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KSRTng (A) marine cables with rubber insulation buy in Ekaterinburg
Buy KSRTng (A) marine cables with rubber insulation
KSRTng (A) marine cables with rubber insulation

KSRTng (A) marine cables with rubber insulation

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Russia, Ekaterinburg
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Technical characteristics
  • Country of manufactureRussia
Description

Marine cables of increased fire safety TU 16.K01 - 56 - 2007 Purpose: for fixed laying on ships of the marine fleet of an unlimited navigation area, river fleet, coastal and floating structures. The cables are designed for operation at alternating operating voltages of 0.6 / 1 and 1.8 / 3 kV with a frequency of up to 400 Hz. Cables by design, technical characteristics and

Brand design

EPDM insulated cable with flame retardant rubber sheath

Specifications

Climatic modification B, placement categories 1 and 5 in accordance with GOST 15150 - 69.


Operating temperature range - from minus 55? С to plus 60? С
Relative humidity - up to 100% at temperatures up to 40 ° С.
Electrical resistance of TPG:
- upon acceptance and delivery - according to GOST 22483 - 2012;
- for the period of operation and storage - 110% of the values specified in GOST 22483 - 2012.
Cables can withstand the impact of alternating voltage with a rated frequency of 50 Hz for at least 4 hours:
- cables for rated voltage 1 kV - 1.8 kV;
- cables for rated voltage 3 kV - 5.4 kV.
Cables are resistant to multiple bends.
Cables with insulation and sheath made of rubber are resistant to ozone (KSNRT, KSNRTEL, KGSNRT, KGSNRTEL, KSRTng (A), KSRTelng (A), KGSRTng (A), KGSRTelng (A), KSRTng (A) - HF (A) KGSRTng - HF, KSRTng (A) - FRHF, KSRKng (A) - FRHF, KSRTElng (A) - HF, KSRTKng (A) - HF, KGSRTElng (A) - HF, KGSRTKng (A) - HF, KSRTELng (A) - FRHF, KSRTKng (A) - FRHF, KSRkElng (A) - FRHF, KSRkElKng (A) - HF, KSRkKng (A) - FRHF, KSRkElKng (A) - FRHF, KSRkElKng (A) - FRHF).
The outer sheath of cables is resistant to deformation under pressure at a temperature of (80 ± 2) ° С (KSRTPeng (A) - HF, KSRTPKng (A) - HF, KSRTPeng (A) - FRHF, KSRTPKng (A) - FRHF, KSRkPeng (A) - FRHF, KSRkPKng (A) - FRHF, KSRTPng (A) - HF, KSRTPng (A) - FRHF, KSRkPng (A) - FRHF, KSRTPEkng (A) - HF, SPvPKng (A) - HF, SPPEng (A) - HF, SPPEKng (A) - HF, SPvPEng (A) - FRHF, SPvPEKng (A) - HF, SPPEKng (A) - HF, PvPEKng (A) - FRHF, SPPEKng (A) - FRHF, SPvPKng (A) - FRHF , SPPEng (A) - FRHF, SPPKng (A) - FRHF, SPvPng (A) - HF, SPPng (A) - HF, SPvPng (A) - FRHF, SPPng (A) - FRHF, SPvPeng (A) - HF, SPvPEkng (A) - HF, KGSPvPng (A) - HF, KGSPvPeng (A) - HF, KGSPvPKng (A) - HF, KGSPvPEKng (A) - HF, KGSPvPng (A) - FRHF, KGSPvPng (A) - FRHF, KGSPvPng (A) - FRHF, KGSPvPEKng (A) - FRHF)
The outer sheath of cables is resistant to cracking (KSRTPeng (A) - HF, KSRTPKng (A) - HF, KSRTPeng (A) - FRHF, KSRTPKng (A) - FRHF, SRkPeng (A) - FRHF, KSRkPKng (A) - FRHF (A) - HF, KSRTPng (A) - FRHF, KSRkPng (A) - FRHF, KSRTPEkng (A) - HF, SPvPKng (A) - HF, PPeng (A) - HF, SPPKng (A) - HF, SPvPeng ( A) - FRHF, SPvPEKng (A) - HF, SPPEKng (A) - HF, SPvPEKng (A) - FRHF, SPPEKng (A) - FRHF, SPvPKng (A) - FRHF, SPPEng (A) - FRHF, SPPKng (A ) - FRHF, SPvPng (A) - HF, SPPng (A) - HF, SPvPng (A) - FRHF, SPPng (A) - FRHF, SPvPeng (A) - HF, SPvPEkng (A) - HF, KGSPvPng (A) - HF, KGSPvPeng (A) - HF, KGSPvPKng (A) - HF, KGSPvPEKng (A) - HF, KGSPvPng (A) - FRHF, KGSPvPeng (A) - FRHF, KGSPvPKng (A) - FRHF - FRHF).
The outer sheath of cables is resistant to bending, stretching and shock at low temperatures (KSRTng (A) - HF, KGSRTng (A) - HF, KSRTng (A) - FRHF, KSRkng (A) - FRHF, KSRTElng (A) - HF, KSRTKng (A) - HF, KGSRTElng (A) - HF, KGSRTKng (A) - HF, KSRTElng (A) - FRHF, KSRTKng (A) - FRHF, KSRkElng (A) - FRHF, KSRTelKng (A) - HKng (KSRk A) - FRHF, KSRTELKng (A) - FRHF, KSRkElKng (A) - FRHF, KSRTPeng (A) - HF, KSRTPKng (A) - HF, KSRTPeng (A) - FRHF, KSRTPKng (A) - FRKHF, KSR ) - FRHF, KSRkPKng (A) - FRHF, KSRTPng (A) - HF, KSRTPng (A) - FRHF, KSRkPng (A) - FRHF, KSRTPEkng (A) - HF, SPvPKng (A) - HF, SPPeng (A) - HF, SPPEKng (A) - HF, SPvPEng (A) - FRHF, SPvPEKng (A) - HF, SPPEKng (A) - HF, SPvPEKng (A) - FRHF, SPPEKng (A) - FRHF, SPvPKng (A) - FRHF, SPPeng (A) - FRHF, SPPKng (A) - FRHF, SPvPng (A) - HF, SPPng (A) - HF, SPvPng (A) - FRHF, SPPng (A) - FRHF, SPvPeng (A) - HF , SPvPEkng (A) - HF, KGSPvPng (A) - HF, KGSPvPeng (A) - HF, KGSPvPKng (A) - HF, KGSPvPEKng (A) - HF, KGSPvPng (A) - FRHF, KGSPvPEng (A) - FRHF, KGSPvPKng (A) - FRHF, KGSPvPEKng (A) - FRHF).
The cables are resistant to solar radiation.
The cables are seawater resistant.
Cables are resistant to intermittent exposure to lubricating oils.
Diesel resistant cables (except for cables with sheath made of thermoplastic halogen - free compound).
Over the entire service life, the total time of exposure to lubricating oils should not exceed 300 hours, diesel fuel - 100 hours.
Cables resistant to calcium bromide drilling mud (rubber sheathed; halogen - free rubber; flame retardant rubber).
Cables are resistant to external radial hydrostatic pressure up to 5 MPa.
The cables are resistant to vibration loads in the frequency range from 2 to 100 Hz.
Cables are resistant to single impacts of degree of hardness IV.
Cables are resistant to repeated mechanical shocks.
Mold - resistant cables. The degree of biological growth by fungi does not exceed two points.
Salt spray resistant cables.
Cables are flame retardant when laid alone.
Cables in isp. ng (A), ng (A) - HF, ng (A) - FRHF are flame retardant when laid in a group according to category A (with fastening without a gap).
Cables in isp. ng (A) - HF, ng (A) - FRHF have low smoke and gas emission during combustion and smoldering.
Smoke formation during combustion and smoldering of cables with the index "ng - HF" and "ng - FRHF" does not lead to a decrease in light transmission in the test chamber by more than 40% .
Fire - resistant cables remain operational when exposed to a flame with a temperature of (800 ± 50) ° С, not less than 180 minutes.
Laying and installation of cables without preheating - at a temperature not lower than minus 15? С.
Bending radius of the cable, not less:
- 5D (for unshielded and unarmoured cables with an outer sheath of rubber; rubber, flame retardant; rubber, halogen - free; and all types of cables with an outer sheath made of thermoplastic or thermosetting halogen - free compounds with conductive conductors of class 5 flexibility);
- 6D (for shielded and armored cables with an outer sheath made of rubber; flame retardant rubber; rubber, halogen - free; and all types of cables with an outer sheath made of thermoplastic or thermosetting halogen - free compounds with conductive conductors of 2 and 3 flexibility classes).
Axial torsion is not allowed during assembly bends.
The long - term permissible heating temperature of cable conductors during operation is no more than 90 ° C.
The maximum allowable short - circuit temperature is no more than 250? С.
The duration of the short circuit should not exceed 1 s (the number of short circuit cycles - not more than 10 for the entire service life).
It is allowed to be exposed to sulfuric acid vapors with a mass concentration of 2.0 μg / m for a period of not more than 4 hours.
Short - term (up to 1000 h) operation of cables laid in a stationary manner in sea water at temperatures from minus 4 ° C to plus 35 ° C is allowed.
Service life - 35 years (not less than 130,000 hours at an ambient temperature of 45 ° C)
The warranty period is 5 years.
The warranty period is calculated from the date of putting the cables into operation, but not later than 6 months from the date of manufacture.

 

Name Characteristic The weight Diameter
KSRTng (A) 10x1 - 1 kV TU 16.K01 - 56 - 2007 Electric cable 373.079 15.9
KSRTng (A) 12x1 - 1 kV TU 16.K01 - 56 - 2007 Electric cable 416.658 16.5
KSRTng (A) 14x1 - 1 kV TU 16.K01 - 56 - 2007 Electric cable 467.962 17.4
KSRTng (A) 14x1.5 - 1 kV TU 16.K01 - 56 - 2007 Electric cable 563.359 18.4
КСРТнг(А) 19х1 - 1 кВ ТУ 16.К01 - 56 - 2007 Электрокабель 603.202 19.5
КСРТнг(А) 19х1,5 - 1 кВ ТУ 16.К01 - 56 - 2007 Электрокабель 708.196 20.7
КСРТнг(А) 1х35 - 1 кВ ТУ 16.К01 - 56 - 2007 Электрокабель 544.043 15.87
КСРТнг(А) 1х50 - 1 кВ ТУ 16.К01 - 56 - 2007 Электрокабель 695.661 17.57
КСРТнг(А) 1х70 - 1 кВ ТУ 16.К01 - 56 - 2007 Электрокабель 924.258 19.27
КСРТнг(А) 2х1 - 1 кВ ТУ 16.К01 - 56 - 2007 Электрокабель 112.871 8.8
КСРТнг(А) 2х1,5 - 1 кВ ТУ 16.К01 - 56 - 2007 Электрокабель 130.75 9.4
КСРТнг(А) 2х10 - 1 кВ ТУ 16.К01 - 56 - 2007 Электрокабель 417.726 14.8
КСРТнг(А) 2х16 - 1 кВ ТУ 16.К01 - 56 - 2007 Электрокабель 558.685 16.1
КСРТнг(А) 2х2,5 - 1 кВ ТУ 16.К01 - 56 - 2007 Электрокабель 173.605 10.4
КСРТнг(А) 2х4 - 1 кВ ТУ 16.К01 - 56 - 2007 Электрокабель 228.828 11.7
КСРТнг(А) 2х6 - 1 кВ ТУ 16.К01 - 56 - 2007 Электрокабель 288.027 12.7
КСРТнг(А) 2х70 - 1 кВ ТУ 16.К01 - 56 - 2007 Электрокабель 2005.266 28.5
КСРТнг(А) 3х1 - 1 кВ ТУ 16.К01 - 56 - 2007 Электрокабель 136.089 9.4
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KSRTng (A) marine cables with rubber insulation
KSRTng (A) marine cables with rubber insulation
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