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BayEnergy® Power cables, XLPE insulation, Al-laminated PE sheath

(N)2X(L)2Y-J

3 1/2-cores based on DIN VDE 0276-603, resp. VDE 0276-6


AT39_N2X(L)2Y_e
RoHS_LogoREACH_LogoCE_Logo

 

02-Erdverlegung08-Trogverlegung04-Rohrverlegung20-UV-beständig38-Querwasserdicht23-Halogenfrei53-Verlegung -20

optional

Verlegung -25 -30 -40 optional

Standards

Based on DIN VDE 0276 part 603 part 5G / HD 603.1 and IEC 60502-1.

The cables are in compliance with EU LVD (Low Voltage Directive 2014/35/EU) and RoHS Directive EU 2002/65/EC - RoHS 2.0 and Regulation No. 1907/2006 (REACH).

They are 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)

-20
+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 and outdoor installation, in the ground, in open air, for power stations, industry and distribution boards or subscriber networks, where mechanical damage to the cable is not expected. (See DIN VDE 0298-1.)

The core insulation of XLPE allows a higher operating temperature and higher loadability in the case of a short-circuit than comparable cable with PVC core insulation.

The cables are transversally watertight due to the laminated sheath.

The cables are halogen-free and UV-resistant as well as transversally watertight due to the laminated sheath.

Type Designation Codes

N cables acc. to standard
(N) cables based on standard
2X core insulation made of cross-linked polyethylene (XLPE)
(L)2Y laminated sheath made of high-density polyethylene (HDPE) and Al tape
J cable with green-yellow core
RE circular conductor, solid
RM circular conductor, stranded
SM sector-shaped conductor, stranded

Special Designs

Design according to national and international standards
Design according to customer specifications
Design with limited tolerance of outer diameter on request

Order Example

(N)2X(L)2Y-J 3 x 35 RM/16 RE 0,6/1 kV


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BayEnergy® Power cables, XLPE insulation, Al-laminated PE sheath

(N)2X(L)2Y-J

3 1/2-cores based on DIN VDE 0276-603, resp. VDE 0276-6

Product Bayka Order No. Cu No. Outer ∅
approx.
Net weight
approx.
Rated short-time current Max. tensile force Bending radius one-off Bending radius repeated
kg/km mm kg/km kA daN min. mm min. mm  
(N)2X(L)2Y-J     3x35 RM/16 RE  0,6/1 kV 4452524 1167 30 1800 5.01 525 190 380
(N)2X(L)2Y-J     3x50 SM/25 RM  0,6/1 kV 4452514 1685 32 2200 7.15 875 190 380
(N)2X(L)2Y-J     3x70 SM/35 RM  0,6/1 kV 4452500 2357 37 3020 10.01 1050 230 460
(N)2X(L)2Y-J     3x70 SM/35 RM  0,6/1 kV 4452504 2357 37 3020 10.01 1225 220 440
(N)2X(L)2Y-J     3x95 SM/50 RM  0,6/1 kV 4452104 3221 41 4000 13.59 1675 250 500
(N)2X(L)2Y-J    3x120 SM/70 RM  0,6/1 kV 4452114 4135 45 5000 17.16 2150 270 540
(N)2X(L)2Y-J    3x150 SM/70 RM  0,6/1 kV 4452124 4992 51 6060 21.45 2600 300 600
(N)2X(L)2Y-J    3x185 SM/95 RM  0,6/1 kV 4452134 6240 56 7600 26.46 3250 340 680
(N)2X(L)2Y-J     4x95 RM/50 RM  0,6/1 kV 4455814 4205 47 5460 13.59 2150 290 580
Errors and omissions excepted, weights and dimensions are approximate values.
Other designs, fitted lengths and larger delivery lengths on request.
Tensile force only valid when cable sheath and cable core involved.
The bending radius one-off is for professionally installed cables, unique molding over a stencil and a cable temperature >30 ° C.