PE Insulation Control Cable

​450/750V Pure copper conductor core PE insulation and sheath control cable

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Product Details

PE Insulation Control Cable

450/750V Pure copper conductor core PE insulation and sheath control cable

 

1.Technical  parameter

a.Conductor , class 1 or class 2 copper core

b.Nominal cross section ,1.5mm2,2.5mm2....10mm2

c.Core No. Multi Cores

d.Insulation material, PE

e.Shielded,Copper wire weave braided

f.Armoured,No

g.Sheath material, PE

h.Making,on request

i. Rated voltage,450/750V

j.HS code,  8544422100

k.Executive standard, IEC60227

 

2.Changcheng Differentiators  for Control Cable

Changcheng is one professional manufacturer who concentrate on control cables for nearly 30 years. We can supply control cables with low minimum production quantities and competitive lead times.  Chanchangecan assist in the design of the perfect control cable for the intended application.

 

3.Customized Control cable 

Control cables comply to IEC 60227 standard and can be customized to produce to meet various requirements of overseas clients .For example, the diameter of insulation , core identification ,insulation material and rated voltage  can be designed by you .

 

4.Service characteristics,

Service temperature: Not exceeding 70℃ for general type;

Not exceeding 90℃ for XLPE;

Minimum ambient temperature:Not lower than-40℃ for fixed laying;

Not lower than-15℃ for non-fixed laying;

Service temperature: Not exceeding 70℃ for general type;

Not exceeding 90℃ for XLPE;

Minimum ambient temperature: Not lower than-40℃ for fixed laying;

Not lower than-15℃ for non-fixed laying;

Minimum bending radius: Not less than 6 times of the cable diameter for non-armored cables;

Not less than 12 times of the cable diameter for armored cables

 

5.FAQ: WHAT ARE THE BENEFITS OF PE INSULATED CONTROL CABLES?

Polyethylene is a semi-crystalline polymer available in a wide variety of versions with differing chemical structures, molecular weights and densities determined by the various methods of polymerisation. 

All polyethylenes have excellent dielectrics - high dielectric strength, low dielectric constant, and low dissipation factor at all frequencies. This makes it an ideal insulation across a range of different cable types including telephone and high speed transmission, high frequency signal and control cable, low,  medium and high voltage power cables, overhead line wire and service drop cables. 

Whilst PE naturally has poor fire resistance it can be significantly improved by the addition of fillers – both halogenated types or halogen free types. PE can also be compounded to include additives which enhance other properties such as resistance to sunlight, weathering and chemical degradation. PE is a hard and abrasion-resistant material which makes it useful as a sheathing material in various applications but where a more flexible material is required the addition of small amount of butyl or ethylene propylene rubber (EPR) can improve flexibility. The toughness of the PE also makes it suitable for direct burial in the ground. 

The temperature range is typically -65°C to +75°C but cross-linking the polyethylene (to make XLPE) can extend this temperature range to +90°C.

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