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RE-2Y(St)Yv_fl PimF 300 V - Copper conductor, PVC sheathed control cable Maximize

RE-2Y(St)Yv_fl PimF 300 V - Copper conductor, PVC sheathed control cable

RE-2Y(St)Yv fl PimF control cable 300 V - Construction

Conductors            : stranded red annealed copper.

Insulation              : polyethylene thickness 0,26 mm.

Cores colour code   : white - black (both numbered for pair identification).

Wrapping               : by polyester tape helically wound thickness 0,020 mm.

Drain wire              : stranded tinned copper drain wire, size 0,5 mm²,
                             in continuous contact with the shield.

Overall shield          : aluminium/polyester tape helically wound 0,025 mm.

Outer sheath         : FR-PVC thickness 1,8 mm.

More details

RE-2Y(St)Yv fl PimF control cable 300 V - Technical data and tests
Outer sheath color code : black, blue or grey.

Outer printing (Inkjet)   : 2X2X0,5 mm² RE-2Y(St)Yv_fl PimF - 300 V- EN 50288.7 - IEC 60332.1.2
-
 (every 1000 mm)        : year of manufacture - CE.

Outer diameter             : (10,9 ± 10%) mm.

Bending radius              : 12 x D.

Insulation Resistance     :  ≥1000 ΩM x Km (@ 20° C).

Pair Assembling             : 14/1mt.

Inner sheath                : not required.

Inner sheath color code : not required.

Armour                        : not required.
 
Conductor         : IEC 60228 Class 2.

Insulation          : EN 50288.7.

Outer Sheath    : EN 50288.7.

Flame retardant : IEC 60332.1.2.
 
RE-2Y(St)Yv fl PimF control cable 300 V - Applications
This cable can be used in measurement and control engineering and is intended for use when modern process computers have to process large volumes of data, e.g. high-capacity computer systems in waste incineration plants or sewage treatment plants.
This cable is suitable for fixed installation in dry or damp rooms, and the version with a black outer sheath can also be used outdoors or for direct burial.
This cable has several benefits: the aluminium-laminated plastic foil static screen with tin-plated drain wire minimises the interference of high frequency, electromagnetic fields, low capacitance due to polyolefin-based insulation.

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