Used as signal and communication cables in radio, radar and information systems of marine vehicles. It’s twisted pairs enables proper transmission of high frequency signals, while it’s overall screen minimizes environmental electromagnetic interference.
Cable Structure
CONDUCTOR : Electrolytic, stranded, annealed copper wire IEC 60228 Class 5 (Class 2 and / or tinned on request)
INSULATION : Cross linked polyethylene compound (XLPE).
SEPARATOR : A suitable tape may be applied over the conductor
CORE IDENTIFICATION: Acc. to HD 308.
INNER SHEATH : EM2 or EM3 type elastomer compound (if outer sheath thickness is greater than 2.4 mm)
OUTER SHEATH : Halogen-free, flame retardant, polyolefin based compound (SHF1).
COLOR : Black (other colors on request)
Standards & Main Characteristics
CONDUCTOR : EN 50525-2-21, DIN VDE 0282-4, BS 6500 BS 7919, IEC 60245-4
GENERAL REQUIREMENTS : EN 50525-1, HD 22.1, DN VDE 0282-1, IEC 60245-1
GUIDE TO USE : HD 516, DIN VDE 0298-300
ELECTRICAL TESTS : EN 50395, IEC 60245-2
NON – ELECTRICAL TESTS : EN 50396, IEC 60245-2
CONDUCTOR RESISTANCE : EN / IEC 60228, HD 383, DIN VDE 0295, BS 6360
WORKING TEMPERATURE IN MOBILE USE : -25ºC / +60ºC
IN FIXED USE : -35ºC / +85ºC CONDUCTOR SHORT – CIRCUIT TEMP. : Max. 200ºC
TEMP. ON CABLE SURFACE : Max. +50ºC
MIN. INSTALLATION TEMP. : -25ºC
MIN. BENDING RADIUS : HD 516 Table 6.C
MAX. TENSILE LOAD : 15 N / mm2
CURRENT CARRYING CAPACITIES : HD 516 Table 7.C VDE 0298-4
FLAME RETARDANT : EMEC 60332-1-2, DIN VDE 0482-332-1-2
OIL RESISTANT : HD/EMEC 60811-2-1, DIN VDE 0473-811-2-1