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RE-m3G(St)HXSWBHX-CI FE180 90° C ST
 - EPR insulated, HFFR sheathed instrumentation cable (150-250 V) Maximize

RE-m3G(St)HXSWBHX-CI FE180 90° C ST
 - EPR insulated, HFFR sheathed instrumentation cable (150-250 V)

RE-m3G(St)HXSWBHX-CI FE180 90° C ST
 (150-250 V)
 
Construction

Conductor      : tinned copper, stranded, class 2, for 1,5 mm²: 7x0,53 mm.
Separator       : MICA tape (
fire proof).

Insulation       : EPR compound, 3G.
Separator       : polyester tape.

Overall screen : screened by aluminium laminated polyester tape (100 %
                      coverage) with stranded tinned copper drain wire.
Inner sheath   : cross-linked halogen-free flame retardant compound, SW4;
                      black.

Armour          : galvanized steel wires braiding, ~90% coverage.

Separator       : polyester tape.

Outer sheath   : cross-linked halogen-free, flame retardant (HFFR) compound,
                      SW4.

Sheath colour  : GP-grey. *
* Other colours available upon request.

More details

RE-m3G(St)HXSWBHX-CI FE180 90° C ST - EPR insulated, HFFR sheathed instrumentation cable (150-250 V)
 
Technical data and tests

Rated voltage          : 150-250 V. 

Test voltage            : 1500 V (AC, 50 Hz).

Temperature range   : - 30° C ~ + 90° C.

Insulation resistance : min. 100 MΩ/km.

Nominal capacitance : max. 150 pF/m (core/core).

Min. bending radius  : 10 x D, static.

RE-m3G(St)HXSWBHX-CI FE180 90° C ST
 - EPR insulated, HFFR sheathed instrumentation cable (150-250 V)
 
Standards


Design                 : adapted to IEC 60092-353 and EN 50288-7.

Conductor             : EN 60228 class 2.

Flame test             : single     : IEC 60332-1 & EN 60332-1-2.
  
                            bunched : IEC 60332-3 & EN 60332-3-24 Cat C.

Insulation integrity  : IEC 60331.

Smoke density        : IEC 61034-2 & EN 61034-2.

Halogen-free          : IEC 60754-1/2.

RE-m3G(St)HXSWBHX-CI FE180 90° C ST
 - EPR insulated, HFFR sheathed instrumentation cable (150-250 V)
 
Applications

These cables are used for control purposes (e.g. controlling of pumps, valves or engines) in chemistry and petrochemistry industry plants, power plants, natural gas and petroleum plants, etc...
The armour protects the cable from mechanical damage.
These cables are used on the basis of a fixed operating mode, and can continue with the supply of power under existing fire conditions and in environments which must have no corrosive gases emitted in the event of fire.
In case of fire, these cables inhibit the propagation of the flames whereby the development of smoke is extremely low.
They are resistant to oil and chemicals.
They are for indoor and outdoor installation, in dry and wet locations; on racks, trays, in conduits.

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