SK2003PLUS-T - High braid coaxial cable A UV-b. LSOH 500 m reel

Deliverytime: 16 - 18 working days (Mo-Fr) *
118,95 EUR
Key points at a glance:
Product Description
Highlights

Solid copper inner conductor
Class A+
EU fire protection class Dca-s2,d2,a2

Features

Colour black, UV-resistant LSFH jacket, for outdoor use
75 Ohm impedance
Available in coils of various lengths

Good to know

Due to the triple shielding, these cables offer the highest level of protection against interference radiation, e.g. caused by LTE/4G signals.

Fulfils shielding class A+ according to EN 50117:
- At 5 MHz - 30 MHz => TI < 2.5 mΩ/m
- At 30 MHz - 1000 MHz => SA > 95 dB
- At 1000 MHz - 2000 MHz => SA > 85 dB
- At 2000 MHz - 3000 MHz => SA > 75 dB

The transfer impedance determines how effective the shielding is at low frequencies and the shielding attenuation is defined in the frequency range of 30 MHz-3000 MHz.

Technical data

Model
- SK2003plus
Cable type
- RG-6
Standard
- EN 50117-10-2
Euroclass
- Dca
Euroclass: Smoke emission
- s2
Euroclass: Dripping of particles
- d2
Euroclass: Acidity
- a2
Class
- A+
Diameter inner conductor mm
- 1.02
Material inner conductor
- copper (Cu)
Resistance inner conductor Ω/km
- < 22
Dielectric diameter mm
- 4.6
Dielectric material
- Cellular polyethylene (PEE)
Dielectric colour
- Orange RAL 1007
First foil
- Aluminium + polyester
Braid material
- Tin-plated copper (CuSn)
Braid dimensions: Number of strands x (L)
- 24
Braid dimensions: Number of individual cores (A)
- 7
Braiding dimensions: Diameter cores (Ø) mm
- 0.1
Braid resistance Ω/km
- < 10.5
Braid cover %
- 82
Second foil
- Yes
Second foil glued to the dielectric
- No
Moisture protection gel
- No
Anti-migration foil
- No
Outer sheath diameter mm
- 6,7
Outer sheath material
- LSFH, UV-resistant
Minimum propagation velocity mm
- 33.5
Coupling resistance (5-30MHz) mΩ/m
- < 2.5
1GHz shielding factor dB
- > 95
Spark Test Vac
- 3000
Capacitance pF/m
- 54
Impedance Ω
- 75
Propagation velocity %
- 84
Operating temperature°C
- -25 ... 70
Frequency MHz
- 5 ... 3000
Attenuation (typ.) dB/m
- 0.02 ... 0.36
Return loss (min.) dB
- 23 ... 18
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