WHAT DOES AN ARMORED CABLE LOOK LIKE?

SHIELDED CABLE

To ensure greater safety and durability for the cables, shielded cable , with a special coating that protects against electromagnetic interference, the shielded cable brings some advantages to customers.

As greater resistance to wear suffered by external factors;

Function performance with much more security.

The application of shielded cable can be carried out in several areas, such as electrical equipment installations, drive and control, control panels, factory and industrial machines and several other segments.

The shielding of the shielded cable can be made with copper tapes, braided copper, bare copper mesh, or through aluminized tape with tinned drain, depending on the location to be used and the customer's wishes during the purchase. In all shielding modes, the shielded cable provides effective and highly safe protection, as copper and aluminum, in addition to being excellent conductors of electricity, are resistant materials and protect cables against fire and abrasive materials.

For a better guarantee of the application of shielded cable, it is necessary to have the help of a professional when installing and changing the cables so as not to compromise the capacity of the electrical systems.

SHIELDED CABLE CONSTRUCTION OPTIONS

WE CAN MANUFACTURE UNDER CONSULTATION IN OTHER CONFIGURATIONS.

1 Tinned copper conductor.

• Stringing class 5.

2 Different sections and number of veins.

3 Vein insulation material / other temperatures:

• PVC/E -105ºC
• XLPE – 125 ºC or 90 ºC
• HEPR – 90 ºC
• PE 80ºC

4 Material of the intermediate layer and cover:

• FOOT
• PVC/E
• PVC/ST2
• Special PVC resistant to oils, greases and other chemicals.
• LSZH (non-halogenated polyolefin compound)

5 Perfectly cylindrical cover for cable gland applications in hazardous areas.

DIFFERENTIALS OF THIS PRODUCT – SHIELDED CABLE

• 100% virgin copper
• 100% Electrolytic Copper – 99.90% pure minimum (*including Silver)
• High flexibility class 5 (when requested)
• Vivid colors
• Lower dielectric loss
• Lower ohmic resistance
• Flame retardant
• 100% National
• Complies with Hart ® protocol (4 – 20mA), digital and point-to-point instrumentation.