20 or more:
12,47 EUR
50 or more:
12,36 EUR
200 or more:
12,25 EUR
1000 or more:
12,14 EUR
FPK280 - Connection patch cable in compression technology 280mm
Deliverytime: 10 - 12 working days (Mo-Fr) *
Key points at a glance:
Product Description
Patch cable with F compression plugs (Ref. 3802) at the ends. High-quality SK2000plus cable (Ref. 4138xx), triple shielded, Class A++.
For connecting e.g. headend components in assembly cabinets
Collective packaging of 20 pieces
Highlights
- Solid copper inner conductor
- Triple shielded, Class A++. EU fire protection class Eca
Features
- Colour white, with PVC sheath
- Available in various lengths
Good to know
Triple shielded class A++ coaxial cables
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 < 0.9 mΩ/m
- At 30 MHz - 1000 MHz => SA > 105 dB
- At 1000 MHz - 2000 MHz => SA > 95 dB
- At 2000 MHz - 3000 MHz => SA > 85 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.
For connecting e.g. headend components in assembly cabinets
Collective packaging of 20 pieces
Highlights
- Solid copper inner conductor
- Triple shielded, Class A++. EU fire protection class Eca
Features
- Colour white, with PVC sheath
- Available in various lengths
Good to know
Triple shielded class A++ coaxial cables
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 < 0.9 mΩ/m
- At 30 MHz - 1000 MHz => SA > 105 dB
- At 1000 MHz - 2000 MHz => SA > 95 dB
- At 2000 MHz - 3000 MHz => SA > 85 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.
