(RoHS & CE) RE-2X(St)Y-PiMF Copper Core XLPE Insulated PVC Sheathed Cable

 Instrumentation cables according to EN 50288-7 are used for the transmission of analogue and digital signals in instrumentation control systems and are classified according to IEC 79-14 as not being able to be connected directly to low impedance power supplies, e.g. public power supply stations. Recommended for applications in indoor and outdoor installations, supports, trays, ducts, dry and wet environments, not recommended for direct burial. Recommended for use in fire protection measures for life and vital property materials.

Flame retardant in accordance with EN 60332-1-2; IEC 60332-1-2; BS EN 60332-1-2; For special structure, other sizes, core and sheath colour products can be accepted for customization.

RoHS2014/35/EU-guidelines (Low Voltage Directive) CE

Conductor material: bare copper wire

Conductor grade: IEC 60228 standard class 1 solid annealed copper conductor or class 2 multi-stranded plain copper conductor

Core insulation: XLPE

Core identification: black/white/red, three-wire group of cables in the white core with the number of consecutive identification

 Black and white, cables in pairs are identified by consecutive numbers on the white core

Pair: 2 or 3 insulated cores twisted together to form a stranded pair

Stranded: groups of three wires or pairs are twisted together into layers at a stranding distance

Split shield: Aluminium foil/polyester tape with solid tinned copper drain wire wrapped around the outer layer of a single wire group.

Overall shielding: Aluminium/polyester tape with 0.5 mm² tinned copper drain wires in a shielded layer

Sheath: Thermoplastic PVC compound

Sheath colour: black RAL 9005 or blue

Rated voltage: 300/500V

Test voltage: 2000V

Conductor resistance: IEC 60228 compliant

Minimum bending radius fixed laying value: 7.5x d

Minimum bending radius mobile laying value: 15x d

Temperature class fixed small/large value: -15°C/+90°C

Temperature class moving small/large value: -5°C/+90°C

Flame retardant rating: IEC 60332-1-2

Standard: BS EN 50288-7