Building the Next Generation Network Infrastructure

CP-FS-HUT-LAP

This high quality insulated cable used subscribers distribution. Featuring: The cable is insulated full color coding with an extruded foam-skin insulating high-density polyethylene compound in the air space to water resistant filling compound. 

‧ Conductor:Solid annealed copper wire size 0.4、0.5、0.63mm。
‧ Insulation:Foam-skin polyethylene
‧Twinning:Two insulated conductor are twisted into a pair.
‧Cable Formation:
Twisted pairs are assembled to form a substantially cylindrical group of 25 pairs (called unit).When desired for lay-up reasons; the units are divided into two or more sub-unit.
If the cable size up to 50 pairs and including 50pairs,Cable will consist of 10 pairs stranded together to form a compact bunch, which can be further divided into two sub-units of 5 pairs.
‧Unit identification tape
‧core wrapping
‧cable identification tape
‧Moisture barrier
‧Ripcord
‧Sheath:PE


Electrical Characteristics at 20℃

 

 Item\Conductor Diameter

0.4

0.5

0.63

 Conductor Resistance

 (Ω/km)

Maximum individual value for

99%of cases

143

91

58

Max value

150

96

60

Min. Insulation Resistance(MΩ/km)

  Min 6,500    500V d.c/1min.

Spark test of sheath

KV

6

Mutual Capacitance

Maximum Average Value

53

53

56

Maximum individual value for 99% of cases

60

60

60

Capacitance Unbalance (at 1kHz)

Max. individual value for

adjacent pairs(Pf/500m)

275

Far-End Crosstalk Loss

(at 150kHz)

RMS

Min.67.8 dB/km

Any pair combination

Min.57.8 dB/km

Near-End Crosstalk Loss

(at 772kHz)

Unit Pair Size

M-S dB

Within Unit

13 or less

Min.56

25

Min.60

Between Unit

Adjacent 13

or less

Min.65

Adjacent 25

Min.66

Non-Adjacent

Min.81

Attenuation Nominal (dB/km)

40 kHz

8.5

5.9

4.1

120 kHz

11.3

7.7

5.5

150 kHz

11.8

7.9

5.9

772 kHz

21.3

18.4

13.1

Dielectric Strength

Conductor / Conductor

A.C.360/2(R.M.S); D.C.550/1

Conductor / Ground

A.C. 1000/2(R.M.S); D.C.1500/1