Unarmoured Multi Core, 12/20 kV, 3×70 RM/16+70(Msg) SQMM, OVERHEAD CABLE

Unarmoured Multi Core, 12/20 kV, 3×70 RM/16+70(Msg) SQMM, OVERHEAD CABLE

Unarmoured Multi Core, 12/20 kV, 3×70 RM/16+70(Msg) SQMM, OVERHEAD CABLE

Aerial Bundled cable (ABC) are cables that were first used in 1955 instead of copper wire of distribution network and today are widely used in power distribution networks around the world.

Aerial Bundled cable (ABC) are cables that were first used in 1955 instead of copper wire of distribution network and today are widely used in power distribution networks around the world.

Aerial Bundled cable (ABC) are cables that were first used in 1955 instead of copper wire of distribution network and today are widely used in power distribution networks around the world.

The above cables are made of aluminum as a conductor and three-layer extruded include semiconductor, XLPE insulation and HDPE sheath.

While using the above cables, a number of high carbon galvanized stranded wires are used to hold the spacer cables, which according to this issue, the aluminum used for the conductor is AAC.

The above cables are made of aluminum as a conductor and three-layer extruded include semiconductor, XLPE insulation and HDPE sheath.

While using the above cables, a number of high carbon galvanized stranded wires are used to hold the spacer cables, which according to this issue, the aluminum used for the conductor is AAC.

The above cables are made of aluminum as a conductor and three-layer extruded include semiconductor, XLPE insulation and HDPE sheath.

While using the above cables, a number of high carbon galvanized stranded wires are used to hold the spacer cables, which according to this issue, the aluminum used for the conductor is AAC.

Control cables used for a wide range of automated applications in industrial processes including transmission, measurement, tuning and control.
These cables are generally flexible and suitable for mechanical stresses.
These cables are produced in both shielded and non-shielded forms. Shielded cables are used in case of noise and other electrical or mechanical disturbances.

Control cables used for a wide range of automated applications in industrial processes including transmission, measurement, tuning and control.
These cables are generally flexible and suitable for mechanical stresses.
These cables are produced in both shielded and non-shielded forms. Shielded cables are used in case of noise and other electrical or mechanical disturbances.

Control cables used for a wide range of automated applications in industrial processes including transmission, measurement, tuning and control.
These cables are generally flexible and suitable for mechanical stresses.
These cables are produced in both shielded and non-shielded forms. Shielded cables are used in case of noise and other electrical or mechanical disturbances.

Control cables used for a wide range of automated applications in industrial processes including transmission, measurement, tuning and control.

Control cables used for a wide range of automated applications in industrial processes including transmission, measurement, tuning and control.

Control cables used for a wide range of automated applications in industrial processes including transmission, measurement, tuning and control.

Un-sheathed copper wires in which copper is annealed with 99.99% purity and refers to class 2 (according to ISIRI 3084 standard).

The national standard for the production of this wire is ISIRI 3084, which is equivalent to the international standard IEC 60228.

Un-sheathed copper wires in which copper is annealed with 99.99% purity and refers to class 2 (according to ISIRI 3084 standard).

The national standard for the production of this wire is ISIRI 3084, which is equivalent to the international standard IEC 60228.

Un-sheathed copper wires in which copper is annealed with 99.99% purity and refers to class 2 (according to ISIRI 3084 standard).

The national standard for the production of this wire is ISIRI 3084, which is equivalent to the international standard IEC 60228.