RE-Y(st)Y PIMF Flexiable Wire Cable PVC Insulation and PVC Sheath Instrumentation Cable

RE-Y(st)Y PIMF Cable


Product Detail

Product Tags

CABLE CONSTRUCTION

Conductor    Stranded,annealed plain copper wires to IEC 60228 Class 2 /Class 1/ Class 5 / or tinned on request

Insulation     PVC compound to EN50290-2-21 Black / White / Red twisted triads with numbered cores

Binder Tape   Polyester foil on each twisted triad

Individual Screen  Aluminum/polyester foil with  a tinned copper drain wire  in direct contact with the metallic side of the foil

Binder Tape   Polyester foil on overall cable core formed by stranded triples

Collective Screen   Aluminum/polyester foil with  a tinned copper drain wire  in direct contact with  the metallic side of the foil

Sheath       PVC compound to EN50290-2-22 Blue for intrinsically safe cable, Black for UV resistant

 

STANDARDS & MAIN CHARACTERISTICS

Rated Voltage                                                      500 V

Test Voltage                                                        2000 V (core:core / core: screen)

Working Temperature                                               -15℃ / + 70℃ (during operation)

-5℃ / + 50℃ (during installation)

 

Min Bending Radius (Fixed)                                          7,5 x D

Construction                                                                     EN 50288-7

Material                                                                             Types & Tests EN 50290-2

Electrical & Mechanical Tests                                        EN 50289 

 

APPLICATION

These cables used for connecting instruments and control systems for analogue or digital signal transmission for indoor and outdoor applications.These cables shall not be connected directly to mains electricity supply or other low impedance sources, since they are not designed to be used for power supply

 

ELECTRICAL CHARACTERISTICS

Conductor size (Class 2) nom. mm2 0,5 0,75 1 1,5 2,5
Conductor resistance max. Ω/km 36,7 25,0 18,5 12,3 7,6
Insulation resistance min. MΩ*km 100
Mutual Capacitance max. nF/km 250
Inductance max. mH/km 1
L/R ratio max. µH/Ω 25 25 25 40 60

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