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BayRail® Signalling cables, core-stranded, flame retardant, non corrosive, FRNC/LSOH

A-HHV

...x1x1,4 acc. to Bayka standard, based on DB Dlk 1.013.102y


NT90_A-HHV_en
VDE_LogoRoHS_LogoREACH_LogoCE_Logo

 

02-Erdverlegung08-Trogverlegung04-Rohrverlegung10-Verlegung im Freien, UV-Schutz beachten!23-Halogenfrei24-Flammwidrig26-Raucharm51-Verlegung -10

 


Standards

Bayka company standard BayRail®,
electrical properties based on Dlk 1.013.102y,
flame propagation according to DIN VDE 0472, part 804, test method C,
smoke density according to DIN VDE 0482, part 1034-2 (EN61034-2),
corrosivity of fire gases according to DIN VDE 0482, part 267-2-2 (EN 50267-2-2),
toxicity according to DIN VDE 0260, part 305 (EN50305), limit based on EN50306-1, 2 and 3 for hazard level: max. 5 (for insulation, extruded sheath, reinforcing outer sheath).

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).

Technical Data

Conductor diameter mm 1.4
Conductor resistance Ω/km ≤ 11.9
Insulation resistance GΩxkm ≥ 10
Mutual capacitance at 800 Hz nF/km ≤ 120
Alternating voltage test 50 Hz
Core-core Veff
Core-screen Veff

2500
2500
Temperature ranges °C
During laying, installing
Before and after laying, installing

-10 to +60
-40 to +60

Integrated monitoring cores from 10x1 on

Application

Signalling cable, optimised for installation, transversally watertight, flame-retardant for railway control centres and surveillance systems, etc., suitable for installation in open air, in the ground, in cable tray channels, and for laying in tunnels and buildings.

The cable is halogen-free, flame-retardant, and with low smoke density, and therefore suitable for installation in areas with special hazards caused by fire propagation.

VDE approved and system-tested sleeves and conduits are available for this cable.

Type Designation Codes

A outdoor cable
H conductor insulation, halogen-free
Hv outer sheath, reinforced, halogen-free, flame-retardant,
cable with improved behaviour in the event of fire
S signalling cable
LG stranded in layers

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

A-HHV 7 x 1 x 1,4 S LG (H120)


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BayRail® Signalling cables, core-stranded, flame retardant, non corrosive, FRNC/LSOH

A-HHV

...x1x1,4 acc. to Bayka standard, based on DB Dlk 1.013.102y

Product Bayka Order No. Cu No. Outer ∅
approx.
Net weight
approx.
Max. tensile force Bending radius one-off Bending radius repeated
kg/km mm kg/km daN min. mm min. mm  
A-HHV      4x1x1,4 S Lg (H120) (M-BL) 5762200 62 14.6 260 30 75 150
A-HHV      4x1x1,4 S Lg (H120) (M-SW) 5771005 62 14 260 30 75 150
A-HHV      5x1x1,4 S Lg (H120) (M-SW) 5771006 77 15 310 40 80 160
A-HHV     10x1x1,4 S Lg (H120) (M-BL) 5760900 154 18 440 0 0 0
A-HHV     10x1x1,4 S Lg (H120) (M-SW) 5771008 154 18 440 76 95 190
A-HHV     20x1x1,4 S Lg (H120) (M-BL) 5760800 312 22 665 0 0 0
A-HHV     20x1x1,4 S Lg (H120) (M-SW) 5771009 313 22 665 153 110 220
A-HHV     30x1x1,4 S Lg (H120) (M-SW) 5771010 466 24 870 230 125 250
A-HHV     40x1x1,4 S Lg (H120) (M-BL) 5760700 620 27 1100 0 0 0
A-HHV     40x1x1,4 S Lg (H120) (M-SW) 5771007 620 27 1100 307 140 280
A-HHV     60x1x1,4 S Lg (H120) (M-BL) 5760600 928 31 1540 0 0 0
A-HHV     60x1x1,4 S Lg (H120) (M-SW) 5771012 928 32 1655 461 160 320
A-HHV     80x1x1,4 S Lg (H120) (M-BL) 5760500 1236 35 1940 615 180 360
A-HHV    120x1x1,4 S Lg (H120) (M-BL) 5760400 1852 40 2710 0 0 0
A-HHV    160x1x1,4 S Lg (H120) (M-BL) 5760300 2467 45 3460 0 0 0
A-HHV    200x1x1,4 S Lg (H120) (M-BL) 5771400 3083 50 4210 0 0 0
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.