Draka Offshore Cables - ECS Electrical Cable Supply Ltd.

Transcription

Draka Offshore Cables
Doc. title: Technical Data Book
Doc. no.:
SDDR code:
G06
Page 2 of 33
Rev. 00
TECHNICAL DATA
for
Electrical, Instrumentation and Communication
Offshore Cables
LIST OF CONTENT:
RFXU 0,6/1KV, BLACK SHEATH, UNARMOURED ............................................................................................................4
CONSTRUCTION.......................................................................................................................................................................4
RANGE AND DIMENSIONS RFXU 0,6/1kV ........................................................................................................................5
ELECTRICAL DATA ..................................................................................................................................................................5
INSTALLATION DATA...............................................................................................................................................................5
RFOU 0,6/1KV, BLACK, ARMOURED, FLAME RETARDANT .........................................................................................6
CONSTRUCTION.......................................................................................................................................................................6
RANGE AND DIMENSIONS RFOU 0,6/1kV ........................................................................................................................7
ELECTRICAL DATA ..................................................................................................................................................................7
INSTALLATION DATA...............................................................................................................................................................8
BFOU 0,6/1KV, BLACK, ARMOURED, FIRE RESISTANT.................................................................................................9
CONSTRUCTION.......................................................................................................................................................................9
RANGE AND DIMENSIONS BFOU 0,6/1 kV ......................................................................................................................10
ELECTRICAL DATA ................................................................................................................................................................10
INSTALLATION DATA.............................................................................................................................................................11
UX 600V, YELLOW/GREEN, TYPE G...................................................................................................................................12
CONSTRUCTION.....................................................................................................................................................................12
RANGE AND DIMENSIONS UX 600V ..................................................................................................................................13
ELECTRICAL DATA ................................................................................................................................................................13
SDDR code:
G06
Doc. no.:
Power and Instrumentation
Cables
Page 3 of 33
Rev. 00
BFOU (I+C) 250V, GREY (NIS), BLUE (IS), ARMOURED.................................................................................................14
CONSTRUCTION.....................................................................................................................................................................14
RANGE AND DIMENSIONS BFOU (i+c) 250V, Grey (NIS) ...............................................................................................15
RANGE AND DIMENSIONS BFOU (i+c) 250V, Blue (IS) ..................................................................................................15
ELECTRICAL CHARACTERISTICS ........................................................................................................................................16
BFXU (I+C) 250V, GREY (NIS), BLUE (IS), UNARMOURED ...........................................................................................17
CONSTRUCTION.....................................................................................................................................................................17
RANGE AND DIMENSIONS BFXU (i+c) 250V, Grey (NIS)................................................................................................18
RANGE AND DIMENSIONS BFXU (i+c) 250V, Blue (IS)...................................................................................................18
ELECTRICAL CHARACTERISTICS ........................................................................................................................................18
QFCI OPTICAL FIBER CABLE, ORANGE SHEATH, ITEM 27 ......................................................................................20
BOSTRIG MHV SINGLE CONDUCTOR CABLE, ITEM 40, 41,42...................................................................................22
BOSTRIG MHV THREE CONDUCTOR CABLE, ITEM 43...............................................................................................23
CONDUCTOR BUILT-UP AND RESISTANCE, IEC 60228................................................................................................24
TESTS METHODS FOR ALL CABLE COMPONENTS IN THE RFOU, RFXU, BFOU AND BFXU CABLES..........25
INSTALLATION RECOMMENDATIONS............................................................................................................................26
STANDARD WOODEN DRUM ...............................................................................................................................................27
STANDARD WOODEN DRUM ...............................................................................................................................................27
STANDARD WOODEN DRUM, PACKED, WITH LAGGING...........................................................................................28
PREPARATION FOR SHIPMENT .........................................................................................................................................29
UNPACKING PROCEDURE ...................................................................................................................................................29
SHIPPING AND STORAGE RECOMMENDATIONS .........................................................................................................29
HANDLING OF CABLE DRUMS ...........................................................................................................................................30
Tightening.................................................................................................................................................................................30
Rolling of drums .......................................................................................................................................................................30
Lifting .......................................................................................................................................................................................30
Stacking ....................................................................................................................................................................................31
Inner Cable End .......................................................................................................................................................................31
Temperature .............................................................................................................................................................................31
Direction of spooling ................................................................................................................................................................32
Cutting ......................................................................................................................................................................................32
Transport - road/rail ................................................................................................................................................................32
CODE DESIGNATION .............................................................................................................................................................33
SDDR code:
G06
Doc. no.:
Cables
Page 4 of 33
Rev. 00
RFXU 0,6/1kV, Black sheath, Unarmoured
1
2
3
4
5
Flame retardant cables
RFXU 0,6/1kV
Halogen-free
Maximum operating
Conductor temperature
: 85OC
Operating voltage Uo/U
: 0,6/1kV
Application
Standards applied
Fixed installation for power, control and lighting in safe
areas, general purposes.
IEC:60092-3
IEC:60332-3/A
IEC:60754-1,2
IEC:61034-1,2
IEEE:45/383
-Design guidelines
-Flame retardance
-Halogen-free properties
- Low smoke properties
- Flame retardance
CONSTRUCTION
CODE LETTER
Conductor
Insulation
Bedding
R
F
No armour
X
Outer sheath
U
Tinned, annealed, stranded copper. (1)
EP-rubber. (2)
Flame retardant halogen-free thermoset compound. (3)
No armour
Impregnated glass-tape and rubberrized nylontape (4)
E.g; “meter” “year of manufacture” Draka Norsk Kabel
RFXU 0,6/1kV 1 × 400mm² IEC 60332-3/A Cold bend(-40 deg. C)
/ Cold impact(-35 deg. C) “CE”
Black.
Marking
Colour
”meter” is for reference lenght only.
Additional tapes may be applied.
Core identification:
One core
Black
SDDR code:
G06
Doc. no.:
RANGE AND DIMENSIONS
Item
number
47
46
45
44
Cables
Page 5 of 33
Rev. 00
RFXU 0,6/1kV
No. of cores
and cond.
area
mm²
Cond.
Diam.
Appr.
mmØ
Insulation
thickness
mm
1 X 240
1 X 300
1 X 400
1 X 500
20,2
22,6
26,6
29,0
2,4
2,6
2,9
3,1
Diameter
over
bedding
mmØ
Diameter
overall
mmØ
Weight of
cable
approx.
kg/km
29,0±1,5
32,0±2,0
36,0±2,0
39,5±2,0
33,0±2,0
36,0±2,0
40,5±2,5
44,5±2,5
3000
3750
4830
5950
ELECTRICAL DATA
No. of cores x
cross section
[mm2]
1x 240
1x 300
1x 400
1x 500
Conductor resistance
Reactance
[Ω/km]
at 20 °C
at 85 °C
0,0762
0,0607
0,04475
0,0369
0,0957
0,0762
0,0596
0,0463
[Ω/km]
at 60 Hz
Impedance
[Ω/km] at 85
°C
at 60 Hz
Continous
current rating
Ampere
at 25 °C
Short circuit
[Ampere]
1 sec
0,3 sec
0,107 *)
0,106 *)
0,104 *)
0,103 *)
0,144
0,131
0,120
0,113
598
683
830
952
33600
42000
56000
70000
61344
76681
102242
127802
*) Reactance for 1-conductor cables given at three-foil formation
Correction factors for different ambient temperatures:
Ambient temperature °C
Rating factors
25
1,22
30
1,17
35
1,12
40
1,06
45
1,00
50
0,94
55
0,87
INSTALLATION DATA
TYPE
Overall Diameter
[mm2]
[mmØ]
1x 240
1x 300
1 x 400
1 x 500
33,0±2,0
36,0±2,0
40,5±2,5
44,5±2,5
Minimum installation temperature: - 20 °C
Minimum bending radius
During
Fixed
installation
installed
(mm)
(mm)
264
288
324
356
198
216
243
267
Maximum pulling
tension
[N]
7500
15000
20000
20000
60
0,79
SDDR code:
G06
Doc. no.:
Cables
Page 6 of 33
Rev. 00
RFOU 0,6/1kV, Black, Armoured, Flame retardant
1
2
3
4
5
6
Flame retardant cables
7
RFOU 0,6/1kV
Halogen-free
Maximum operating
: 85OC
: 0,6/1kV
Application
Standards applied
Fixed installation for power, control and lighting in both EXand safe areas, general purposes.
IEC:60092-3
IEC:60332-3/A
IEC:60754-1,2
IEC:61034-1,2
IEEE:45/383
- Design guidelines
- Flame retardance
- Halogen-free properties
- Flame retardance
CONSTRUCTION
CODE LETTER
Conductor
Insulation
R
EP-rubber. (2)
Bedding
F
PETP-tape (4)
Armour
O
Outer sheath
U
Tinned copper wire braid. (5)
PETP-tape and rubberized nylon-tape. (6)
Marking
(example)
Colour
“meter” is for reference length only.
“meter” “year of manufacture” DRAKA NORSK KABEL RFOU
0,6/1kV 3 × 4mm² FLEX-FLAME IEC 60332-3/A Cold bend(-40
deg. C) / Cold impact(-35 deg. C) “CE”
Black.
One core
Two cores
Three cores
Four cores
Five cores and above
Neutral
Black
Black - Offwhite
Black - Red – Blue
Black - Red – Blue - Offwhite
Black number on Offwhite base
Offwhite
SDDR code:
G06
Doc. no.:
Item
number
Cables
Page 7 of 33
Rev. 00
RFOU 0,6/1kV
No. of cores
and cond.
area
mm²
Cond.
Diam.
Appr.
mmØ
Insulation
thickness
mm
Diameter
over
bedding
mmØ
Diameter
overall
mmØ
Weight of
cable
approx.
kg/km
64
2 X 4/6
2,6
1,1
12,0±1,0
16,0±1,0
410
65
63
61
60
59
58
57
55
54
51, 52
50
49
48
3 X 2,5/6
3 X 4/6
3 X 6/6
3 X 10/10
3 X 16/16
3 X 25/16
3 X 50/25
3 X 70/35
3 X 95/50
3 X 120/60
3 x 150/70 *
3 X 185 **
3 X 300 ***
2,0
2,6
3,2
4,1
5,2
6,6
9,1
10,7
12,6
14,2
15,9
1,0
1,1
1,1
1,2
1,3
1,4
1,6
1,7
1,9
2,0
2,1
11,5±1,0
13,0±1,0
14,5±1,0
17,0±1,0
20,0±1,5
23,0±1,5
30,0±2,0
35,0±2,0
39,5±2,0
44,0±2,5
48,0±2,5
15,0±1,0
17,0±1,0
18,5±1,0
21,0±1,5
24,5±1,5
28,0±1,5
36,0±2,0
41,0±2,5
46,5±2,5
51,0±3,0
57,5±3,0
360
470
590
800
1210
1570
2740
3740
4970
6180
7350
62
58
53
4 X 4/6
4 X 50/25
4 X 95/50
2,6
9,1
12,6
1,1
1,6
1,9
14,5±1,0
33,0±2,0
44,0±2,5
18,5±1,0
39,0±2,0
51,0±3,0
575
3390
6100
*) This cable has a double braid (two layers of copper braids)
**) Instead of the 3 core 185 mm² we offer a parallell connection with 2 cables 3 core 70/35 mm² (as item 55)
**) Instead of the 3 core 300 mm² we offer a parallell connection with 2 cables 3 core 95/50 mm² (as item 54)
ELECTRICAL DATA
No. of cores x
cross section
[mm2]
Reactance
[Ω/km]
at 60 Hz
Impedance
[Ω/km] at 85
°C
at 60 Hz
Continous
current rating
Ampere
at 25 °C
[Ω/km]
at 20 °C
at 85 °C
Short circuit
[Ampere]
1 sec
0,3 sec
2x 4/6
4,70
5,90
0,118
5,902
39
560
1022
3x 2,5/6
3x 4/6
3x 6/6
3x 10/10
3x 16/16
3x 25/16
3x 50/25
3x 70/35
3x 95/50
3x 120/60
3x 150/70
7,56
4,70
3,11
1,84
1,16
0,734
0,391
0,270
0,195
0,154
0,126
9,49
5,90
3,91
2,31
1,46
0,921
0,491
0,339
0,245
0,193
0,158
0,123
0,118
0,111
0,106
0,102
0,098
0,094
0,092
0,091
0,090
0,089
9,492
5,902
3,906
2,312
1,460
0,927
0,500
0,351
0,261
0,213
0,181
24
33
41
57
77
102
152
195
238
275
311
350
560
840
1400
2240
3500
7000
9800
13300
16800
21000
639
1022
1534
2556
4089
6390
12780
17892
24282
30672
38340
4x 4/6
4x 50/25
4x 95/50
4,70
0,391
0,195
5,90
0,491
0,245
0,118
0,094
0,091
5,902
0,500
0,261
33
152
238
560
7000
13300
1022
12780
24282
SDDR code:
G06
Doc. no.:
Cables
Page 8 of 33
Rev. 00
Rating factors
25
1,22
30
1,17
35
1,12
40
1,06
45
1,00
50
0,94
55
0,87
INSTALLATION DATA
TYPE
Overall Diameter
[mm2]
[mmØ]
During
Fixed
installation
installed
(mm)
(mm)
Maximum pulling
tension
[N]
2x 4/6
16,0±1,0
128
96
400
3x 2,5/6
3x 4/6
3x 6/6
3x 10/10
3x 16/16
3x 25/16
3x 50/25
3x 70/35
3x 95/50
3x 120/60
3x 150/70
15,0±1,0
17,0±1,0
18,5±1,0
21,0±1,5
24,5±1,5
28,0±1,5
36,0±2,0
41,0±2,5
46,5±2,5
51,0±3,0
57,5±3,0
120
136
148
168
196
224
288
328
372
408
460
90
102
111
126
147
168
216
246
279
306
345
375
600
900
1500
2400
3750
7500
10500
14250
18000
20000
4x 4/6
4x 50/25
4x 95/50
18,5±1,0
39,0±2,0
51,0±3,0
148
312
408
111
234
309
800
10000
19000
60
0,79
SDDR code:
G06
Doc. no.:
Cables
Page 9 of 33
Rev. 00
BFOU 0,6/1kV, Black, Armoured, Fire resistant
Fire resistant cables
1 2
3
4
5
6
7
8
BFOU 0,6/1kV
Halogen free
Maximum operating
: 85OC
: 0,6/1kV
Application
Standards applied
Fixed installation for power,control and lighting in both EXand safe areas, emergency and critical systems.
IEC:60092-3
IEC:60332-3/A
IEC:60754-1,2
IEC:61034-1,2
IEC:60331
IEEE:45/383
- Design guidelines
- Flame retardance
- Lowskome properties
- Fire resistance
- Flame retardance
CONSTRUCTION
CODE LETTER
Conductor
Insulation
B
Mica-tape (2) / EP-rubber. (3)
Bedding
F
Armour
O
Outer sheath
U
Flame retardant halogen-free thermoplastic compound. (4)
PETP-tape (5)
PETP-tape and rubberized nylon-tape (7)
Marking
(example)
E.g; “meter” “year of manufacture” DRAKA NORSK KABEL BFOU
0,6/1kV 3 × 2,5/6mm² IEC 60331 IEC 60332-3/A Cold bend(-40
deg. C) / Cold impact(-35 deg. C) “CE”
Colour
Black.
Three cores
Four cores
5 cores and above
Neutral
Black – Red – Blue
Black – Red – Blue - Offwhite
Black numbers on Offwhite base
Offwhite
SDDR code:
G06
Doc. no.:
Cables
Page 10 of 33
Rev. 00
BFOU 0,6/1 kV
Item
number
No. of cores
and cond.
area
mm²
Cond.
Diam.
Appr.
mmØ
Insulation
thickness
mm
Diameter
over
bedding
mmØ
Diameter
overall
mmØ
Weight of
cable
approx.
kg/km
Copper
content
approx.
kg/km
70
69
68
67
66
3 X 4/6
3 X 6/6
3 X 10/10
3 X 16/16
3 X 25/16
2,6
3,2
4,1
5,2
6,6
1,1
1,1
1,2
1,3
1,4
14,0±1,0
15,0±1,0
17,5±1,0
20,5±1,5
24,0±1,5
17,5±1,0
19,0±1,0
22,0±1,5
25,5±1,5
28,5±1,5
510
620
840
1250
1620
191
254
349
650
870
71
72
73
74
75
76
2 X 2,5/4
4 X 2,5/6
8 X 2,5/6
12 X 2,5/10
24 X 2,5/16
61 X 2,5/25
2,0
2,0
2,0
2,0
2,0
2,0
1,0
1,0
1,0
1,0
1,0
1,0
11,5±1,0
13,0±1,0
18,0±1,0
21,0±1,5
29,5±1,5
42,5±2,5
15,0±1,0
17,0±1,0
22,0±1,5
25,5±1,5
34,5±2,0
49,0±2,5
350
450
740
960
1750
3840
115
172
286
394
750
1780
* We offer 12 core 2,5 mm² instead of 8 core 2,5 mm²
ELECTRICAL DATA
No. of cores x
cross section
[mm2]
3x 4/6
3 X 6/6
3 X 10/10
3 X 16/16
3 X 25/16
2X
4X
8X
12 X
24 X
61 X
2,5/4
2,5/6
2,5/6
2,5/10
2,5/16
2,5/25
Reactance
[Ω/km]
at 60 Hz
Impedance
[Ω/km]
at 85 °C
at 60 Hz
Continous
current rating
Ampere
at 25 °C
[Ω/km]
at 20 °C
at 85 °C
Short circuit
[Ampere]
1 sec
0,3 sec
4,70
3,11
1,84
1,16
0,734
5,90
3,90
2,31
1,46
0,921
0,123
0,115
0,110
0,105
0,098
5,902
3,91
2,313
1,461
0,927
33
41
57
77
102
560
840
1400
2240
3500
1022
1534
2556
4089
6390
7,56
7,56
7,56
7,56
7,56
7,56
9,49
9,49
9,49
9,49
9,49
9,49
0,107
0,107
0,107
0,107
0,107
0,107
9,492
9,492
9,492
9,492
9,492
9,492
29
24
560
560
1022
1022
14,5
12
8,7
560
560
560
1022
1022
1022
Rating factors
25
1,22
30
1,17
35
1,12
40
1,06
45
1,00
50
0,94
55
0,87
60
0,79
SDDR code:
G06
Doc. no.:
Cables
inimum bending radius Maximum pulling
tension
During
Fixed
[N]
stallation
installed
in
(mm)
(mm)
M
3x 4/6
3 X 6/6
3 X 10/10
3 X 16/16
3 X 25/16
17,5±1,0
19,0±1,0
22,0±1,5
25,5±1,5
28,5±1,5
136
152
176
204
228
105
114
132
153
171
600
900
1500
2400
3750
2 X 2,5/4
4 X 2,5/6
8 X 2,5/6
12 X 2,5/10
24 X 2,5/16
61 X 2,5/25
15,0±1,0
17,0±1,0
22,0±1,5
25,5±1,5
34,5±2,0
49,0±2,5
120
136
176
204
276
392
90
102
132
153
207
294
250
500
1000
1500
3000
7625
Page 11 of 33
Rev. 00
SDDR code:
G06
Doc. no.:
Cables
Page 12 of 33
Rev. 00
UX 600V, Yellow/Green, Type G
Flame retardant conductors
1
2
3
UX 600V
Halogen-free
Maximum operating
conductor temperature
Application
Standards applied
Insulated conductor for earthing and bonding services.
IEC:60092-3
IEC:60332-1
IEC:60332-3/A
IEC:60754-1,2
IEC:61034-1,2
IEEE: 45/383
: 85OC
: 600V
- Design guidelines
- Flame retardance
- Flame retardance
- Flame retardance
CONSTRUCTION
CODE LETTER
Rubberized nylon-tape (2)
Conductor
Insulation
U
Unsheathed
X
Marking
Example
Colour
“meter” “year of manufacture” DRAKA NORSK KABEL UX 600V
1 x 70 mm² FLEX-FLAME IEC 60332-3/A Cold bend(-40 deg. C) /
Cold impact(-35 deg. C) “CE”
Yellow/Green
SDDR code:
G06
Doc. no.:
Cables
Page 13 of 33
Rev. 00
RANGE AND DIMENSIONS UX 600V
Item
number
No. of
cores and
cond. area
77
78
79
80
Cond.
Diam.
Insulation
thickness
Diameter
overall
mm²
Appr.
mmØ
mm
mmØ
1x6
1 x 16
1 x 35
1 x 70
3,2
5,2
7,7
10,9
1,1
1,3
1,5
1,7
6,0±0,8
8,5±0,8
11,5±1,0
15,0±1,0
Weight
of cable
approx.
kg/km
85
190
390
740
Copper
content
approx.
kg/km
54
143
310
620
ELECTRICAL DATA
No. of cores x
cross section
[Ω/km]
[mm2]
at 20 °C
at 85 °C
at 60 Hz
Impedance
[Ω/km] at 85
°C
at 60 Hz
1x6
1 x 16
1 x 35
1 x 70
3,11
1,16
3,91
1,46
0,664
0,339
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
0,529
0,270
Reactance
[Ω/km]
Continous
current rating
Short circuit
[Ampere]
at 25 °C
1 sec
0,3 sec
59
110
177
275
840
2240
4900
9800
1534
4089
8946
17982
N/A = not applicable
Rating factors
25
1,22
30
1,17
35
1,12
40
1,06
45
1,00
50
0,94
55
0,87
INSTALLATION DATA
TYPE
Overall Diameter
[mm2]
[mmØ]
1x6
1 x 16
1 x 35
1 x 70
6,0±0,8
8,5±0,8
11,5±1,0
15,0±1,0
During
Fixed
installation
installed
(mm)
(mm)
48
68
92
120
36
51
69
90
Maximum pulling
tension
[N]
300
800
1750
3500
60
0,79
SDDR code:
G06
Doc. no.:
Cables
Page 14 of 33
Rev. 00
BFOU (I+C) 250V, Grey (NIS), Blue (IS), Armoured
1
2
3
4
5
6
7
8
9
10
Fire resistant cable
Individual pair screen and
overall screen
BFOU(i+c) 250V
5 4
2 3
Halogen-free
1
Maximum operating
Operating voltage
Application
Standards applied
Fixed installation for instrumentation, communication,
control, alarm, emergency and critical systems in both EXand safe areas.
IEC:60092-3
IEC:60332-3/A
IEC:60754-1,2
IEC:60331
IEC:61034-1,2
IEEE: 45/383
: 85OC
: 250V
- Design guidelines
- Flame retardance
- Fire resistance
- Flame retardance
CONSTRUCTION
CODE LETTER
Tinned annealed, stranded copper (1)
Conductor
Insulation
Mica-tape (2) /EP-rubber. (3)
B
Colour coded, cores twisted together and wrapped with polyester tape.
Pairs / triples are laid up and individual screened by copper backed
polyester tape with tinned copper drain wire.
Each pair/triple is wrapped with polyester tape to prevent electrical
contact with adjacent pairs/triples. Pair / triples are identified by
numbered tape.
PETP-tape (4)
Twinning
Overall
Bedding
Armour
Laminated Cu/PETP-tape with tinned flexible copper drain wire. (5)
PETP-tape (7)
F
O
PETP-tape and rubberized nylon-tape. (9)
Sheath
Marking
(example)
U
Colour
“meter” is for reference length only
Pair/trippel identification:
Pair
Triple
E.g; “meter” “year of manufacture” DRAKA NORSK KABEL
BFOU(I+C) 250V 8 PAIR 1,5 mm² IEC 60331 IEC 60332-3/A
Cold bend(-40 deg. C) / Cold impact(-35 deg. C) “CE”
Grey or Blue
Black – Offwhite
Black - Offwhite – Red
SDDR code:
G06
Doc. no.:
Cables
Page 15 of 33
Rev. 00
BFOU (i+c) 250V, Grey (NIS)
Copper
content
approx
mmØ
Weight
of
cable
Approx
kg/km
1,4
19,0±1,0
535
175
0,20
0,25
1,1
1,5
12,5±1,0
20,5±1,5
235
625
72
220
9,5±0,8
15,0±1,0
17,5±1,0
28,0±1,5
38,5±2,0
0,20
0,25
0,25
0,30
0,40
1,2
1,4
1,5
1,9
2,3
13,0±1,0
19,0±1,0
22,0±1,5
33,0±2,0
44,5±2,5
275
545
750
1710
3190
95
190
296
720
1390
1,1
10,5±1,0
0,20
1,2
14,0±1,0
330
120
1,1
1,2
1,4
1,5
10,5±1,0
16,5±1,0
23,0±1,5
31,0±2,0
0,20
0,25
0,30
0,30
1,2
1,5
1,8
2,0
14,0±1,0
20,5±1,5
28,0±1,5
36,0±2,0
310
640
1365
2130
110
230
580
910
Copper
content
approx
kg/km
No. of pairs
and
conductor
area
mm²
Cond.
Diam.
approx
Insulation
thickness
Bedding
thickness
Diameter
over
bedding
Armour
wire
thickness
Outer
sheath
thickness
Diameter
overall
mmØ
mmØ
mm
mmØ
mmØ
mm
2
4 pair 0,75
1,1
0,8
1,2
14,5±1,0
0,25
4
6
1 pair 1,0
4 pair 1,0
1,3
1,3
0,8
0,8
1,1
1,2
9,0±0,8
16,0±1,0
8
12
14
16
18
1 pair 1,5
2 pair 1,5
4 pair 1,5
12 pair 1,5
24 pair 1,5
1,6
1,6
1,6
1,6
1,6
0,8
0,8
0,8
0,8
0,8
1,1
1,2
1,3
1,5
1,7
10
1 pair 2,5
2,0
0,8
20
22
24
26
1 triple 1,5
2 triple 1,5
7 triple 1,5
12 triple 1,5
1,6
1,6
1,6
1,6
0,8
0,8
0,8
0,8
Item
number
kg/km
The coverage density of the braided armour are minimum 90% in acc. with IEC 60092-3
BFOU (i+c) 250V, Blue (IS)
No. of pairs
and
conductor
area
mm²
Cond.
Diam.
approx
Insulation
thickness
Bedding
thickness
Diameter
over
bedding
Armour
wire
thickness
Outer
sheath
thickness
Diameter
overall
mmØ
mmØ
Mm
mmØ
mmØ
mm
mmØ
Weight
of
cable
Approx
kg/km
1
4 pair 0,75
1,1
0,8
1,2
14,5±1,0
0,25
1,4
19,0±1,0
535
175
3
5
1 pair 1,0
4 pair 1,0
1,3
1,3
0,8
0,8
1,1
1,2
9,0±0,8
16,0±1,0
0,20
0,25
1,1
1,5
12,5±1,0
20,5±1,5
235
625
72
220
7
11
13
15
17
1 pair 1,5
2 pair 1,5
4 pair 1,5
12 pair 1,5
24 pair 1,5
1,6
1,6
1,6
1,6
1,6
0,8
0,8
0,8
0,8
0,8
1,1
1,2
1,3
1,5
1,7
9,5±0,8
15,0±1,0
17,5±1,0
28,0±1,5
38,5±2,0
0,20
0,25
0,25
0,30
0,40
1,2
1,4
1,5
1,9
2,3
13,0±1,0
19,0±1,0
22,0±1,5
33,0±2,0
44,5±2,5
275
545
750
1710
3190
95
190
296
720
1390
9
1 pair 2,5
2,0
0,8
1,1
10,5±1,0
0,20
1,2
14,0±1,0
330
120
19
21
23
25
1 triple 1,5
2 triple 1,5
7 triple 1,5
12 triple 1,5
1,6
1,6
1,6
1,6
0,8
0,8
0,8
0,8
1,1
1,2
1,4
1,5
10,5±1,0
16,5±1,0
23,0±1,5
31,0±2,0
0,20
0,25
0,30
0,30
1,2
1,5
1,8
2,0
14,0±1,0
20,5±1,5
28,0±1,5
36,0±2,0
310
640
1365
2130
110
230
580
910
Item
number
SDDR code:
G06
Doc. no.:
Cables
ELECTRICAL CHARACTERISTICS
Type
Capacitance approx.
nF/km
Inductance approx.
mH/km
Resistance at 20°C max.
Ohm/km
L/R ratio
H/ohm
Single pair 0,75
Single pair/triple 1,5
Single pair 2,5
90
110
120
0,75
0,68
0,70
24,8
12,2
7,56
15,12
27,87
46,3
Each individually shielded pair/triple has these characteristics
INSTALLATION DATA
TYPE
[mm2]
Overall Diameter
[mmØ]
Fixed
installation
installed
(mm)
Maximum pulling
tension
During
[N]
(mm)
4 pair 0,75
19,0±1,0
152
1 pair 1,0
12,5±1,0
100
75
100
4 pair 1,0
20,5±1,5
164
123
400
1 pair 1,5
13,0±1,0
104
78
150
2 pair 1,5
19,0±1,0
152
114
300
114
300
4 pair 1,5
22,0±1,5
176
132
600
12 pair 1,5
33,0±2,0
264
198
1800
24 pair 1,5
44,5±2,5
356
267
3600
1 pair 2,5
14,0±1,0
112
84
250
1 triple 1,5
14,0±1,0
112
84
225
2 triple 1,5
20,5±1,5
164
123
450
7 triple 1,5
28,0±1,5
224
168
1575
12 triple 1,5
36,0±2,0
288
216
2700
Page 16 of 33
Rev. 00
SDDR code:
G06
Doc. no.:
Cables
Page 17 of 33
Rev. 00
BFXU (I+C) 250V, Grey (NIS), Blue (IS), Unarmoured
3
4
5
6
7
8
Individual pair screen and
overall screen
BFXU(i+c) 250V
5 4
1 2
Halogen-free
Maximum operating
Operating voltage
Standards applied
Application
Fixed installation for instrumentation, communication,
control, alarm, emergency and critical systems in both EXand safe areas.
IEC:60092-3
IEC:60332-3/A
IEC:60754-1,2
IEC:60331
IEC:61034-1,2
IEEE: 45/383
: 85OC
: 250V
- Design guidelines
- Flame retardance
- Fire resistance
- Flame retardance
CONSTRUCTION
CODE LETTER
Tinned annealed, stranded copper (1)
Conductor
Insulation
Mica-tape (2) /EP-rubber. (3)
B
Twinning
Colour coded, cores twisted together and wrapped with polyester tape.
Pairs / triples are laid up and individual screened by copper backed
polyester tape with tinned copper drain wire.
Each pair/triple is wrapped with polyester tape to prevent electrical
contact with adjacent pairs/triples. Pair / triples are identified by
numbered tape.
PETP-tape (4)
Overall
Laminated Cu/PETP-tape with tinned flexible copper drain wire. (5)
Bedding
F
No Armour
X
Impregnated glass-tape and rubberized nylon-tape. (7)
Sheath
U
Marking
(example)
Colour
“meter” is for reference length only
Pair/trippel identification:
Pair
Trippel
E.g; “meter” “year of manufacture” DRAKA NORSK KABEL
BFXU(I+C) 250V 8 PAIR 1,5 mm² IEC 60331 IEC 60332-3/A
Cold bend(-40 deg. C) / Cold impact(-35 deg. C) “CE”
Grey or Blue
Black – Offwhite
Black - Offwhite – Red
SDDR code:
G06
Doc. no.:
Cables
BFXU (i+c) 250V, Grey (NIS)
Copper
content
approx
mmØ
Weight
of
cable
Approx
kg/km
1,1
1,4
1,8
12,5±1,0
18,0±1,0
32,0±2,0
220
450
1540
42
96
513
1,1
1,4
1,7
13,0±1,0
19,5±1,0
27,0±1,5
250
525
1175
57
125
405
Copper
content
approx
kg/km
No. of pairs
and
conductor
area
mm²
Cond.
Diam.
approx
Insulation
thickness
Bedding
thickness
Diameter
over
bedding
Outer
sheath
thickness
Diameter
overall
mmØ
mmØ
mm
mmØ
mm
29
31
33
1 pair 1,5
2 pair 1,5
12 pair 1,5
1,6
1,6
1,6
0,8
0,8
0,8
1,1
1,2
1,5
9,5±0,8
15,0±1,0
28,0±1,5
35
37
39
1 triple 1,5
2 triple 1,5
7 triple 1,5
1,6
1,6
1,6
0,8
0,8
0,8
1,1
1,2
1,4
10,5±1,0
16,5±1,0
23,0±1,5
Item
number
Page 18 of 33
Rev. 00
kg/km
Item
number
BFXU (i+c) 250V, Blue (IS)
No. of pairs
and
conductor
area
mm²
Cond.
Diam.
approx
Insulation
thickness
Bedding
thickness
Diameter
over
bedding
Outer
sheath
thickness
Diameter
overall
mmØ
mmØ
Mm
mmØ
mm
mmØ
Weight
of
cable
Approx
kg/km
28
30
32
1 pair 1,5
2 pair 1,5
12 pair 1,5
1,6
1,6
1,6
0,8
0,8
0,8
1,1
1,2
1,5
9,5±0,8
15,0±1,0
28,0±1,5
1,1
1,4
1,8
12,5±1,0
18,0±1,0
32,0±2,0
220
450
1540
42
96
513
34
36
38
1 triple 1,5
2 triple 1,5
7 triple 1,5
1,6
1,6
1,6
0,8
0,8
0,8
1,1
1,2
1,4
10,5±1,0
16,5±1,0
23,0±1,5
1,1
1,4
1,7
13,0±1,0
19,5±1,0
27,0±1,5
250
525
1175
57
125
405
ELECTRICAL CHARACTERISTICS
Type
Capacitance approx.
nF/km
Inductance approx.
mH/km
Resistance at 20°C max.
Ohm/km
L/R ratio
H/ohm
Single pair/triple 1,5
110
0,68
12,2
27,87
Each individually shielded pair/triple has these characteristics
SDDR code:
G06
Doc. no.:
Cables
INSTALLATION DATA
TYPE
[mm2]
Overall Diameter
[mmØ]
Fixed
installation
installed
(mm)
Maximum pulling
tension
During
[N]
(mm)
1 pair 1,5
12,5±1,0
100
75
150
2 pair 1,5
18,0±1,0
144
108
300
12 pair 1,5
32,0±2,0
256
192
1800
1 triple 1,5
13,0±1,0
104
78
225
2 triple 1,5
19,5±1,0
156
117
450
7 triple 1,5
27,0±1,5
216
162
1575
Page 19 of 33
Rev. 00
SDDR code:
G06
Doc. no.:
Cables
Page 20 of 33
Rev. 00
QFCI optical fiber cable, Orange sheath, item 27
QFCI
Indoor and outdoor
Fire resistant
Flame retardant and halogen free
Loose tube
Optical cable for indoor and outdoor use in vital
communication and emergency systems that need to
be operational during fire. The cable has a patented
design that ensures operation for more than 3 hours in
fires up to 1000ºC. The cable is halogen free and flame
retardant to protect against secondary damage to
electronic equipment during and after fire. Outer
sheath is made from black UV-stabilized and weather
resistant material and may be exposed for shorter
periods to fluids such as diesel, petrol, glycol, etanol,
white spirite and ASTM oil 2. The resistance to these
fluids is according to DOD-STD-1678, method
8030.The cable is reinforced with a steel wire braiding.
The fibres are protected in jelly filled loose tubes
stranded around a central strength member to ensure
optimum performance and long life. Each fibre and
loose tube is colour coded for easy identification during
splicing and termination. The outer sheath is marked to
show fibre type and cable type.
Fibres in mica wrapped
loose tube
Steel strength element
Wrapping
Inner sheath
Filler
Steel wire braiding
Wrapping
Outer sheath
Weight and dimensions
Number of
fibres
Number of
fibres in each
tube
Number of
tubes + fillers
4
3+3
12
Loose tube
diameter
(mm)
Outer
diameter
(mm)
Weight
Heat release
(kg/km)
(MJ/km)
2.2
13.9
244
1324
Other fibre counts are available on request.
Cable properties
Tensile strength (IEC 60794-1-2E1)
Max tensile load during installation
Max tensile load during operation
Crush (IEC 60794-1-2E3)
Impact (IEC 60794-1-2E4)
Torsion (IEC 60794-1-2E7)
Cable bending
Minimum bending diameter
Cable bend (IEC 60794-1-2E11)
1500 N
500 N
3000 N/10cm
20 impacts, 5J
±1 turn/1m
250 mm
<0.1dB/ ±5 turn
Temperature window
Operation
Installation
Storage
Fire and smoke classifications
IEC 60331-25(750°C, 3 hours)
Upgraded IEC 60331-25(1000°C, 3 hours)
BP-236
IEC 61034
IEC 60332-3 cat. A and C
IEC 60754-1
IEC 60754-2
-30°C to +60°C
-10°C to +60°C
-40°C to +70°C
<1 dB excess loss
<1.5 dB excess loss
SDDR code:
G06
Doc. no.:
Cables
Optical fibres
Fibre type
Core diameter
Mode field diameter
Cladding diameter
Primary coating
diameter (nominal)
Attenuation
850 nm
1300 nm
1310 nm
1550 nm
Bandwidth
850 nm
1300 nm
Dispersion
1285-1330 nm
1550 nm
Numerical aperture
Minimum permanent
bending diameter
62.5/125
FDDI
62.5 ± 3.0 µm
125 ± 2.0 µm
250 µm
≤ 3.2 dB/km
≤ 0.9 dB/km
>200 MHz⋅km
>500 MHz⋅km
0.275 ± 0.015
50 mm
Page 21 of 33
Rev. 00
SDDR code:
G06
Doc. no.:
Cables
Page 22 of 33
Rev. 00
Bostrig MHV Single conductor cable, item 40, 41,42
Bostrig MHV-15(LS)BS Cables:
Single Conductor Power (Type L Jacket & Sheath)
15kV (IEC 8.7/15 kV) Shielded 100% Level – Armored and Sheathed
Application:
Bostrig MHV-15(LS)BS single conductor 15,000 volt shielded cables are suitable for use in commercial
marine applications, MODU’s and platforms where flame retardant cables having excellent physical and
electrical properties are required. These cables have excellent resistance to oils, abrasion, petrochemical
fluids, moisture and sunlight.
Conductor:
Soft annealed tinned copper. Stranding shown in the data table in pdf file embedded below.
Conductor Shield:
Semi-comnducting tape with extruded thermosetting semi-conducting EPR.
Insultation:
Extruded thermosetting EPR, 90°C-Type E. Thicknesses shown in the data table in the pdf file embedded
below.
Insulation Shield:
Extruded thermosetting semi-conducting XLPO.
Metallic Braid Shield:
Tinned copper braided shield, 85% coverage.
Jacket and Sheath:
Both the inner jacket applied over the metallic braid and the outer sheath over the armor is flame retardant,
Low Smoke Zero Halogen chemically crosslinked polyolefin (XLPO). Thicknesses shown in the data table in
the pdf file embedded below.
Armor:
Braided Bronze.
Tests:
Meets applicable test requirements in IEC 60502, IEC 60092-354, IEEE 45-1998 & 1993 (draft), ICEA S-68516, UL 1072, J-120 and flame test in IEC 332-2, cat A, A/F.
Rating:
Listed by a Nationally Recognized Testing Laboratory, (NRTL) in conformance to IEC 60502, IEC 60092354, UL 1072 and ICEA S-68-516. Cable meets the performance requirements of IEEE 45-1998 % 1993
(draft). Type approved by DNV, ABS and LRS.
Bostrig MHV-15(LS)BS data sheet:
Double Click to Open:
MHV 15kVLS(IEC8,7 15kV).pdf
SDDR code:
G06
Doc. no.:
Cables
Page 23 of 33
Rev. 00
Bostrig MHV Three conductor cable, item 43
Bostrig MHV3-15BS(LS) Cables:
Three Conductor Power (Type L Jacket & Sheath)
15kV (IEC 8.7/15 kV) Shielded 100% Level – Armored and Sheathed
Application:
Bostrig MHV3-15(LS)BS single conductor 15,000 volt shielded cables are suitable for use in commercial
marine applications, MODU’s and platforms where flame retardant cables having excellent physical and
electrical properties are required. These cables have excellent resistance to oils, abrasion, petrochemical
fluids, moisture and sunlight.
Cables are also available with either a fully insulated grounding conductor or an un-insulated grounding
conductor evenly distributed in the interstices of the cable.
Conductor:
Soft annealed tinned copper. Stranding shown in the data table in pdf file embedded below.
Conductor Shield:
Semi-comnducting tape with extruded thermosetting semi-conducting EPR.
Insultation:
Extruded thermosetting EPR, 90°C-Type E. Thicknesses shown in the data table in the pdf file embedded
below.
Insulation Shield:
Extruded thermosetting semi-conducting XLPO.
Metallic Braid Shield:
Tinned copper braided shield, 85% coverage.
Jacket and Sheath:
Both the inner jacket applied over the metallic braid and the outer sheath over the armor is flame retardant,
Low Smoke Zero Halogen chemically crosslinked polyolefin (XLPO). Thicknesses shown in the data table in
the pdf file embedded below.
Armor:
Braided Bronze.
Tests:
Meets applicable test requirements in IEC 60502, IEC 60092-354, IEEE 45-1998 & 1993 (draft), ICEA S-68516, UL 1072, J-128 and flame test in IEC 332-2, cat A, A/F.
Rating:
Listed by a Nationally Recognized Testing Laboratory, (NRTL) in conformance to IEC 60502, IEC 60092354, UL 1072 and ICEA S-68-516. Cable meets the performance requirements of IEEE 45-1998 % 1993
(draft). Type approved by DNV, ABS and LRS.
Bostrig MHV3-15(LS)BS data sheet:
Double Click to Open:
MHV3 15kVLS(IEC8,7 15kV) .pdf
SDDR code:
G06
Doc. no.:
Cables
Page 24 of 33
Rev. 00
CONDUCTOR BUILT-UP and RESISTANCE, IEC 60228
Conductor resistance, tinned copper 250V and 0,6/1kV.
In accordance with IEC 60228, class 2.
Tinned stranded copper conductors for single core and multicore cables 250V and 0,6/1kV
Nom. cond.
area
Approx.
diam.
mm²
No. of wires
and
diameter of
wires
mm
0,5
0,75
1
1,5
2,5
4
6
10
16
25
35
50
70
95
120
150
185
240
300
7x 0,30
7x 0,37
7x 0,43
7x 0,53
7x 0,67
7x 0,85
7x 1,05
7x 1,35
7x 1,71
7 x 2,13
19x 1,53
19x 1,80
19x 2,17
37x 1,80
37x 2,03
37x 2,27
37x 2,52
61x 2,24
61x 2,52
0,9
1,1
1,3
1,6
2,0
2,6
3,2
4,1
5,2
6,6
7,7
9,1
10,9
12,6
14,2
15,9
17,7
20,2
22,6
mmØ
Max. resistance
pr km
20°C
ohm
36,7
24,8
18,2
12,2
7,56
4,70
3,11
1,84
1,16
0,734
0,529
0,391
0,270
0,195
0,154
0,126
0,100
0,0762
0,0607
85°C
ohm
46,1
31,1
22,8
15,3
9,49
5,90
3,91
2,31
1,46
0,921
0,664
0,491
0,339
0,245
0,193
0,158
0,126
0,0957
0,0762
SDDR code:
G06
Doc. no.:
Cables
Page 25 of 33
Rev. 00
Tests methods for all Cable Components in the RFOU, RFXU,
BFOU and BFXU cables
1.
2.
3.
4.
Acid Gas Emission tested according to MIL-C-24643 paragraph 4.7.25
Halogen Content tested according to IEC 754-1
Smoke Index tested according to NES 711
Toxicity Index tested according to NES 713
Table of Test results (representing project not to exceed values)
1) % HCl
2) Halogen
Content
3) Smoke
Index
Notes 1 & 2
Insulation
0.5 %
0.5 %
approx. 70
Fillers
0.5 %
0.5 %
45
5.0
Bedding
0.5 %
0.5 %
60
5.0
Sheath
(Halogenfree)
0.5 %
0.5 %
< 45
5.0
Notes
1. The smoke index value of the insulation is higher due to the
compound components used to impart flame retardant properties
to the material.
2. The smoke index values of the fillers, bedding and sheathing
materials are higher than specified in MIL-C-24643 due to the
low-temperature requirements for White Rose (-40°C cold bend,
-35°C cold impact, CSA C22.2 No.38-95).
4) Toxicity
Index
1.5
SDDR code:
G06
Doc. no.:
Cables
Page 26 of 33
Rev. 00
INSTALLATION RECOMMENDATIONS
Minimum cable bending radius, RFXU,RFOU, BFXU and BFOU, 250V and 0,6/1kV cables.
The internal radius of cable bends which are not subjected to movements by expansion, is not to be less than:
6 times the external diameter of cable when fixed installed
8 times the external diameter of cables during installation
Installations temperature, RFXU,RFOU, BFXU and BFOU, 250V and 0,6/1kV cables..
Minimum recommendated temperature of installations:
- 20°C for RFXU, RFOU, BFXU and BFOU cables.
- 10°C for QFCI optical fiber cable
Storage conditions, RFXU,RFOU, BFXU and BFOU, 250V and 0,6/1kV cables..
Extended storage conditions on the site can be estimated to at least two years. The cable-ends always have to be
sealed to stop ingress of moisture.
Note: One turn of the cable have to be scrapped if the cable end not have been sealed.
Minimum cable bending radius, Bostrig MHV(LS) cables.
The internal radius of cable bends which are not subjected to movements by expansion, is not to be less than:
6 times the external diameter of cable for unarmoured and sheathed cables
8 times the external diameter of armoured and sheathed cables
Installations temperature, Bostrig MHV(LS) cables.
Minimum recommendated temperature of installations:
- 40°C for MHV cables.
Storage conditions, Bostrig MHV(LS) cables.
Extended storage conditions on the site can be estimated to at least two years. The cable-ends always have to be
sealed to stop ingress of moisture.
Note: One turn of the cable have to be scrapped if the cable end not have been sealed.
SDDR code:
G06
Doc. no.:
Cables
Page 27 of 33
Rev. 00
STANDARD WOODEN DRUM
Flanges, 2-ply
(spruce)
Center
hole
Barrel
Bolts for
reinforcing
Material
: spruce
Flanges
: 2-ply, 90° cross grain
Barrel
: reinforced with through-going bolts
Center hole
: each drum has a center hole (spindle)
SDDR code:
G06
Doc. no.:
Cables
Page 28 of 33
Rev. 00
STANDARD WOODEN DRUM, PACKED, WITH LAGGING
Sealed
cable end
Lagging
Hoop-iron
1.
Lagging is nailed to the drum.
2.
2 or 3 hoop-irons are applied over the lagging to ensure the tightness to the drum.
3.
The sealed inner cableend is coming out through the flange, which makes it possible to test
the cable on the drum.
4.
The drum may be lifted by forklift truck, or through the center hole.
SDDR code:
G06
Doc. no.:
Cables
Page 29 of 33
Rev. 00
PREPARATION FOR SHIPMENT
1. After inspection and testing withnessed by COMPANY's representative the cable ends are sealed.
The cable is packed on our standard wooden drums and lagged.
2. The cable drums are marked in accordance with instructions given in the Purchase Order
documents.
3. Both cable ends are free, (the inner end comes out through the drum flange) and the cable can thus be tested
while still on drum.
UNPACKING PROCEDURE
1. Remove the hoop-irons, they are not nailed to the lagging.
2. Remove the lagging, which is nailed to the drum flanges.
3. The cable is now ready to be pulled.
SHIPPING AND STORAGE RECOMMENDATIONS
The drums may be lifted by forklift truck or through the center hole.
The drums must be stored in the upright position, small drums may be stored in two layers, use stoppers at the end
of the bottom row. The drums may be sent by rail, ship or air.
During shipment the drums are prevented from starting rolling by placing (wooden) stoppers underneath by the
flanges, like this:
SDDR code:
G06
Doc. no.:
Cables
HANDLING OF CABLE DRUMS
Although genereally tough, cables can be
damaged by impact, pinching or abrasion. Payoff spooling shall be an easy operation. Through
faulty handling cables may slide or "crawl". This
can result in pinching or locking and cause
damage.
Tightening
Due to changing weather conditions or transport,
wooden drums may slightly shrink or loosen
which necessitates retightening of the flange
nuts.
Rolling of drums
To prevent cable "crawl", drums must be rolled in
the same direction as the cable has been laid up
on the drum from the factory. This is especially
when the wooden lagging has been removed.
Care must be taken when drums are rolled
against each other, specially when cardboard
protection is used, or if wooden lagging has been
removed.
Lifting
When using wires or ropes for lifting,
they must be parallell to the flanges
to prevent inward pressure. (Use
spreader.)
When using a fork lift truck the forks
must be applied across the flanges and
have sufficient reach.
Drums must be lowered gently, not
dropped.
Page 30 of 33
Rev. 00
Doc. no.:
Cables
Stacking
Drums MUST be stacked or stored
STANDING on the flanges, not lying flat. Wood
chocks should be placed onder the flanges to
prevent accidental rolling. When stacking it is
essential to have the flanges meet, particulaly
with heavy drums. When cardboard protection is
used, stacking should be avoided.
Inner Cable End
Normally the inner end protrudes through one of
the flanges. It is well protected on leaving the
factory, but may protrude somewhat because of
its stiffness. Special care must therefor be taken
to prevent damage by lifting tackle, drums or
other objects, and to prevent the protruding end
from causing damages to its surroundings.
Temperature
Handling and spooling of cables must only take
place within the specified temperature range (as
specified in contracts, sales documents, manuals
etc.) The cable needs time to adjust to changes
in temperature. It is estimated that a full cable
drum needs about 24 hours to adjust to a
temperature change of 20°C.
SDDR code:
G06
Page 31 of 33
Rev. 00
SDDR code:
G06
Doc. no.:
Direction of spooling
The cable must be drawn off the drum AGAINST
the direction the cable has been laid up on the
drum.
Cutting
When cut, the exposed cable ends must be
taped or otherwise sealed off to keep out
moisture.
Transport - road/rail
The drums must be secured by suitable wooden
wedges pressed under the flanges and nailed to
the floor.
Cables
Page 32 of 33
Rev. 00
SDDR code:
G06
Doc. no.:
Cables
Page 33 of 33
Rev. 00
CODE DESIGNATION
This code designation covers the norwegian cables RFXU, RFOU, BFXU, BFOU and QFCI and it does not
cover the Bostrig MHV cables.
EPR = EPDM - ethylene propylene rubber
MICA
- Mica Glass Tape
HF/FR
- Halogenfree thermoplastic or thermoset compound (filling compound)
SHF1
- Flame retardant halogen-free thermoplastic compound
According to IEC 92-359, type SHF1
SHF2
- Flame retardant halogen-free thermoset compound
According to IEC 92-359, type SHF2
Materials
Mica/EPR
EPR
Optical fibre in loose tube
HF/FR (filling Compound)
(BF- and RF-cables)
Armour, Galvanized Steel Wire Braid
Armour, Tinned Copper Wire Braid
No armour
SHF1 sheath
SHF2 sheath
Additional abbreviation for instrumentation cables:
Collective screen cable............................ (c)
Individual pair/triple sceened cable........... (i)
(Cables up to and including 36kV)
1.Letter:
2.Letter:
3.Letter: 4.Letter:
Insulation Bedding/
Braid/
Outher
Sheath
Armour
Sheath
B
R
Q
F
C
O
X
I
U

Draka Offshore Cables - ECS Electrical Cable Supply Ltd.

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