¡Ú Áñ°Üã±â
|
HOME
|
¼îÇθô
|
°ßÀûÀÇ·Ú
LAND
Anixter
Leoni Kerpen
Cablewholesale
R&M
Eland Cable
Lapp Kabel
Thermax
Allied Wire & Cable
West Penn
HUBER+SUHNER
Polar Wire
Harbour Industries
Batt
±âŸ Á¦Á¶»ç
SEA
General Cable
BELDEN
Draka Cable
Ax Coleman
AIR
Thermax
Draka Cable
R-SCC
±¹³» Àü¼±
LSÀü¼±
´ë¿øÀü¼±
±Øµ¿Àü¼±
´ëÇÑÀü¼±
°¡¿ÂÀü¼±
±âŸ
Con&Tool
Kings Connector
Tools
Accessory
ÄÉÀ̺í¸Ê
1. LAND
2. SEA
3. AIR
4. CDT
5. Connector
6. Tool
7. Cross Reference
8. ÄÉÀÌºí ¸Ê
9. ¸Ê Àü½Ãȸ °¶·¯¸®
10. ÄÉÀÌºí ¸Ê ´º½º
HOME
>>
SEA
>
Draka Cable
>
Bostrig Type P
¡¡
¡¡
Draka 26022 µå¶óÄ«
Á¦Á¶»ç
:
Draka
±Ô°Ý
:
TYPE P 2KV 1C777 Power
¡¡
»óÇ° »ó¼¼ ¼³¸í
BOSTRIG¢â TYPE P POWER CABLE 600V OR 0.6/1kV & 2000V
Single Conductors / UnArmored
Applications
BostrigTM Type P Marine and Offshore Cable is primarily designed power, control, signal and
instrumentation applications offshore, land rigs, marine vessels and oil and gas drilling rigs.
Bostrig cables have excellent resistance to oil, abrasion, moisture, sunlight and ester-based mud (Type P-MR).
The standard insulation has a continuous operating temperature of 125¨¬C allowing higher ampacity
levels. Larger diameter cables carry a new flexible design. They satisfy Transport Canada¡¯s cold bend at
-40¨¬C and cold impact at -35¨¬C (CSA C 22.2 No. 0.3).
This product is readily available in an armored and sheathed version.
Approvals
ETL/Intertek Testing Services Listed as Marine Shipboard
Cable in accordance with IEEE 45 (1998), IEEE 1580
(2001), UL 1309/CSA245 and the permance
requirements of IEC 60092-3.
Det Norske Veritas Type Approval Certificates E8792,
E8793, E8794, E8795 and E8796.
American Bureau of Shipping Approval Certificate
03-HS347018C/3-PDA.
Lloyds Registry of Shipping Approval Certificates
No. 95/00161(E3) and 95-00162(E3)
Transport Canada Approved AMS400-20-2
Manufactured to BIW Specifying Standard J104
Construction
1. Conductor : Soft annealed stranded tinned copper per ASTM B 33. A polyester tape separator is used over the conductor.
2. Insulation : Bostrig Type P chemically cross-inked polyolefin (XLPO), meeting IEEE 1580 (2001).
Features
• Superior resistance to oil, abrasion, moisture, sunlight, mud, crush and impact
• Super-flexible at 4/0 AWG and larger
• Meets IEEE standards 600 & 2000V / IEC standards 0.6/1kV
Ratings
Meets all test requirements of IEEE 1580 (2001) and the flame test in IEC 60332-3, Category A.
Listed by ETL per IEEE 1580 (2001), UL 1309/CSA 245 and IEEE 45 (1998) 600V & 2000V.
600V or 600/1000V
Type Designation
Draka Number
Conductor
(AWG•mm2)
Sheath Thickness (in•mm)
Cable Dia. (nom)
(in•mm)
Impedance
(¥Ø/kft - ¥Ø/km)
Inductance (mH/kft•mH/km)
Capacitance (pF/ft•pF/m)
Calculated Ampacity¢Ó
(95•100•110)
Cable Weight (Lbs/mft•Kg/km)
SP-18
026000
18
.030•0.76
.111•2.8
6.4•21.0
0.18•0.6
58•190
16•16•17
11•16
SP-16
026001
16
.030•0.76
.119•3.0
4.5•14.8
0.18•0.6
65•213
20•23•25
13•19
SP-14
026002
14
.030•0.76
.133•3.4
2.9•9.5
0.16•0.5
77•253
29•37•39
18•27
SP-12
026004
12
.030•0.76
.151•3.8
1.9•6.2
0.15•0.5
90•295
38•45•49
28•42
SP-10
026004
10
.030•0.76
.180•4.6
1.2•3.9
0.14•0.5
107•351
51•58•61
44•65
SP-8
026005
8•8.4
.045•1.1
.233•5.9
0.7•2.3
0.14•0.5
95•311
67•72•77
69•103
SP-6
026006
6•13.3
.045•1.1
.290•7.4
0.5•1.6
0.12•0.4
126•413
90•96•103
103•153
SP-5
026007
5•18.6
.045•1.1
.335•8.5
0.3•1.6
0.12•0.4
140•459
111•109•117
145•216
SP-4
026008
4•21.5
.045•1.11
.353•9.0
0.3•1.6
0.12•0.4
153•502
122•128•137
171•254
SP-3
026009
3•27.2
.045•1.1
.380•9.7
0.2•0.7
0.11•0.4
173•567
142•146•156
200•298
SP-2
026010
2•33.7
.045•1.1
.423•10.7
0.2•0.7
0.11•0.4
187•613
162•169•181
231•344
SP-1
026011
1•46.1
.055•1.4
.493•12.5
0.1•0.3
0.11•0.4
178•584
197•194•208
348•518
SP-1/0
026012
1/0•56.3
.055•1.4
.524•13.3
0.1•0.3
0.11•0.4
190•623
223•227•243
414•618
SP-2/0
026013
2/0•67.6
.055•1.4
.578•14.7
0.09•0.3
0.10•0.3
212•695
250•262•281
476•708
SP-3/0
026014
3/0•92.1
.055•1.4
.659•16.7
0.08•0.3
0.10•0.3
245•804
304•300•321
671•999
2000V
Type Designation
Draka Number
Conductor
(AWG•mm2)
Sheath Thickness (in•mm)
Cable Dia. (nom)
(in•mm)
Impedance
(¥Ø/kft - ¥Ø/km)
Inductance (mH/kft•mH/km)
Capacitance (pF/ft•pF/m)
Calculated Ampacity¢Ó
(95•100•110)
Cable Weight (Lbs/mft•Kg/km)
SP2KV-8
030477
8
0.055•1.40
0.265•6.7
0.695•2.28
0.108•0.354
82•269
67•72•77
74•111
SP2KV-6
030478
6
0.055•1.40
0.326•8.3
0.442•1.45
0.099•0.324
108•354
90•96•103
110•164
SP2KV-5
030479
5
0.055•1.40
0.354•9.0
0.332•1.09
0.097•0.318
120•393
111•109•117
147•220
SP2KV-4
030480
4
0.055•1.40
0.38•9.7
0.277•0.91
0.095•0.312
131•430
122•128•137
170•254
SP2KV-3
030481
3
0.055•1.40
0.42•10.7
0.221•0.72
0.092•0.302
148•485
142•146•156
206•307
SP2KV-2
030482
2
0.055•1.40
0.449•11.4
0.176•0.58
0.090•0.295
160•525
162•169•181
251•374
SP2KV-1
030483
1
0.065•1.65
0.519•13.2
0.141•0.46
0.091•0.298
158•518
197•194•208
341•507
SP2KV-1/0
029732
1/0
0.065•1.65
0.549•13.9
0.113•0.37
0.089•0.292
168•551
223•227•243
405•603
SP2KV-2/0
027055
2/0
0.065•1.65
0.594•15.1
0.092•0.30
0.088•0.289
184•604
250•262•281
499•742
SP2KV-3/0
030484
3/0
0.065•1.65
0.684•17.4
0.075•0.25
0.086•0.282
216•708
304•300•321
668•994
SP2KV(HD)-4/0
026015
4/0•112.6
0.105•2.7
.821•20.9
0.07•0.2
0.11•0.4
146•479
344•351•376
896•1333
SP2KV(HD)-262
026016
262•133.1
0.105•2.7
.895•22.7
0.06•0.2
0.10•0.3
162•531
382•407•436
1035•1540
SP2KV(HD)-313
026017
313•158.7
0.105•2.7
.966•24.5
0.06•0.2
0.10•0.3
175•574
426•455•487
1227•1826
SP2KV(HD)-373
026018
373•189.2
0.105•2.7
1.033•26.2
0.05•0.2
0.10•0.3
189•620
476•516•553
1424•2119
SP2KV(HD)-444
026019
444•225.2
0.105•2.7
1.114•28.3
0.05•0.2
0.10•0.3
205•672
531•588•630
1707•2540
SP2KV(HD)-535
026020
535•271.3
0.120•3.1
1.227•31.2
0.04•0.1
0.10•0.3
200•656
596•630•675
2025•3014
SP2KV(HD)-646
026021
646•327.5
0.120•3.1
1.331•33.3
0.04•0.1
0.10•0.3
216•708
670•731•783
2429•3615
SP2KV(HD)-777
026022
777•394.2
0.120•3.1
1.424•36.2
0.04•0.1
0.10•0.3
236•774
754•822•881
2896•4310
SP2KV(HD)-1111
026023
1111•563.0
0.120•3.1
1.675•42.5
0.04•0.1
0.10•0.3
257•843
942•1025•1098
3946•5872