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BayEnergy® flame retardant, non corrosive cables, FRNC/LSOH


4+1-cores (EMC+) acc. to DIN VDE 0276



41-EMC+08-Trogverlegung04-Rohrverlegung10-Verlegung im Freien, UV-Schutz beachten!16-Inhouse23-Halogenfrei24-Flammwidrig26-Raucharm50-Verlegung -5


UV-beständig optional


DIN VDE 0276-604 and IEC 60502-1,
low gas corrosivity acc. to EN 50267,
low toxicity of gases acc. to DIN EN 50305,
low smoke density acc. to DIN EN 61034-2,
flame retardant acc. to IEC 60332-3, EN 50266-2-4.

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.

The cables are halogen-free, fire retardant and low-smoke.
(FRNC - flame retardant, non corrosive, LSOH - low smoke, zero halogen).

Technical Data

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

Max permissible operating temperature (conductor) °C +90
Short-circuit temperature °C +250
Current carrying capacity
acc. to HD 603 S1-1994
during regular operation: B1
in case of short-circuit: B2
short-circuit duration max 5s


Cable with improved behaviour in the event of fire.

For indoor and outdoor installation, in open air (protected against direct sun light), however not directly 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 EMC+ design is used especially in the 4+1-core system TN-S with a separate neutral conductor (N) and protective earth (PE).Due to the better conductance PE conductor EMC interferences can be optimally reduced and thus offer a higher protection than for cables with reduced outer conductor (4½-wire).
The core insulation of XLPE allows a higher operating temperature than comparable cables with PVC core insulation.

Type Designation Codes

N cables acc. to standard
(N) cables based on standard
2X core insulation made of cross-linked polyethylene (XLPE)
C concentric conductor made of copper
H sheath made of thermoplastic, halogen-free polyolefin
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

N2XCH 4x185 SM/185 0,6/1 kV

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BayEnergy® flame retardant, non corrosive cables, FRNC/LSOH


4+1-cores (EMC+) acc. to DIN VDE 0276

Product Bayka Order No. Cu No. Outer ∅
Net weight
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  
N2XCH    4x1,5 RE/1,5  0,6/1kV 4470104 81 13 250 0.21 30 80 160
N2XCH    4x2,5 RE/2,5  0,6/1kV 4470114 128 14 310 0.36 50 90 180
N2XCH    4x2,5 RE/16   0,6/1kV 4470184 268 15 440 0.36 50 90 180
N2XCH      4x4 RE/4    0,6/1kV 4470124 200 16 410 0.57 80 100 200
N2XCH      4x6 RE/6    0,6/1kV 4470134 297 17 520 0.86 120 100 200
N2XCH     4x10 RE/10   0,6/1kV 4470144 504 19 760 1.43 200 120 240
N2XCH     4x16 RE/16   0,6/1kV 4470154 796 22 1090 2.29 320 130 260
N2XCH    4x185 SM/185  0,6/1kV 4441724 9296 57 9750 26.46 3700 340 680
N2XCH    4x240 SM/240  0,6/1kV 4441734 12366 63 12600 34.32 4800 380 760
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.