Comment choisir le bon câble de blindage multicœur pour mon projet ?


Excellent câble blindé multiconducteur is a special type of cable used in electrical installations that require multiple signal channels or conductors. It consists of multiple cores or conductors, shielded by a protective layer to prevent interference and improve signal quality. Choosing the correct tuv multi core cable is essential to ensure the safe and reliable operation of your electrical equipment or system.

Learn about multicore shielded cables

A multi-conductor shielded cable is a cable with multiple cores or conductors, each of which is insulated and surrounded by a protective layer. These cores are usually twisted together to reduce electromagnetic interference and improve signal quality. The cable is then covered by a shield, which can be made of aluminum foil or metal braid, to further reduce interference.

Excellent type of multicore shield cable

  • Unshielded Twisted Pair (UTP) Cable
  • Shielded Twisted Pair (STP) Cable
  • coaxial cable
  • optic fibre cable

Features of multi-core shielded cables

mwt multi core cable has several features that make it suitable for different applications. They include:

  • Voltage and Current Rating
  • Insulation Materials
  • The number of cores
  • shielding type
  • temperature range
  • Chemical and Environmental Resistance
  • size and length
  • cost

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Factors to be considered when selecting multi-core shielded cables

When selecting multiconductor shielded cables, several factors should be considered to ensure that the cables are suitable for your project. These factors include:

Voltage and Current Rating

The voltage and current ratings of a good multicore shield cable should be appropriate for the equipment or system in which it will be used. Cables should be rated at or above the maximum voltage and current that will be transmitted through the cable.

Insulation Materials

The insulating material should be suitable for the application. Common insulation materials include PVC, XLPE, and Teflon. Insulation materials should be selected based on the temperature range of the application, chemical resistance and environmental factors.

number of cores

The number of cores required depends on the application. The number of cores should be sufficient to carry all the required signals or conductors.

shielding type

A shield type like tuv multi core cable should be suitable for the application. Shielding can be done with metal braid or aluminum foil. The shielding type should be selected based on the level of electromagnetic interference in the application.

temperature range

The temperature range of multicore shielded cables should be appropriate for the application. The cable should be able to withstand the highest and lowest temperatures likely to occur during operation.

Chemical and Environmental Resistance

Chemical and environmental resistance should be appropriate for the application. Cables should be able to withstand exposure to chemicals, moisture, and other environmental factors that can affect their performance.

size and length

Size and length should be appropriate for the application. The size of the cable should be selected according to the number of cores and rated current, while the length should be sufficient to achieve the required distance.


Costs should be considered against the project’s budget. While cost is an important factor, it should not be the only factor to consider when selecting multi-conductor shielded wire.

How to Choose the Right Multicore Shielded Wire for Your Project

Selecting the proper multiconductor shielded wire for your project involves several steps:

  • Determine your project’s requirements
  • Determine the required voltage and current levels
  • Choose the right insulating material
  • Determine the number of cores required
  • Choose the appropriate masking type
  • Consider temperature range and chemical/environmental resistance
  • determine the proper size and length
  • Consider costs and budget

Common Mistakes to Avoid When Selecting Multicore Shielded Cables

There are several common mistakes to avoid when selecting multicore shielded cables:

  • Voltage and current ratings are ignored
  • Insulation material is ignored
  • Choose the wrong number of cores
  • Failure to consider proper shielding type
  • Temperature range and chemical/environmental resistance are ignored
  • Wrong size and length selected
  • Ignored cost and budget

En conclusion

Selecting the correct multi-core shielded cable is critical to ensuring the safe and reliable operation of electrical equipment or systems. When choosing a multicore shield cable, factors such as voltage and current rating, insulation material, number of cores, shielding type, temperature range, chemical and environmental resistance, size and length should be considered.

Future Research Directions

With the continuous development of technology, new types of multicore shield cables may be developed, such as: high-quality awm multi core cable, high-quality mwt multi core cable, high-quality pur multi core cable, etc. to provide better performance and functions. Additionally, research can be conducted exploring use in emerging applications.

Câble Anyte not only develops and manufactures standard high-quality cables, but also provides excellent solutions according to your needs and product applications. Welcome your inquiry at any time.

Produits connexes

Liste de produits


Câble blindé STA

Produit : câble multiconducteur stable

Conducteur : Conducteur Cooper de classe 1/2 (toronné) Isolation : XLPE ou PVC Couleur de l'isolation : Couleurs ou noir avec numéro Armure : Armure en ruban d'acier (STA) Veste : PVC Plage de température : -10 —- + 70 ℃ Tension nominale : 0,6/ 1KV

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Conducteur de H07Z-K : fil de cuivre nu ou de cuivre étamé finement toronné Isolation : LSZH Couleur d'isolation : Couleurs ou noir Température : 70℃ Tension nominale : 300/500V, 450/750V

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Chef d'orchestre : Cooper Conductor of Class 5/6 (Toron)
Isolation : PE
Couleur d'isolation : couleurs ou noir avec numéro
Bouclier : Cooper Braid, Tineed Cooper Braid ou AL Foil
Veste : PVC
Plage de température :-10 —- +70℃
Tension nominale : 300/500 V, 450/750 V

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Câble d'irrigation

Produit : câble d'irrigation de haute qualité.

Conducteur : Conducteur Cooper de classe 1 (solide) Isolation : Couleur d'isolation en PEHD : Couleurs Gaine : PVC Plage de température : -10 —- +70 ℃ Tension nominale : 30 V, 300 V, 600 V

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