Alpha Wire Ecogen Ecocable Mini Control Cable, 3 Cores, 0.24 mm² 24 AWG, Unscreened, 305 m, Grey Modified Polyphenylene

EcoCable Mini 300 V Unshielded, Multiconductor

Conductors: 3, Black, Brown, RedNominal Diameter: 0.118 inch (3.00 mm)Jacket Thickness: 0.015 inch (0.38 mm)Stranding: 19/36Insulation Thickness: 0.007 (0.18 mm)24 AWG (0.241 mm²)Jacket Colour: Slate

Conductors: 3, Black, Brown, Red

Nominal Diameter: 0.118 inch (3.00 mm)

Nominal Diameter: 0.118 inch (3.00 mm)

Jacket Thickness: 0.015 inch (0.38 mm)

Jacket Thickness: 0.015 inch (0.38 mm)

Stranding: 19/36

Stranding: 19/36

Insulation Thickness: 0.007 (0.18 mm)

Insulation Thickness: 0.007 (0.18 mm)

24 AWG (0.241 mm²)

24 AWG (0.241 mm²)

Jacket Colour: Slate

Jacket Colour: Slate

Alpha Wire EcoCable Mini - 300 V Unshielded, Multiconductor

The unshielded EcoCable Mini range from Alpha Wire is a 300 Volt electrical cable which is fully recyclable due to its mPPE sheath and insulation construction. This stranded cable can handle extreme temperatures, contains zero halogens and is smaller and lighter than its PVC equivalent.

The unshielded EcoCable Mini range from Alpha Wire is a 300 Volt electrical cable which is fully recyclable due to its mPPE sheath and insulation construction. This stranded cable can handle extreme temperatures, contains zero halogens and is smaller and lighter than its PVC equivalent.

Features and Benefits

Temperature Range: -40°C to +80°C;Tinned copper conductors;mPPE insulation and jacket;Zero halogen;Specific gravity: 1.03;100% recyclable;Low outgassing;Available in several sizes of AWG

Temperature Range: -40°C to +80°C;Tinned copper conductors;mPPE insulation and jacket;Zero halogen;Specific gravity: 1.03;100% recyclable;Low outgassing;Available in several sizes of AWG

How do communication cables work?

Communication cables work by sending information between two points, often at long distances via their copper conductors or optical fibres. Data communication requires clean transmission with little to no interference from external sources.

Communication cables work by sending information between two points, often at long distances via their copper conductors or optical fibres. Data communication requires clean transmission with little to no interference from external sources.

What is mPPE?

mPPE is a modified polyphenylene ether thermoplastic. Cables made from mPPE have a smaller wall thickness than other cables due to their dielectric properties. The fact that the cables are lighter allows them to be used in many different applications.mPPE has a lower specific gravity compared to other jacket and insulation materials such as PVC and PE. This combined with the excellent dielectric properties allow the cables to be up to 65% lighter and thinner than conventional cables.

mPPE is a modified polyphenylene ether thermoplastic. Cables made from mPPE have a smaller wall thickness than other cables due to their dielectric properties. The fact that the cables are lighter allows them to be used in many different applications.

mPPE has a lower specific gravity compared to other jacket and insulation materials such as PVC and PE. This combined with the excellent dielectric properties allow the cables to be up to 65% lighter and thinner than conventional cables.

mPPE has a lower specific gravity compared to other jacket and insulation materials such as PVC and PE. This combined with the excellent dielectric properties allow the cables to be up to 65% lighter and thinner than conventional cables.

Product Application Information

Communication cables are used in a wide range of applications such as radio transmitters, electronic circuits, telecommunication, automation and studios. They are also suitable for use in NFPA 79 applications. The purpose of NFPA 79 is to provide safeguards for industrial machinery and to protect operators, equipment, facilities, and work-in-progress from fire and electrical hazards.

Communication cables are used in a wide range of applications such as radio transmitters, electronic circuits, telecommunication, automation and studios. They are also suitable for use in NFPA 79 applications. The purpose of NFPA 79 is to provide safeguards for industrial machinery and to protect operators, equipment, facilities, and work-in-progress from fire and electrical hazards.

Approvals

• UL AWM 21460 • UL VW-1 • CSA I A/B FT1 • CE • RoHS • REACH • WEEE • ISO 10993-5

• UL AWM 21460 • UL VW-1 • CSA I A/B FT1 • CE • RoHS • REACH • WEEE • ISO 10993-5