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BayEnergy® Power cables, PVC/XLPE insulation, concentric conductor, PVC, resp. PE sheath

NA2XCWY

4 1/2-cores (EMC) acc. to DIN VDE 0276 part 603


CT29_NA2XCWY_4x_en
VDE_LogoRoHS_LogoREACH_LogoCE_Logo

 

02-Erdverlegung08-Trogverlegung04-Rohrverlegung16-Inhouse10-Verlegung im Freien, UV-Schutz beachten!30-Ölbeständig_bedingt50-Verlegung -5

 


Standards

DIN VDE 0276-603 part 3G / HD 603.1 and IEC 60502-1.

The cables are in compliance with EU LVD (Low Voltage Directive) and RoHS Directive (Restriction of Hazardous Substances) and REACH (European Chemicals Regulation).

They are flame retardant and self-extinguishing according to DIN EN 60332-1-2 (IEC 60332-1) and free of silicone, cadmium and free from substances harmful to the wetting properties of lacquers.

Technical Data

Rated voltage kV 0.6/1
Testing voltage kV 4
Cable temperature ºC
during laying (min)
after laying (max)

-5
+90
Max permissible operating temperature (conductor) °C +90
Short-circuit temperature °C +250
Current carrying capacity
acc. to HD 603 S1-1994 5G
during regular operation: table 14+15
in case of short-circuit: table 17,
short-circuit duration max 5s
 

Application

For indoor installation and in cable ducts, in open air, in the ground, for power stations, industry and distribution boards or subscriber networks, where protection against contact voltage is required in the case of mechanical damage. (See DIN VDE 0298-1).

The core insulation of XLPE allows a higher operating temperature than comparable cable with PVC core insulation.

The design is specially used in 4 1/2-conductor TN-S systems with separate neutral (N) and protective earth (PE). This enables an EMC-optimised supply network for reduced electromagnetic interference.

The cables are insensitive to occasional impacts of oils and fuels.

Type Designation Codes

N cables acc. to standard
(N) cables based on standard
A conductor made of aluminium
2X core insulation made of cross-linked polyethylene (XLPE)
CW concentric conductor made of copper, corrugated design (Ceander)
Y outer sheath made of polyvinyl chloride (PVC)
RE circular conductor, solid
RM circular conductor, stranded
SE sector-shaped conductor, solid
SM sector-shaped conductor, stranded

Order Example

NA2XCWY 4 x 70 SM/35 0,6/1 kV


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BayEnergy® Power cables, PVC/XLPE insulation, concentric conductor, PVC, resp. PE sheath

NA2XCWY

4 1/2-cores (EMC) acc. to DIN VDE 0276 part 603

Product Bayka Order No. Cu No. Al-No. Outer ∅
approx.
Net weight
approx.
Rated short-time current Max. tensile force Bending radius one-off Bending radius repeated
kg/km kg/km mm kg/km kA daN min. mm min. mm  
BayEnergy®
NA2XCWY        4x25 RE/16      0,6/1 kV
4420014 120 292 27 960 2.35 300 160 320
BayEnergy®
NA2XCWY        4x35 RE/16      0,6/1 kV
4420034 120 406 29 1130 3.29 420 170 340
BayEnergy®
NA2XCWY        4x50 SE/25      0,6/1 kV
4420054 190 580 30 1240 3.80 600 180 360
BayEnergy®
NA2XCWY        4x50 SM/25      0,6/1 kV
4420074 190 580 32 1300 3.80 600 190 380
BayEnergy®
NA2XCWY        4x70 SE/35      0,6/1 kV
4420114 240 812 35 1730 5.32 840 210 420
BayEnergy®
NA2XCWY        4x70 SM/35      0,6/1 kV
4420134 240 812 36 1780 5.32 840 220 440
BayEnergy®
NA2XCWY        4x95 SE/50      0,6/1 kV
4420154 340 1102 38 2140 7.22 1140 230 460
BayEnergy®
NA2XCWY        4x95 SM/50      0,6/1 kV
4420174 340 1102 41 2210 7.22 1140 250 500
BayEnergy®
NA2XCWY       4x120 SE/70      0,6/1 kV
4420204 475 1392 43 2720 9.12 1440 260 520
BayEnergy®
NA2XCWY       4x120 SM/70      0,6/1 kV
4420214 475 1392 46 2800 9.12 1440 280 560
BayEnergy®
NA2XCWY       4x150 SE/70      0,6/1 kV
4420244 475 1740 47 3200 11.40 1800 290 580
BayEnergy®
NA2XCWY       4x150 SM/70      0,6/1 kV
4420264 475 1740 50 3320 11.40 1800 310 620
BayEnergy®
NA2XCWY       4x185 SE/95      0,6/1 kV
4420284 640 2146 52 4000 14.06 2200 320 640
BayEnergy®
NA2XCWY       4x185 SM/95      0,6/1 kV
4420304 640 2146 56 4150 14.06 2200 340 680
BayEnergy®
NA2XCWY       4x240 SE/120     0,6/1 kV
4420324 0 0 58 5000 18.24 2880 350 700
BayEnergy®
NA2XCWY       4x240 SM/120     0,6/1 kV
4420344 800 2784 62 5200 18.24 2880 380 760