape;
07. Metallic
Screen:
Copper
tape;
Metallic
8.
layer:
Polyester
tape.
08. Separated
layer:
Polyester
tape.
Separated
9.
Filler:
Special
PVC
compound.
09. Filler: Special PVC compound.
10.
10. Combined
outerprotective
protectivesheath:
sheath:Extruded
ExtrudedPVC
PVCV-90
V-90
Combinedouter
11.
HDPE
black
HDPE
blackcompound.
compound.
11. Extruded
Extruded
w w w. s y n e r g y c a b l e s . c o m
•
15
MEDIUM VOLTAGE XLPE INSULATED POWER CABLES
[12.7/22kV Copper XLPE Three-Core HDPE Sheathed]
mm²
mm
mm
min/max
mm
Nominal
cable
diameter,
20°C
Max. DC
resistance
of
conductor
at 20°C
mm
Ohm/km
Screen
1 sec. fault
rating,
kA(1)
Minimum
bending
radius,
mm
Approx.
Weight,
35MM3C22KVLD
35
7.0
5.5
21.1/21.7
57.8
0.52
27.0
16x0.85
5
4
870
1450
4200
50MM3C22KVLD
50
8.2
5.5
22.3/22.9
60.6
0.39
28.9
17x0.85
7.2
4.3
910
1520
4800
70MM3C22KVLD
70
9.9
5.5
24.0/24.6
64.5
0.27
31.0
18x0.85
10
4.6
970
1610
5730
95MM3C22KVLD
95
11.6
5.5
25.7/26.3
68.3
0.19
32.4
19x0.85
13.6
4.8
1030
1710
6880
120MM3C22KVLD
120
13.2
5.5
27.5/28.1
72.4
0.15
34.3
20x0.85
17.2
5.1
1090
1810
7990
150MM3C22KVLD
150
14.5
5.5
28.8/29.4
75.4
0.12
35.7
21x0.85
21.5
5.3
1130
1890
9070
185MM3C22KVLD
185
16.3
5.5
30.6/31.2
79.7
0.1
37.5
22x0.85
26.5
5.6
1200
2000
10600
35
7.0
5.5
21.1/21.7
57.8
0.52
34.30
20x0.85
5
5.1
870
1450
4260
4990
Screen
During installation
Diameter
over
insulation
screen
Installed
Minimum
average
insulation
thickness
3 phase symmetrical
Nominal
conductor
diameter
Number & diameter
of wires per core
Size
Nominal area, mm²
Catalog No.
kg/km
LIGHT DUTY SCREEN
HEAVY DUTY SCREEN
35MM3C22KV
50MM3C22KV
50
8.2
5.5
22.3/22.9
60.6
0.39
49.10
29x0.85
7.2
7.3
910
1520
70MM3C22KV
70
9.9
5.5
24.0/24.6
64.6
0.27
68.00
38x0.87
10
10.1
970
1620
6080
95MM3C22KV
95
11.6
5.5
25.7/26.3
70.1
0.19
88.20
25x1.22
13.6
13.1
1050
1750
7530
120MM3C22KV
120
13.2
5.5
27.5/28.1
74.2
0.15
88.20
25x1.22
17.2
13.1
1110
1860
8650
150MM3C22KV
150
14.5
5.5
28.8/29.4
77.2
0.12
88.20
25x1.22
21.5
13.1
1160
1930
9700
185MM3C22KV
185
16.3
5.5
30.6/31.2
81.3
0.1
88.20
25x1.22
26.5
13.1
1220
2030
11200
For fault durations other than one second, divide the appropriate given value by the square root of the required time (in seconds)
LIGHT DUTY SCREEN DESIGN - It corresponds to a fault rating equal to the conductor fault rating, but not higher than 2.7kA for 1 second.
HEAVY DUTY SCREEN DESIGN - It corresponds to a fault rating equal to the conductor fault rating, but not higher than 13.1kA for 1 second
and not exceeding the conductor rating.
43
www.kabex.com.au • Ph: 02 9675 7616
Screen fault ratings are based on an initial temperature of 80°C and a final temperature of 250°C.
Conductor fault ratings are based on an initial temperature of 90°C and a final temperature of 250°C.
MEDIUM VOLTAGE XLPE INSULATED POWER CABLES
[19/33kV
SingleCore
CorePVC
PVC
Sheathed]
[6.35/11kVCopper
Copper XLPE
XLPE Single
Sheathed]
APPLICATION
APPLICATION
Mostly used
used as
asfeeder
feederelectric
electriccable
cableforfor
power
power
distribution
networksuch
suchasaspower
powersupply
supply
station,
distribution network
station,
substation,
switchingsystem
systemetc.
etc.They
Theyare
are
suitable
substation, switching
suitable
for installation
installationon
onmedium
mediummechanical
mechanicalstress
stress
dry,dry,
indoors,
outdoors,underground
undergroundareas.
areas.
indoors, outdoors,
STANDARDS
STANDARDS
• Australian/New
Australian/NewZealand
Zealand
- AS/NZS
1429.1:2006.
- AS/NZS
1429.1:2006.
• International
International- IEC
- IEC
60228,
60502,
60986.
60228,
IECIEC
60502,
IECIEC
60986.
www.kabex.com.au • Ph: 02 9675 7616
CONSTRUCTION
CONSTRUCTION
• Phase
PhaseConductor:
Conductor:Plain
Plainannealed
annealed
copper Class 2
copper
Class
compact
stranded.
2 compact
stranded.
• Phase
PhaseCore:
Core:Triple
Triplehead
headextrusion
extrusion
- semiconductive,
- semi conductive,
thermosetting
conductor
shield,
thermosetting conductor shield,
XLPE
XLPE(cross-linked
(cross-linkedpolyethylene)
polyethylene)
insulation and
bonded
insulation
and
bonded semi
conductive
semi
conductive
insulation
screen,insulation
all
dry
screen,
all dry
nitrogen cured.
nitrogen
cured.
• Metallic
MetallicScreen:
Screen:Solid
Solidbare
bareannealed
annealed
copper
copper
wires
wiresuniformly
uniformlyspaced
spacedaround
around
cable
provides
thethe
cable
provides
high
highconductivity
conductivityfor
forfaulty
faultycurrent
current
earth
wires.
asas
earth
wires.
(Plain
(Plainannealed
annealedcopper
copperwire
wirehas
has
a minimum
a minimum
diameter
diameterofof0.85
0.85mm)
mm)and
anda acounter
counter
helix
copper
helix
copper
tape
tape(0.1x10mm).
(0.1x10mm).
• Sheath:
Sheath:UV
UVresistant
resistant
heavy
duty
polyvinyl
heavy
duty
polyvinyl
chloride
(V-90).
chloride (V-90).
44
11000 volts,
volts,XLPE
XLPEinsulation,
insulation,LD/HD
LD/HDscreen,
screen,
extruded
33000
extruded
overlaying PVC sheath
overlaying PVC sheath
1. Conductor:
Compacted, copper
copperconductor;
conductor;
Conductor: Compacted,
1.
2.
Conductor
Shield:
Extruded,
semi-conductive,
2. Conductor Shield: Extruded, semi-conductive,
compound;
thermosetting
thermosetting compound;
3.
Insulation:
Extruded
XLPE;
3. Insulation: Extruded XLPE;
4. Insulation
Shield:Extruded
Extruded
semi-conductive
4.
Insulation Shield:
semi-conductive
thermosetting
compound;
thermosetting compound;
5. Separated
layer: Semi
Semiconductive
conductivetape;
tape;
5.
Separated layer:
6.
Metallic
Screen:
Plain
copper
wires,
helicallyapplied;
applied;
6. Metallic Screen: Plain copper wires, helically
7. Metallic
Screen: Copper
Coppertape;
tape;
7.
Metallic Screen:
8. Separated
layer: Polyester
Polyestertape.
tape.
8.
Separated layer:
9.
Outer
protective
sheath:
Extruded
PVC
V-90
black
9. Outer protective sheath: Extruded PVC
V-90
black
compound.
compound.
MEDIUMVOLTAGE
VOLTAGEXLPE
XLPEINSULATED
INSULATEDPOWER
POWERCABLES
CABLES
MEDIUM
[6.35/11kV
Copper
XLPE
SingleCore
CorePVC
PVC Sheathed]
Sheathed]
[19/33kV
Copper
XLPE
Single
mm
mm
min/max
mm
Max. DC
resistance
of
conductor
at 20°C
mm
Ohm/km
Screen
1 sec. fault
rating,
kA(1)
18.2
32x0.85
7.2
Minimum
bending
radius,
mm
During installation
mm²
Nominal
cable
diameter,
20°C
Installed
Diameter
over
insulation
screen
Screen
Minimum
average
insulation
thickness
3 phase symmetrical
Nominal
conductor
diameter
Number & diameter
of wires per core
Size
Nominal area, mm²
Catalog No.
Approx.
Weight,
kg/km
LIGHT DUTY SCREEN
50MM1C33KVLD
50
8.2
8.0
27.3/28.0
33.8
0.39
2.7
410
610
1410
70MM1C33KVLD
70
9.9
8.0
29.0/29.7
35.5
0.27
18.2
32x0.85
10.0
2.7
430
640
1650
95MM1C33KVLD
95
11.6
8.0
30.7/31.4
37.4
0.19
18.2
32x0.85
13.6
2.7
450
670
1980
120MM1C33KVLD
120
13.2
8.0
32.5/33.2
39.2
0.15
18.2
32x0.85
17.2
2.7
470
710
2270
150MM1C33KVLD
150
14.5
8.0
33.8/34.5
40.7
0.12
18.2
32x0.85
21.5
2.7
490
730
2580
185MM1C33KVLD
185
16.3
8.0
35.6/36.3
42.7
0.1
18.2
32x0.85
26.5
2.7
510
770
3010
240MM1C33KVLD
240
18.5
8.0
37.8/38.5
44.9
0.08
18.2
32x0.85
34.3
2.7
540
810
3600
300MM1C33KVLD
300
20.9
8.0
40.2/40.9
47.5
0.06
18.2
32x0.85
42.9
2.7
570
860
4250
400MM1C33KVLD
400
24.0
8.0
43.6/44.3
51.1
0.05
18.2
32x0.85
57.2
2.7
610
920
5200
500MM1C33KVLD
500
26.8
8.0
46.4/47.1
54.1
0.04
18.2
32x0.85
71.5
2.7
650
980
6260
630MM1C33KVLD
630
31.0
8.0
50.6/51.3
58.5
0.03
18.2
32x0.85
90.1
2.7
700
1050
7770
50MM1C33KV
50
8.2
8.0
27.3/28.0
35.2
0.39
49.1
26x1.55
7.2
7.3
420
640
1710
70MM1C33KV
70
9.9
8.0
29.0/29.7
37.8
0.27
68
24x1.90
10.0
10.1
460
680
2150
95MM1C33KV
120MM1C33KV
95
11.6
8.0
30.7/31.4
39.9
0.19
88.2
25x2.12
13.6
13.1
480
720
2650
120
13.2
8.0
32.5/33.2
41.9
0.15
88.2
25x2.12
17.2
13.1
500
760
2960
150MM1C33KV
150
14.5
8.0
33.8/34.5
43.2
0.12
88.2
25x2.12
21.5
13.1
520
780
3250
185MM1C33KV
185
16.3
8.0
35.6/36.3
45.2
0.1
88.2
25x2.12
26.5
13.1
540
820
3680
240MM1C33KV
240
18.5
8.0
37.8/38.5
47.6
0.08
88.2
25x2.12
34.3
13.1
570
860
4300
300MM1C33KV
300
20.9
8.0
40.2/40.9
50
0.06
88.2
25x2.12
42.9
13.1
600
900
4930
400MM1C33KV
400
24.0
8.0
43.6/44.3
53.6
0.05
88.2
25x2.12
57.2
13.1
640
970
5880
500MM1C33KV
500
26.8
8.0
46.4/47.1
56.6
0.04
88.2
25x2.12
71.5
13.1
680
1020
6940
630MM1C33KV
630
31.0
8.0
50.6/51.3
61
0.03
88.2
25x2.12
90.1
13.1
730
1100
8450
For fault durations other than one second, divide the appropriate given value by the square root of the required time (in seconds)
Screen fault ratings are based on an initial temperature of 80°C and a final temperature of 250°C.
Conductor fault ratings are based on an initial temperature of 90°C and a final temperature of 250°C.
LIGHT DUTY SCREEN DESIGN - It corresponds to a fault rating equal to the conductor fault rating, but not higher than 2.7kA for 1 second.
HEAVY DUTY SCREEN DESIGN - It corresponds to a fault rating equal to the conductor fault rating, but not higher than 13.1kA for 1 second
and not exceeding the conductor rating.
45
www.kabex.com.au • Ph: 02 9675 7616
HEAVY DUTY SCREEN
MEDIUM VOLTAGE XLPE INSULATED POWER CABLES
MEDIUM VOLTAGE XLPE INSULATED POWER CABLES
[19/33kV Copper XLPE Three-Core
HDPETRXLPE
Sheathed]
[6.35/11kV Copper
Three-Core HDPE Sheathed]
APPLICATION
APPLICATION
Mostly used as
feeder electric
electric cable
cable for
for power
power
as feeder
distribution network
distribution
network such
such as
as power
power supply
supplystation,
station,
switching system
substation, switching
system etc. They
Theyare
are suitable
suitable
for installation on
on medium
mediummechanical
mechanicalstress
stress dry,
indoors, outdoors,
outdoors, underground
undergroundareas.
areas.
STANDARDS
STANDARDS
•• •• Australian/NewZealand
Zealand- -AS/NZS
AS/NZS1429.1:2006.
1429.1:2006.
Australian/New
International -- IEC 60228,
IEC 60502,
60502,IEC
IEC 60986.
60986.
International
60228, IEC
CONSTRUCTION
CONSTRUCTION
www.kabex.com.au • Ph: 02 9675 7616
•• •• •• •• •• PhaseConductor:
Conductor: Plain
Phase
Plain annealed
annealed copper
copperClass
Class 22
compact stranded.
stranded.
compact
PhaseCore:
Core: Triple head extrusion -- semi
Phase
semi-- conductive,
thermosetting
conductor
shield,
conductive, thermosetting conductor shield,
XLPE (cross-linked
polyethylene)
TRXLPE
(tree-retardant
cross-linked polyethylene)
insulation
and
bonded
semi
insulation and bonded semi conductive
conductiveinsulation
insulation
screen,all
alldry
dry nitrogen
nitrogen cured.
screen,
Metallic Screen:
Screen: Solid
Metallic
Solid bare
bare annealed
annealed copper
copperwires
uniformly
spaced
around
the each
core
wires
uniformly
spaced
around
theinsulated
each insulated
provides
high high
conductivity
for faulty
as
core
provides
conductivity
for current
faulty current
earth
wires.
(Plain
annealed
copper
wire
hashas
a a
as
earth
wires.
(Plain
annealed
copper
wire
minimum
diameter
of
0.85
mm)
and
a
counter
minimum
and a counter
helix
copper
tape
(0.1x30mm).
helix
(0.1x30mm).
Filler:
Special
PVC
Filler: Special PVC compound.
compound.
Sheath: Combined
Sheath:
Combinedlayers
layersofofPVC
PVCV-90
V-90and
andUV
UV
resistantblack
blackHDPE.
HDPE.
resistant
i n f o @ s y n e r g y c a b l e s . c o m
46
•
11000
insulation,
LD/HD
screen,extruded
extruded
33000volts,
volts, TRXLPE
XLPE insulation,
LD/HD
screen,
overlaying
HDPE
sheath
overlaying HDPE sheath
1.
Compacted,copper
copperconductor;
conductor;
01. Conductor:
Conductor:Compacted,
2.
Conductor
Shield:
Extruded,
02. Conductor Shield: Extruded,semi-conductive,
semi-conductive,
compound;
thermosetting
thermosetting
compound;
3.
Insulation:
Extruded
03. Insulation: ExtrudedTRXLPE;
XLPE;
4.
Shield:Extruded
Extrudedsemi-conductive
semi-conductive
04. Insulation
InsulationShield:
compound;
thermosetting
thermosetting
compound;
5.
layer:
Semi
conductive
05. Separated
layer:
Semi
conductivetape;
tape;
Separated
6.
Metallic
Screen:
Plain
copper
wires,
helically
06. Metallic Screen: Plain copper
wires,
helicallyapplied;
applied;
7.
Screen:
Copper
tape;
07. Metallic
Screen:
Copper
tape;
Metallic
8.
layer:
Polyester
tape.
08. Separated
layer:
Polyester
tape.
Separated
9.
Filler:
Special
PVC
compound.
09. Filler: Special PVC compound.
10.
10. Combined
outerprotective
protectivesheath:
sheath:Extruded
ExtrudedPVC
PVCV-90
V-90
Combinedouter
11.
HDPE
black
HDPE
blackcompound.
compound.
11. Extruded
Extruded
w w w. s y n e r g y c a b l e s . c o m
•
15
MEDIUMVOLTAGE
VOLTAGEXLPE
XLPEINSULATED
INSULATEDPOWER
POWERCABLES
CABLES
MEDIUM
[6.35/11kV
Copper
XLPE
Single CoreHDPE
PVC Sheathed]
[19/33kV
Copper
XLPE
Three-Core
Sheathed]
mm
mm
min/max
mm
Max. DC
resistance
of
conductor
at 20°C
mm
Ohm/km
Screen
34.3
20x0.85
1 sec. fault
rating,
kA(1)
Minimum
bending
radius,
mm
During installation
mm²
Nominal
cable
diameter,
20°C
Installed
Diameter
over
insulation
screen
Screen
Minimum
average
insulation
thickness
3 phase symmetrical
Nominal
conductor
diameter
Number & diameter
of wires per core
Size
Nominal area, mm²
Catalog No.
Approx.
Weight,
kg/km
LIGHT DUTY SCREEN
50MM3C33KVLD
50
8.2
8.0
27.3/28.0
72.2
0.39
7.2
5.1
1080
1810
6270
70MM3C33KVLD
70
9.9
8.0
29.0/29.7
76.1
0.27
35.7
21x0.85
10.0
5.3
1140
1900
7280
95MM3C33KVLD
95
11.6
8.0
30.7/31.4
79.9
0.19
37.5
22x0.85
13.6
5.6
1200
2000
8520
120
13.2
8.0
32.5/33.2
84.0
0.15
39
23x0.85
17.2
5.8
1260
2100
9720
50MM3C33KV
50
8.2
8.0
27.3/28.0
72.2
0.39
49.1
29x0.85
7.2
7.3
1040
1810
6410
70MM3C33KV
70
9.9
8.0
29.0/29.7
76.2
0.27
68
38x0.87
10.0
10.1
1140
1910
7580
120MM3C33KVLD
95MM3C33KV
120MM3C33KV
95
11.6
8.0
30.7/31.4
81.5
0.19
88.2
25x1.22
13.6
13.1
1220
2040
9130
120
13.2
8.0
32.5/33.2
85.6
0.15
88.2
25x1.22
17.2
13.1
1290
2140
10320
For fault durations other than one second, divide the appropriate given value by the square root of the required time (in seconds)
Screen fault ratings are based on an initial temperature of 80°C and a final temperature of 250°C.
Conductor fault ratings are based on an initial temperature of 90°C and a final temperature of 250°C.
LIGHT DUTY SCREEN DESIGN - It corresponds to a fault rating equal to the conductor fault rating, but not higher than 2.7kA for 1 second.
HEAVY DUTY SCREEN DESIGN - It corresponds to a fault rating equal to the conductor fault rating, but not higher than 13.1kA for 1 second
and not exceeding the conductor rating.
47
www.kabex.com.au • Ph: 02 9675 7616
HEAVY DUTY SCREEN
2011
2008
Catalogue Medium
Voltage
Low Voltage
20082011
CHE-I
Single-core indoor termination
for single-core cables
CHE-ITermination
Single-core
indoor termination
For all polymeric single-core cables
for all polymeric single-core cables
Dimensions
Characteristics
● Flexible silicone stress control
elements ensure reliable stress control
under all operating conditions
● Combination of slip-on and
heat-shrink components
● Wide cross-section range
● Quick, safe and easy assembly
● Ready for immediate operation
Part No.
Description
Application
● Indoor areas
Note
● Cable lugs not included
● 12 kV terminations must be used for
7.2 kV cables (Check minimum
diameter over conductor insulation).
Norminal CrossSection (mm)²
L = Length
Ø S = Diameter of shed
Storage conditions/Shelf life
● Unlimited shelf life
Scope of delivery
● One Set for three terminatrions
● Tracking-resistant heat-shrink tubing
● Silicone stress-control elements
● Silicone sheds
● Sealing tape
● Assembly instructions
Tests
● CENELEC HD 629.1
(DIN VDE 0278, part 629-1)
Tail Length
(mm)
Cable accessories for screened cables
Type CHE-I terminations are suitable for
all single-core plastic-insulated cables
(PVC, PE, XLPE, EPR) with different
types of semi-conducting layers
(graphite-coated or strippable) and
screening (copper wire or tape).
Isolation
Dia. [min]
(mm)
6 / 10 (12) kV - 6,35 / 11 (12) kV
0-4021
CHE-I 12kV
10 - 25
300
9,9
0-4022
CHE-I 12kV
25 - 95
300
12,6
0-4023
CHE-I 12kV
95 - 240
300
17,3
0-4024
CHE-I 12kV
15 - 400
300
19,9
0-4025
CHE-I 12kV
240 - 500
300
23,1
0-4026
CHE-I 12kV
400 - 800
300
27,3
0-4027
CHE-I 12kV
800 - 1000
300
36,8
www.kabex.com.au • Ph: 02 9675 7616
12 / 20 (24) kV - 12,7 / 22 (24) kV
0-4041
CHE- I 24kV
10 - 35
300
12,6
0-4042
CHE- I 24kV
25 - 150
300
17,3
0-4043
CHE- I 24kV
70 - 240
300
19,9
0-4044
CHE- I 24kV
120 - 300
300
23,1
0-4045
CHE- I 24kV
240 - 500
300
27,3
0-4046
CHE- I 24kV
630 - 1000
300
36,8
18 / 30 (36) kV - 19 / 33 (36) kV
0-4451
CHE- I 36kV
35 - 70
500
19,9
0-4452
CHE- I 36kV
50 - 150
500
23,1
0-4453
CHE- I 36kV
150 - 400
500
27,3
0-4454
CHE- I 36kV
500 - 800
500
36,8
www.cellpack.com
48
3
Termination for single-core cables
Catalogue Medium
Voltage
Low Voltage
20082011
CHE-F
CHE-F Single-core
Single-core outdoor termination
outdoor termination
for all polymeric single-core cables
for all polymeric single-core cables
Dimensions
Type CHE-F terminations are suitable for
all single-core plastic-insulated cables
(PVC, PE, XLPE, EPR) with different
types of semi-conducting layers
(graphite-coated or strippable) and
screening (copper wire or tape).
Application
● Outdoor
Note
● Cable lugs not included
● 12 kV terminations must be used for
7.2 kV cables (Check minimum
diameter over conductor insulation).
Norminal CrossSection (mm)²
Storage conditions/Shelf life
● Unlimited shelf life
Scope of delivery
● One Set for three terminatrions
● Tracking-resistant heat-shrink tubing
● Silicone stress-control elements
● Silicone sheds
● Sealing tape
● Assembly instructions
Tests
● CENELEC HD 629.1
(DIN VDE 0278, part 629-1)
Tail Length
(mm)
Cable accessories for screened cables
Characteristics
● Flexible silicone stress control
elements ensure reliable stress control
under all operating conditions
● Combination of slip-on and
heat-shrink components
● Wide cross-section range
● Quick, safe and easy assembly
● Ready for immediate operation
L = Length
Ø S = Diameter of shed
Isolation
Dia. [min]
(mm)
Part No.
Description
0-4051
CHE - F 12kV
10 - 25
300
9,9
0-4052
CHE - F 12kV
25 - 95
300
12,6
0-4053
CHE - F 12kV
95 - 240
300
17,3
0-4054
CHE - F 12kV
150 - 400
300
19,9
0-4055
CHE - F 12kV
240 - 500
300
23,1
0-4056
CHE - F 12kV
400 - 800
300
27,3
0-4057
CHE - F 12kV
800 - 1000
300
36,8
10 - 35
500
12,6
6 / 10 (12) kV - 6,35 / 11 (12) kV
0-4066
CHE - F 24kV
0-4067
CHE - F 24kV
25 - 150
500
17,3
0-4068
CHE - F 24kV
70 - 240
500
19,9
0-4069
CHE - F 24kV
120 - 300
500
23,1
0-4070
CHE - F 24kV
240 - 500
500
27,3
0-4071
CHE - F 24kV
630 - 1000
500
36,8
18 / 30 (36) Kv - 19 / 33 (36) kV
194068
CHE - F 36 kV
35 - 70
700
19,9
194069
CHE - F 36 kV
50 - 150
700
23,1
194070
CHE - F 36 kV
150 - 400
700
27,3
194071
CHE - F 36 kV
500 - 800
700
36,8
www.cellpack.com
49
39
www.kabex.com.au • Ph: 02 9675 7616
12 / 20 (24) Kv - 12,7 / 22 (24) kV
Termination for 3-core cables
Catalogue Medium
Voltage
Low Voltage
20082011
CHE-3I(B) Three-core
CHE-3I(B)
indoor termination
Three-core indoor terminationfor all 3-core polymeric cables
for all 3-core polymeric cables
Dimensions
Type CHE-3I(B) terminations are
suitable for all three-core
plastic-insulated cables (PVC, PE,
XLPE, EPR) with different types of
semi-conducting layers (graphite-coated
or strippable) and screening (copper
wire or tape).
Characteristics
● Flexible silicone stress control
elements ensure reliable stress control
under all operating conditions
● Combination of slip-on and heat-shrink
components
● Quick, safe and easy assembly
● Ready for immediate operation
Part No.
Application
● Indoor areas
Note
● Cable lugs not included
● 12 kV terminations must be used for
7.2 kV cables (Check minimum
diameter over conductor insulation).
Description
min.
Ø over conductor
Norminal CrossSection (mm)²
insulation after
Number
ØS
6 /outer
10 (12) kV - of
6,35
/ 11 (12) kV
removal of
sheds
mm
0-4425
CHEsemi-conducting
- 3I (B) 12kV
10
25
layer per phase
0-4426
CHE - 3I (B) 12kVmm
25 - 95
) 6/10 (12)kV - 6.3/11
U0/U (U
0-4427
CHE - 3I (B)(12)kV
12kV
95 - 240
m
150 - 400
10-25 CHE - 3I (B) 12kV 9.9
12 / 20 (24) Kv - 12,7 / 22 (24) kV
25-95
12.6
CHE-3I(B) 12kV
0-4433
10 - 35
95-240 CHE - 3I (B) 24 kV17.3
0-4434
25 - 95
150-400CHE - 3I (B) 24 kV19.9
www.kabex.com.au • Ph: 02 9675 7616
U0/U
0-4435
(U
) 8./1
m
CHE - 3I (B) 24 kV
(1.)kV
Isolation
Dia. [min]
(mm) mm²
Nominal cross section
12 kV
10 - 25
25 - 95
95 - 240
150 - 400
70 - 240
120 - 400
25-50 CHE - 3I (B) 24 kV12.6
18 / 30 (36) Kv - 19 / 33 (36) kV
70-240
17.3
CHE-3I(B)
17kV
0-4437
35 - 70
150-300CHE - 3I (B) 36 Kv19.9
0-4438
CHE
3I
(B)
36
Kv
50
- 150
185-400
23.1
0-4436
U0/U
0-4439
(U
) 12/20
m
(24)kV
- 3I (B) 36
Kv
-CHE
12./22
(24)kV
10-35
25-95
CHE-3I(B) 24kV
70-240
120-400
12.6
17.3
19.9
23.1
U0/U (Um) 18/30 (36)kV - 19/33 (36)kV
35-70
CHE-3I(B) 36kV 50-150
150-400
19.9
23.1
27.3
150 - 400
1
1
1
1
85
85
85
85
2
2
2
85
85
115
Storage conditions/Shelf life
● Unlimited shelf life
Scope of delivery
● Tracking-resistant heat-shrink tubing
● Tracking resistance Spreader cap
● Silicone stress-control elements
● Silicone sheds
● Pressure spring
● Assembly accessories
● Sealing tape
● Assembly instructions
Tests
● CENELEC HD 629.1
(DIN VDE 0278, part 629-1)
Tail Length
(mm)
Type
0-4428
L = Length
Ø S = Diameter
of shed
450
1. kV
450
9,9
24 kV
14,8
450
17,3
450
19,9
600
14,8
600
18,0
600
22,5
600
25 - 50
70 - 240
650 - 300
150
650 - 400
185
650
23,1
22,5
23,1
36 kV
L
Art.-No.
mm
350
350
350
350
18496
13134
13132
18022
400
400
400
400
18231
18232
18233
18234
500
500
500
500
1849
18498
18499
184800
29,1
10 - 35
25 - 95
70 - 240
120 - 400
35 - 70 650 184801
50 - 150 650 184802
150 - 400 650 184803
Appropriate cable lugs must be ordered separately.
Type EGA earthing kit for cables with tape screen must be ordered separately.
50
www.cellpack.com
61
CHE-3F(B) THREE-CORE
CHE-3F(B)
Termination for 3-core cables OUTDOOR TERMINATION
Three-core outdoor termination
Catalogue
Catalogue
Medium
Low Voltage 2008
2011
for all 3-core
polymeric cables
CHE-3F(B)
THrEE-CorE
CHE-3F(B)
ouTdoor TErminaTion
Three-core outdoor termination
for all 3-core polymeric cables
for all 3-core polymeric cables
for all 3-core polymeric cables
Dimensions
Characteristics
● Flexible silicone stress control
elements ensure reliable stress control
under all operating conditions
● Combination of slip-on and heat-shrink
components
● Wide cross-section range
● Quick, safe and easy assembly
● Ready for immediate operation
Application
● Outdoor
Note
● Cable lugs not included
● 12 kV terminations must be used for
7.2 kV cables (Check minimum
diameter over conductor insulation).
L = Length
Ø S = Diameter
of shed
Storage conditions/Shelf life
● Unlimited shelf life
Scope of delivery
● Tracking-resistant heat-shrink tubing
● Tracking resistance Spreader cap
● Silicone stress-control elements
● Silicone sheds
● Pressure spring
● Assembly accessories
● Sealing tape
● Assembly instructions
Tests
● CENELEC HD 629.1
(DIN VDE 0278, part 629-1)
isolation Isolation
Norminal
Tail Length
norminal
Cross- Cross- Tail Length
Dia. [min]
dia.
Section
(mm) [min]
conductor
Section
(mm)² (mm)²
(mm)
min. Ø over conductor
(mm)
(mm)
Number
Number
Nominal cross section
Part
No.
Part no.
Description
description
min. Ø over
mm²
Nominal cross section mm²
insulation
insulation
afterafter
of-/6,35
sheds
Ø SkV Ø S
L
L
6 / 10
- 6,35
11of
(12)
kV (12)
6 /(12)
10kV
(12)
kV
/sheds
11
removal
of
outer
Art.-No.
removal
of outer per
Art.-No
mm
mm
per
mm
mm
0-4465
CHE
- 3F- semi-conducting
(B) 12
kV
10
25
700
9,9
0-4465
CHE
3F
(B)
12
kV
10
25
700
9,9
layerlayer
semi-conducting
12 kV 12
1.
24 kV
36 kV
phase
kVkV 17.5
kV 24
kV
36 kV
phase
0-4466
CHE
- 3F- 3F
(B) 12
25 - 95 25 - 95
700
0-4466
CHE
(B) kV
12 kVmmmm
700 14,8
14,8
0-4467
CHE
- 3F (B) 12 (12)kV
kV
95 - 240
700
17,3
(Um) 6/10 (12)kV
- 6.3/11
U0/U
0-4467
CHE
- 3F (B) 12 kV
95 - 240
700
17,3
Type
Type
U0/U (Um) 6/10 (12)kV - 6.35/11 (12)kV
700
700
700
700
18480
700
184806
700
18480
700
184808
700
700
700
700
1823
18236
700
1823
700
18238
700
850
25 - 95
850
10 - 35
70 - 240
850
25
- 95 850
120 - 400
18442
184809
850
184811
850
184812
CHE - 3F (B) 12 kV
10-25
9.9
1 150 - 400
80
10 - 25 700
CHE - 3F (B) 12 kV
10-25
9.9
1 150 - 40080
10 - 25 700
12
/ 20 (24) Kv - 12,7 / 22
25-95
12.6
1 (24) kV 85
25 - 95
12
/ 20 (24) Kv - 12,7 / 22
CHE-3F(B) 12kV 25-95
12.6
1 (24) kV 85
25 - 95
0-4473
CHE - 3F (B) 24 kV
17.3
1 10 - 3585
95 - 240 850
CHE-3F(B)
12kV95-240
0-4473
CHE
3F
(B)
24
kV
10
35
850
95-240
85 - 400
95
0-4474
CHE - 3F (B) 24 kV
850- 240
150-400
19.917.3
1 251- 9585
150
0-4468
0-4468
150-400
0-4475
CHE - 3F (B) 24 kV
U0/U
(Um) 8./1 (1.)kV
0-4474
U0
0-4475
0-4476
/U
(U )
CHE - 3F (B) 24 kV
19.9
70 -1240 25 - 9585
CHE
(B) kV
24 kV
CHE
- 3F- 3F
(B) 24
(17.5)kV
120 - 40070 - 240
8.7/1525-50
12.6
2
85
18 / 30 (36) Kv - 19 / 33 (36) kV 120 - 400
CHE - 3F (B) 24 kV17.3
70-240
2
85
25-50
12.6
2
85
CHE-3F(B)
0-4440 17kV
CHE - 3F (B) 36 kV
18 / 30 (36) Kv - 2
19 /35
33- 70
150-300
20.917.3
85kV 85
70-240
2 (36)
CHE-3F(B)
17kV185-400
0-4441
CHE
- 3F- 3F
(B) 36
0-4440
CHE
(B) kV
36 kV23.1
35 - 70
2 50 -215085
150-300
20.9
85
m
0-4476
0-4442
CHE - 3F (B) 36 kV
0-4441
CHE
- 3F (B) 36
kV
U0/U
(Um) 12/20 (24)kV
- 12./22
(24)kV
185-400
23.1
150 - 400
10-35CHE - 3F (B) 36 kV12.6
U0/U (Um) 12/20 (24)kV - 12.7/22 (24)kV
25-95
17.3
CHE-3F(B) 24kV 10-35
12.6
70-240
20.9
25-95
17.3
23.1
CHE-3F(B) 24kV120-400
3
3
3
3
120-400
35-70
4
4
4
0-4442
70-240
U0/U (Um) 18/30 (36)kV
- 19/33 (36)kV 20.9
22.523.1
U0/U (Um) 18/30
(36)kV - 19/33 (36)kV
23.1
CHE-3F(B)
36kV 50-150
150-400
27.3
35-70
22.5
2
50 - 150
85
150
850- 400850
85
19,9
14,8
18,0
14,8
22,5
18,0
850 23,1
25 - 50
850
70 - 240
22,5
850
25 - 50
150 - 30070 22,5
- 240
850
850 23,1
185 - 400
150 - 300
23,1
850
85
85
85
85
85
115
4
85
8Appropriate
50-150
23.1
4
85
CHE-3F(B)cable
36kVlugs
must be ordered separately.
Type EGA earthing kit
for cables with tape27.3
screen must be ordered
150-400
4 separately.
115
Appropriate cable lugs must be ordered separately.
www.cellpack.com
62 EGA
Type
earthing kit for cables with tape screen must be ordered separately.
850
29,1
185 - 400
85010 - 35
18480
18480
18480
18480
700
700
18273
18273
18273
18273
70 - 240
850
120
400
850
35 - 70 850 184813
18447
18480
18481
18481
850
85 - 400
150
3
85
3 85
3
3 85
19,9
www.kabex.com.au • Ph: 02 9675 7616
Cable
accessories for screened cables
Cable accessories for screened cables
Type CHE-3F(B) terminations are
suitable for all three-core
plastic-insulated cables (PVC, PE,
XLPE, EPR) with different types of
semi-conducting layers (graphite-coated
or strippable) and screening (copper
wire or tape).
22,5
23,1
29,1
50 - 150 850 18481
150 - 400 850
35 - 184816
70 850
50 - 150 850
150 - 400 850
51
18481
18481
18481
pe screen and/or armouring for terminations
Type EGA earthing kits for terminations
Earthing components
Catalogue
Catalogue
Medium
Low Voltage 2008
2011
Catalogue
Medium
2011
Catalogue
Low Voltage
2008
Catalogue
Catalogue
Medium
Low
Voltage 2008
2011
Dimensions
for single-core cables with copper braid
2)
1)
or aluminium screen (Fig. 1), and for
unarmoured three-core cables (Fig. 3).
Kit components: 3 flat-rolled copper
EGA
Type EGA earthing kits for terminations
wires and 3 pressure springs
for single-core cables with copper braid
Earthing
accessories
or aluminium screen (Fig. 1), and for
forunarmoured
cables with
tape screen
and/or
armouring for terminations
three-core
cables (Fig.
3).
Kit components: 3 flat-rolled copper
Dimensions
Note
wires and 3 pressure springs
4)
2)
1)
● 1) Single core cables with copper tape 3)
or aluminium screens, non armoured.
● 2) Single core cables with copper tape
Type EGA earthing kits for terminations
or aluminium screens, armoured:
for single-core cables with copper braid
Note
Additional pressure spring to be
3)aluminium screen (Fig.4)
● 1) Single core cables with copper tape or
operties
1), and for
ordered separately ZR1.
or aluminium screens, non armoured. unarmoured three-core cables (Fig. 3).
ngth
● 3) Three core cables with copper tape
● 2) Single core cables with copper tape Kit components: 3 flat-rolled copper
d outdoor use
or aluminium screens, non armoured.
wires and 3 pressure springs
or aluminium screens, armoured:
assembly
● 4) Three core cables with copper tape
Additional pressure spring to be
or aluminium screens, armoured:
ordered separately ZR1.
nd earth contactor
Additional pressure spring to be
● 3) Three core cables with copper tape
hrink and
ordered separately ZR2.
or aluminium screens, non armoured. Note
ories
Characteristics
Scope of delivery
• Scope of delivery
●
4) Three core cables with
tape
lectrical
4)
3)
LS =copper
external
semi-conducting
layer
● Copper wire ● Superior electrical properties
● 1)• Tinned
Single core
cables
copper
braidwith
flat copper tape
or mechanical
aluminium screens,
armoured:
able components● High
BS
=
Cu-Tape
screen
strength
● Pressure spring
or• aluminium
screens, non armoured.
Pressure springs
Additional
pressure
toCable
be sheath
metal sheath).
KM =
● 2) Single core cables with copper tape
● Suitable
for indoor
and spring
outdoor
use
ordered
ZR2.
RF = Type RF pressure
spring screens, armoured:
● Quick,
safe separately
and easy assembly
or aluminium
Scope
of
delivery
ES = Cu-Earthing Additional
wire, flat tin-plated
Application
pressure
spring to be layer
LS = external
semi-conducting
● Copper
wire
AR =
Armouring ordered separately ZR1.
● Earthing
continuity
and earth
contactor
BS
=
Cu-Tape
screen
● Pressure
spring
= Additional ●
type
RF pressure
spring
3)KM
Three
core cables
● For
cast resin,
heat-shrinkZR
and
= Cable
sheath with copper tape
slip-on cable accessories
orRF
aluminium
screens,
nonspring
armoured.
= Type RF pressure
● Enables solder-free electrical
● 4)ES
Three
core cables
with
copper
tape
Tinned
copper
braid
flat
= Cu-Earthing
wire,
flat
tin-plated
orAR
aluminium
screens, armoured:
connection of metal cable components
= Armouring
(screen, armouring,
d
Q mm² metal sheath).
Additional
pressure
spring
to be
ZR = Additional
type
RF pressure
spring
L
ordered
separately
ZR2.
ZR1 ZR2
Art.-No.
s
mm
.2 kV
12 kV
1. kV
24 kV
36 kV Scope of delivery
mm²
LS = external semi-conducting layer
● Copper wire
BS = Cu-Tape screen
150
120
70
50
RF5 500
14302
●RF3
Pressure
spring
Copper braid
Q mm²
KM = Cable sheath
150 - 240For
120
- 240Kits95 - 185 70 - 150
120
RF4 RF5 500 14303
re
L
Indoor
RF = Type RF pressure spring
ZR1
ZR2
Art.-No.
ØHole
Cross
150 - 500 120 - 500 .2
95kV
- 300 1270kV
- 300 1.
70kV
- 240 24
RF4
1430
mm
g
kVRF6 500
36 kV
ES = Cu-Earthing wire, flat tin-plated
mm section mm²
150 - 300 RF5 RF6
500
14306
Copper
Braid
Q mm2
AR = Armouring
8.5
16Part
150 - 800
120 - 800Pressure
70 - 500 RF5
50 RF6 500 14308
RF3 RF5 500 14302 ZR = Additional type RF pressure spring
500 - 1000 500
- 1000
185
No. 400
Type300
Spring
CrossRF4 RF5 500 14303
L
8.5
16
150
- 240
120
- 240
- 185
150mm 500
12014309
Ø- Hole
12 kV
24 kV
36 kV
ZR2
800
- 1000
800
- 100095500
- 100070RF6
section mm2
mm
10.5
25
150 - 500 120 - 500 95 - 300 70 - 300 70 - 240 RF4 RF6 500 1430
0-3012
EGA 16-2/RF5-ID
RF 2
8.5
16
up to120
up to 50
RF 5
500
10.5
25
150 - 300 RF5 RF6 500 14306
braid
Q500
mm²14308
EGA 16-3/RF5-ID
16 RF5 RF6
120-240
70-150
up to 120
RF 5
500
10.5
350-3013 500 - 1000
500 - 1000Copper
400RF- 3800
300 - 8.5
800 185 - 500
Pressure
L
10.5
35
800RF- 1000
800 - 1000
500 - 1000
RF6 120-500
500 14309
Type
ZR1 ZR2
Ø- Hole
0-3015
EGAspring
25-3/RF6-ID
3 Cross
10.5.2 kV
25
70-300
RF 6 mm Art.-No.
500
12 kV
1. kV
24
kV
3670-240
kV
mm section mm²
Armour continuity for
three-core terminations
for cables with tape screen and/or
armouring for terminations
www.kabex.com.au • Ph: 02 9675
7616
Accessories
Accessories
0-3016
EGA 25-4/RF6-ID
16-2
RF 2
0-301716-3 EGA 35-4/RF6-ID
RF 3
25-3
RF 3
EGA
25-4
RF 4
For Outdoor
Kits RF 4
35-4
35-5
RF 5
Part No.
Type
ssure springs seperately
8.5
8.5
10.5
10.5
10.5
10.5
RF 4
RF 4
16
16
25
25
35
35
Pressure
Spring
10.5
25
150
120
10.5
35
150 - 240 120 - 240
150 - 500 120 - 500
70
500-1000
95 - 185
95 - 300
50
300-800
70 - 150
70 - 300
150-300
RF 6
RF3 RF5 500
185-500
RF 6 500
120
RF4 RF5
70 - 240 RF4 RF6 500
150 - 300 RF5 RF6 500
500 - 1000 500 - 1000 400 - 800 300 - 800 185 - 500 RF5 RF6 500
800 - 1000 800 - 1000 500 - 1000
RF6
500
2
Copper Braid
Ø Hole mm
Q mm
Cross
section mm2
12 kV
24 kV
0-3056
EGA 16-2/RF5-0D
RF 2
8.5
16
up to120
up to 50
0-3059
36 kV
500
14302
500
14303
1430
14306
14308
14309
ZR2
L
mm
RF 5
500
EGA 16-3/RF5-OD
RF 3
8.5
16
120-240
70-150
up to 120
RF 5
500
lease order the pressure
springs
seperately
0-3062
EGA 25-3/RF6-OD
RF 3
10.5
25
120-500
70-300
70-240
RF 6
500
0-3064
EGA 25-4/RF6-OD
RF 4
10.5
25
150-300
RF 6
500
0-3066
EGA 35-4/RF6-OD
RF 4
10.5
35
185-500
RF 6
500
For armoured cables, please order the pressure springs seperately
52
116
www.cellpack.com
www.cellpack.com
500-1000
300-800
Straight-through joints for single-core cables
Catalogue Medium
Voltage
Low Voltage
20082011
CHM Single-core
CHM
straight-through
Single-core straight-through joint
for all polymeric single-core cables
joint
for all polymeric single-core cables
Dimensions
Type CHM straight-through joints are
suitable for all single-core
plastic-insulated cables (PVC, PE,
XLPE, EPR). They allow the connection
of cables with different cross sections,
conductive materials, semi-conducting
layers (graphite-coated, removable or
strippable) and screening (copper wire or
tape). Suitable for compression
connectors.
Part No.
Description
Application
● Indoor
● Outdoor
● Underground
● Water
● Installation ducts
● Ductwork
Note
● Compression connectors not included
● Joints with a range of Um = 12 kV
must be used for cables of
Um = 7.2 kV. (Check minimum
diameter over conductor insulation).
Norminal CrossSection (mm)²
min. Ø over conductor
insulation after
removal of outer
semi-conducting layer
mm
Storage conditions/Shelf life
● Unlimited shelf life
Scope of delivery
● Thick wall heat-shrinkable
insulation tubing
● Thick wall heat-shrinkable outer tubing
with hot melt adhesive
● Silicone stress-control elements
● Copper braid tube
● Pressure springs
● Stress control filling tape (blue)
● Assembly instructions
Tests
● CENELEC HD 629.1
(DIN VDE 0278, part 629-1)
max.
Ø of
connector
mm
max.
connector
length
mm
L
(mm)
CHM-12KV
10 - 25
9,9
16
90
650
194073
194074
CHM-12KV
35 - 95
12,6
25
135
650
CHM-12KV
95 - 240
17,3
32
145
650
194075
CHM-12KV
150 - 300
19,9
40
200
700
194076
CHM-12KV
300 - 400
23,1
40
200
700
194077
CHM-12KV
500 - 800
27,3
60
360
850
194078
CHM-12KV
800 - 1000
36,8
60
360
850
www.kabex.com.au • Ph: 02 9675 7616
6 / 10 (12) kV - 6,35 / 11 (12) kV
194072
12 / 20 (24) KV - 12,7 /22 (24) KV
193339
CHM-24KV
10 - 35
12,6
20
100
650
193370
CHM-24KV
50 - 150
17,3
25
135
650
194086
CHM-24KV
70 - 240
19,9
32
145
700
194087
CHM-24KV
150 - 300
23,1
40
200
700
194088
CHM-24KV
400 - 630
27,3
60
360
850
194089
CHM-24KV
630 - 1000
36,8
60
360
850
18 / 30 (36) Kv - 19 / 33 (36) kV
194090
CHM-36KV
35 - 70
19,9
20
110
650
194091
CHM-36KV
70 - 150
23,1
25
135
700
194092
CHM-36KV
150 - 300
27,3
38
200
700
194093
CHM-36KV
300 - 500
27,3
45
200
700
194094
CHM-36KV
500 - 800
36,8
60
360
850
53
www.cellpack.com
Cable accessories for screened cables
Characteristics
● Reliable stress control due to flexible
silicone stress control elements
● For all cables with copper wire or
tape screen
● Wide conductor and
cross-section range
● Quick, safe and easy assembly
● Ready for immediate operation
L = Length
33
Straight-through joints for 3-core cables
Catalogue Medium
Voltage
Low Voltage
20082011
CHM3 Three-core
CHM3
straight-through joint
Three-core straight-through joint
for all 3-core polymeric cables
for all 3-core polymeric cables
Dimensions
Type CHM3 straight-through joints are
suitable for all three-core
plastic-insulated cables (PVC, PE,
XLPE, EPR). They allow the connection
of cables with different cross sections,
conductive materials, semi-conducting
layers (graphite-coated, removable or
strippable) and screen (copper wire or
tape). Suitable for compression cable
lugs.
Characteristics
● Reliable stress control due to flexible
silicone stress control elements
● Wide conductor and
cross-section range
● Quick, safe and easy assembly
● Ready for immediate operation
Part No.
Type
Application
● Indoor
● Outdoor
● Underground
● Water
● Installation ducts
● Ductwork
Note
● Compression connectors not included
● Joints with a range of Um = 12 kV
must be used for cables of
Um = 7.2 kV. (Check minimum
diameter over conductor insulation).
www.kabex.com.au • Ph: 02 9675 7616
194294
CHM3-12KV
194295
CHM3-12KV
U0/U (U194302
) 8./1 (1.)kV
m
35-95
194303
70-240
194304
CHM3 17kV
120-300
240-400
194305
9.9
12.6
CHM3-12KV
17.3
19.9
CHM-24KV
CHM-24KV
12.6
CHM-24KV
17.3
CHM-24KV
19.9
23.1
CHM3-36KV
U0/U (Um) 12/20 (24)kV - 12./22 (24)kV
mm
6
/ 10 (12) kV -mm
6,35 / 11 (12)
12kVkV
90
1200
35 - 95
12,6
25
135
1200
32
145
16
90
10 -17,3
25
25
135
35 -19,9
95
150 - 300
32
145
95
240
12 / 20 (24) KV - 12,7 /22 (24) KV
40
200
150 -12,6
300
10 - 35
95 - 240
50 - 150
135
35 - 95
19,9
145
15032
- 300
23,1 70 - 240
34/ 30 (36) Kv150
120 - 300
18
- 19 / 33 (36) kV
40
200
35 - 70
19,9 240 - 400
70 - 150
150 - 300
19.9
23.1
27.3
17,3
7025
- 240
CHM3-36KV
35-70
CHM3 36kV 50-150
150-300
36 kV
16
CHM3-36KV
U0/U (Um) 18/30 (36)kV - 19/33 (36)kV
24 kV
9,9
194307
12.6
17.3
19.9
23.1
1. kV
10 - 25
194306
10-35
50-150
CHM3 24kV
70-240
150-300
Storage conditions/Shelf life
● Unlimited shelf life
Scope of delivery
● Thick wall heat-shrinkable
insulation tubing
● Thick wall heat-shrinkable outer tubing
with hot melt adhesive
● Silicone stress-control element
● Copper braid tube
● Pressure springs
● Stress control filling tape (blue)
● Assembly instructions
min. Ø over conductor
max.
max.
insulation after
Norminal CrossØ of
connector
L
min.Description
Ø over conductor
removal of outer
max.
(mm)²
connector
(mm)
Nominal cross
section mm² length
insulation after Section
max.
Ø of semi-conducting layer
connector
mm
mm L
removal of outer
connector
Art.-No.
mm
length
mm
semi-conducting layer
mm
194293
CHM3-12KV
U0/U (Um) 6/10 (12)kV - 6.3/11 (12)kV
10-25
35-95
194296
CHM3 12kV
95-240
150-300
194301
L = Length
20
25
32
40
100
135
145
200
20
25
38
110
135
200
23,1
27,3
20
12001200
194293
12001200
194294
200
1200 19429
12001200
194296
100
25
135
40
32
40
1200
19429
145 1200
1200
194298
200 1200
1200
20
1200 194299
194300
110 1200
1200
25
135
10
- 35
38
50 - 150
70 - 240
150 - 300
200
1200
12001200
194301
1200 194302
1200 194303
1200 194304
35 - 70 1200 19430
50 - 150 1200 194306
150 - 300 1200 19430
Appropriate compression connectors must be ordered separately.
Armour continuity kit for armoured cable available to order.
54
www.cellpack.com
AUF
Armour continuity for three-core joints
AUF
Catalogue Medium
Low Voltage
Voltage
20082011
Earthing components
Earthing components
Dim
Armour continuity for three-core joints
Catalogue Medium
Low Voltage
Voltage
20082011
AUF
AUFArmour continuity for three-core joints
Armour continuity for three-core joints
Armour continuity kit for armoured
Dimensions
three-core polymeric cables.
Dimensions
ArmourCharacteristics
continuity kit for armoured
three-core
polymeric
cables.properties
● Superior
Armour continuity
kit for electrical
armoured
● High mechanical
strength
three-core polymeric
cables.
● Quick, safe and easy assembly
Characteristics
● Superior electrical properties
Characteristics
● High
mechanical
strength
● Superior
electrical
properties
●
Quick,
safe
and
easy
● High mechanical strength assembly
● Quick, safe and easy assembly
Application
● Earthing continuity and earth contactor
Application
● Forcontinuity
cast resin,
heat-shrink
and
● Earthing
and
earth contactor
slip-on
cable
accessories
● For cast resin, heat-shrink and
● Enables
solder-free electrical
slip-on
cable accessories
connection
of electrical
metal cable components
● Enables
solder-free
(screen,
armouring,
metal sheath).
connection
of metal
cable components
Scope
of delivery
(screen,
armouring,
metal sheath).
Copper
wire
Scope●of
delivery
● Pressure
springs
● Copper
wire
1 = Pressure spring
Application
2 = Copper
braid
1 = Pressure
spring
● Earthing
continuity
andspring
earth contactor
3
=
Pressure
2 cast
= Copper
● For
resin,braid
heat-shrink and
3 = Pressure
spring
slip-on
cable accessories
● Enables solder-free electrical
connection of metal cable components
(screen, armouring, metal sheath).
Scope of delivery
● Copper wire
● Pressure springs
● Pressure springs
Type
Copper Braid
35
0-2031
AUF5
RF5
0-3032
AUF56
RF6
35
Type
AUF 5
AUF 6
Type
Pressure
Copper
Type
springCopperbraid
Pressure
spring
braid
AUF 5
RF5
35
35
AUF 5AUF 6 RF5 RF6 35
AUF 6
RF6
35
12 kV
24 kV
36 kV
up to 240
up to 150
Up to 70
L
mm
1200
Pressure
Copper
300 - 400
185 - 300
95 - 300
spring
braid
7.2kV
RF5
RF6
35
35
300
400
1200
Q mm²
12kV
17.5kV
24kV
240
300 - 400
240
300 - 400
150
185 - 300
Q mm²
L
Art.-No.
mm
L
Art.-No.
mm
7.2kV
12kV
17.5kV
24kV
36kV
300
240
240
150
70
1200
195367
195368
300 400
240300 - 400 240300 - 400 150185 - 300 70 95 - 3001200 1200
195367
400
300 - 400
300 - 400
185 - 300
95 - 300
1200
195368
7.2kV
12kV
Q mm²
17.5kV
24kV
36kV
55
www.kabex.com.au • Ph: 02 9675 7616
Part No.
Q mm2
Pressure
Spring
Medium Voltage
Medium
Voltage | Insulation
Insulation
BootsBoots
Features
Cold applied medium voltage
Universal Insulation Boots for
right angle and straight bushing
application on switchgears and
transformers connection.
Characteristics
The Cold applied CUB – 2 is designed to insulate termination and bushing connection,
applicable for right angle and straight application, to improve phase to phase and phase
to ground insulation level due to limited space and also to prevent the terminations from
flashover. Made of high degree Silicone, Universal Boots type CUB – 2 are very flexible
and have permanently elastic property (no ageing). Permanent elasticity results in
permanent interface pressure and it follows all variations in the cable dimensions during
load cycling.
www.kabex.com.au • Ph: 02 9675 7616
Application
•
•
•
•
Voltage level : U0 / U(Um) 6 / 10(12)kV – 8.7 / 15 (17.5) kV
Cable size : 35 – 400 mm2
Bushing diameter : 46 – 70 mm (400/630A type)
BIL : 95 kV
Scope of delivery
•
•
•
•
•
3 pcs
2 pcs
1 pce
1 pair
1 pce
Universal Boots
Lubricant
Applicator
Plastic gloves
Working instruction
Universal Insulation Boot
56
Systems For Professionals
Straight-through joints
Catalogue Low Voltage 2012
M-Euroline
Cast resin straight-through joint
Cast resin straight-through joint
Dimensions
Universally suitable for the connection of
plastic-insulated cables and conductors
with PVC, PE, XLPE and EPR insulation
(e.g. N(A)YY, NYM, TT).
Application
• Indoor
• Outdoor
• Underground
• Water
• Installation ducts
Voltage level
• U0/U (Um) 0.6/1 (1.2) kV
Type
max.
L
D
H
Cable-Ø
mm mm mm
mm
Part No.
L
Scope of delivery
• Cap
• Hydrolysis resistance
PUR type EG cast-resin, containing the
correct volume ready for mixing.
Packed in practical and easy-to-use two
chamber bags
• Transparent plastic moulds
• Spacers
• PVC insulation tape
• Protective gloves
• Assembly instructions
Tests
• DIN VDE 0278 part 1 and 3
• DIN VDE 0278 part 393
• EN 50393 as well as CENELEC HD 623
(VDE 0278 part 623)
Storage conditions/Shelf life
• Cast resin up to 40 months
For energy cables and conductors
Polymeric cable
D
Concentric conductor
Armoured
Art.-No.
4x
Type
5x
3x
L
D
H
Cable Range OD
section per conductor
mm²
mmNominal
mm cross mm
mm
Particularly for the european market
124505
MZ0010
180
23
M 11
26
190 36
50
6
124169
M1125
190
36
M 12
34
260 47
63
16
M 13 S
43
310 55
68
25
124170
M1235
260
47
M 13
43
360 55
75
35
124172
M1350
360
55
M 14 S
48
350 70
95
50
124174
M1470
400
70
M 14
48
400 70
95
95
70
124175
M15
530
100
M 15
63
530 100 120
150
120
124176
M16
700
125
M 16
81
700 125 160
240
185
124308
M7
900
150
Particularly for the export market
M 11
26
190 36
50
10
6
M 12
34
260 47
63
25
16
M 13 S
43
310 55
68
35
25
M 13
43
360 55
75
50
35
M 14 S
48
350 70
95
70
50
M 14
48
400 70
95
95
70
M 15
63
530 100 120
150
120
M 16
81
700 125 160
240
185
M 17
90
900 150
300
Armour continuity kit for armoured cable available to order.
Other nominal cross sections available to order.
35
50
63
75
95
120
160
190
4x
10/10 6-20
25/25 7-26
35/3514-34
50/5021-43
70/7026-48
95/95
35-63
150/150
47-81
240/120
4
10
25
35
50
70
120
240
124169*
124170*
124171*
124172*
124173*
124174*
124175*
124176*
10/10
25/25
35/35
50/50
70/70
95/95
150/150
240/120
4
10
25
35
50
70
120
240
300
124209*
124210*
124211*
124212*
124213*
124214*
124215*
124216*
169406*
50-90
Optional accessory: Compression connectors/Connecting technology
UNIVERSAL CLEANER No.121/Accessories
*
www.cellpack.com
57
71
www.kabex.com.au • Ph: 02 9675 7616
Characteristics
• Compact dimensions
• Splice site visible before casting
• High-quality transparent shockproof
plastic moulds
• Ready for immediate operation
• Quick and easy assembly saves time
and reduces costs
• Large filler aperture to facilitate casting
• Resistant to chemical agents
• Resistant to alkaline earth elements
• UV-resistant
• Longitudinally and
transversely watertight
• High electrical insulating values
• High mechanical strength
H
Cast-resin technology
M-Euroline
Catalogue Low Voltage 2012
LOW VOLTAGE HEAT SHRINK JOINT KIT
| Heat-shrink Technology
TYPE SMH 4 – M (NON–ARMOURED)
LOWVOLTAGEHEAT‐SHRINKJOINTKIT
SMHA 4 – MA
(ARMOURED)
TYPESMH4–M(NON‐ARMOURED)
 Superiormechanicalandelectricalproperties
 ResistanttoUV,chemicalagents
 Widecrosssectionalrange.
 Siliconefree
 HalogenfreeHeat‐Shrinktube
 Moistureresistant
 Hightensilestrength
 Unlimitedshelf‐life
www.kabex.com.au • Ph: 02 9675 7616
SCOPEOFDELIVERY  Superiormechanicalandelectricalproperties
 ResistanttoUV,chemicalagents
 Widecrosssectionalrange.
 Siliconefree
 HalogenfreeHeat‐Shrinktube
 Moistureresistant
 Hightensilestrength
 Unlimitedshelf‐life
Systems For Professionals
C0014| 0612
Thekitsaredeliveredwiththefollowing:‐
TypeSMH4‐M(NON‐ARMOURED)/TypeSMHA4‐MA(ARMOURED)
 Heat‐ShrinkTubeswithAdhesive(tosuitconductorandcablesize)
 AbrasiveCloth
 CleaningTissue
 WorkingInstruction
KIT SELECTION AdditionalmaterialforTypeSMHA4‐MA(ARMOURED)
 CopperBraid
 AluminiumSleeveRing
 Clamps(Hoseclips)
 SealingTape
 SUSWireMesh
SELECTIONCHART
ART. NO.
0-1371
0-1374
0-1378
0-1376
0-1377
0-1388
Heat‐ShrinkStraight‐ThroughJointKitsTypeSMH4–Mfornon‐armouredXLPEcable.
Heat‐ShrinkStraight‐ThroughJointKitsTypeSMHA4–MAforarmouredXLPEcable.
APPLICATION
0-1375
C0014| 0612
| Heat-shrink Technology
Systems For Professionals
SMHA4–MA(ARMOURED)
0-1389
0-1390
0-1391
ART.
NO.
0‐1374
0‐1375
0‐1376
0‐1377
0‐1378
0‐1388
0‐1389
0‐1390
0‐1391
TYPE
TYPE
CORES
SMH 4 - M1
UP TO 4
SMH4‐
M1/M2
SMH
4
M1/M2
UP TO 4
SMH4‐ M3
SMH
4
M3
UP
TO 4
SMH4‐ M4
SMH 4 - M5
M4
UP TO 4
SMH4‐
SMH4‐
SMH 4 - M6
M5
UP TO 4
SMHA4‐
SMH 4 - MA7
M6
UP TO 4
SMHA4‐
MA8
SMHA 4 - MA7
UP TO 4
SMHA4‐
MA9/MA10 UP TO 4
SMHA 4 - MA8
SMHA4‐ MA10
SMHA 4 - MA9/MA10
UP TO 4
SMHA 4 - MA10
UP TO 4
CONDUCTOR
NON-ARMOURED
CONDUCTOR
CORES SIZE (mm²)
SIZE(mm2)
UPTO4
UPTO4
UPTO4
UPTO4
UPTO4
UPTO4
UPTO4
UPTO4
UPTO4
1.5 - 4
4
‐
‐
25 - 35
50 ‐
50 - 70
95 ‐
185 ‐
95 - 150
50 ‐
185 - 300
95 ‐
50 - 70
185 ‐
95 - 150
300
4 - 16
25
185 - 240
300
16
35
70
150
300
70
150
240
ARMOURED
ARMOURED
YES
YES
YES
YES
YES
YES
YES
YES
YES
YES
NO
NO
NO
NO
NO
YES
YES
YES
YES
YES
YES
YES
NO
NO
NO
YES
YES
YES
YES
SalesOffice
CELLPACKFAREASTPTELTD
128JooSengRoad#06‐01
58
Singapore368356
Tel
+6567477024
AUTHORISEDDISTRIBUTOR
Cast-resins
Cast-resins
Cast-resins
Catalogue Low
Low Voltage
Voltage 2012
2012
Catalogue
Catalogue
Voltage
Catalogue
Low Low
Voltage
20122012
EG
EGEG
EG
Two-component
PUR
cast
resin
Two-component
PUR
cast
resin
Two-component
PUR
cast
resin
Two
Cast-resin type EG is suitable for the following types of ca
-component PUR
cast resin
plastic-insulated
and paper-insulated cables rated up to 1
and signal plastic-insulated and paper-insulated cables. S
protection and water-sealing on medium voltage cables.
Content ml
Art.-No.
Art.-No.
Art.-No.
Art.-No.
134999
134999
134999
134999
124909
124909
124909
124909
124986
124986
124986
124986
124962
124962
124962
124962
124989
124989
124989
124989
124990
124990
124990
124990
124992
124992
124992
124992
124901
124901
124901
124901
124991
124991
124991
124991
132206
132206
132206
132206
124921
124921
124921
124921
124923
124923
124923
124923
124925
124925
124925
124925
124927
124927
124927
124927
124929
124929
124929
124929
124931
124931
124931
124931
124932
124932
124932
124932
124933
124933
124933
124933
124934
124934
124934
124934
www.cellpack.com
www.cellpack.com
www.cellpack.com9595
www.cellpack.com
95
59
80
143
286
370
464
730
1000
1150
1500
2000
www.kabex.com.au • Ph: 02 9675 7616
Characteristics
Characteristics
Characteristics
Characteristics
••Two-component
Two-component
PUR
cast
resin
•
resin
Two-component
PUR
cast
resin
• Two-component
PURPUR
castcast
resin
InInpractical
practical
and
easy-to-use
In
easy-to-use
practical
and
easy-to-use
• In•••practical
andand
easy-to-use
two-chamber
bags
two-chamber
bags
two-chamber
bags
two-chamber
bags
•
Favourable
flow
properties
•
Favourable
flow
properties
• Favourable
properties
• Favourable
flowflow
properties
High
hydrolytic
resistance
•••High
hydrolytic
resistance
High
hydrolytic
resistance
• High
hydrolytic
resistance
Resistant
totoalkaline
alkaline
earth
elements
•••Resistant
to
earth
elements
Resistant
alkaline
earth
elements
• Resistant
to alkaline
earth
elements
•
UV-resistant
•
UV-resistant
• UV-resistant
• UV-resistant
Halogen-free
•••Halogen-free
Halogen-free
• Halogen-free
•
Not
harmful
totothe
the
environment
• •Not
harmful
to
Not
harmful
theenvironment
environment
• Not
harmful
to the
environment
•
Flexibility
ensures
mechanical
•
Flexibility
ensures
mechanical
• Flexibility
ensures
mechanical
• Flexibility
ensures
mechanical
stress
absorption.
stress
absorption.
stress
absorption.
stress
absorption.
No
fracturing
under
electrical
stress
•••No
under
electrical
stress
Nofracturing
fracturing
under
electrical
stress
• No
fracturing
under
electrical
stress
•
Excellent
adherence
to
all
•
Excellent
adherence
to
all
• Excellent
adherence
• Excellent
adherence
to allto all
cable
materials
cable
materials
cable
materials
cable
materials
Part No.under mechanical stress
Content mll
No
fracturing
•••No
under
mechanical
stress
Nofracturing
fracturing
under
mechanical
stress
• No
fracturing
under
mechanical
stress
Type
•
Low
hardening
temperature
EG 80
80
•
Low
hardening
temperature
• Low
hardening
temperature
• Low
hardening
temperature
EG 143
143
Particularly for the european market
EG 394
394
80
143
286
370
464
EG
Type
Content
ml
Type
Content
730
Type
Content
ml
Type
Content
mlml
1000
Particularly
for
the
european
market
Particularly
european
market
Particularly
forthe
the
european
market
Particularly
forfor
the
european
market
1150
80
80
80
80
80 80
80 80
1500
143
143
143
143
143
143143
143
2000
286
286
286
286
286286
286286
Particularly
for
the
export
market
370
370
370
370
370370
370370
80
464
464
464
464
464
464
464
464
EG
EG
EG EG
143
730
730
730
730
730730
730730
286
1000
1000
1000
1000
1000
1000
1000
1000
464
1150
1150
1150
1150
1150
1150
1150
1150
EG
730
1500
1500
1500
1500
1500
1500
1500
1500
1000
2000
2000
2000
2000
2000
2000
2000
2000
1150
Particularly
for
the
export
market
Particularly
export
market
Particularly
forthe
the
export
market
Particularly
forfor
the
export
market
1500
80
80
80
80
80 80
80 80
2000
143
143
143
143
143 143
143 143
Other drum sizes/ tins available to order.
286
286
286
286
286286
286286
464
464
464
464
464 464
464 464
EG
730
730
EG 730730
730
730
EG EG
730730
1000
1000
1000
1000
10001000
10001000
1150
1150
1150
1150
1150
1150
1150
1150
1500
1500
1500
1500
1500
15001500
1500
2000
2000
2000
2000
2000
2000
2000
2000
Other
drum
sizes/
tins
available
totoorder.
order.
Other
drum
sizes/
to
Other
drum
sizes/
tinsavailable
available
order.
Other
drum
sizes/
tinstins
available
to order.
Cast-resin technology
Cast-resin
technology
Cast-resintechnology
technology
Cast-resin
Cast-resin
type
EG
isissuitable
suitable
for
the
following
types
ofofcables:
cables:
Low-voltage
Cast-resin
type
is
types
of
Low-voltage
Cast-resin
type
suitable
forthe
thefollowing
following
types
cables:
Low-voltage
Cast-resin
type
EG EG
isEG
suitable
for for
the
following
types
of cables:
Low-voltage
Characteristics
Shelf life
plastic-insulated
and
paper-insulated
cables
rated
up
to
1kV.
Telecommunications
plastic-insulated
and
paper-insulated
cables
rated
up
to
1kV.
Telecommunications
plastic-insulated
and
paper-insulated
cables
up1kV.
to 1kV.
Telecommunications • Shelf life: 40
plastic-insulated
andPUR
paper-insulated
ratedrated
up to
Telecommunications
• Two-component
cast
resin cables
and
signal
plastic-insulated
and
paper-insulated
cables.
Suitable
for
mechanical
and
signal
plastic-insulated
paper-insulated
cables.
Suitable
and
signal
plastic-insulated
and
paper-insulated
cables.
Suitable
formechanical
mechanical
and
signal
plastic-insulated
andand
paper-insulated
cables.
Suitable
for for
mechanical
• In
practical
and
easy-to-use
temperatur
protection
and
water-sealing
on
medium
voltage
cables.
protection
and
water-sealing
on
medium
voltage
cables.
protection
water-sealing
on medium
voltage
cables.
protection
and and
water-sealing
on medium
voltage
cables.
two-chamber
bags
Tests
• Favourable flow properties
• Governmen
• High hydrolytic resistance
testing Darm
• Resistant to alkaline earth elements
• KEMA, Neth
• UV-resistant
MAK value,
• Halogen-free
maximum v
Shelf
life
Shelf
life
Shelf
Shelf
life life
• Not harmful to the environment
allowed by
•
Shelf
life:
40
months
at
ambient
•
Shelf
life:
40
months
at
ambient
• Shelf
life:months
40 months
at ambient
• Shelf
life: 40
at ambient
• Flexibility ensures mechanical
temperatures
between
15°C
and
35°C
temperatures
between
15°C
35°C
temperatures
between
15°C
and
35°C
temperatures
between
15°C
andand
35°C
stress absorption.
Tests
Tests
Tests
Tests
• No fracturing under electrical stress
Governmental
institute
for
material
•••Governmental
institute
Governmental
institute
formaterial
material
• Governmental
institute
for for
material
• Excellent adherence to all
testing
Darmstadt:
DIN
VDE
0291
testing
Darmstadt:
VDE
0291
testing
Darmstadt:
DIN
VDE
0291
testing
Darmstadt:
DINDIN
VDE
0291
cable materials
•
KEMA,
Netherland:
report
on
the
•
KEMA,
Netherland:
report
on
• KEMA,
Netherland:
report
onthe
the
• KEMA,
Netherland:
report
on the
• No fracturing under mechanical stress
MAK
value,
which
lies
well
below
the
MAK
value,
which
below
MAK
value,
which
lieswell
well
below
the
MAK
value,
which
lieslies
well
below
thethe
• Low hardening temperature
maximum
value
ofof0.001
0.001
ppm,
maximum
value
of
ppm,
maximum
value
0.001
ppm,
maximum
value
of 0.001
ppm,
allowed
by
law
allowed
allowed
bylaw
law
allowed
by by
law
80
143
286
464
730
1000
1150
1500
2000
Flame Retardant Heatshrink Tube
Flame retardant heat shrinkable tube, using
specially designed formulation of high polymers,
through cross-link by electronic accelerator and
continuous expansion.
Part No. (1.2mt
Length)
Part No. (Rolls)
ID
Wall Thickness
As supplied
(mm)
After heating
(mm)
After heating
(mm)
Standard Length
(mt)
Roll Length
200
HS1.5*
HS1.5*-R
2.0
0.85
0.32
1.2
HS2.5*
HS2.5*-R
3.0
1.30
0.38
1.2
200
HS3*-R
3.5
1.50
0.40
1.2
200
100
HS3*
HS5*
HS5*-R
5.5
2.50
0.55
1.2
HS7*
HS7*-R
7.5
3.50
0.55
1.2
100
HS10*
HS10*-R
10.5
5.00
0.60
1.2
100
HS13*
HS13*-R
13.5
6.50
0.65
1.2
100
HS20*
HS20*-R
21.0
10.00
0.80
1.2
100
HS25*
HS25*-R
26.0
12.50
0.90
1.2
50
HS38*
HS38*-R
39.0
19.00
1.00
1.2
50
HS50*
HS50*-R
50.0
25.00
1.00
1.2
25
HS75*
HS75*-R
75.0
37.50
1.30
1.2
25
HS100*
HS100*-R
100.0
50.00
1.46
1.2
25
HS120*
HS120*-R
120.0
60.00
1.56
1.2
15
www.kabex.com.au • Ph: 02 9675 7616
*Denotes colour:
BK - Black, BL - Blue, CL - Clear, GN - Green, OR - Orange, RD - Red, WH - White, Y/G - Earth, YE - Yellow
60
Heat-shrink
Heat-shrink
tubes tubes
Catalogue
Catalogue
Low Voltage
Low2012
Voltage 2012
Heat-shrink technology
Glue Lined Heatshrink
SR2, SR2,
SRH2SRH2
halogen-free, shrinkage ratio 3:1, with or
Medium
Medium
wall wall
heatheat
shrink
shrink
tubing
tubing
without
hot melting
melting
adhesive
halogen-free,
halogen-free,
shrinkage
shrinkage
ratio 3:1,
ratiowith
3:1,or
with
without
or without
hot
hot melting
adhesive
adhesive
Characteristics
Characteristics
Application
Application
• Medium-walled
• Medium-walled
• Insulating
• Insulating
• Easy to• mark
Easy to mark
• Protection
• Protection
against moisture
against moisture
• Resistant
• Resistant
to chemical
to chemical
agents agents
and pressure
and pressure
• UV-resistant
• UV-resistant
• Suitable
• Suitable
for heat-shrink
for heat-shrink
joints joints
• Free from
• Free
paint-wetting
from paint-wetting
inhibiting
inhibiting and terminations
and terminations
substances
substances
• Halogen-free
• Halogen-free
• Non-corrosive
• Non-corrosive
• Infusible
• Infusible
• Superior
• Superior
electricalelectrical
properties
properties
• High tensile
• Highstrength
tensile strength
• Resistant
• Resistant
to cold flow
to cold flow
(thermally
(thermally
stable) stable)
Material
Material
• Cross-linked
• Cross-linked
polyolefin
polyolefin
• Free of• lead
Free and
of lead
cadmium
and cadmium
Tests Tests
• Corresponds
• Corresponds
to DIN IEC
to DIN
15C/590/CD
IEC 15C/590/CD
Wall
thickness
Wall
thickness
Wall thickness
Packaging
unit
Packaging
Packaging
unit unit
recovered
recovered
recovered
Art.-No.
Art.-No.
(piece)
x
m
(piece)
(piece)
x
m
xm
Before Before
shrinkage
shrinkage
After shrinkage
After
shrinkage mm
Before
shrinkage
After shrinkage
mm mm
SMDW12/13TK
12-3
12
3
2.2
10 X 1
without
without
adhesive,
adhesive,
1m pieces
1m |pieces
Colours:
| Colours:
black black
SMDW22/6TK
22-6 12
6 3
2.6
10 Xx11 10 x 1127391127391
12-3
12-3
12 22
3
2.2
2.2
10
SMDW27/9TK
27-9 22
9 6
2.6
10 Xx11 10 x 1127394127394
22-6
22-6
22 27
6
2.6
2.6
10
34-7
34-7
34 34
7
2.6
2.6
10
SMDW34/9TK
34-9 34
9 7
2.6
10 Xx11 10 x 1127397127397
40-12
40-12
40 40
12
2.6
2.6
10
SMDW40/12TK
40-12 40
1212
2.6
10 Xx11 10 x 1127400127400
56-16
56-16
56 56
16
2.7
2.7
10
SMDW56/16TK
56-16 56
1616
2.7
10 Xx11 10 x 1127403127403
SR2
SR2
63-19
63-19
63
63
19
19
2.8
2.8
1 Xx11 1 x 1143818143818
SMDW63/19TK
63-19
63
19
2.8
1
75-22
75-22
75
75
22
22
3.0
3.0
1 x 1 1 x 1127406127406
SMDW75/22TK
75-22
75
22
3.0
1X1
95-26
95-26
95
95
26
26
3.2
3.2
1 x 1 1 x 1127407127407
SMDW92/26TK
92-26
92
26
3.2
1X1
120-34 120-34
120
120
34
34
3.3
3.3
1 x 1 1 x 1127408127408
SMDW120/35TK
120-35
120
35
3.3
1X1
140-42 140-42
140
140
42
42
3.5
3.5
1 x 1 1 x 1143806143806
SMDW140/42TK
140-42
140
42
3.5
1X1
160-50 160-50
160
160
50
50
3.5
3.5
1 x 1 1 x 1143811143811
SMDW160/50TK
160-50
160
50
3.5
1X1
without
without
adhesive,
adhesive,
coils | Colours:
coils | Colours:
black black
12-3 12-3
12
12
3
3
2.2
2.2 1 x 30 (Roll)
1 x 30 (Roll)
143759143759
22-6 22-6
22
22
6
6
2.6
2.6 1 x 30 (Roll)
1 x 30 (Roll)
143764143764
SR2
SR2
34-7 34-7
34
34
7
7
2.6
2.6 1 x 30 (Roll)
1 x 30 (Roll)
143766143766
40-12 40-12
40
40
12
12
2.6
2.6 1 x 30 (Roll)
1 x 30 (Roll)
143770143770
56-16 56-16
56
56
16
16
2.7
2.7 1 x 30 (Roll)
1 x 30 (Roll)
143803143803
without
without
adhesive,
adhesive,
coils, yellow-green
coils, yellow-green
| Colours:
| Colours:
green-yellow
green-yellow
12-4 / 5m
12-4 / 5m
12
12
4
4
1.5
1.5
1 x 5 (Roll)
1 x 5 (Roll)
127383127383
12-4 / 25m
12-4 / 25m
12
12
4
4
1.5
1.5 1 x 25 (Roll)
1 x 25 (Roll)
127384127384
SR2
SR2
27-9 / 5m
27-9 / 5m
27
27
9
9
1.5
1.5
1 x 5 (Roll)
1 x 5 (Roll)
127386127386
27-9 / 25m
27-9 / 25m
27
27
9
9
1.5
1.5 1 x 25 (Roll)
1 x 25 (Roll)
127387127387
Part No.
Type
Type
Internal-Ø
mm
Internal-Ø
Internal-Ø
mm
mm
61
www.kabex.com.au • Ph: 02 9675 7616
Type
Cable Termination Accessories
Heatshrink End Caps
Heat Shrink Cable End Caps are used to seal the ends of all
types of Cables & protect from ingress of water/moisture.
The caps are manufactured from high quality cross linked
polyolefin material.
Compatible with most commonly used Cable Jackets i.e.
XLPE, PVC, PILC or Rubber Sheathed Cable.
Hot Melt adhesive lining provides seal on irregular cable
sheaths.
Excellent resistance to weathering, moisture, contamination
and adverse environmental conditions.
Meets IP 68 (ingress Protection)
www.kabex.com.au
• Ph:
9675
7616
www.kabex.com.au
• Ph:
0202
9675
7616
Part No
2
62
Ds (Min.)
Df (Max.)
LS (Min.)
Tf (±10%)
SRE1
12
4
40
2.3
Cable Range
4-8
SRE2
20
7.5
55
2.3
8 - 16
SRE3
40
15
90
3.3
16 - 35
SRE4
55
25
125
3.8
25 - 47
SRE5
100
45
160
4
45 - 90
SRE6
130
60
160
4.6
64 - 120
SRE7
154
60
165
4.6
70 - 145
Heatshrink Breakout Boots
Low Voltage Breakout - Insulcore Low Voltage
Insulcore Low Voltage Cable Breakouts provide a
strong and permanent environmental seal to the
crutch of 2, 3, 4, 5 and 6 core PVC, XLPE Rubber
and PILC cables upto 1.1 KV rated voltage.
The Breakouts are manufactured from high
quality cross linked polyolefin material that offers
an exceptional insulation and long term service
reliability.
The Breakouts are internally coated with hot melt
adhesive. These breakouts when installed in position
provide 100% water/moisture proofness to the
system.
Customised dimensions of Breakouts available on
request.
Technical Qualification Report : QR 1012
Meets IP 68 (Ingress Protection)
All dimensions are in mm
No. of Core
Ds
d
L
I
Tb
Tc
Ds
Df
ds
df
Ls
Lf
ls
lf
min
max
min
max
min
max
min
max
f±10%
f±10%
KEV2/1
2
42
11
14
4
65
85
14
20
2.2
2.0
KEV2/3
2
60
20
24
7
95
120
25
34
3.0
2.5
KEV3/1
3
30
9
12
3
75
90
14
20
2.2
2
KEV320
3
37
14
15
4
80
100
15
21
2.2
2.0
KEV330
3
53
20
25
8
160
188
55
62
3.7
2.8
KEV335
3
80
30
36
13
185
215
60
75
3.9
3.1
KEV340
3
110
45
55
20
200
235
70
88
4.3
3.0
KEV410
4
40
12
14
3
80
100
15
25
2.4
1.7
KEV420
4
41
16
14
4
80
100
15
23
2.4
1.7
KEV430
4
50
17
17
4
75
95
15
23
2.4
1.7
KEV440
4
58
26
21
7
140
170
32
48
3.5
2.5
KEV450
4
90
44
35
13
170
210
40
52
3.7
2.6
KEV460
4
125
44
40
14
175
208
40
51
3.7
2.6
D,d : Internal Diameter ; s : as supplied ; f : after free recovery ; Tb,Tc : Thickness of body & core
63
www.kabex.com.au • Ph: 02 9675 7616
Code
Tapes
Catalogue
Catalogue
Medium
Low Voltage 2010
2008
conductive tape
No. 61
Conductive tape
highly elastic, self-amalgamating
Characteristics
● Printed "„CAUTION-CONDUCTING
TAPE“" to eliminate danger of confusion
● Fuses to form a homogeneous,
cavity-free compound within a short
space of time.
● Durable
● Ozone-resistant
● No electrolytic corrosion
● Self-fusing
● Highly flexible
● Superior physical properties
Type
Thickness
mm
9 - 3003
No. 61
0.75
Technical Data
Elongation at break
No.
61strength at break
Tensile
Accessories
Application
● Repairing of semi-conducting layer in
medium voltage cables
● Electrical field smoothing
● For smoothing rough surfaces of
connectors and cable lugs
Part No.
Type
www.kabex.com.au • Ph: 02 9675 7616
Highly elastic
Volume resistivity
Temperature range
Colour
● black
Material
● EPR-Base
Width
mm
Length
m
19
D
mm
B
mm
0.75
0.76
19
19
4.5
Value
L
m
Art.-No.
9.1
4.6
125590
125604
900 %
3.0N/mm²
10¹² Ω x cm
-40 °C to +110 °C
Technical Data
Value
Elongation at break
900 %
Tensile strength at break
Volume resistivity
Temperature range
110
64
www.cellpack.com
3.0 N/mm²
10 12 Ω x cm
-40 °C to +110 °C
Electricaltapes
self-amalgamating,pliable
Characteristics
●Easyapplication
●Fusestoformahomogeneous,
cavity-freecompoundwithinashort
spaceoftime.
●Fullyremovable
●Durable
●Ozone-resistant
●Noelectrolyticcorrosion
●Nontacky
●Extremelyductile
●Superiorelectricalproperties
●Excellentadherencetoawiderangeof
substances
●Superiorphysicalproperties
●Weatherproof
Insulating, pliable
Application
●Sealingofcastingmoulds
●Paddingofcableinsulation
●Conductorinsulationfor
plastic-insulatedcablesupto69kV
●Repairingandconnectionofvarious
insulatingandcablematerialse.g.PE,
XLPE,EPR,PVC,butyl,neoprene
Part No.
Type
Thickness
mm
9 - 3001
No. 62
0.75
9 - 3011
No. 62
Type
Lenght
m
No.60
Technical Data
Tapes
self-amalgamating tape
min. Elongation at break
No.62
Tensile strength at break
Dielectric constant
Dissipation factor (50Hz)
10
5
5
10
10
0.75
Material
●EPR-Base
Colour(s)
●black
Width
mm
Length
m
19
Width
mm
19
19
38
19
38
4.5
19
Thickness
mm
0.5
0.75
0.75
0.75
0.75
Value
900 %
3 N/mm²
2.8
42 kV/mm
Volume resistivity
1 x 10¹³ Ω / m
Water absorption
0.05 %
min.Elongationatbreak
Tensilestrengthatbreak
Temperature range
Dielectricconstant
Min.
Max.
Dissipationfactor(50Hz)
Dielectricstrength
Volumeresistivity
Value
3N/mm²
40 °C
100 °C
2.8
0.0050
42kV/mm
1x1013 Ω / m
0.05%
Temperaturerange
Min.
Max.
40°C
100°C
www.cellpack.com
125533
125605
125584
145908
125589
900%
Waterabsorption
158
Art.-No.
0.0050
Dielectric strength
Technicaldata
9.1
65
www.kabex.com.au • Ph: 02 9675 7616
No.60,No.62
High-voltageinsulationtape
CatalogueLowVoltage2009
CatalogueLowVoltage2008
Electricaltapes
CatalogueLowVoltage2009
CatalogueLowVoltage2008
premio 1130
Fiberglass tape 130°c
Premio1130
Fiberglasstape130°C
Selfadhesivefibreglassreinforcement,
temperature-resistantupto130°C,
coatedwithwarm-hardeningsilicone
adhesive.
Characteristics
●Easytomark
●Extremetearresistance
●Superiorthermalstability
●Stablecore
Application
●Insulationofhighlyexothermic
electricalcomponents
●Protectionofcablesduringweldingand
soldering
●Protectionwrappingagainst
radiantheat
Part No.
Type
Thickness
mm
223585
Premio 1130
0.18
Width
mm
Type
Dielectric strength
Premio1130
8%
Lenght
m
3.8 N-cm
Width
1.5
x 10³ MΩ
mm
Thickness
mm
Art.-No.
33
33
12.7
12kV/mm
0.18
0.18
223585
223583
19
130 °C
Tapes
www.kabex.com.au • Ph: 02 9675 7616
max. Long-term heat resistance
33
Value
min. Elongation at break
Insulation resistance
Length
m
12
Technical Data
Adhesive strength
Material
●Fibreglassreinforcement
Colour(s)
●white
Technicaldata
min.Elongationatbreak
Adhesivestrength
Value
8%
3.8N-cm
Insulationresistance
1.5x103 MΩ
Dielectricstrength
12.7kV/mm
max.Long-termheatresistance
66
150
www.cellpack.com
130°C
Electricaltapes
CatalogueLowVoltage2009
CatalogueLowVoltage2008
sealing tape
No.64
Sealingtape
Characteristics
●Suitableforconnectionsusingacrylic
andepoxyresincompounds
●Corrosion-resistant
●Ozone-resistant
●Self-fusing
●Permanentlyflexible
●Superiordielectricproperties
●Excellentadherencetometal,
glass,rubberandplastic
●Superiorphysicalproperties
●Syntheticrubberadhesive
Application
●Sealingofcableandconductor
interstices
●Repairingofdamagedcablesheaths
●Water-resistantsealingofcable
entrypoints
●Dustprotection
●Moistureprotection
●Corrosionprotection
Part No.
Type
Thickness
mm
125591
No. 64
3.2
Material
●Butyl-/rubberbased
Colour(s)
●black
Width
mm
Length
m
38
1.5
Technical Data
Value
Dielectric constant
3.1
Dielectric strength
Lenght
m
Width
mm
16 kV/mm
Thickness
mm
Art.-No.
No.64resistivity
Volume
1.5
38
1 x 10¹² Ω/ m
3.2
125591
Water absorption
Technicaldata
Dielectricconstant
Dissipationfactor(50Hz)
Dielectricstrength
Volumeresistivity
Waterabsorption
0.0250
0.1 %
Value
3.1
0.0250
16kV/mm
1x1012 Ω / m
0.1%
www.cellpack.com
67
www.kabex.com.au • Ph: 02 9675 7616
Dissipation factor (50Hz)
Type
157
Electricaltapes
CatalogueLowVoltage2009
CatalogueLowVoltage2008
copper braid tape
No.63
Copperbraidtape
Tinned
tinned
Characteristics
●Wrinkle-freeapplicationtoallcontours
●Highflexibility
●Break-proof
Part No.
Type
Thickness
mm
9 - 3006
No. 63
0.5
Tapes
www.kabex.com.au • Ph: 02 9675 7616
Type
No.63
25mmx5m
25mmx9.1m
60mmx5m
60mmx10m
68
160
Application
●Earthingcontinuityandearthcontactor
●Electrostaticshieldingcontinuity
●Semi-conductingcontinuityfor
connectors
●Voltagegradingcontinuity
www.cellpack.com
Width
mm
25
Material
●Braidedtinnedcopperwires
Colour(s)
●silver
Length
m
4.5
Lenght
m
Width
mm
Thickness
mm
Art.-No.
5
9.1
5
10
25
25
60
60
0.5
0.5
0.5
0.5
126313
126303
126315
126316
Miscellaneous
Constant Force Springs
RF
Pressure spring
Material
Characteristics
• Special
stainless steel
• Corrosion-resistant
Colour
• Fatigue-proof
• brass
• Guarantees consistent radial
contact stress
Material
• Special stainless steel
Colour
• brass
Cable-Ø
mm
6 – 10
9 – 14
13 – 22
17 – 28
24 – 37
33 – 49
44 – 70
xternal-Ø
55 – 92
mm
5.7
ent-carrying
parts.
8.5
13
17.5
21.5
29
37.8
51.3
Characteristics
• Corrosion-resistant
• Fatigue-proof
• Guarantees consistent radial
contact stress
Part Number
Width
mm
16
16
16
16
16
16
20
20
Application
• Enables solder-free electrical
connection of metal cable components
(screen, armouring, metal sheath) and
earthing materials (copper grounding
wire, cooper mesh sleeve)
• For cast resin, heat-shrink and
slip-on cable accessories
Cable-Ø
mm
External-Ø
mm
Width
mm
RF 0
6 – 10
5.7
16
RF 0.5
9 – 14
8.5
16
RF 1
13 – 22
13
16
RF 2
17 – 28
17.5
16
RF 3
24 – 37
21.5
External-Ø
Width
Type
RF 4
33 – 49
mm
mm29
5.7
1637.8
RF 5
44 – 70 RF 0
8.5
1651.3
RF 6
55 – 92 RF 0.5
13
RF 1
16
17.5
RF 2
16
21.5
RF 3
16
29
RF 4
16
37.8
RF 5
20
51.3 Art.-No.
RF 6
20
126293
126294
126295
126296
126297
126298
126299
126300
Cable-Ø
mm
126293
6 – 10
20
126294
9 – 14
20
126295
13 – 22
126296
17 – 28
126297
24 – 37
126298
33 – 49
Type 44 – 70
126299
126300
RF 0 55 – 92
External-Ø
mm
5.7
8.5
13
17.5
21.5
29
Cable-Ø
37.8
mm
51.3
6
– 10
RF 0.5
RF 1
RF 2
RF 3
RF 4
RF 5
RF 6
9 – 14
13 – 22
17 – 28
24 – 37
33 – 49
44 – 70
55 – 92
16
Art.-No.
16
Pressure springs are no current-carrying parts.
Pressure springs are no current-carrying parts.
200
www.cellpack.com
200
M
•
C
•
Application
• Enables solderconnection of m
(screen, armou
earthing mater
wire, cooper m
• For cast resin, h
slip-on cable ac
www.cellpack.com
69
www.kabex.com.au • Ph: 02 9675 7616
Application
• Enables solder-free electrical
connection of metal cable components
(screen, armouring, metal sheath) and
earthing materials (copper grounding
wire, cooper mesh sleeve)
• For cast resin, heat-shrink and
slip-on cable accessories
Accessories
ical
e components
al sheath) and
er grounding
e)
k and
Catalogue Low Voltage 2012
Accessories
al
Catalogue Low Voltage 2012
Earth Tag
Metric Part No.
Description
OSET-101/M16
M16 Earth Tag
OSET-102/M20
M20 Earth Tag
OSET-103/M25
M25 Earth Tag
OSET-104/M32
M32 Earth Tag
OSET-105/M40
M40 Earth Tag
OSET-106/M50
M50 Earth Tag
OSET-107/M63
M63 Earth Tag
OSET-108/M75
M75 Earth Tag
OSET-109/M90
M90 Earth Tag
For Stainless Steel add /SS to part number
Metal Lock Nut
Metric Part No.
Description
OSLN-M16
M16 Metal Lock Nut
OSLN-M20
M20 Metal Lock Nut
OSLN-M25
M25 Metal Lock Nut
OSLN-M32
M32 Metal Lock Nut
OSLN-M40
M40 Metal Lock Nut
OSLN-M50
M50 Metal Lock Nut
OSLN-M63
M63 Metal Lock Nut
OSLN-M75
M75 Metal Lock Nut
OSLN-M90
M90 Metal Lock Nut
www.kabex.com.au • Ph: 02 9675 7616
For Stainless Steel add /SS to part number
Serrated Teeth Washer
Description
OSTW-M16
M16 Stainless Steel Serrated Washer
OSTW-M20
M20 Stainless Steel Serrated Washer
OSTW-M25
M25 Stainless Steel Serrated Washer
OSTW-M32
M32 Stainless Steel Serrated Washer
OSTW-M40
M40 Stainless Steel Serrated Washer
OSTW-M50
M50 Stainless Steel Serrated Washer
OSTW-M63
M63 Stainless Steel Serrated Washer
OSTW-M75
M75 Stainless Steel Serrated Washer
OSTW-M90
M90 Stainless Steel Serrated Washer
Teflon Sealing Washer
Description
OSSR-M16
M16 Sealing Washer
OSSR-M20
M20 Sealing Washer
OSSR-M25
M25 Sealing Washer
OSSR-M32
M32 Sealing Washer
OSSR-M40
M40 Sealing Washer
OSSR-M50
M50 Sealing Washer
OSSR-M63
M63 Sealing Washer
OSSR-M75
M75 Sealing Washer
OSSR-M90
M90 Sealing Washer
70
Cable Termination Accessories
IP68 NYLON CABLE GLAND
UL Approved Nylon 66, 94V-2
IP68 Rating
Halogen Free
ROHS Compliant
Part Number
Thread
Cable OD: (mm)
Std Pack
MG12
M12
3 - 6.5
50
MG16
M16
5 - 10
50
MG20
M20
10 - 14
30
MG25
M25
13 - 18
16
MG32
M32
18 - 25
12
MG40
M40
22 - 32
6
MG50
M50
30 - 38
3
MG63
M63
34 - 44
2
For braided EMC cable
Part number
Thread
Cable OD (mm)
G16EMC
M16
5-9
G20EMC
M20
8 - 13
G25EMC
M25
11 - 17
G32EMC
M32
15 - 21
G40EMC
M40
19 - 28
G50EMC
M50
26 - 35
G63EMC
M63
32 - 42
EMC Lockunt
Thread
LN16EMC
M16
LN20EMC
M20
LN25EMC
M25
LN32EMC
M32
LN40EMC
M40
LN50EMC
M50
LN63EMC
M63
Cable Gland for Flat Cables
Part number
Thread
Cable Width in mm
Cable Thick. in mm
FG32
M32
Min. 14/27 Max.
Min. 4/11.5 Max.
FG40
M40
Min. 24/34 Max.
Min. 4/11.5 Max.
FG50
M50
Min. 29/44 Max.
Min. 5/12.0 Max.
FG63
M63
Min. 34/50 Max.
Min. 5/12.0 Max.
71
www.kabex.com.au • Ph: 02 9675 7616
Part number
Metal Non Armoured Cable Gland
OSNJ Type
APPLICATION
Outdoor & Indoor. Industrial cable gland for use with non armoured cables.
Protection: IP67
Regulation:
According to BS, IEC
Material:
Brass with Nickle Plated
For Stainless Steel add /SS to part number
Part No.
www.kabex.com.au • Ph: 02 9675 7616
OSNJ-16AM16
Entry Thread Size
Cable Outer
Diameter
Thread Length
Entry Hole
Size
Hexagon
Dimensions 'H'
Shroud Size
M16
3 - 7.5
15
17
H24 X 26
OSSH-16(B)
OSSH-16(B)
OSNJ-16BM16
M16
6.1 - 10
15
17
H24 X 26
OSNJ-16AM20
M20
3 - 7.5
15
17
H24 X 26
OSSH-16(B)
OSNJ-16BM20
M20
6.1 - 10
15
17
H24 X 26
OSSH-16(B)
OSNJ-20AM20
M20
10.1 - 13
15
21
H27 X 29
OSSH-20(B)
OSNJ-20BM20
M20
13.1 - 15
15
21
H27 X 29
OSSH-20(B)
OSNJ-25A
M25
14 - 17.5
15
26
H32 X 34
OSSH-25(B)
OSNJ-25B
M25
16.1 - 19.5
15
26
H32 X 34
OSSH-25(B)
OSNJ-32A
M32
18.1 - 22
15
33
H39 X 41.5
OSSH-32(B)
OSNJ-32B
M32
21 - 26
15
33
H39 X 41.5
OSSH-32(B)
OSNJ-40A
M40
24 - 28
15
41
H48 X 51
OSSH-40(B)
OSNJ-40B
M40
27 - 32
15
41
H48 X 51
OSSH-40(B)
OSNJ-50A
M50
32.1 - 34
15
51
H58 X 62
OSSH-50(B)
OSNJ-50B
M50
34.1 - 40
15
51
H58 X 62
OSSH-50(B)
OSNJ-63A
M63
38 - 44
15
64
H73 X 78
OSSH-63(B)
OSNJ-63B
M63
43 - 50
15
64
H73 X 78
OSSH-63(B)
OSNJ-63C
M63
49 - 54
15
64
H73 X 78
OSSH-63(B)
OSNJ-75A
M75
52 - 56
20
76
H85 X 90
OSSH-75(B)
OSNJ-75B
M75
55 - 60
20
76
H85 X 90
OSSH-75(B)
OSNJ-75C
M75
59 - 62
20
76
H85 X 90
OSSH-75(B)
OSNJ-75D
M75
62.1 - 66
20
76
H85 X 90
OSSH-75(B)
OSNJ-90A
M90
63 - 70
20
91
H103 X 113
OSSH-90(B)
OSNJ-90B
M90
68 - 76
20
91
H103 X 113
OSSH-90(B)
OSNJ-100A
M100
76.1 - 81
20
101
H112 X 120
OSSH-100(B)
OSNJ-100B
M100
81.1 - 85
20
101
H112 X 120
OSSH-100(B)
NPT threads available upon request
72
Armoured Cable Gland
OSNJ-CW Type
APPLICATION
Outdoor & Indoor.
For use with steel wire armoured cable.
Single compression for outer jacket of cable.
Regulation:
According to BS, IEC
Protection: IP66
Part No.
Entry Thread
Size
Cable Outer
Diameter
Thread
Length
Entry Hole
Size
Armour Range
Hexagon
Dimensions
'H'
H25 X 27
OSNJ-CW-16AM16
M16
8 - 13
15
17
0.9/1.25
OSNJ-CW-16BM16
M16
12 - 15.1
15
17
0.9/1.25
H25 X 27
OSNJ-CW-16AM20
M20
8 - 13
15
17
0.9/1.25
H25 X 27
OSNJ-CW-16BM20
M20
12 - 15.1
15
17
0.9/1.25
H25 X 27
OSNJ-CW-20AM20
M20
13 - 17.6
15
21
0.9/1.25
H31 X 33
OSNJ-CW-20BM20
M20
16 - 19.6
15
21
0.9/1.25
H31 X 33
OSNJ-CW-25A
M25
17.5 - 22
15
26
1.25/1.6
H36 X 39
OSNJ-CW-25B
M25
21 - 26
15
26
1.25/1.6
H36 X 39
OSNJ-CW-32A
M32
22 - 28
15
33
1.6/2.0
H45 X 49
OSNJ-CW-32B
M32
27 - 32
15
33
1.6/2.0
H45 X 49
OSNJ-CW-40A
M40
30 - 35
15
41
1.6/2.0
H55 X 59
OSNJ-CW-40B
M40
35.1 - 40
15
41
1.6/2.0
H55 X 59
OSNJ-CW-50A
M50
38 - 45
15
51
1.8/2.5
H68 X 73
OSNJ-CW-50B
M50
43 - 50
15
51
1.8/2.5
H68 X 73
OSNJ-CW-63A
M63
48 - 53
15
64
1.8/2.5
H82 X 88
OSNJ-CW-63B
M63
51 - 56
15
64
1.8/2.5
H82 X 88
OSNJ-CW-63C
M63
55 - 60
15
64
1.8/2.5
H82 X 88
OSNJ-CW-75A
M75
56 - 62
15
76
1.8/2.5
H98 X106
OSNJ-CW-75B
M75
62.1 - 66
15
76
1.8/2.5
H98 X106
OSNJ-CW-75C
M75
66.1 - 70
15
76
1.8/2.5
H98 X106
OSNJ-CW-75D
M75
68 - 75
15
76
1.8/2.5
H98 X106
OSNJ-CW-90A
M90
74 - 83
20
91
1.8/3.0
H110 X 120
OSNJ-CW-90B
M90
82 - 90
20
91
1.8/3.0
H110 X 120
OSNJ-CW-100A
M100
89 - 94
20
101
1.8/3.0
H120 X 130
OSNJ-CW-100B
M100
93 - 98
20
101
1.8/3.0
H120 X 130
NPT threads available upon request
73
www.kabex.com.au • Ph: 02 9675 7616
Material:
Brass with Nickle plated
For Stainless Steel add /SS to part number
Metal PG Thread Cable Gland
OSPG Type
DIN Standard
APPLICATION
Cable Glands according to
DIN Standard
Material:
Brass with Nickle Plated
Part No.
OSPG-9
OSPG-11
www.kabex.com.au • Ph: 02 9675 7616
OSPG-13.5
Entry Thread
Size
Cable Outer
Diameter
Thread Length
Metric
Hexagon
Dimensions 'H'
PG
Length 'L'
PG9
.7 - 8.
15
7
H19 X 22
20
PG11
.9 - 11.
15
7
H23 X 27
21
22
PG13.5
.9 - 11.
15
7
H24 X 28
OSPG-16
PG16
.12 - 14.
15
7
H26 X 30
24
OSPG-21
PG21
15 - 17
15
8
H31 X 35
25
OSPG-29
PG29
19 - 23
15
8
H42 X 46
26
OSPG-36
PG36
25 - 31
15
9
H52 X 58
30
OSPG-42
PG42
33 - 37
15
10
H60 X 65
36
OSPG-48
PG48
39 - 43
20
10
H66 X 71
37
74
GRP Junction Boxes
OSGP Type
APPLICATION
The OSGP GRP junction boxes have proven their use in many sectors of industry.
The OSGP GRP enclosure comprise 5 sizes of
enclosure manufactured in Glass Fibre Reinforced Polyester (GRP). This material is
highly resistant to contamination from
oils, fats, aliphatic and also is suitable for LSOH (low smoke zero halogen)
applications.
Polyester gives excellent mechanical strength and life expectancy.
The OSGP enclosures are suitable for use with in hazardous areas and can be
supplied certificates, such as ATEX and IECEx
Technical Information / Specifications
Material : Glass Fibre Reinforced Polyester (GRP)
Area Classification : Zone 1 and Zone 2
Ingress Protection : IP66, IP67 -EN/IEC 60529
Wide Operating Temperature : 70°+130°
Certificate : ATEX Eex e , IECEx e
Impact Resistance : 7Nm (EN50014)
Color : RAL9005 Black
Toxicity : Low Smoke Halogen-Free
V-0 Self Extinguishing, UL94
Gasket : Silicon rubber
Mounting : Integral 4.5mm clearance holes
moulded into the body
Earthing : Optional M6 internal/external earth stud,
brass or stainless steel
Surface Insulation Resistance : 106 Ohm ≤black≤109 Ohm,
CertificatioN:
IECEx. ATEX
Type Designation:
The COMPLETE MODEL No is as follows :
OSGP1 4
M
O T
1
1
2
3
4
5
6
Model Type
W
H
D
Weight
empty(g)
OSGP1
122
120
90
750g
OSGP2
220
120
90
1060g
OSGP3
160
160
90
1060g
OSGP4
260
160
90
1170g
OSGP5
360
160
90
2150g
No.
DESCRIPTION
SYMBOL
BASIC MODE
OSGP1
122*120*90(mm)
OSGP2
220*120*90(mm)
1
TB SIZE(SQ)
2
OSGP1
OSGP2
OSGP3
OSGP4
OSGP5
WDU2.5
1*12
1*30
1*20
1*36
1*52
WDU4
1*11
1*28
1*18
1*33
1*48
WDU6
1*11
1*22
1*13
1*27
1*40
(** Terminal block is WDU series or equivalent products.)
OSGB1
OSGB2
OSGB3
3
M20/
NPT1/2"
M25/
NPT3/4"
M32/
NPT1"
4
2
1
L+R
2
1
1
T+B
6
5
3
L+R
2
1
1
T+B
8
3
2
L+R
6
2
1
T+B
14
6
4
L+R
6
2
1
T+B
20
9
6
2
1
6
360*160*90(mm)
2.5
2.5SQ
04
4SQ
06
6SQ
10
10SQ
16
16SQ
35
35SQ
METRIC
M
ENTRY SIZE
0
M16 OR NPT 1/2"
1
M20 OR NPT 1/2"
2
M25 OR NPT 3/4"
3
M32 OR NPT 1"
L+R
6
260*160*90(mm)
OSGP5
NPT
5
T+B
160*160*90(mm)
ENTRY
ENTRY SIZE
OSGB5
OSGP3
OSGP4
THREAD TYPE
4
OSGB4
DETAIL
NPT
T
TOP SIDE
B
BOTTOM SIDE
L
LEFT SIDE
R
REGHT SIDE
Q'TY OF
01
1EA
ENTRY(EA)
02
2EA
03
3EA
52
-52EA
(** T+B : Top+Bottom, L+R: Left+Right)
Individual product data sheets available from www.oscgglands.com.au
75
www.kabex.com.au • Ph: 02 9675 7616
W(width)*H(height)*D(depth
Type
Non Armoured Cable Gland Exd IIC/Exe II/ExtD A21
OSNJ-A2F Type
Flameproof & Increased Safety
APPLICATION
For use with Non armoured cable in hazardous area. Single compression
for outer jacket of cable.
Protection:
Exd IIC/Exe II/ExtD A21, IP67
Suitable for use in Zone1, 2, 21 and 22.
Certification:
IECEx, Atex Nemko, GOST R
Material:
Brass with Nickle plated
For Stainless Steel add /SS to part number
Part No.
www.kabex.com.au • Ph: 02 9675 7616
OSNJA2F-16AM16
Entry Thread
Size
Cable Outer
Diameter
Thread
Length
Entry Hole
Size
Hexagon
Dimensions 'H'
Shroud Size
M16
3 - 7.5
15
17
H24 X 26
OSSH-16(B)
OSSH-16(B)
OSNJA2F-16BM16
M16
6.1 - 10
15
17
H24 X 26
OSNJA2F-16AM20
M20
3 - 7.5
15
17
H24 X 26
OSSH-16(B)
OSNJA2F-16BM20
M20
6.1 - 10
15
17
H24 X 26
OSSH-16(B)
OSNJA2F-20AM20
M20
10.1 - 13
15
21
H27 X 29
OSSH-20(B)
OSNJA2F-20BM20
M20
13.1 - 15
15
21
H27 X 29
OSSH-20(B)
OSNJA2F-25A
M25
14 - 17.5
15
26
H32 X 34
OSSH-25(B)
OSNJA2F-25B
M25
16.1 - 19.5
15
26
H32 X 34
OSSH-25(B)
OSNJA2F-32A
M32
18.1 - 22
15
33
H39 X 41.5
OSSH-32(B)
OSNJA2F-32B
M32
21 - 26
15
33
H39 X 41.5
OSSH-32(B)
OSNJA2F-40A
M40
24 - 28
15
41
H48 X 51
OSSH-40(B)
OSNJA2F-40B
M40
27 - 32
15
41
H48 X 51
OSSH-40(B)
OSNJA2F-50A
M50
32.1 - 34
15
51
H58 X 62
OSSH-50(B)
OSNJA2F-50B
M50
34.1 - 40
15
51
H58 X 62
OSSH-50(B)
OSNJA2F-63A
M63
38 - 44
15
64
H73 X 78
OSSH-63(B)
OSNJA2F-63B
M63
43 - 50
15
64
H73 X 78
OSSH-63(B)
OSNJA2F-63C
M63
49 - 54
15
64
H73 X 78
OSSH-63(B)
OSNJA2F-75A
M75
52 - 56
20
76
H85 X 90
OSSH-75(B)
OSNJA2F-75B
M75
55 - 60
20
76
H85 X 90
OSSH-75(B)
OSNJA2F-75C
M75
59 - 62
20
76
H85 X 90
OSSH-75(B)
OSNJA2F-75D
M75
62.1 - 66
20
76
H85 X 90
OSSH-75(B)
OSNJA2F-90A
M90
63 - 70
20
91
H103 X 113
OSSH-90(B)
OSNJA2F-90B
M90
68 - 76
20
91
H103 X 113
OSSH-90(B)
OSNJA2F-100A
M100
76.1 - 81
20
101
H112 X 120
OSSH-100(B)
OSNJA2F-100B
M100
81.1 - 85
20
101
H112 X 120
OSSH-100(B)
NPT threads available upon request
76
Braid and Steel Tape Armoured Cable Gland Exd IIC/Exe II/ExtD A21
E1XF Type
Flameproof & Increased Safety
Application For use with wire braid cable in hazardous area.
Double compression for outer/inner jacket of cable
Protection
Exd IIC/Exe II/ExtD A21, IP67
Zone1 & Zone2 in hazardous area. Certification IECEx, Atex Nemko, GOST R
Available
August
2013
Material
Brass with Nickle plated
For Stainless Steel add /SS to part number
Entry Thread
Size(M)
Cable Dia
Inner ‘A’
Thread
Length
Entry Hole
Size
Armour Size
Hexagon
Dimensions
‘H’
Outer ‘B’
E1XF-16AM16
M16
.5 - 11.
.8 - 13.
15
17
0.05/0.8
H25 X 27
E1XF-16BM16
M16
.5 - 11.
12 - 15.1
15
17
0.05/0.8
H25 X 27
E1XF-16AM20
M20
.5 - 11.
.8 - 13.
15
17
0.05/0.8
H25 X 27
E1XF-16BM20
M20
.5 - 11.
12 - 15.1
15
17
0.05/0.8
H25 X 27
E1XF-20a
M20
8 - 15.1
13 - 17.5
15
21
0.05/0.8
H31 X 33
E1XF-20b
M20
8 - 15.1
16 - 19.5
15
21
0.05/0.8
H31 X 33
E1XF-25a
M25
13 - 19.5
17.5 - 22
15
26
0.05/0.8
H36 X 39
E1XF-25b
M25
13 - 19.5
21 - 26
15
26
0.05/0.8
H36 X 39
E1XF-32a
M32
17.5 - 26
22 - 28
15
33
0.05/1.2
H45 X 49
E1XF-32b
M32
17.5 - 26
27 - 32
15
33
0.05/1.2
H45 X 49
E1XF-40a
M40
22 - 32
30 - 35
15
41
0.05/1.2
H55 X 59
E1XF-40b
M40
22 - 32
35.1 - 40
15
41
0.05/1.2
H55 X 59
E1XF-50a
M50
30 - 40
38 - 45
15
51
0.05/1.2
H68 X 73
E1XF-50b
M50
30 - 40
43 - 50
15
51
0.05/1.2
H68 X 73
E1XF-63a
M63
38 - 53
48 - 53
15
64
0.05/1.2
H82 X 88
E1XF-63b
M63
38 - 53
51 - 56
15
64
0.05/1.2
H82 X 88
E1XF-63c
M63
38 - 53
55 - 60
15
64
0.05/1.2
H82 X 88
E1XF-75a
M75
49 - 63
56 - 62
20
76
0.05/1.2
H98 X 106
E1XF-75b
M75
49 - 63
62.1 - 66
20
76
0.05/1.2
H98 X 106
E1XF-75c
M75
49 - 63
66.1 - 70
20
76
0.05/1.2
H98 X 106
E1XF-75d
M75
49 - 63
68 - 75
20
76
0.05/1.2
H98 X 106
E1XF-90a
M90
63 - 73
74 - 83
20
91
0.05/1.6
H110 X 120
E1XF-90b
M90
63 - 73
82 - 90
20
91
0.05/1.6
H110 X 120
E1XF-100a
M100
73.1 - 85
89 - 94
20
101
0.05/1.6
H120 X 130
E1XF-100b
M100
73.1 - 85
93 - 98
20
101
0.05/1.6
H120 X 130
NPT threads available upon request
77
www.kabex.com.au • Ph: 02 9675 7616
Part No.
Wire Armoured Cable Gland Exd IIC, Exe II, ExtD A21.
E1WF Type
Flameproof & Increased Safety
APPLICATION
For use with steel wire armoured cable in hazardous area. Double compression for outer/inner jacket of cable
Regulation:
Exd IIC/Exe II/ExtD A21, IP67
Zone1 & Zone2 in hazardous area.
Protection:
IECEx, Atex Nemko, GOST R
Material:
Brass with Nickle plated
For Stainless Steel add /SS to part number
Part No.
Entry Thread
Size
Cable Dia
Inner ‘A’
www.kabex.com.au • Ph: 02 9675 7616
Available
August
2013
Thread
Length
Entry Hole
Size
Armour Size
Hexagon
Dimensions
‘H’
Outer ‘B’
E1WF-16M16
M16
.5 - 11.
.8 - 13.
15
17
0.9/1.25
H25 X 27
E1WF-16BM16
M16
.5 - 11.
12 - 15.1
15
17
0.9/1.25
H25 X 27
E1WF-16M20
M20
.5 - 11.
.8 - 13.
15
17
0.9/1.25
H25 X 27
E1WF-16BM20
M20
.5 - 11.
12 - 15.1
15
17
0.9/1.25
H25 X 27
E1WF-20a
M20
8 - 15.1
13 - 17.5
15
21
0.9/1.25
H31 X 33
E1WF-20b
M20
8 - 15.1
16 - 19.5
15
21
0.9/1.25
H31 X 33
E1WF-25a
M25
13 - 19.5
17.5 - 22
15
26
1.25/1.6
H36 X 39
E1WF-25b
M25
13 - 19.5
21 - 26
15
26
1.25/1.6
H36 X 39
E1WF-32a
M32
17.5 - 26
22 - 28
15
33
1.6/2.0
H45 X 49
H45 X 49
E1WF-32b
M32
17.5 - 26
27 - 32
15
33
1.6/2.0
E1WF-40a
M40
22 - 32
30 - 35
15
41
1.6/2.0
H55 X 59
E1WF-40b
M40
22 - 32
35.1 - 40
15
41
1.6/2.0
H55 X 59
E1WF-50a
M50
30 - 40
38 - 45
15
51
1.8/2.5
H68 X 73
E1WF-50b
M50
30 - 40
43 - 50
15
51
1.8/2.5
H68 X 73
E1WF-63a
M63
38 - 53
48 - 53
15
64
1.8/2.5
H82 X 88
E1WF-63b
M63
38 - 53
51 - 56
15
64
1.8/2.5
H82 X 88
E1WF-63c
M63
38 - 53
55 - 60
15
64
1.8/2.5
H82 X 88
E1WF-75a
M75
49 - 63
56 - 62
20
76
1.8/2.5
H98 X 106
E1WF-75b
M75
49 - 63
62.1 - 66
20
76
1.8/2.5
H98 X 106
E1WF-75c
M75
49 - 63
66.1 - 70
20
76
1.8/2.5
H98 X 106
E1WF-75d
M75
49 - 63
68 - 75
20
76
1.8/2.5
H98 X 106
E1WF-90a
M90
63 - 73
74 - 83
20
91
1.8/3.0
H110 X 120
E1WF-90b
M90
63 - 73
82 - 90
20
91
1.8/3.0
H110 X 120
E1WF-100a
M100
73.1 - 85
89 - 94
20
101
1.8/3.0
H120 X 130
E1WF-100b
M100
73.1 - 85
93 - 98
20
101
1.8/3.0
H120 X 130
NPT threads available upon request
78
Shrouds
OSSH Type
DIN Standard
APPLICATION
For fitting over cable glands
Glands
in inside or outside applications
Material:
EPDM CR70
ORDERING CODES:
For Armoured Cable GlandsFor Non-Armoured Cable
(OSNJ-CW, EIWF, EIXF)
(OSWJ, OSWJAZF)
OSSH-16(B)
OSSH-20(B)
OSSH-25(B)
OSSH-32(B)
OSSH-40(B)
OSSH-50(B)
OSSH-63(B)
OSSH-75(B)
79
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OSSH-16(A)
OSSH-20(A)
OSSH-25(A)
OSSH-32(A)
OSSH-40(A)
OSSH-50(A)
OSSH-63(A)
OSSH-75(A)
Stopping Plug Exd IIC/Exe II/ExtD A21
OSSP-R & OSSP-H Type
Flameproof & Increased Safety
APPLICATION:
To close unused cable gland entries and maintain the flameproof and
increased safety integrity of the equipment
Protection:
Exd IIC/Exe II/ExtD A21, IP66/67
Suitable for use in Zone1, 2, 21 and 22.
Certification:
IECEx, Atex Nemko, GOST R
Material:
Brass with Nickle Plated
For Stainless Steel add /SS to part number
Stopping Plug
Thread
Thread
Size
Length
OSSP-R101/M16
M16
15
26
OSSP-R101/PG7
PG7
6
18
OSSP-R102/M20
M20
15
29
OSSP-R101/PG9
PG9
7
22
OSSP-R103/M25
M25
15
33
OSSP-R101/PG11
PG11
7
27
OSSP-R104/M32
M32
15
41
OSSP-R102/PG13.5
PG13.5
7
28
OSSP-R105/M40
M40
15
49
OSSP-R103/PG16
PG16
7
30
OSSP-R106/M50
M50
15
60
OSSP-R104/PG21
PG21
8
35
OSSP-R107/M63
M63
15
76
OSSP-R105/PG29
PG29
8
46
OSSP-R108/M75
M75
15
88
OSSP-R106/PG36
PG36
9
58
Metric Part Number
OSSP-R109/M90
Stopping Plug
PG Part Number
Thread
Thread
Size
Length
Diameter
M90
20
105
OSSP-R107/PG42
PG42
10
65
M100
20
116
OSSP-R108/PG48
PG48
10
71
Thread
Thread
Diameter
Size
Length
OSSP-R102/NPT1/2
1/2"NPT
15
29
OSSP-R103/NPT3/4
3/4"NPT
16
33
1"NPT
18
41
OSSP-R105/NPT11/4
1 1/4"NPT
19
49
OSSP-R106/NPT11/2
1 1/2"NPT
21
60
2"NPT
24
76
2 1/2"NPT
27
88
3"NPT
30
105
3 1/2"NPT
32
116
OSSP-R110/M100
Stopping Plug
NPT Part Number
OSSP-R104/NPT1
www.kabex.com.au • Ph: 02 9675 7616
Diameter
OSSP-R107/NPT2
OSSP-R108/NPT21/2
OSSP-R109/NPT3
OSSP-R109/NPT31/2
Hexagonal Head replace R with H to part number
80
Reducer Exd IIC/Exe II/ExtD A21
OSRA Type
Flameproof & Increased Safety
APPLICATION:
Provides a means of connection between cable entry devices and
equipment having dissimilar threads.
Protection:
Exd IIC/Exe II/ExtD A21, IP66/67
Suitable for use in Zone1, 2, 21 and 22
Certification:
IECEx, Atex Nemko, GOST R
Material:
Brass with Nickle Plated
For Stainless Steel add /SS to part number
Entry Thread Size
Part Number
Male
Female
OSRA-101/M1
M20
M16
Dimensions
Reducer
Part Number
Entry Thread Size
Male
Female
Dimensions
H25 X 27
OSRA-102/NM0
1/2"NPT
M16
H30 X 33
OSRA-102/M1
M25
M16
H30 X 33
OSRA-103/NM1
3/4"NPT
M20
H38 X 41
OSRA-102/M2
M25
M20
H30 X 33
OSRA-104/NM1
1"NPT
M20
H45 X 48
OSRA-103/M1
M32
M16
H38 X 41
OSRA-104/NM2
1"NPT
M25
H45 X 48
OSRA-103/M2
M32
M20
H38 X 41
OSRA-105/NM1
1 1/4"NPT
M20
H55 X 59
OSRA-103/M3
M32
M25
H38 X 41
OSRA-105/NM2
1 1/4"NPT
M25
H55 X 59
OSRA-104/M1
M40
M20
H45 X 48
OSRA-105/NM3
1 1/4"NPT
M32
H55 X 59
OSRA-104/M2
M40
M25
H45 X 48
OSRA-106/NM1
1 1/2"NPT
M20
H68 X 72
OSRA-104/M3
M40
M32
H45 X 48
OSRA-106/NM2
1 1/2"NPT
M25
H68 X 72
OSRA-105/M1
M50
M25
H55 X 59
OSRA-106/NM3
1 1/2"NPT
M32
H68 X 72
OSRA-105/M2
M50
M32
H55 X 59
OSRA-106/NM4
1 1/2"NPT
M40
H68 X 72
OSRA-105/M3
M50
M40
H55 X 59
OSRA-107/NM2
2"NPT
M25
H82 X 88
OSRA-106/M1
M63
M32
H68 X 72
OSRA-107/NM3
2"NPT
M32
H82 X 88
OSRA-106/M2
M63
M40
H68 X 72
OSRA-107/NM4
2"NPT
M40
H82 X 88
OSRA-106/M3
M63
M50
H68 X 72
OSRA-107/NM5
2"NPT
M50
H82 X 88
OSRA-107/M1
M75
M40
H82 X 88
OSRA-107/M2
M75
M50
H82 X 88
OSRA-103/N1
3/4"NPT
1/2"NPT
H38 X 41
OSRA-107/M3
M75
M63
H82 X 88
OSRA-104/N1
1"NPT
1/2"NPT
H45 X 48
OSRA-104/N2
1"NPT
3/4"NPT
H45 X 48
OSRA-101/PM21
PG11
M16
H21 X 23
OSRA-105/N1
1 1/4"NPT
1/2"NPT
H55 X 59
OSRA-101/PM11
PG13.5
M20
H25 X 27
OSRA-105/N2
1 1/4"NPT
3/4"NPT
H55 X 59
OSRA-102/PM1
PG16
M16
H25 X 29
OSRA-105/N3
1 1/4"NPT
1"NPT
H55 X 59
OSRA-102/PM2
PG16
M20
H25 X 29
OSRA-106/N1
1 1/2"NPT
3/4"NPT
H68 X 72
OSRA-103/PM1
PG21
M20
H34 X 37
OSRA-106/N2
1 1/2"NPT
1"NPT
H68 X 72
OSRA-103/PM2
PG21
M25
H34 X 37
OSRA-106/N3
1 1/2"NPT
1 1/4"NPT
H68 X 72
OSRA-104/PM1
PG29
M20
H43 X 46
OSRA-107/N1
2"NPT
1"NPT
H82 X 88
OSRA-104/PM2
PG29
M25
H43 X 46
OSRA-107/N2
2"NPT
1 1/4"NPT
H82 X 88
OSRA-104/PM3
PG29
M32
H43 X 46
OSRA-107/N3
2"NPT
1 1/2"NPT
H82 X 88
Other sizes available upon request
81
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Reducer
Adaptor Exd IIC/Exe/ExtD A21
OSAJ Type
Flameproof & Increased Safety
APPLICATION:
Provides a means of connection between cable entry devices and equipment
having dissimilar threads.
Protection:
Exd IIC/Exe II/ExtD A21, IP66/67
Suitable for use in Zone1, 2, 21 and 22.
Certification:
IECEx, Atex Nemko, GOST R
Material:
Brass with Nickle Plated
For Stainless Steel add /SS to part number
www.kabex.com.au • Ph: 02 9675 7616
Reducer
Entry Thread Size
Dimensions
Part Number
Male
Female
OSAJ-101/M1
M16
M20
H25 X 27
OSAJ-102/M1
M16
M25
H30 X 33
OSAJ-102/M2
M20
M25
H30 X 33
OSAJ-103/M1
M16
M32
H37 X 40
OSAJ-103/M2
M20
M32
H37 X 40
OSAJ-103/M3
M25
M32
H37 X 40
OSAJ-104/M1
M20
M40
H46 X 50
OSAJ-104/M2
M25
M40
H46 X 50
OSAJ-104/M3
M32
M40
H46 X 50
OSAJ-105/M1
M25
M50
H57 X 61
OSAJ-105/M2
M32
M50
H57 X 61
OSAJ-105/M3
M40
M50
H57 X 61
OSAJ-106/M1
M32
M63
H70 X 75
OSAJ-106/M2
M40
M63
H70 X 75
OSAJ-106/M3
M50
M63
H70 X 75
OSAJ-107/M1
M40
M75
H82 X 89
OSAJ-107/M2
M50
M75
H82 X 89
OSAJ-107/M3
M63
M75
H82 X 89
PG7
M20
H21 X 23
OSAJ-101/PM2
PG9
M20
H21 X 23
OSAJ-102/PM1
PG9
M25
H27 X 30
OSAJ-102/PM2
PG11
M25
H27 X 30
OSAJ-102/PM3
PG13.5
M25
H27 X 30
OSAJ-103/PM1
PG9
M32
H34 X 37
OSAJ-103/PM2
PG11
M32
H34 X 37
OSAJ-103/PM3
PG13.5
M32
H34 X 37
OSAJ-103/PM4
PG16
M32
H34 X 37
82
Entry Thread Size
Dimensions
Male
Female
OSAJ-101/NM1
1/2"NPT
M20
H25 X 27
OSAJ-102/MN1
M20
1/2"NPT
H25 X 27
Part Number
OSAJ-101/PM1
Other sizes available upon request
Reducer
OSAJ-101/NM1
1/2"NPT
M20
H25 X 27
OSAJ-103/NM2
3/4"NPT
M25
H30 X 33
OSAJ-103/NM3
3/4"NPT
M32
H38 X 41
OSAJ-104/NM3
1"NPT
M32
H38 X 41
OSAJ-105/NM4
1 1/4"NPT
M40
H48 X 52
OSAJ-106/NM5
1 1/2"NPT
M50
H55 X 59
OSAJ-107/NM6
2"NPT
M63
H68 X 73
OSAJ-102/N1
1/2"NPT
3/4"NPT
H30 X 33
OSAJ-103/N1
1/2"NPT
1"NPT
H38 X 41
OSAJ-103/N2
3/4"NPT
1"NPT
H38 X 41
OSAJ-104/N1
3/4"NPT
1 1/4"NPT
H48 X 52
OSAJ-104/N2
1"NPT
1 1/4"NPT
H48 X 52
OSAJ-105/N1
1"NPT
1 1/2"NPT
H55 X 59
OSAJ-105/N2
1 1/4"NPT
1 1/2"NPT
H55 X 59
OSAJ-106/N1
1 1/4"NPT
2"NPT
H68 X 73
OSAJ-106/N2
1 1/2"NPT
2"NPT
H68 X 73
OSAJ-107/N1
1 1/2"NPT
2 1/2"NPT
H82 X 88
OSAJ-107/N2
2"NPT
2 1/2"NPT
H82 X 88
Elbow Exd IIC/Exe II/ExtD A21
OSAE Types
APPLICATION
For application in installation areas with small amounts of
space. Lock nut in any position.
Protection:
Exd IIC/Exe II/ExtD A21, IP67
Suitable for use in Zone1, 2, 21 and 22.
Certification:
IECEx
Material:
Brass with Nickle plated
For Stainless Steel add /SS to part number
Round Type/
Siz e
Entry Thread Size (M)
Metric
NPT
D
d
S
L1
OSAE-M
OSAE-F
OSAE-MF
L2
L
OSAE-16
M16
1/2"
24
10.3
32
15
20
20
15
43
OSAE-20
M20
1/2"
27
15.2
34.5
16
20
20
16
43
OSAE-25
M25
3/4"
32
19.8
37
16
20
20
16
50
OSAE-32
M32
1"
39
26
43
18
20
20
18
62
OSAE-40
M40
1 1/4"
48
33
50
19
20
20
19
73
OSAE-50
M50
1 1/2"
58
43
57
21
25
25
21
85
OSAE-63
M63
2"
73
55
70
24
25
25
24
107
OSAE-75
M75
2 1/2"
85
68
76
24
25
25
24
118
Ordering Code Examples
OSAE-M20(F)XM20(F)
M20 Female to M20 Female
OSAE-M20(M)XM20(F)
M20 Male to M20 Female
OSAE-M20(M)XM20(M)
M20 Male to M20 Male
OSAE-M20(M)XNPT1/2(F)
M20 Male to NPT 1/2" Female
OSAE-NPT1/2(M)XM20(F)
NPT 1/2" Male to M20 Female
OSAE-NPT1/2(M)XNPT1/2(M)
NPT 1/2" Male to NPT 1/2" Male
83
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Phone
for all other ordering code combinations as listed in above table
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84
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85
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86
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87
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88
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89
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90
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91
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92
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93
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94
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95
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96
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97
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98
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99
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100
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101
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102
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103
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104
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105
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106
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107
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108
Cable Termination Accessories
Nylon Cable Ties
Material Specification:
Made from U.L. approved nylon 6/6.
Operating Temperature -40 to 85DegC
Flambility rating: UL 94V-2.
Black Weather Resistant Nylon with Carbonate "A" added for
greater resistance to ultra violet in outdoor application.
Specification:
Made to comply with mil-spec drawing no. MS-3367 tensile strength
meet or exceed MIL-S-23190E standard.
Approvals:
UL approved
DVN approved
VDE approved
GL approved
Lloyds Register approved
ROHS Compliant
Cable Ties - Natural
Part Number
Description
Max. Bundle
Min. Loop Tensile Strength
Dia (mm)
Lbs
Kg
Newtons
CT100NT-100
CABLE TIE 100MM X 2.5MM NATURAL
22
18
8
80
CT150NT-100
CABLE TIE 150MM X 3.6MM NATURAL
36
40
18
178
CT200NT-100
CABLE TIE 203MM X 4.8MM NATURAL
52
50
22
222
CT250NT-100
CABLE TIE 250MM X 4.8MM NATURAL
68
50
22
222
CT300NT-100
CABLE TIE 300MM X 4.8MM NATURAL
83
50
22
222
CT370NT-100
CABLE TIE 368MM X 4.8MM NATURAL
105
50
22
222
CT380NTHD
CABLE TIE 380MM X 7.6MM NATURAL
105
120
55
533
Cable Ties - Black UV Resistant
Min. Loop Tensile Strength
Description
Dia (mm)
Lbs
Kg
CT100BK-100
CABLE TIE 100MM X 2.5MM BLACK
22
18
8
80
CT150BK-100
CABLE TIE 150MM X 3.6MM BLACK
36
40
18
178
Newtons
CT200BK-100
CABLE TIE 203MM X 4.8MM BLACK
52
50
22
222
CT250BK-100
CABLE TIE 250MM X 4.8MM BLACK
68
50
22
222
CT300BK-100
CABLE TIE 300MM X 4.8MM BLACK
83
50
22
222
CT370BK-100
CABLE TIE 370MM X 4.8MM BLACK
105
50
22
222
CT380BKHD
CABLE TIE 380MM X 7.6MM BLACK
105
120
55
533
Cable Ties - Light Duty
Max. Bundle
Min. Loop Tensile Strength
Part Number
Description
Dia (mm)
Lbs
Kg
CT200LDNT
CABLE TIE 203MM X 2.5MM NATURAL
55
18
8
80
CT200MDNT
CABLE TIE 203MM X 3.6MM NATURAL
53
40
18
178
CT200LDBK
CABLE TIE 203MM X 2.5MM BLACK
55
18
8
80
CT200MDBK
CABLE TIE 203MM X 3.6MM BLACK
53
40
18
178
Newtons
109
www.kabex.com.au • Ph: 02 9675 7616
Max. Bundle
Part Number
Cable Termination Accessories
Stainless Steel Cable Ties
KABEX Stainless Steel Cable Ties are Grade 316 Stainless and available in coated
or uncoated versions, Standard widths of 4.6 mm or 7.9 mm and available in
various lengths.
This tie is of a roller-ball design which is self locking and fast & easy to install. It can
be tightened by hand or with a special tool.
The normal operating range for the roller ball uncoated ties version is -80C to
+538C approximately. For coated version normal operating range is -80C to
+150C.
Fully coated roller ball tie (Patent Pending) is recommended for extreme cold
conditions and offshore applications.
Coating is non toxic halogen free Polyester. It is available in wide choice of colours.
Stainless Steel Cable Ties
Type: Roller Ball
Grade : SS316
Part Number
Description
Length
mm
Width Max Bundle Dia
mm
mm
ST125
125 x 4.6mm Stainless Steel Uncoated
100
4.6
16
ST150
150 x 4.6mm Stainless Steel Uncoated
150
4.6
32
ST200
200 x 4.6mm Stainless Steel Uncoated
150
4.6
50
ST360
360 x 4.6mm Stainless Steel Uncoated
360
4.6
100
ST520
520 x 4.6mm Stainless Steel Uncoated
520
4.6
150
ST200H
200 x 7.9mm Stainless Steel Uncoated
200
7.9
50
ST360H
360 x 7.9mm Stainless Steel Uncoated
360
7.9
100
ST520H
520 x 7.9mm Stainless Steel Uncoated
520
7.9
150
ST680H
680 x 7.9mm Stainless Steel Uncoated
680
7.9
200
ST1000H
1000 x 7.9mm Stainless Steel Uncoated
1000
7.9
300
ST200C
200 x 4.6mm Stainless Steel Coated
520
4.6
150
ST360C
360 x 4.6mm Stainless Steel Coated
680
4.6
200
ST200HC
200 x 7.9mm Stainless Steel Coated
520
7.9
150
ST360HC
360 x 7.9mm Stainless Steel Coated
680
7.9
200
www.kabex.com.au • Ph: 02 9675 7616
Other sizes available for Coated Versions upon request
Minimum Loop Tensile Strength:
4.6 mm width Un-coated (44.5 kg) 100 lbs
7.9 mm width Un-coated (111.2 kg) 250 lbs
4.6 mm width Coated (44.5 kg) 100 lbs
7.9 mm width Coated (55 kg) 120 lbs
110
Cable Termination Accessories
Copper Lugs
D
E
F
B
A
C
G
Part No.
Bellmouth
Nom
Cond.
Stud
Size
KL1.5-4
KL1.5-4BM
1.5
4
DIMENSION AUSTRALIAN TYPE
A
B
C
D
E
F
G
2
8
1
4
5
7.5
18.5
KL1.5-5
KL1.5-5BM
1.5
5
2
8
1
4
5
7.5
18.5
KL1.5-6
KL1.5-6BM
1.5
6
2
10
0.8
4
6
7.5
19.5
KL2.5-4
KL2.5-4BM
2.5
4
2.5
8
1
4
5
8
19
KL2.5-5
KL2.5-5BM
2.5
5
2.5
10
0.8
5
6
8
20
KL2.5-6
KL2.5-6BM
2.5
6
2.5
10
0.8
5
6
8
20
KL2.5-8
KL2.5-8BM
2.5
8
2.5
11
0.7
6
9
8
26
KL4-5
KL4-5BM
4
5
3.3
10
1
5
6
9
22
KL4-6
KL4-6BM
4
6
3.3
10
1
5
6
9
22
KL4-8
KL4-8BM
4
8
3.3
12
0.8
6
9
9
26
KL4-10
KL4-10BM
4
10
3.3
15
0.8
8
11
9
32
KL6-5
KL6-5BM
6
5
3.8
10
1.2
5
6
10
23
KL6-6
KL6-6BM
6
6
3.8
12
1
6
9
10
27
KL6-8
KL6-8BM
6
8
3.8
12
1
6
9
10
27
KL6-10
KL6-10BM
6
10
3.8
15
0.8
8
11
10
32
KL10-5
KL10-5BM
10
5
4.7
12
1.8
6
7
10
27
KL10-6
KL10-6BM
10
6
4.7
12
1.8
6
7
10
27
29
KL10-8
KL10-8BM
10
8
4.7
14
1.6
7
8
10
KL10-10
KL10-10BM
10
10
4.7
15
1.5
8
10
10
32
KL10-12
KL10-12BM
10
12
4.7
18
1
10
12
10
38
KL16-6
KL16-6BM
16
6
5.5
11
2.4
7
9
19
39
KL16-8
KL16-8BM
16
8
5.5
14
1.7
7
9
19
39
41
KL16-10
KL16-10BM
16
10
5.5
16
1.5
8
10
19
KL16-12
KL16-12BM
16
12
5.5
18
1.2
10
13
19
46
KL25-6
KL25-6BM
25
6
7.1
13.5
2.4
7
9
21
41
KL25-8
KL25-8BM
25
8
7.1
13.5
2.4
7
9
21
41
KL25-10
KL25-10BM
25
10
7.1
16
1.9
9
10
21
44
KL25-12
KL25-12BM
25
12
7.1
18
1.6
10
13
21
48
KL35-6
KL35-6BM
35
6
8.4
16
3
9
10
21
45
KL35-8
KL35-8BM
35
8
8.4
16
3
9
10
21
45
KL35-10
KL35-10BM
35
10
8.4
185
2.6
9
10
21
45
KL35-12
KL35-12BM
35
12
8.4
20
2.2
11
13
22
51
KL50-6
KL50-6BM
50
6
9.5
18
3.3
8
10
22
46
KL50-8
KL50-8BM
50
8
9.5
18
3.3
8
10
22
46
KL50-10
KL50-10BM
50
10
9.5
18
3.3
8
10
22
46
KL50-12
KL50-12BM
50
12
9.5
21
2.7
11
13
22
52
KL70-6
KL70-6BM
70
6
11.3
21
3.5
11
13
24
54
KL70-8
KL70-8BM
70
8
11.3
21
3.5
11
13
24
54
KL70-10
KL70-10BM
70
10
11.3
21
3.5
11
13
24
54
KL70-12
KL70-12BM
70
12
11.3
21
3.5
11
13
24
54
KL70-16
KL70-16BM
70
16
11.3
26
3
14
16
24
61
KL95-8
KL95-8BM
95
8
13.5
25
4
12
14
27
60
KL95-10
KL95-10BM
95
10
13.5
25
4
12
14
27
60
KL95-12
KL95-12BM
95
12
13.5
25
4
12
14
27
60
111
www.kabex.com.au • Ph: 02 9675 7616
Part No.
Standard
Cable Termination Accessories
Copper Lugs
Part No.
Standard
Part No.
Bellmouth
KL95-16
DIMENSION AUSTRALIAN TYPE
Nom
Cond.
Stud
Size
A
B
C
D
E
F
G
KL95-16BM
95
16
13.5
25
3.5
14
16
27
61
KL120-8
KL120-8BM
120
8
15.6
30
5
12
14
30
64
KL120-10
KL120-10BM
120
10
15.6
30
5
12
14
30
64
KL120-12
KL120-12BM
120
12
15.6
30
5
12
14
30
64
KL120-16
KL120-16BM
120
16
15.6
30
5
16
16
30
72
KL150-10
KL150-10BM
150
10
16.7
32
5.8
16
16
30
71
KL150-12
KL150-12BM
150
12
16.7
32
5.8
18
18
30
75
KL150-16
KL150-16BM
150
16
16.7
32
5.8
18
18
30
75
KL185-10
KL185-10BM
185
10
18.4
36
5.8
16
16
32
74
KL185-12
KL185-12BM
185
12
18.4
36
5.8
18
18
32
79
KL185-16
KL185-16BM
185
16
18.4
36
5.8
18
18
32
79
KL240
KL240BM
240
-
21.2
41
7
21
21
38
92
KL240-10
KL240-10BM
240
10
21.2
41
7
21
21
38
92
KL240-12
KL240-12BM
240
12
21.2
41
7
21
21
38
92
KL240-16
KL240-16BM
240
16
21.2
41
7
21
21
38
92
KL300
KL300BM
300
-
23.8
46
7.8
23
23
42
101
KL300-12
KL300-12BM
300
12
23.8
46
7.8
23
23
42
101
KL300-16
KL300-16BM
300
16
23.8
46
7.8
23
23
42
101
KL400
KL400BM
400
-
26.8
50
8
24
24
44
107
KL500
KL500BM
500
-
30
56
9
27
27
50
119
KL630
KL630BM
630
-
34
64.4
11
32
32
58
139
Copper Crimp Links
Part No.
Nom Cond.
Overall Length
I.D.
2.5
22.2
2.5
KC4
4
22.2
3.3
KC6
6
22.2
3.7
KC10
10
22.2
4.7
KC16
16
44.4
5.5
KC25
25
47.6
7.1
KC35
35
47.6
8.4
9.5
www.kabex.com.au • Ph: 02 9675 7616
KC2.5
KC50
50
47.6
KC70
70
50.8
11
KC95
95
54
13.4
KC120
120
65.1
15.5
KC150
150
65.1
16.3
KC185
185
65.1
18.4
KC240
240
88.9
21.2
KC300
300
88.9
23.8
KC400
400
88.9
26.8
KC500
500
114.3
30
KC630
630
114.3
33.5
112
Cable Termination Accessories
Bootlace Ferrules
L
L1
D
Part Number
Wire Size
(mm²)
Dimensions (mm)
L
L1
D
BLP025/100
0.25
10
6
0.75
BLP034/100
0.34
10
6
0.8
BLP050/100
0.5
14
8
1
BLP075/100
0.75
14
8
BLP100/100
1
14
8
BLP150/100
1.5
14
Colour
Pack Size
Violet
100
Pink
100
White
100
1.2
Blue
100
1.4
Red
100
8
1.7
Black
100
BLP250/100
2.5
14
8
2.2
Grey
100
BLP400/100
4
17
10
2.8
Orange
100
BLP600/50
6
20
12
3.5
Green
50
10
22
12
4.5
Brown
25
BLP1000/25
BLP1600/25
16
24
12
5.8
Ivory
25
BLP2500/10
25
28
16
7.3
Black
10
BLP3500/10
35
30
16
8.3
Red
10
BLP5000/10
50
36
20
10.3
Blue
10
BLP7000/5
70
37
21
13.5
Yellow
5
BLP9500/3
90
44
25
14.7
Red
3
BLP12000/3
120
48
27
16.7
Blue
3
BLP15000/3
150
58
32
19.5
Yellow
3
Colour
Pack Size
Part Number
Wire Size
(mm²)
Dimensions (mm)
L
L1
D
BLPT050/100
2 x 0.5
15
8
1.5
White
100
BLPT075/100
2 x 0.75
15
8
1.5
Grey
100
BLPT100/100
2x1
15
8
2.05
Red
100
BLPT150/100
2 x 1.5
16
8
2.3
Black
100
BLPT250/100
2 x 2.5
18.5
10
2.8
Blue
100
23
12
3.7
Grey
50
BLPT400/50
BLPT600/25
2x4
26
14
4.8
Yellow
25
BLPT1000/10
2 x 10
2x6
26.5
14
6.4
Red
10
BLPT1600/10
2 x 16
31.5
14
8.3
Blue
10
113
www.kabex.com.au • Ph: 02 9675 7616
Twin Bootlace Ferrules
Cable termination Accessories
Insulated Ring Terminals
Part No.
Cable Size
Stud Size
Pack Qty
RT1.25-3DG/100
0.5-1.6mm²
M3
100
RT1.25-4DG/100
0.5-1.6mm²
M4
100
RT1.25-5DG/100
0.5-1.6mm²
M5
100
RT1.25-6DG/100
0.5-1.6mm²
M6
100
RT1.25-8DG/50
0.5-1.6mm²
M8
50
RT2-3DG/100
1.5-2.6mm²
M3
100
RT2-4DG/100
1.5-2.6mm²
M4
100
RT2-5DG/100
1.5-2.6mm²
M5
100
RT2-6DG/100
1.5-2.6mm²
M6
100
50
RT2-8DG/50
1.5-2.6mm²
M8
RT5.5-5DG/50
4-6.0mm²
M5
50
RT5.5-6DG/50
4-6.0mm²
M6
50
RT5.5-8DG/25
4-6.0mm²
M8
25
Inline Splice
Part No.
Cable Size
Pack Qty
ILS1.25DG/100
0.5-1.6mm²
100
ILS2DG/100
1.5-2.6mm²
100
ILS5.5DG/25
4-6.0mm²
25
Screw connectors
Part No.
Description
Qty
KC1
32A Single Screw Connector
100
KC2
32A Double Screw Connector
50
www.kabex.com.au • Ph: 02 9675 7616
Spring Clips
Part No.
Description
Qty
SC1620
16 - 20mm Spring Clips
100
SC2532
25 - 32mm Spring Clips
100
114
Cable Termination Accessories
KM65 Cable Markers
KABEX KM65 Cable Markers are a versatile cable marking system for labelling
small and large cables, conduits and pipes. Cable Markers with their unique oval
shape can slip directly over small cables before termination or slip onto Carrier
Strips to suit larger cable or cable bundles.
Cable Markers
Made of the finest soft grade, strong, durable PVC . KABEX KM65 Cable Markers
are resistant to oil, grease and other material erosion.
Part Number
Marking
Suitable
Range
(mm)
Width
(mm)
Pack Qty
Part Number
Marking
Suitable
Range
(mm)
Width
(mm)
Pack Qty
KM65-A
A
3.5 - 7
5
500
KM65-W
W
3.5 - 7
5
500
KM65-B
B
3.5 - 7
5
500
KM65-X
X
3.5 - 7
5
500
KM65-C
C
3.5 - 7
5
500
KM65-Y
Y
3.5 - 7
5
500
KM65-D
D
3.5 - 7
5
500
KM65-Z
Z
3.5 - 7
5
500
KM65-E
E
3.5 - 7
5
500
KM65-F
F
3.5 - 7
5
500
KM65-0
0
3.5 - 7
5
500
KM65-G
G
3.5 - 7
5
500
KM65-1
1
3.5 - 7
5
500
KM65-H
H
3.5 - 7
5
500
KM65-2
2
3.5 - 7
5
500
KM65-I
I
3.5 - 7
5
500
KM65-3
3
3.5 - 7
5
500
KM65-J
J
3.5 - 7
5
500
KM65-4
4
3.5 - 7
5
500
KM65-K
K
3.5 - 7
5
500
KM65-5
5
3.5 - 7
5
500
KM65-L
L
3.5 - 7
5
500
KM65-6
6
3.5 - 7
5
500
KM65-M
M
3.5 - 7
5
500
KM65-7
7
3.5 - 7
5
500
KM65-N
N
3.5 - 7
5
500
KM65-8
8
3.5 - 7
5
500
KM65-9
9
3.5 - 7
5
500
KM65-O
O
3.5 - 7
5
500
KM65-P
P
3.5 - 7
5
500
KM65-Q
Q
3.5 - 7
5
500
KM65-11
/
3.5 - 7
5
500
KM65-R
R
3.5 - 7
5
500
KM65-12
+
3.5 - 7
5
500
KM65-S
S
3.5 - 7
5
500
KM65-13
-
3.5 - 7
5
500
KM65-T
T
3.5 - 7
5
500
KM65-14
.
3.5 - 7
5
500
KM65-U
U
3.5 - 7
5
500
KM65-16
EARTH
3.5 - 7
5
500
KM65-V
V
3.5 - 7
5
500
KM65-17
BLANK
3.5 - 7
5
500
W
T
L
Part Number
KM65-65
Dimensions (mm)
L
W
T
Capacity
(max. KM65
Markers)
Pack Qty
9 pcs
100
16 pcs
100
65
9
6.7
KM65-100
100
9
6.95
KM65-135
135
9
7
23 pcs
100
KM65-135L
135
9
13
21 pcs
100
115
www.kabex.com.au • Ph: 02 9675 7616
Carrier Strips
UL Approved Nylon 66 (Black) with flammability rating 94V-2. Cable tie fastening holes to accomodate marker pieces
for easy identification of cable runs.
www.kabex.com.au • Ph: 02 9675 7616
Guide to Hazardous Areas
116
117
www.kabex.com.au • Ph: 02 9675 7616
Guide to Hazardous Areas
www.kabex.com.au • Ph: 02 9675 7616
Guide to Hazardous Areas
118
119
www.kabex.com.au • Ph: 02 9675 7616
Guide to Hazardous Areas
Index Page
PA R T N o ... . . . . . . . . . PA G E
0.5MM10PR..............
0 . 5 M M 1 0 P R E S.. . . . . . . . . .
0 . 5 M M 1 0 P R S W A.. . . . . . . .
0.5MM10PRSWAES.....
0.5MM10TR..............
0.5MM10TRES...........
0 . 5 M M 1 0 T R S W A .. . . . . . . .
0 . 5 M M 1 0 T R S W A E S.. . . . .
0.5MM12PR..............
0 . 5 M M 1 2 P R E S.. . . . . . . . . .
0 . 5 M M 1 2 P R S W A .. . . . . . .
0.5MM12PRSWAES ....
0.5MM12TR .............
0.5MM12TRES ..........
0 . 5 M M 1 2 T R S W A .. . . . . . .
0 . 5 M M 1 2 T R S W A E S .. . . .
0.5MM16PR .............
0 . 5 M M 1 6 P R E S .. . . . . . . . .
0 . 5 M M 1 6 P R S W A.. . . . . . . .
0.5MM16PRSWAES.....
0.5MM16TR..............
0.5MM16TRES...........
0 . 5 M M 1 6 T R S W A .. . . . . . . .
0 . 5 M M 1 6 T R S W A E S.. . . . .
0.5MM1PR...............
0.5MM1PRSWA .........
0 . 5 M M 1 T R .. . . . . . . . . . . . . .
0.5MM1TRSWA .........
0.5MM20PR..............
0 . 5 M M 2 0 P R E S.. . . . . . . . . .
0 . 5 M M 2 0 P R S W A.. . . . . . . .
0.5MM20PRSWAES.....
0.5MM20TR..............
0.5MM20TRES...........
0 . 5 M M 2 0 T R S W A .. . . . . . . .
0 . 5 M M 2 0 T R S W A E S.. . . . .
0.5MM24PR .............
0 . 5 M M 2 4 P R E S.. . . . . . . . . .
0 . 5 M M 2 4 P R S W A .. . . . . . .
0.5MM24PRSWAES ....
0.5MM24TR .............
0.5MM24TRES ..........
0 . 5 M M 2 4 T R S W A .. . . . . . .
0 . 5 M M 2 4 T R S W A E S .. . . .
0.5MM2PR...............
0.5MM2PRES............
0.5MM2PRSWA..........
0.5MM2PRSWAES.......
0 . 5 M M 2 T R .. . . . . . . . . . . . . .
0.5MM2TRES ...........
0.5MM2TRSWA .........
0.5MM2TRSWAES ......
0.5MM36PR..............
0 . 5 M M 3 6 P R E S.. . . . . . . . . .
0 . 5 M M 3 6 P R S W A.. . . . . . . .
0.5MM36PRSWAES.....
0.5MM36TR..............
0.5MM36TRES...........
0 . 5 M M 3 6 T R S W A .. . . . . . . .
0 . 5 M M 3 6 T R S W A E S.. . . . .
0.5MM3PR ..............
0 . 5 M M 3 T R .. . . . . . . . . . . . . .
0.5MM3TRES ...........
0.5MM3TRSWA .........
0.5MM3TRSWAES ......
0.5MM4PR...............
0.5MM4PRES ...........
0.5MM4PRSWA .........
0.5MM4PRSWAES ......
0 . 5 M M 4 T R .. . . . . . . . . . . . . .
0.5MM4TRES ...........
0.5MM4TRSWA .........
0.5MM4TRSWAES ......
0.5MM6PR...............
0.5MM6PRES ...........
0.5MM6PRSWA .........
0.5MM6PRSWAES ......
0 . 5 M M 6 T R .. . . . . . . . . . . . . . .
0.5MM6TRES............
0.5MM6TRSWA..........
0.5MM6TRSWAES.......
0.5MM8PR...............
0.5MM8PRES............
0.5MM8PRSWA .........
0.5MM8PRSWAES ......
0 . 5 M M 8 T R .. . . . . . . . . . . . . .
0.5MM8TRES ...........
3
4
5
6
7
8
9
10
3
4
5
6
7
8
9
10
3
4
5
6
7
8
9
10
3
5
7
9
3
4
5
6
7
8
9
10
3
4
5
6
7
8
9
10
3
4
5
6
7
8
9
10
3
4
5
6
7
8
9
10
3
7
8
9
10
3
4
5
6
7
8
9
10
3
4
5
6
7
8
9
10
3
4
5
6
7
8
PA R T N o ... . . . . . . . . . PA G E
0.5MM8TRSWA .........
0.5MM8TRSWAES ......
0 - 1 3 7 1.. . . . . . . . . . . . . . . . . . .
0 - 1 3 7 4 .. . . . . . . . . . . . . . . . . .
0 - 1 3 7 5.. . . . . . . . . . . . . . . . . . .
0 - 1 3 7 6 .. . . . . . . . . . . . . . . . . .
0 - 1 3 7 7.. . . . . . . . . . . . . . . . . . .
0 - 1 3 7 8 .. . . . . . . . . . . . . . . . . .
0 - 1 3 8 8 .. . . . . . . . . . . . . . . . . .
0 - 1 3 8 9 .. . . . . . . . . . . . . . . . . .
0 - 1 3 9 0 .. . . . . . . . . . . . . . . . . .
0 - 1 3 9 1.. . . . . . . . . . . . . . . . . . .
0 - 2 0 3 1 .. . . . . . . . . . . . . . . . . .
0 - 3 0 1 2.. . . . . . . . . . . . . . . . . . .
0 - 3 0 1 3.. . . . . . . . . . . . . . . . . . .
0 - 3 0 1 5.. . . . . . . . . . . . . . . . . . .
0 - 3 0 1 6 .. . . . . . . . . . . . . . . . . .
0 - 3 0 1 7.. . . . . . . . . . . . . . . . . . .
0 - 3 0 3 2.. . . . . . . . . . . . . . . . . . .
0 - 3 0 5 6 .. . . . . . . . . . . . . . . . . .
0 - 3 0 5 9 .. . . . . . . . . . . . . . . . . .
0 - 3 0 6 2 .. . . . . . . . . . . . . . . . . .
0 - 3 0 6 4 .. . . . . . . . . . . . . . . . . .
0 - 3 0 6 6.. . . . . . . . . . . . . . . . . . .
0 - 4 0 2 1.. . . . . . . . . . . . . . . . . . .
0 - 4 0 2 2.. . . . . . . . . . . . . . . . . . .
0 - 4 0 2 3.. . . . . . . . . . . . . . . . . . .
0 - 4 0 2 4 .. . . . . . . . . . . . . . . . . .
0 - 4 0 2 5.. . . . . . . . . . . . . . . . . . .
0 - 4 0 2 6 .. . . . . . . . . . . . . . . . . .
0 - 4 0 2 7.. . . . . . . . . . . . . . . . . . .
0 - 4 0 4 1.. . . . . . . . . . . . . . . . . . .
0 - 4 0 4 2.. . . . . . . . . . . . . . . . . . .
0 - 4 0 4 3.. . . . . . . . . . . . . . . . . . .
0 - 4 0 4 4.. . . . . . . . . . . . . . . . . . .
0 - 4 0 4 5 .. . . . . . . . . . . . . . . . . .
0 - 4 0 4 6 .. . . . . . . . . . . . . . . . . .
0 - 4 0 5 1.. . . . . . . . . . . . . . . . . . .
0 - 4 0 5 2 .. . . . . . . . . . . . . . . . . .
0 - 4 0 5 3 .. . . . . . . . . . . . . . . . . .
0 - 4 0 5 4 .. . . . . . . . . . . . . . . . . .
0 - 4 0 5 5.. . . . . . . . . . . . . . . . . . .
0 - 4 0 5 6 .. . . . . . . . . . . . . . . . . .
0 - 4 0 5 7.. . . . . . . . . . . . . . . . . . .
0 - 4 0 6 6 .. . . . . . . . . . . . . . . . . .
0 - 4 0 6 7.. . . . . . . . . . . . . . . . . . .
0 - 4 0 6 8 .. . . . . . . . . . . . . . . . . .
0 - 4 0 6 9.. . . . . . . . . . . . . . . . . . .
0 - 4 0 7 0 .. . . . . . . . . . . . . . . . . .
0 - 4 0 7 1.. . . . . . . . . . . . . . . . . . .
0 - 4 4 2 5.. . . . . . . . . . . . . . . . . . .
0 - 4 4 2 6.. . . . . . . . . . . . . . . . . . .
0 - 4 4 2 7.. . . . . . . . . . . . . . . . . . .
0 - 4 4 2 8.. . . . . . . . . . . . . . . . . . .
0 - 4 4 3 3.. . . . . . . . . . . . . . . . . . .
0 - 4 4 3 4.. . . . . . . . . . . . . . . . . . .
0 - 4 4 3 5.. . . . . . . . . . . . . . . . . . .
0 - 4 4 3 6 .. . . . . . . . . . . . . . . . . .
0 - 4 4 3 7 .. . . . . . . . . . . . . . . . . .
0 - 4 4 3 8.. . . . . . . . . . . . . . . . . . .
0 - 4 4 3 9.. . . . . . . . . . . . . . . . . . .
0 - 4 4 4 0.. . . . . . . . . . . . . . . . . . .
0 - 4 4 4 1 .. . . . . . . . . . . . . . . . . .
0 - 4 4 4 2.. . . . . . . . . . . . . . . . . . .
0 - 4 4 5 1 .. . . . . . . . . . . . . . . . . .
0 - 4 4 5 2.. . . . . . . . . . . . . . . . . . .
0 - 4 4 5 3.. . . . . . . . . . . . . . . . . . .
0 - 4 4 5 4.. . . . . . . . . . . . . . . . . . .
0 - 4 4 6 5.. . . . . . . . . . . . . . . . . . .
0 - 4 4 6 6.. . . . . . . . . . . . . . . . . . .
0 - 4 4 6 7 .. . . . . . . . . . . . . . . . . .
0 - 4 4 6 8.. . . . . . . . . . . . . . . . . . .
0 - 4 4 7 3 .. . . . . . . . . . . . . . . . . .
0 - 4 4 7 4 .. . . . . . . . . . . . . . . . . .
0 - 4 4 7 5.. . . . . . . . . . . . . . . . . . .
0 - 4 4 7 6 .. . . . . . . . . . . . . . . . . .
1.5MM10PR..............
1 . 5 M M 1 0 P R E S.. . . . . . . . . .
1 . 5 M M 1 0 P R S W A.. . . . . . . .
1.5MM10PRSWAES.....
1.5MM10TR..............
1.5MM10TRES...........
1 . 5 M M 1 0 T R S W A .. . . . . . . .
1 . 5 M M 1 0 T R S W A E S.. . . . .
1.5MM12PR..............
1 . 5 M M 1 2 P R E S.. . . . . . . . . .
1 . 5 M M 1 2 P R S W A .. . . . . . .
9
10
58
58
58
58
58
58
58
58
58
58
55
52
52
52
52
52
55
52
52
52
52
52
48
48
48
48
48
48
48
48
48
48
48
48
48
49
49
49
49
49
49
49
49
49
49
49
49
49
50
50
50
50
50
50
50
50
50
50
50
51
51
51
48
48
48
48
51
51
51
51
51
51
51
51
3
4
5
6
7
8
9
10
3
4
5
PA R T N o ... . . . . . . . . . PA G E
1.5MM12PRSWAES ....
1.5MM12TR .............
1.5MM12TRES ..........
1 . 5 M M 1 2 T R S W A .. . . . . . .
1 . 5 M M 1 2 T R S W A E S .. . . .
1.5MM16PR .............
1 . 5 M M 1 6 P R E S .. . . . . . . . .
1 . 5 M M 1 6 P R S W A.. . . . . . . .
1.5MM16PRSWAES.....
1.5MM16TR..............
1.5MM16TRES...........
1 . 5 M M 1 6 T R S W A .. . . . . . . .
1 . 5 M M 1 6 T R S W A E S.. . . . .
1.5MM1PR...............
1.5MM1PRSWA .........
1 . 5 M M 1 T R .. . . . . . . . . . . . . .
1.5MM1TRSWA .........
1.5MM20PR..............
1 . 5 M M 2 0 P R E S.. . . . . . . . . .
1 . 5 M M 2 0 P R S W A.. . . . . . . .
1.5MM20PRSWAES.....
1.5MM20TR..............
1.5MM20TRES...........
1 . 5 M M 2 0 T R S W A .. . . . . . . .
1 . 5 M M 2 0 T R S W A E S.. . . . .
1.5MM24PR .............
1 . 5 M M 2 4 P R E S.. . . . . . . . . .
1 . 5 M M 2 4 P R S W A .. . . . . . .
1.5MM24PRSWAES ....
1.5MM24TR .............
1.5MM24TRES ..........
1 . 5 M M 2 4 T R S W A .. . . . . . .
1 . 5 M M 2 4 T R S W A E S .. . . .
1.5MM2PR...............
1.5MM2PRES............
1.5MM2PRSWA..........
1.5MM2PRSWAES.......
1 . 5 M M 2 T R .. . . . . . . . . . . . . .
1.5MM2TRES ...........
1.5MM2TRSWA .........
1.5MM2TRSWAES ......
1.5MM36PR..............
1 . 5 M M 3 6 P R E S.. . . . . . . . . .
1 . 5 M M 3 6 P R S W A.. . . . . . . .
1.5MM36PRSWAES.....
1.5MM36TR..............
1.5MM36TRES...........
1 . 5 M M 3 6 T R S W A .. . . . . . . .
1 . 5 M M 3 6 T R S W A E S.. . . . .
1.5MM3PR ..............
1 . 5 M M 3 T R .. . . . . . . . . . . . . .
1.5MM3TRES ...........
1.5MM3TRSWA .........
1.5MM3TRSWAES ......
1.5MM4PR...............
1.5MM4PRES ...........
1.5MM4PRSWA .........
1.5MM4PRSWAES ......
1 . 5 M M 4 T R .. . . . . . . . . . . . . .
1.5MM4TRES ...........
1.5MM4TRSWA .........
1.5MM4TRSWAES ......
1.5MM6PR...............
1.5MM6PRES ...........
1.5MM6PRSWA .........
1.5MM6PRSWAES ......
1 . 5 M M 6 T R .. . . . . . . . . . . . . . .
1.5MM6TRES............
1.5MM6TRSWA..........
1.5MM6TRSWAES.......
1.5MM8PR...............
1.5MM8PRES............
1.5MM8PRSWA .........
1.5MM8PRSWAES ......
1 . 5 M M 8 T R .. . . . . . . . . . . . . .
1.5MM8TRES ...........
1.5MM8TRSWA .........
1.5MM8TRSWAES ......
120MM1C11KV..........
120MM1C11KVLD ......
120MM1C22KV .........
120MM1C22KVLD.......
120MM1C33KV..........
120MM1C33KVLD.......
120MM3C11KV..........
120MM3C11KVLD.......
120MM3C22KV .........
6
7
8
9
10
3
4
5
6
7
8
9
10
3
5
7
9
3
4
5
6
7
8
9
10
3
4
5
6
7
8
9
10
3
4
5
6
7
8
9
10
3
4
5
6
7
8
9
10
3
7
8
9
10
3
4
5
6
7
8
9
10
3
4
5
6
7
8
9
10
3
4
5
6
7
8
9
10
37
37
41
41
45
45
39
39
43
PA R T N o ... . . . . . . . . . PA G E
120MM3C22KVLD ......
1 2 0 M M 3 C 3 3 K V 1 2 0 .. . . .
120MM3C33KVLD ......
124169...................
124170...................
124172...................
124174...................
124175...................
124176...................
124308...................
124505...................
125591...................
150MM1C11KV..........
150MM1C11KVLD.......
150MM1C22KV .........
150MM1C22KVLD.......
150MM1C33KV..........
150MM1C33KVLD.......
150MM3C11KV .........
150MM3C11KVLD.......
150MM3C22KV .........
150MM3C22KVLD ......
1 7 0 0 1.. . . . . . . . . . . . . . . . . . . .
1 7 0 0 3.. . . . . . . . . . . . . . . . . . . .
1 8 0 2 9.. . . . . . . . . . . . . . . . . . . .
1 8 0 3 1.. . . . . . . . . . . . . . . . . . . . .
1 8 0 3 5.. . . . . . . . . . . . . . . . . . . .
1 8 0 3 7.. . . . . . . . . . . . . . . . . . . .
1 8 0 4 0.. . . . . . . . . . . . . . . . . . . .
1 8 0 4 3.. . . . . . . . . . . . . . . . . . . .
1 8 0 4 7.. . . . . . . . . . . . . . . . . . . .
185MM1C11KV..........
185MM1C11KVLD.......
185MM1C22KV .........
185MM1C22KVLD ......
185MM1C33KV..........
185MM1C33KVLD ......
185MM3C11KV..........
185MM3C11KVLD.......
185MM3C22KV..........
185MM3C22KVLD ......
193339...................
193370...................
194068...................
194069...................
194070...................
194071...................
194072...................
194073...................
194074...................
194075...................
194076...................
194077...................
194078...................
194086...................
194087...................
194088...................
194089...................
194090...................
194091...................
194092...................
194093...................
194094...................
194293...................
194294...................
194295...................
194296...................
194301...................
194302...................
194303...................
194304...................
194305...................
194306...................
194307...................
2 0 0 2 9.. . . . . . . . . . . . . . . . . . . .
2 0 0 3 1.. . . . . . . . . . . . . . . . . . . .
2 0 0 3 4.. . . . . . . . . . . . . . . . . . . .
2 0 0 3 6.. . . . . . . . . . . . . . . . . . . .
2 0 0 4 0.. . . . . . . . . . . . . . . . . . . .
2 0 0 4 7.. . . . . . . . . . . . . . . . . . . .
2 0 1 3 4.. . . . . . . . . . . . . . . . . . . .
2 0 1 3 6.. . . . . . . . . . . . . . . . . . . .
2 0 1 3 8.. . . . . . . . . . . . . . . . . . . .
2 0 1 4 0.. . . . . . . . . . . . . . . . . . . .
2 0 1 4 2.. . . . . . . . . . . . . . . . . . . .
2 0 1 4 6.. . . . . . . . . . . . . . . . . . . .
2 1 4 6 A .. . . . . . . . . . . . . . . . . . . .
43
47
47
56
56
56
56
56
56
56
56
67
37
37
41
41
45
45
39
39
43
43
17
17
15
15
15
15
15
15
15
37
37
41
41
45
45
39
39
43
43
53
53
49
49
49
49
53
53
53
53
53
53
53
53
53
53
53
53
53
53
53
53
54
54
54
54
54
54
54
54
54
54
54
16
16
16
16
16
16
17
17
17
17
17
17
105
Index Page
PA R T N o ... . . . . . . . . . PA G E
223585...................
240MM1C11KV..........
240MM1C11KVLD.......
240MM1C22KV .........
240MM1C22KVLD.......
240MM1C33KV .........
240MM1C33KVLD ......
240MM3C11KV..........
240MM3C11KVLD.......
2 4 1 5 A .. . . . . . . . . . . . . . . . . . . .
2 7 0 0 1.. . . . . . . . . . . . . . . . . . . .
2 7 0 0 2.. . . . . . . . . . . . . . . . . . . .
2 7 0 0 4.. . . . . . . . . . . . . . . . . . . .
2 7 0 0 6.. . . . . . . . . . . . . . . . . . . .
2 7 0 0 7.. . . . . . . . . . . . . . . . . . . .
2 7 0 0 8.. . . . . . . . . . . . . . . . . . . .
2 7 0 0 9.. . . . . . . . . . . . . . . . . . . .
2 7 0 1 0.. . . . . . . . . . . . . . . . . . . .
2 7 0 1 1.. . . . . . . . . . . . . . . . . . . .
2 7 0 1 3.. . . . . . . . . . . . . . . . . . . .
2 7 0 1 4.. . . . . . . . . . . . . . . . . . . .
2 7 0 1 5.. . . . . . . . . . . . . . . . . . . .
2 7 0 1 6.. . . . . . . . . . . . . . . . . . . .
2 7 0 1 7.. . . . . . . . . . . . . . . . . . . .
2 7 0 1 8.. . . . . . . . . . . . . . . . . . . .
2 7 0 1 9.. . . . . . . . . . . . . . . . . . . .
2 7 0 2 0.. . . . . . . . . . . . . . . . . . . .
2 7 0 2 1.. . . . . . . . . . . . . . . . . . . .
2 7 0 2 2.. . . . . . . . . . . . . . . . . . . .
2 7 0 2 3.. . . . . . . . . . . . . . . . . . . .
2 7 0 2 4.. . . . . . . . . . . . . . . . . . . .
2 7 0 2 5.. . . . . . . . . . . . . . . . . . . .
2 7 0 2 6.. . . . . . . . . . . . . . . . . . . .
2 7 0 2 8.. . . . . . . . . . . . . . . . . . . .
2 H 6 9 0 0 1 2 1 8 L H .. . . . . . . . .
2 H 6 9 0 0 1 2 3 6 L H .. . . . . . . . .
2 H 6 9 0 0 1 2 5 8 L H .. . . . . . . . .
2 H 6 9 0 0 2 2 1 8 L H .. . . . . . . . .
2 H 6 9 0 0 2 2 5 8 L H .. . . . . . . . .
2 H 6 9 0 1 1 1 3 6 L H .. . . . . . . . .
2 H 6 9 0 1 1 1 5 8 L H .. . . . . . . . .
2 H 6 9 0 1 1 2 1 8 L H .. . . . . . . . .
2 H 6 9 0 1 1 2 3 6 L H .. . . . . . . . .
2 H 6 9 0 1 1 2 5 8 L H .. . . . . . . . .
300MM1C11KV .........
300MM1C11KVLD.......
300MM1C22KV .........
300MM1C22KVLD ......
300MM1C33KV..........
300MM1C33KVLD ......
300MM3C11KV..........
300MM3C11KVLD.......
3 5 M M 1 C 1 1 K V.. . . . . . . . . . .
3 5 M M 1 C 1 1 K V L D .. . . . . . .
3 5 M M 1 C 2 2 K V .. . . . . . . . . .
3 5 M M 1 C 2 2 K V L D.. . . . . . . .
3 5 M M 3 C 1 1 K V.. . . . . . . . . . .
3 5 M M 3 C 1 1 K V L D.. . . . . . . .
3 5 M M 3 C 2 2 K V .. . . . . . . . . .
3 5 M M 3 C 2 2 K V L D.. . . . . . . .
400MM1C11KV..........
400MM1C11KVLD.......
400MM1C22KV .........
400MM1C22KVLD ......
400MM1C33KV..........
400MM1C33KVLD.......
4H25180262.............
500MM1C11KV..........
500MM1C11KVLD ......
500MM1C22KV .........
500MM1C22KVLD ......
500MM1C33KV..........
500MM1C33KVLD.......
5 0 M M 1 C 1 1 K V.. . . . . . . . . . .
5 0 M M 1 C 1 1 K V L D .. . . . . . .
5 0 M M 1 C 2 2 K V.. . . . . . . . . . .
5 0 M M 1 C 2 2 K V L D.. . . . . . . .
5 0 M M 1 C 3 3 K V .. . . . . . . . . .
5 0 M M 1 C 3 3 K V L D.. . . . . . . .
5 0 M M 3 C 1 1 K V.. . . . . . . . . . .
5 0 M M 3 C 1 1 K V L D .. . . . . . .
5 0 M M 3 C 2 2 K V.. . . . . . . . . . .
5 0 M M 3 C 2 2 K V L D .. . . . . . .
5 0 M M 3 C 3 3 K V.. . . . . . . . . . .
5 0 M M 3 C 3 3 K V L D.. . . . . . . .
5 D F 2 0 4 3 .. . . . . . . . . . . . . . .
5 D F 2 0 5 3 .. . . . . . . . . . . . . . . .
66
37
37
41
41
45
45
39
39
105
34
34
34
34
34
34
34
34
34
34
34
34
34
34
34
34
34
34
34
34
34
34
34
34
108
108
108
108
108
108
108
108
108
108
37
37
41
41
45
45
39
39
37
37
41
41
39
39
43
43
37
37
41
41
45
45
105
37
37
41
41
45
45
37
37
41
41
45
45
39
39
43
43
47
47
27
27
PA R T N o ... . . . . . . . . . PA G E
5 D F 2 0 6 3 .. . . . . . . . . . . . . . . .
5 D F 2 0 7 3 .. . . . . . . . . . . . . . .
5 D F 2 1 0 3 .. . . . . . . . . . . . . . . .
5 D F 2 1 2 3 .. . . . . . . . . . . . . . .
5 D F 2 1 3 3 .. . . . . . . . . . . . . . .
5 D F 2 1 4 3 .. . . . . . . . . . . . . . .
5 D F 2 1 5 3 .. . . . . . . . . . . . . . .
5 D F 2 1 6 3 .. . . . . . . . . . . . . . . .
5 D F 2 1 7 3 .. . . . . . . . . . . . . . .
5 D F 2 1 8 3 .. . . . . . . . . . . . . . . .
5 D F 2 2 0 3 .. . . . . . . . . . . . . . . .
5 D F 2 2 1 3 .. . . . . . . . . . . . . . . .
5 D F 2 2 2 3 .. . . . . . . . . . . . . . . .
5 D F 2 2 3 3 .. . . . . . . . . . . . . . . .
5 D F 2 2 4 3 .. . . . . . . . . . . . . . . .
5DH1 021 ...............
5DH1 022 ...............
5DH1 023................
5DH1 025................
5DH1 026................
5DH1 027 ...............
5DH1 028................
5DH1 030 ...............
5DH1 031................
5DH1 032................
5DH1 033................
5DH1 069 ...............
5DH1 070 ...............
5DH1 071................
5DH1 072................
5DH1 073................
5DH1 075 ...............
5DH1 076................
5DH1 275 ...............
5DH2 901................
5DH5 148................
5DH5 149 ...............
5DH5 150 ...............
5DH5 151................
5DH5 152................
5DH5 153................
5DH5 154................
5DH5 155................
5DH5 312................
5DH5 313 ...............
5DH5 314................
630MM1C11KV..........
630MM1C11KVLD.......
630MM1C22KV..........
630MM1C22KVLD ......
630MM1C33KV..........
630MM1C33KVLD ......
6H23241007.............
6H23400092.............
6H23400092.............
6H23400094.............
6H23400095.............
6H31375034T...........
6H31375034T...........
6H31375035T...........
6H31375035V...........
6H31375036T...........
6H31375036T...........
6H31375037T...........
6H31375038T...........
6H31375039T...........
6H31376001.............
6H31376186.............
6H31379074.............
6H31379074.............
6H31379074.............
6H31381150.............
6H31381250.............
6H31381400.............
6H34111177.............
6H38400026.............
6H38400026.............
6H38400028.............
6H38400034.............
6H38400036.............
6H38409003.............
6H38409003A...........
6H38409004.............
6H38409004A...........
6H52CHE.................
6H52CHE.................
6H53CHE.................
27
27
27
27
27
27
27
27
27
27
27
27
27
27
27
31
31
31
31
31
31
31
31
31
31
31
31
31
31
31
31
31
31
31
31
33
33
33
33
33
33
33
33
33
33
33
37
37
41
41
45
45
108
108
108
108
108
106
106
106
106
106
106
106
106
106
106
106
106
106
106
108
108
108
105
106
106
106
106
106
108
108
108
108
106
106
106
PA R T N o ... . . . . . . . . . PA G E
6H54CHE.................
6LI42023.................
6LI42084.................
6LI44069.................
6 T L 2 7 6 8 1 0 0 9.. . . . . . . . . . .
7 0 M M 1 C 1 1 K V .. . . . . . . . . .
7 0 M M 1 C 1 1 K V L D.. . . . . . . .
7 0 M M 1 C 2 2 K V.. . . . . . . . . . .
7 0 M M 1 C 2 2 K V L D.. . . . . . . .
7 0 M M 1 C 3 3 K V .. . . . . . . . . .
7 0 M M 1 C 3 3 K V L D.. . . . . . . .
7 0 M M 3 C 1 1 K V.. . . . . . . . . . .
7 0 M M 3 C 1 1 K V L D.. . . . . . . .
7 0 M M 3 C 2 2 K V .. . . . . . . . . .
7 0 M M 3 C 2 2 K V L D.. . . . . . . .
7 0 M M 3 C 3 3 K V.. . . . . . . . . . .
7 0 M M 3 C 3 3 K V L D.. . . . . . . .
8 / S T I R U P M N T .. . . . . . . . . . .
9 - 3 0 0 1.. . . . . . . . . . . . . . . . .
9 - 3 0 0 3.. . . . . . . . . . . . . . . . .
9 - 3 0 0 6.. . . . . . . . . . . . . . . . .
9 - 3 0 1 1.. . . . . . . . . . . . . . . . .
9 5 M M 1 C 1 1 K V.. . . . . . . . . . .
9 5 M M 1 C 1 1 K V L D .. . . . . . .
9 5 M M 1 C 2 2 K V .. . . . . . . . . .
9 5 M M 1 C 2 2 K V L D.. . . . . . . .
9 5 M M 1 C 3 3 K V.. . . . . . . . . . .
9 5 M M 1 C 3 3 K V L D .. . . . . . .
9 5 M M 3 C 1 1 K V .. . . . . . . . . .
9 5 M M 3 C 1 1 K V L D.. . . . . . . .
9 5 M M 3 C 2 2 K V.. . . . . . . . . . .
9 5 M M 3 C 2 2 K V L D .. . . . . . .
9 5 M M 3 C 3 3 K V.. . . . . . . . . . .
9 5 M M 3 C 3 3 K V L D .. . . . . . .
A700002B................
A700003C................
A700004E................
A700005F................
A700019D................
ASI-BUS..................
BLP025/100 ............
BLP034/100 ............
BLP050/100 ............
BLP075/100 ............
BLP100/100.............
BLP1000/25 ............
BLP12000/3 ............
BLP150/100.............
BLP15000/3.............
BLP1600/25.............
BLP250/100.............
BLP2500/10 ............
BLP3500/10 ............
BLP400/100 ............
BLP5000/10 ............
BLP600/50 ..............
BLP7000/5 ..............
BLP9500/3 ..............
BLPT050/100 ...........
BLPT075/100............
BLPT100/100............
BLPT1000/10............
BLPT150/100 ...........
BLPT1600/10............
BLPT250/100............
B L P T 4 0 0 / 5 0 .. . . . . . . . . . . . .
B L P T 6 0 0 / 2 5 .. . . . . . . . . . . . .
CF12G0.5................
CF12G0.75...............
CF12G1...................
CF12G1.5................
CF12G2.5................
CF18G0.5................
CF18G0.75...............
CF18G1...................
CF18G1.5................
CF18G2.5................
CF25G0.5................
CF25G0.75...............
CF25G1...................
CF25G1.5................
CF25G2.5................
CF2X0.5..................
C F 2 X 0 . 7 5 .. . . . . . . . . . . . . . . .
C F 2 X 1 .. . . . . . . . . . . . . . . . . . . .
CF2X1.5..................
CF2X2.5..................
106
105
105
106
108
37
37
41
41
45
45
39
39
43
43
47
47
105
65
64
68
65
37
37
41
41
45
45
39
39
43
43
47
47
108
108
108
108
108
13
113
113
113
113
113
113
113
113
113
113
113
113
113
113
113
113
113
113
113
113
113
113
113
113
113
113
113
18
19
20
20
21
18
19
20
20
21
18
19
20
20
21
18
19
20
20
21
PA R T N o ... . . . . . . . . . PA G E
CF34G0.5................
CF34G0.75...............
CF34G1...................
CF34G1.5................
CF3G0.5..................
CF3G0.75................
C F 3 G 1.. . . . . . . . . . . . . . . . . . . .
CF3G1.5..................
CF3G2.5..................
CF40G0.5................
CF41G0.75...............
CF41G1...................
CF42G1.5................
CF4G0.5 .................
CF4G0.75 ...............
C F 4 G 1 .. . . . . . . . . . . . . . . . . . .
CF4G1.5 .................
CF4G2.5 .................
C F 4 G 4.. . . . . . . . . . . . . . . . . . . .
C F 4 G 6.. . . . . . . . . . . . . . . . . . . .
CF50G0.5................
CF50G1...................
CF5G0.5..................
CF5G0.75................
C F 5 G 1.. . . . . . . . . . . . . . . . . . . .
CF5G1.5..................
CF5G2.5..................
C F 5 G 4.. . . . . . . . . . . . . . . . . . . .
C F 5 G 6.. . . . . . . . . . . . . . . . . . . .
CF7G0.5..................
CF7G0.75................
C F 7 G 1.. . . . . . . . . . . . . . . . . . . .
CF7G1.5..................
CF7G10...................
CF7G2.5..................
C F 7 G 4.. . . . . . . . . . . . . . . . . . . .
C F 7 G 6.. . . . . . . . . . . . . . . . . . . .
CF9G0.75................
CF9G1.5..................
C T 1 0 0 B K - 1 0 0 .. . . . . . . . . .
C T 1 0 0 N T- 1 0 0 . . . . . . . . . . .
C T 1 5 0 B K - 1 0 0 .. . . . . . . . . .
C T 1 5 0 N T- 1 0 0 . . . . . . . . . . .
C T 2 0 0 B K - 1 0 0 .. . . . . . . . . .
CT200LDBK .............
CT200LDNT..............
C T 2 0 0 M D B K .. . . . . . . . . . . . .
C T 2 0 0 M D N T .. . . . . . . . . . . .
C T 2 0 0 N T- 1 0 0 . . . . . . . . . . .
C T 2 5 0 B K - 1 0 0 .. . . . . . . . . . .
C T 2 5 0 N T- 1 0 0 . . . . . . . . . . .
C T 3 0 0 B K - 1 0 0 .. . . . . . . . . .
C T 3 0 0 N T- 1 0 0 . . . . . . . . . . . .
C T 3 7 0 B K - 1 0 0 .. . . . . . . . . .
C T 3 7 0 N T- 1 0 0 . . . . . . . . . . .
CT380BKHD..............
CT380NTHD..............
D E V I C E N E T.. . . . . . . . . . . . . .
D P P R O F I B U S.. . . . . . . . . . . .
E 1 W F - 1 0 0 a .. . . . . . . . . . . . . .
E1WF-100b..............
E 1 W F - 1 6 B M 1 6 .. . . . . . . . .
E 1 W F - 1 6 B M 2 0 .. . . . . . . . .
E1WF-16M16 ...........
E1WF-16M20 ...........
E1WF-20a M20 .........
E 1 W F - 2 0 b M 2 0.. . . . . . . . .
E1WF-25a ...............
E1WF-25b................
E1WF-32a ...............
E1WF-32b................
E1WF-40a ...............
E1WF-40b ...............
E1WF-50a................
E1WF-50b................
E1WF-63a ...............
E1WF-63b ...............
E1WF-63c................
E1WF-75a ...............
E1WF-75b ...............
E1WF-75c................
E1WF-75d................
E1WF-90a................
E1WF-90b................
E1XF-100a...............
E1XF-100b...............
E1XF-16AM16 ..........
18
19
20
20
18
19
20
20
21
18
19
20
20
18
19
20
20
21
21
21
18
20
18
19
20
20
21
21
21
18
19
20
20
21
21
21
21
19
20
109
109
109
109
109
109
109
109
109
109
109
109
109
109
109
109
109
109
14
11
78
78
78
78
78
78
78
78
78
78
78
78
78
78
78
78
78
78
78
78
78
78
78
78
78
77
77
77
Index Page
PA R T N o ... . . . . . . . . . PA G E
E1XF-16AM20 ..........
E1XF-16BM16 ..........
E1XF-16BM20 ..........
E 1 X F - 2 0 a M 2 0 .. . . . . . . . .
E1XF-20b M20 .........
E 1 X F - 2 5 a.. . . . . . . . . . . . . . . .
E 1 X F - 2 5 b .. . . . . . . . . . . . . . . .
E 1 X F - 3 2 a .. . . . . . . . . . . . . . .
E 1 X F - 3 2 b .. . . . . . . . . . . . . . .
E 1 X F - 4 0 a .. . . . . . . . . . . . . . .
E 1 X F - 4 0 b .. . . . . . . . . . . . . . .
E 1 X F - 5 0 a .. . . . . . . . . . . . . . .
E 1 X F - 5 0 b .. . . . . . . . . . . . . . .
E 1 X F - 6 3 a .. . . . . . . . . . . . . . .
E 1 X F - 6 3 b .. . . . . . . . . . . . . . .
E 1 X F - 6 3 c .. . . . . . . . . . . . . . . .
E 1 X F - 7 5 a .. . . . . . . . . . . . . . .
E 1 X F - 7 5 b .. . . . . . . . . . . . . . .
E 1 X F - 7 5 c .. . . . . . . . . . . . . . .
E 1 X F - 7 5 d .. . . . . . . . . . . . . . . .
E 1 X F - 9 0 a .. . . . . . . . . . . . . . .
E 1 X F - 9 0 b .. . . . . . . . . . . . . . .
E G 1 4 3 .. . . . . . . . . . . . . . . . . . .
E G 3 9 4 .. . . . . . . . . . . . . . . . . . .
EG 80.....................
EMC12G0.5JZ ..........
EMC12G0.75JZ .........
EMC12G1.5JZ ..........
EMC12G1JZ .............
EMC12G2.5JZ ..........
EMC18G0.5JZ ..........
EMC18G0.75JZ .........
EMC18G1.5JZ ..........
EMC18G1JZ..............
EMC2G0.5JZ ............
EMC3G0.5JZ ............
EMC3G0.75JZ ..........
E M C 3 G 1 . 5 .. . . . . . . . . . . . . .
EMC3G1.5JZ ............
E M C 3 G 1 J Z .. . . . . . . . . . . . . .
E M C 3 G 2 . 5 .. . . . . . . . . . . . . .
EMC3G2.5JZ ............
EMC4G0.5JZ ............
EMC4G0.75JZ ..........
E M C 4 G 1 . 5.. . . . . . . . . . . . . . .
EMC4G1.5JZ ............
E M C 4 G 1 . 5 U V.. . . . . . . . . . . .
E M C 4 G 1 0.. . . . . . . . . . . . . . . .
E M C 4 G 1 0 U V.. . . . . . . . . . . . .
EMC4G120...............
EMC4G120UV ...........
EMC4G150...............
EMC4G150UV............
E M C 4 G 1 6 .. . . . . . . . . . . . . . .
E M C 4 G 1 6 U V.. . . . . . . . . . . . .
EMC4G185...............
EMC4G185UV............
E M C 4 G 1 J Z .. . . . . . . . . . . . . .
E M C 4 G 2 . 5 .. . . . . . . . . . . . . .
EMC4G2.5JZ ............
E M C 4 G 2 . 5 U V .. . . . . . . . . . .
E M C 4 G 2 5 .. . . . . . . . . . . . . . .
E M C 4 G 2 5 U V .. . . . . . . . . . . .
E M C 4 G 3 5.. . . . . . . . . . . . . . . .
E M C 4 G 3 5 U V .. . . . . . . . . . . .
EMC4G4 .................
E M C 4 G 4 J Z .. . . . . . . . . . . . . .
EMC4G4UV ..............
E M C 4 G 5 0 .. . . . . . . . . . . . . . .
E M C 4 G 5 0 U V .. . . . . . . . . . . .
EMC4G6 .................
EMC4G6UV ..............
E M C 4 G 7 0 .. . . . . . . . . . . . . . .
E M C 4 G 7 0 U V .. . . . . . . . . . . .
E M C 4 G 9 5.. . . . . . . . . . . . . . . .
E M C 4 G 9 5 U V.. . . . . . . . . . . . .
EMC5G0.5JZ ............
EMC5G0.75JZ ..........
EMC5G1.5JZ.............
EMC5G1.5JZ ............
E M C 5 G 1 J Z .. . . . . . . . . . . . . .
E M C 5 G 4 J Z .. . . . . . . . . . . . . . .
E M C 5 G 6 J Z .. . . . . . . . . . . . . . .
EMC7G0.5JZ ............
EMC7G0.75JZ ..........
EMC7G1.5JZ ............
E M C 7 G 1 J Z .. . . . . . . . . . . . . .
77
77
77
77
77
77
77
77
77
77
77
77
77
77
77
77
77
77
77
77
77
77
59
59
59
23
23
23
23
23
23
23
23
23
23
23
23
22
23
23
22
23
23
23
22
23
24
22
24
22
24
22
24
22
24
22
24
23
22
23
24
22
24
22
24
22
23
24
22
24
22
24
22
24
22
24
23
23
23
23
23
23
23
23
23
23
23
PA R T N o ... . . . . . . . . . PA G E
EMC7G2.5JZ ............
FG32 .....................
FG40 .....................
FG50......................
FG63......................
G001328A................
G16EMC .................
G20EMC .................
G25EMC..................
G32EMC..................
G40EMC..................
G50EMC .................
G63EMC..................
G U L L W I N G B R K I T.. . . . . . . .
H S 1 . 5 * .. . . . . . . . . . . . . . . . . .
H S 1 0 * .. . . . . . . . . . . . . . . . . . .
HS100* ..................
HS120*...................
H S 1 3 * .. . . . . . . . . . . . . . . . . . .
H S 2 . 5 * .. . . . . . . . . . . . . . . . . .
H S 2 0 * .. . . . . . . . . . . . . . . . . . .
H S 2 5 * .. . . . . . . . . . . . . . . . . . .
HS3*......................
H S 3 8 * .. . . . . . . . . . . . . . . . . . .
HS5* .....................
H S 5 0 * .. . . . . . . . . . . . . . . . . . .
HS7* .....................
H S 7 5 * .. . . . . . . . . . . . . . . . . . .
I L S 1 . 2 5 D G / 1 0 0 .. . . . . . . .
I L S 2 D G / 1 0 0.. . . . . . . . . . . . .
I L S 5 . 5 D G / 2 5.. . . . . . . . . . . .
K C 1 .. . . . . . . . . . . . . . . . . . . . . .
KC10 .....................
K C 1 2 0 .. . . . . . . . . . . . . . . . . . . .
K C 1 5 0 .. . . . . . . . . . . . . . . . . . .
KC16 .....................
K C 1 8 5 .. . . . . . . . . . . . . . . . . . .
K C 2 .. . . . . . . . . . . . . . . . . . . . . . .
KC2.5 ....................
K C 2 4 0 .. . . . . . . . . . . . . . . . . . . .
KC25 .....................
K C 3 0 0 .. . . . . . . . . . . . . . . . . . .
KC35 .....................
K C 4 .. . . . . . . . . . . . . . . . . . . . . .
K C 4 0 0 .. . . . . . . . . . . . . . . . . . . .
KC50......................
K C 5 0 0 .. . . . . . . . . . . . . . . . . . . .
K C 6 .. . . . . . . . . . . . . . . . . . . . . .
K C 6 3 0 .. . . . . . . . . . . . . . . . . . . .
KC70......................
KC95......................
K E V 2 / 1 .. . . . . . . . . . . . . . . . . .
K E V 2 / 3 .. . . . . . . . . . . . . . . . . . .
K E V 3 / 1 .. . . . . . . . . . . . . . . . . . .
KEV320 ..................
KEV330...................
KEV335...................
KEV340 ..................
KEV410...................
KEV420 ..................
KEV430 ..................
KEV440 ..................
KEV450...................
KEV460...................
K L 1 . 5 - 4 .. . . . . . . . . . . . . . . . .
K L 1 . 5 - 4 B M.. . . . . . . . . . . . . .
K L 1 . 5 - 5 .. . . . . . . . . . . . . . . . .
K L 1 . 5 - 5 B M.. . . . . . . . . . . . . .
K L 1 . 5 - 6 .. . . . . . . . . . . . . . . . .
K L 1 . 5 - 6 B M.. . . . . . . . . . . . . .
KL10-10 .................
KL10-10BM .............
KL10-12 .................
KL10-12BM .............
K L 1 0 - 5 .. . . . . . . . . . . . . . . . . . .
K L 1 0 - 5 B M.. . . . . . . . . . . . . . .
K L 1 0 - 6 .. . . . . . . . . . . . . . . . . . .
K L 1 0 - 6 B M.. . . . . . . . . . . . . . .
K L 1 0 - 8 .. . . . . . . . . . . . . . . . . . .
K L 1 0 - 8 B M.. . . . . . . . . . . . . . .
KL16-10 .................
KL16-10BM .............
KL16-12 .................
KL16-12BM .............
K L 1 6 - 6 .. . . . . . . . . . . . . . . . . . .
K L 1 6 - 6 B M.. . . . . . . . . . . . . . .
K L 1 6 - 8 .. . . . . . . . . . . . . . . . . .
23
71
71
71
71
108
71
71
71
71
71
71
71
105
60
60
60
61
60
60
60
60
60
60
60
60
60
60
114
114
114
114
112
112
112
112
112
114
112
112
112
112
112
112
112
112
112
112
112
112
112
63
63
63
63
63
63
63
63
63
63
63
63
63
111
111
111
111
111
111
111
111
111
111
111
111
111
111
111
111
111
111
111
111
111
111
111
PA R T N o ... . . . . . . . . . PA G E
K L 1 6 - 8 B M .. . . . . . . . . . . . . .
K L 2 . 5 - 4 .. . . . . . . . . . . . . . . . . .
K L 2 . 5 - 4 B M.. . . . . . . . . . . . . .
K L 2 . 5 - 5 .. . . . . . . . . . . . . . . . . .
K L 2 . 5 - 5 B M.. . . . . . . . . . . . . .
K L 2 . 5 - 6 .. . . . . . . . . . . . . . . . .
K L 2 . 5 - 6 B M .. . . . . . . . . . . . .
K L 2 . 5 - 8 .. . . . . . . . . . . . . . . . .
K L 2 . 5 - 8 B M .. . . . . . . . . . . . .
KL25-10 .................
KL25-10BM .............
KL25-12 .................
KL25-12BM .............
K L 2 5 - 6 .. . . . . . . . . . . . . . . . . . .
K L 2 5 - 6 B M.. . . . . . . . . . . . . . .
K L 2 5 - 8 .. . . . . . . . . . . . . . . . . .
K L 2 5 - 8 B M .. . . . . . . . . . . . . .
KL35-10..................
KL35-10BM..............
KL35-12 .................
KL35-12BM .............
K L 3 5 - 6 .. . . . . . . . . . . . . . . . . .
K L 3 5 - 6 B M .. . . . . . . . . . . . . .
K L 3 5 - 8 .. . . . . . . . . . . . . . . . . .
K L 3 5 - 8 B M .. . . . . . . . . . . . . .
K L 4 - 1 0 .. . . . . . . . . . . . . . . . . .
K L 4 - 1 0 B M .. . . . . . . . . . . . . .
KL4-5 ....................
KL4-5BM ................
KL4-6 ....................
KL4-6BM ................
KL4-8 ....................
KL4-8BM ................
KL50-10 .................
KL50-10BM .............
KL50-12..................
KL50-12BM..............
K L 5 0 - 6 .. . . . . . . . . . . . . . . . . .
K L 5 0 - 6 B M .. . . . . . . . . . . . . .
K L 5 0 - 8 .. . . . . . . . . . . . . . . . . . .
K L 5 0 - 8 B M.. . . . . . . . . . . . . . .
K L 6 - 1 0 .. . . . . . . . . . . . . . . . . .
K L 6 - 1 0 B M .. . . . . . . . . . . . . .
KL6-5.....................
KL6-5BM.................
KL6-6 ....................
KL6-6BM ................
KL6-8 ....................
KL6-8BM ................
KL70-10 .................
KL70-10BM..............
KL70-12..................
KL70-12BM..............
KL70-16 .................
KL70-16BM .............
K L 7 0 - 6 .. . . . . . . . . . . . . . . . . .
K L 7 0 - 6 B M.. . . . . . . . . . . . . . .
K L 7 0 - 8 .. . . . . . . . . . . . . . . . . . .
K L 7 0 - 8 B M.. . . . . . . . . . . . . . .
KL95-10..................
KL95-10BM..............
KL95-12..................
KL95-12BM..............
K L 9 5 - 8 .. . . . . . . . . . . . . . . . . .
K L 9 5 - 8 B M .. . . . . . . . . . . . . .
K M 6 5 .. . . . . . . . . . . . . . . . . . . . .
KM65-0 ..................
KM65-1...................
KM65-100 ...............
KM65-11 ................
KM65-12 ................
KM65-13 ................
KM65-135................
KM65-135L..............
KM65-14.................
KM65-16 ................
KM65-17.................
KM65-2 ..................
KM65-3 ..................
KM65-4...................
KM65-5 ..................
KM65-6 ..................
KM65-7 ..................
KM65-8 ..................
KM65-9 ..................
K M 6 5 - A .. . . . . . . . . . . . . . . . .
K M 6 5 - B .. . . . . . . . . . . . . . . . .
111
111
111
111
111
111
111
111
111
111
111
111
111
111
111
111
111
111
111
111
111
111
111
111
111
111
111
111
111
111
111
111
111
111
111
111
111
111
111
111
111
111
111
111
111
111
111
111
111
111
111
111
111
111
111
111
111
111
111
111
111
111
111
111
111
115
115
115
115
115
115
115
115
115
115
115
115
115
115
115
115
115
115
115
115
115
115
PA R T N o ... . . . . . . . . . PA G E
K M 6 5 - C .. . . . . . . . . . . . . . . . .
K M 6 5 - D .. . . . . . . . . . . . . . . . .
KM65-E...................
KM65-F ..................
K M 6 5 - G .. . . . . . . . . . . . . . . . .
K M 6 5 - H .. . . . . . . . . . . . . . . . . .
K M 6 5 - I .. . . . . . . . . . . . . . . . . .
KM65-J...................
KM65-K ..................
KM65-L ..................
KM65-M .................
K M 6 5 - N .. . . . . . . . . . . . . . . . . .
K M 6 5 - O .. . . . . . . . . . . . . . . . .
KM65-P...................
K M 6 5 - Q.. . . . . . . . . . . . . . . . . .
K M 6 5 - R .. . . . . . . . . . . . . . . . .
K M 6 5 - S .. . . . . . . . . . . . . . . . .
K M 6 5 -T . . . . . . . . . . . . . . . . . .
K M 6 5 - U .. . . . . . . . . . . . . . . . .
K M 6 5 -V . . . . . . . . . . . . . . . . . . .
KM65-W .................
KM65-X ..................
K M 6 5 -Y . . . . . . . . . . . . . . . . . . .
KM65-Z ..................
LN16EMC.................
LN20EMC.................
LN25EMC ................
LN32EMC.................
LN40EMC.................
LN50EMC.................
LN63EMC.................
M G 1 2 .. . . . . . . . . . . . . . . . . . . .
M G 1 6 .. . . . . . . . . . . . . . . . . . . .
M G 2 0 .. . . . . . . . . . . . . . . . . . . . .
M G 2 5 .. . . . . . . . . . . . . . . . . . . .
M G 3 2 .. . . . . . . . . . . . . . . . . . . .
M G 4 0 .. . . . . . . . . . . . . . . . . . . . .
M G 5 0 .. . . . . . . . . . . . . . . . . . . .
M G 6 3 .. . . . . . . . . . . . . . . . . . . . .
O S A E - 1 6 .. . . . . . . . . . . . . . . .
O S A E - 2 0 .. . . . . . . . . . . . . . . . .
O S A E - 2 5 .. . . . . . . . . . . . . . . .
O S A E - 3 2 .. . . . . . . . . . . . . . . .
O S A E - 4 0 .. . . . . . . . . . . . . . . .
O S A E - 5 0 .. . . . . . . . . . . . . . . . .
O S A E - 6 3 .. . . . . . . . . . . . . . . .
O S A E - 7 5 .. . . . . . . . . . . . . . . . .
OSAJ-101/M1 ..........
O S A J - 1 0 1 / N M 1 .. . . . . . . .
O S A J - 1 0 1 / N M 1 .. . . . . . . .
OSAJ -101/PM1 .........
OSAJ -101/PM2 .........
OSAJ-102/M1 ..........
OSAJ-102/M2...........
O S A J - 1 0 2 / M N 1 .. . . . . . . .
O S A J - 1 0 2 / N 1 .. . . . . . . . . .
OSAJ -102/PM1..........
OSAJ -102/PM2 .........
OSAJ -102/PM3 .........
OSAJ-103/M1 ..........
OSAJ-103/M2 ..........
OSAJ-103/M3 ..........
O S A J - 1 0 3 / N 1 .. . . . . . . . . .
O S A J - 1 0 3 / N 2.. . . . . . . . . . .
O S A J - 1 0 3 / N M 2 .. . . . . . . .
O S A J - 1 0 3 / N M 3 .. . . . . . . .
OSAJ -103/PM1..........
OSAJ -103/PM2..........
OSAJ -103/PM3 .........
OSAJ -103/PM4..........
OSAJ-104/M1 ..........
OSAJ-104/M2...........
OSAJ-104/M3 ..........
O S A J - 1 0 4 / N 1 .. . . . . . . . . .
O S A J - 1 0 4 / N 2.. . . . . . . . . . .
O S A J - 1 0 4 / N M 3 .. . . . . . . .
OSAJ-105/M1...........
OSAJ-105/M2 ..........
OSAJ-105/M3 ..........
O S A J - 1 0 5 / N 1.. . . . . . . . . . .
O S A J - 1 0 5 / N 2.. . . . . . . . . . .
O S A J - 1 0 5 / N M 4 .. . . . . . . .
OSAJ-106/M1...........
OSAJ-106/M2 ..........
OSAJ-106/M3 ..........
O S A J - 1 0 6 / N 1.. . . . . . . . . . .
O S A J - 1 0 6 / N 2 .. . . . . . . . . .
115
115
115
115
115
115
115
115
115
115
115
115
115
115
115
115
115
115
115
115
115
115
115
115
71
71
71
71
71
71
71
71
71
71
71
71
71
71
71
83
83
83
83
83
83
83
83
82
82
82
82
82
82
82
82
82
82
82
82
82
82
82
82
82
82
82
82
82
82
82
82
82
82
82
82
82
82
82
82
82
82
82
82
82
82
82
82
Index Page
PA R T N o ... . . . . . . . . . PA G E
O S A J - 1 0 6 / N M 5 .. . . . . . . .
OSAJ-107/M1 ..........
OSAJ-107/M2 ..........
OSAJ-107/M3...........
O S A J - 1 0 7 / N 1 .. . . . . . . . . .
O S A J - 1 0 7 / N 2.. . . . . . . . . . .
O S A J - 1 0 7 / N M 6 .. . . . . . . .
O S E T- 1 0 1 / M 1 6 . . . . . . . . . .
O S E T- 1 0 2 / M 2 0 . . . . . . . . . .
O S E T- 1 0 3 / M 2 5 . . . . . . . . . .
O S E T- 1 0 4 / M 3 2 . . . . . . . . .
O S E T- 1 0 5 / M 4 0 . . . . . . . . . .
O S E T- 1 0 6 / M 5 0 . . . . . . . . .
O S E T- 1 0 7 / M 6 3 . . . . . . . . .
O S E T- 1 0 8 / M 7 5 . . . . . . . . .
O S E T- 1 0 9 / M 9 0 . . . . . . . . . .
OSGP1....................
OSGP2....................
OSGP3 ...................
OSGP4 ...................
OSGP5....................
O S L N - M 1 6 .. . . . . . . . . . . . . .
O S L N - M 2 0 .. . . . . . . . . . . . . .
O S L N - M 2 5 .. . . . . . . . . . . . . .
O S L N - M 3 2 .. . . . . . . . . . . . . .
O S L N - M 4 0.. . . . . . . . . . . . . . .
O S L N - M 5 0.. . . . . . . . . . . . . . .
O S L N - M 6 3.. . . . . . . . . . . . . . .
O S L N - M 7 5 .. . . . . . . . . . . . . .
O S L N - M 9 0.. . . . . . . . . . . . . . .
O S N J - 1 0 0 A .. . . . . . . . . . . . .
OSNJ-100B..............
OSNJ -16AM16 ..........
OSNJ -16AM20...........
O S N J - 1 6 B M 1 6 .. . . . . . . . .
O S N J - 1 6 B M 2 0 .. . . . . . . . .
OSNJ -20AM20 ..........
O S N J - 2 0 B M 2 0 .. . . . . . . . .
OSNJ-25A ...............
OSNJ-25B ...............
OSNJ-32A................
OSNJ-32B ...............
OSNJ-40A................
OSNJ-40B................
OSNJ-50A ...............
OSNJ-50B................
OSNJ-63A ...............
OSNJ-63B................
OSNJ-63C ...............
OSNJ-75A ...............
OSNJ-75B................
OSNJ-75C................
OSNJ-75D................
OSNJ-90A ...............
OSNJ-90B ...............
OSNJA2F-100A .........
OSNJA2F-100B..........
OSNJA2F-16AM16 .....
OSNJA2F-16AM20 .....
OSNJA2F-16BM16 .....
OSNJA2F-16BM20 .....
OSNJA2F-20AM20 .....
OSNJA2F-20BM20 .....
OSNJA2F-25A ..........
OSNJA2F-25B ..........
OSNJA2F-32A ..........
OSNJA2F-32B ..........
OSNJA2F-40A ..........
OSNJA2F-40B ..........
OSNJA2F-50A...........
OSNJA2F-50B ..........
OSNJA2F-63A ..........
OSNJA2F-63B...........
OSNJA2F-63C ..........
OSNJA2F-75A...........
OSNJA2F-75B ..........
OSNJA2F-75C...........
OSNJA2F-75D...........
OSNJA2F-90A ..........
OSNJA2F-90B ..........
OSNJ-CW-100A ........
OSNJ-CW-100B.........
O S N J - C W- 1 6 A M 1 6 .. . . .
O S N J - C W- 1 6 A M 2 0 .. . . .
O S N J - C W- 1 6 B M 1 6 .. . . .
O S N J - C W- 1 6 B M 2 0.. . . . .
O S N J - C W- 2 0 A M 2 0 .. . . .
82
82
82
82
82
82
82
70
70
70
70
70
70
70
70
70
75
75
75
75
75
70
70
70
70
70
70
70
70
70
72
72
72
72
72
72
72
72
72
72
72
72
72
72
72
72
72
72
72
72
72
72
72
72
72
76
76
76
76
76
76
76
76
76
76
76
76
76
76
76
76
76
76
76
76
76
76
76
76
76
73
73
73
73
73
73
73
PA R T N o ... . . . . . . . . . PA G E
O S N J - C W- 2 0 B M 2 0 .. . . .
OSNJ-CW-25A ..........
OSNJ-CW-25B ..........
OSNJ-CW-32A ..........
OSNJ-CW-32B ..........
OSNJ-CW-40A ..........
OSNJ-CW-40B ..........
OSNJ-CW-50A ..........
OSNJ-CW-50B ..........
OSNJ-CW-63A...........
OSNJ-CW-63B...........
OSNJ-CW-63C...........
OSNJ-CW-75A ..........
OSNJ-CW-75B ..........
OSNJ-CW-75C ..........
OSNJ-CW-75D ..........
OSNJ-CW-90A ..........
OSNJ-CW-90B ..........
OSPG-11.................
OSPG-13.5 ..............
OSPG-16 ................
OSPG-21 ................
OSPG-29.................
OSPG-36 ................
OSPG-42 ................
OSPG-48.................
OSPG-9 ..................
OSRA-101/M1 ..........
OSRA-101/PM11 .......
OSRA-101/PM21 .......
OSRA-102/M1 ..........
OSRA-102/M2 ..........
O S R A - 1 0 2 / N M 0 .. . . . . . . .
O S R A - 1 0 2 / P M 1 .. . . . . . . . .
O S R A - 1 0 2 / P M 2 .. . . . . . . .
OSRA-103/M1 ..........
OSRA-103/M2 ..........
OSRA-103/M3 ..........
O S R A - 1 0 3 / N 1 .. . . . . . . . . .
O S R A - 1 0 3 / N M 1 .. . . . . . . .
O S R A - 1 0 3 / P M 1 .. . . . . . . .
O S R A - 1 0 3 / P M 2 .. . . . . . . .
OSRA-104/M1 ..........
OSRA-104/M2 ..........
OSRA-104/M3 ..........
O S R A - 1 0 4 / N 1 .. . . . . . . . . . .
O S R A - 1 0 4 / N 2 .. . . . . . . . . .
O S R A - 1 0 4 / N M 1 .. . . . . . . .
O S R A - 1 0 4 / N M 2 .. . . . . . . .
O S R A - 1 0 4 / P M 1 .. . . . . . . . .
O S R A - 1 0 4 / P M 2 .. . . . . . . .
O S R A - 1 0 4 / P M 3 .. . . . . . . . .
OSRA-105/M1...........
OSRA-105/M2...........
OSRA-105/M3 ..........
O S R A - 1 0 5 / N 1 .. . . . . . . . . .
O S R A - 1 0 5 / N 2 .. . . . . . . . . .
O S R A - 1 0 5 / N 3 .. . . . . . . . . .
O S R A - 1 0 5 / N M 1 .. . . . . . . .
O S R A - 1 0 5 / N M 2 .. . . . . . . .
O S R A - 1 0 5 / N M 3 .. . . . . . . .
OSRA-106/M1...........
OSRA-106/M2 ..........
OSRA-106/M3...........
O S R A - 1 0 6 / N 1 .. . . . . . . . . . .
O S R A - 1 0 6 / N 2 .. . . . . . . . . .
O S R A - 1 0 6 / N 3 .. . . . . . . . . .
O S R A - 1 0 6 / N M 1 .. . . . . . . .
O S R A - 1 0 6 / N M 2 .. . . . . . . .
O S R A - 1 0 6 / N M 3 .. . . . . . . .
O S R A - 1 0 6 / N M 4 .. . . . . . . .
OSRA-107/M1 ..........
OSRA-107/M2 ..........
OSRA-107/M3...........
O S R A - 1 0 7 / N 1 .. . . . . . . . . .
O S R A - 1 0 7 / N 2 .. . . . . . . . . .
O S R A - 1 0 7 / N 3 .. . . . . . . . . . .
O S R A - 1 0 7 / N M 2 .. . . . . . . .
O S R A - 1 0 7 / N M 3 .. . . . . . . .
O S R A - 1 0 7 / N M 4 .. . . . . . . .
O S R A - 1 0 7 / N M 5.. . . . . . . . .
OSSH-16(A).............
OSSH-16(B).............
OSSH-20(A).............
OSSH-20(B).............
OSSH-25(A).............
OSSH-25(B).............
73
73
73
73
73
73
73
73
73
73
73
73
73
73
73
73
73
73
74
74
74
74
74
74
74
74
74
81
81
81
81
81
81
81
81
81
81
81
81
81
81
81
81
81
81
81
81
81
81
81
81
81
81
81
81
81
81
81
81
81
81
81
81
81
81
81
81
81
81
81
81
81
81
81
81
81
81
81
81
81
81
79
79
79
79
79
79
PA R T N o ... . . . . . . . . . PA G E
OSSH-32(A)............. 79
OSSH-32(B)............. 79
OSSH-40(A)............. 79
OSSH-40(B)............. 79
OSSH-50(A)............. 79
OSSH-50(B)............. 79
OSSH-63(A)............. 79
OSSH-63(B)............. 79
OSSH-75(A)............. 79
OSSH-75(B)............. 79
O S S P- R 1 0 1 / M 1 6 . . . . . . . 8 0
O S S P- R 1 0 1 / P G 1 1 . . . . . . 8 0
O S S P- R 1 0 1 / P G 7 . . . . . . . . 8 0
O S S P- R 1 0 1 / P G 9 . . . . . . . . 8 0
O S S P- R 1 0 2 / M 2 0 . . . . . . . 8 0
O S S P- R 1 0 2 / N P T 1 / 2 .. . . 8 0
O S S P- R 1 0 2 / P G 1 3 . 5 .. . . . 8 0
O S S P- R 1 0 3 / M 2 5 . . . . . . . 8 0
O S S P- R 1 0 3 / N P T 3 / 4 .. . . 8 0
O S S P- R 1 0 3 / P G 1 6 . . . . . . . 8 0
O S S P- R 1 0 4 / M 3 2 . . . . . . . 8 0
O S S P- R 1 0 4 / N P T 1 . . . . . . 8 0
O S S P- R 1 0 4 / P G 2 1 . . . . . . 8 0
O S S P- R 1 0 5 / M 4 0 . . . . . . . . 8 0
O S S P- R 1 0 5 / N P T 1 1 / 4 .. 8 0
O S S P- R 1 0 5 / P G 2 9 . . . . . . . 8 0
O S S P- R 1 0 6 / M 5 0 . . . . . . . 8 0
O S S P- R 1 0 6 / N P T 1 1 / 2 .. 8 0
O S S P- R 1 0 6 / P G 3 6 . . . . . . . 8 0
O S S P- R 1 0 7 / M 6 3 . . . . . . . . 8 0
O S S P- R 1 0 7 / N P T 2 . . . . . . 8 0
O S S P- R 1 0 7 / P G 4 2 . . . . . . . 8 0
O S S P- R 1 0 8 / M 7 5 . . . . . . . 8 0
O S S P- R 1 0 8 / N P T 2 1 / 2 . . . 8 0
O S S P- R 1 0 8 / P G 4 8 . . . . . . . 8 0
O S S P- R 1 0 9 / M 9 0 . . . . . . . . 8 0
O S S P- R 1 0 9 / N P T 3 . . . . . . . 8 0
O S S P- R 1 0 9 / N P T 3 1 / 2 . . . 8 0
O S S P- R 1 1 0 / M 1 0 0 . . . . . . . 8 0
O S S R - M 1 6.. . . . . . . . . . . . . . . 7 0
O S S R - M 2 0.. . . . . . . . . . . . . . . 7 0
O S S R - M 2 5 .. . . . . . . . . . . . . . 7 0
O S S R - M 3 2 .. . . . . . . . . . . . . . 7 0
O S S R - M 4 0.. . . . . . . . . . . . . . . 7 0
O S S R - M 5 0 .. . . . . . . . . . . . . . 7 0
O S S R - M 6 3 .. . . . . . . . . . . . . . 7 0
O S S R - M 7 5 .. . . . . . . . . . . . . . 7 0
O S S R - M 9 0.. . . . . . . . . . . . . . . 7 0
OSTW-M16 .............. 70
OSTW-M20............... 70
OSTW-M25............... 70
OSTW-M32............... 70
OSTW-M40 .............. 70
OSTW-M50 .............. 70
OSTW-M63............... 70
OSTW-M75............... 70
OSTW-M90............... 70
PAPROFIBUS............. 12
Pe t r e l 6 S e r i e s.. . . . . . . . . 8 4
Pe t r e l 7 S e r i e s.. . . . . . . . . 9 0
Pe t r e l 8 S e r i e s.. . . . . . . . . 9 2
Pe t r e l 9 S e r i e s.. . . . . . . . . 9 4
P e t r e l D e f i a n t S e r i e s .. 1 0 0
Pe t r e l E X E N S e r i e s . . . . . 9 8
Pe t r e l R e s i l i e n t S e r i e s 102
R F 0.. . . . . . . . . . . . . . . . . . . . . . 6 9
RF 0.5 ................... 69
R F 1 .. . . . . . . . . . . . . . . . . . . . . 6 9
R F 2 .. . . . . . . . . . . . . . . . . . . . . 6 9
R F 3.. . . . . . . . . . . . . . . . . . . . . . 6 9
R F 4 .. . . . . . . . . . . . . . . . . . . . . 6 9
R F 5 .. . . . . . . . . . . . . . . . . . . . . 6 9
R F 6.. . . . . . . . . . . . . . . . . . . . . . 6 9
RT 1 . 2 5 - 3 D G / 1 0 0.. . . . . . . 1 1 4
RT 1 . 2 5 - 4 D G / 1 0 0 .. . . . . . 1 1 4
RT 1 . 2 5 - 5 D G / 1 0 0 .. . . . . . 1 1 4
RT 1 . 2 5 - 6 D G / 1 0 0 .. . . . . . 1 1 4
RT 1 . 2 5 - 8 D G / 5 0 . . . . . . . . 1 1 4
RT 2 - 3 D G / 1 0 0 . . . . . . . . . . . 1 1 4
RT 2 - 4 D G / 1 0 0 . . . . . . . . . . . . 1 1 4
RT 2 - 5 D G / 1 0 0 . . . . . . . . . . . 1 1 4
RT 2 - 6 D G / 1 0 0 . . . . . . . . . . . 1 1 4
R T 2 - 8 D G / 5 0.. . . . . . . . . . . . . 1 1 4
RT 5 . 5 - 5 D G / 5 0 . . . . . . . . . . 1 1 4
RT 5 . 5 - 6 D G / 5 0 . . . . . . . . . . 1 1 4
RT 5 . 5 - 8 D G / 2 5 . . . . . . . . . . . 1 1 4
RUB 2 x .4............... 29
PA R T N o ... . . . . . . . . . PA G E
R U B 2 x 1 . 5 .. . . . . . . . . . . . .
R U B 2 x 2 . 5 .. . . . . . . . . . . . .
RUB1X10.................
R U B 1 X 1 2 0 .. . . . . . . . . . . . . .
R U B 1 X 1 5 0 .. . . . . . . . . . . . . .
RUB1X16 ................
R U B 1 X 1 8 5.. . . . . . . . . . . . . . .
R U B 1 X 2 4 0.. . . . . . . . . . . . . . .
RUB1X25 ................
RUB1X35 ................
RUB1X4 ..................
RUB1X50.................
RUB1X6 ..................
RUB1X70 ................
RUB1X95.................
R U B 3 G 1 .. . . . . . . . . . . . . . . . . .
RUB3G1.5................
RUB3G10.................
RUB3G2.5................
R U B 3 G 4 .. . . . . . . . . . . . . . . . . .
R U B 3 G 6 .. . . . . . . . . . . . . . . . . .
R U B 4 G 1 .. . . . . . . . . . . . . . . . . .
RUB4G1.5................
RUB4G10.................
R U B 4 G 1 2 0 .. . . . . . . . . . . . . . .
RUB4G16.................
RUB4G16.................
RUB4G2.5................
RUB4G25.................
RUB4G35.................
R U B 4 G 4 .. . . . . . . . . . . . . . . . . .
RUB4G50.................
R U B 4 G 6 .. . . . . . . . . . . . . . . . . .
RUB4G70.................
RUB4G95.................
RUB5G10.................
RUB5G16.................
RUB5G2.5................
RUB5G25.................
RUB5G35.................
R U B 5 G 4 .. . . . . . . . . . . . . . . . . .
RUB5G50.................
R U B 5 G 6 .. . . . . . . . . . . . . . . . . .
RUB5G70.................
RUB5G95.................
SC1620 ..................
SC2532...................
S M D W 1 2 / 1 3 T K .. . . . . . . . .
SMDW120/35TK ........
SMDW140/42TK ........
SMDW160/50TK.........
SMDW22/6TK ...........
SMDW27/9TK ...........
SMDW34/9TK ...........
S M D W 4 0 / 1 2 T K .. . . . . . . . .
S M D W 5 6 / 1 6 T K .. . . . . . . . .
S M D W 6 3 / 1 9 T K .. . . . . . . . . .
S M D W 7 5 / 2 2 T K .. . . . . . . . .
S M D W 9 2 / 2 6 T K .. . . . . . . . . .
SRE1 .....................
SRE2......................
SRE3......................
SRE4 .....................
SRE5......................
SRE6......................
SRE7......................
S T 1 0 0 0 H .. . . . . . . . . . . . . . . .
S T 1 2 5 .. . . . . . . . . . . . . . . . . . .
S T 1 5 0 .. . . . . . . . . . . . . . . . . . .
S T 2 0 0 .. . . . . . . . . . . . . . . . . . .
ST200C ..................
ST200H ..................
ST200HC.................
S T 3 6 0 .. . . . . . . . . . . . . . . . . . .
ST360C ..................
ST360H ..................
ST360HC.................
S T 5 2 0 .. . . . . . . . . . . . . . . . . . .
ST520H ..................
ST680H ..................
Ty p e 2 S M i n i n g C a b l e .
XN118CHINVEM.........
XN136CHINVEM.........
XN158CHINVEM.........
29
29
25
25
25
25
25
25
25
25
25
25
25
25
25
29
29
29
29
29
29
29
29
29
29
29
29
29
29
29
29
29
29
29
29
29
29
29
29
29
29
29
29
29
29
114
114
61
61
61
61
61
61
61
61
61
61
61
61
62
62
62
62
62
62
62
110
110
110
110
110
110
110
110
110
110
110
110
110
110
35
108
108
108
Unit 5, 155 Glendenning Rd, Glendenning NSW 2761
Ph: 02 9675 7616 | Fax: 02 9625 2750
www.kabex.com.au