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BIRTFLEX 6512 C PUR
 - TPE-E insulated, PUR (polyurethane) sheathed, extra flexible, screened, oil resistant control cable Maximize

BIRTFLEX 6512 C PUR
 - TPE-E insulated, PUR (polyurethane) sheathed, extra flexible, screened, oil resistant control cable

BIRTFLEX 6512 C PUR - Construction

Conductor      : extra flexible copper wires, plain; IEC 60228 Class 6,
                      DIN EN 60228 Class 6.
Insulation       : special compound, TPE-E*.
Core identi.     : according to DIN EN 50334 black cores with
                      white numerals with green/yellow from 3 cores.
Lay-up           : cores laid up in layers of optimum pitch.
Separator       : textile material.
Inner Sheath  : special compound, RAL 7001,Grey.
Screen          : braid of tinned copper wires, 85% coverage.
Outer sheath  : PUR (polyurethane) compound, 11YM1.
Sheath colour : RAL 7001, Grey (to be agreed upon the shade of grey).

More details

BIRTFLEX 6512 C PUR - Technical data and tests
Standard                    : HD 21.13 S1;
  DIN VDE 0281-13;

Designed according to  : DIN VDE 0282-10.
Insulation resistance     : min. 50 MΩ/km.
Rated voltage Uo/U     : 300 / 500 V.
Test voltage (50 Hz)    : 2000 V.
Temperature range     : fixed   : - 50° C ~ + 70° C; 

                                  mobile: - 40° C ~ + 70° C.
Min. bending radius     : fixed   :    4 x D; 
  
                                 mobile : 7,5 x D.
Flame retardance test : IEC 60332-1 & EN 50265-2-1.
Oil test                      : IEC 60811-2-1.
Transfer impedance     : max. 250 Ω/km at 30 MHZ.
EMC                          : electromagnetic compatibility. 



* Upon request this cable can be produced having a rated voltage of 0.6/1 kV.

* Upon request this cable can be made with 65% braid of tinned copper wires.

* TPE-E - thermoplastic ether ester block copolymer elastomer.

BIRTFLEX 6512 C PUR - Applications

These cables are highly-flexible, resistant to extreme mechanical loads, oil, cold, and are designed for applications where cable flexibility is needed.
They are built to survive high service periods and can be used for instrumention, control and connection of control units in mechanical tool constructions, conveyor and assembly lines, production lines and any areas where continuous bending loads are exerted and free movement with no pulling force and low tensile forced movement is required; the environments in which these cables can be installed vary from dry to wet.

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