Shielded Control Cable

Voltage: 300/500V, 450/750V, 600/1000v
Conductor: Cu or Tinned Copper
Insulation: PVC or XLPE
Shield Type: copper tape shield, copper wire braided shield (cws), aluminum foil shield
Armour Type (optional): stell tape armoured (sta), steei wire armoured (swa)
Sheath: PVC or PE or LSZH
Standards: CCC/UL/CE/CNAS/IEC Certificate
*FR, FRLS, LSZH, LSOH, LSHF, anti-termite cables are also available.
*Customized products are supported

PVC Insulated Shielded Control Cable

Voltage

Models

Description

Cores

Nominal Section 
Area

from

450v to 1kV

 

 

 

 

KVVP

copper core, pvc insulated, copper wire braided shielded, pvc sheathed, control cable

2 core, 3 core, 4 core, 5 core, 7 core, 8 core, 10 core, 12 core, 14 core, 16 core, 19 core, 24 core, 27 core, 30 core, 37 core, 44 core, 52 core, 61 core, or as your request

0.5mm²
0.75mm² 
1mm²
1.5mm²
2.5mm²
4mm²
6mm²
10mm²

KVVP2

copper core, pvc insulated, copper tape shielded, pvc sheathed, control cable

KVVRP

flexible copper core, pvc insulated, copper wire braided shielded, pvc sheathed, control cable

Note: Flame retardant control cable and fire resistant control cable are also available.

Voltage: 300/500V, 450/750V, 600/1000v
Conductor: Copper or Tinned Copper
(solid core class1, stranded core class2 or flexible core class5)
Insulation: Polyvinyl chloride (PVC) or Crosslinked Poyethylene (XLPE)
Shield Type: Copper tape shielded (cts)
Copper wire braided shielded (cws)
Aluminum foil shielded
Armour Type (optional): steel tape armoured (sta)
steel wire armoured (swa)
Outer Sheath: Polyvinyl chloride (PVC),
Polyethylene (PE) or LSZH
Standards: CCC/UL/CE/CNAS/IEC Certificate
Additional: *FR, FRLS,LSZH, LSOH, LSHF cables are also available.
*Customized products are supported.

Temperature

XLPE Material:

Max. service temperature: 90 ℃

Min.temperature when installation: 0℃

Max. short-circuit temperature: 250℃(max. 5s)

Min. service temperature: -40℃(fixed and protected installations)

PVC Material

Max. service temperature: 70 ℃

Min.temperature when installation: 0℃

Max. short-circuit temperature: 160℃(max. 5s)

Min. service temperature: -40℃(fixed and protected installations)

Min.Bending Radius

Item

Min.bending radius

Unarmored Control Cable

Not less than 6D

Armored or Shield Control Cable

Not less than 12D

Shield Flexible Control Cable

Not less than 6D

*D means overall diameter of cables

  • High Purity thick raw materials

    99.99% Copper/99.6% Aluminum Safety,low resistance,stable voltage,more power saving

  • Low eccentricity, uniform thickness

    Prevent damage is guaranteed, effectively prevent the current breakdown, to ensure the safety of electricity

  • Safer use, Flame Retardant and environment friendly

    All new and high quality sheath,Wear-resistant and oil-resistant, soft and easy to install

  • High cost-effectiveness

    Environment friendly,safer use, better quality, low cost and sooner delivery

  • International standard meet different needs.

    Our products are produced according to Chinese standards (GB/T, ISO9001) and international standards including IEC, BS, DIN, ICEA or according to customers’ requirements. It has also got CCC(China Compulsory Certification) and ISO certificates. Thus, the quality of each product could be guaranteed.

  • Quick response within 24hours.

    Huanghe Cable Group support you always

  • Product warranty for one year if the product is correctly installed and used.

  • Professional Team

    Our engineer team support with professional suggestions and solutions. Customized products can be provided based on your specifications.

What factors should be considered when selecting shielded control cable?

1. Electromagnetic Interference Environment

Different working environments have different levels of electromagnetic interference. If the electromagnetic interference in the working environment is strong, you need to choose a cable with better shielding performance.

2. Transmission Distance

The transmission distance of the cable is also a key factor in selection. Longer transmission distances will increase the possibility of signal attenuation and interference, so you need to choose cables with better attenuation performance.

3. Frequency Range

Different application environments have different requirements for the frequency response of cables. Some applications may require the transmission of signals in the high frequency range and therefore require the selection of cables with good frequency response.

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