ASTEL RG6 Copper Series Coaxial Cable with 97% Shielding

AED 390.00
In stock
Product Model
CU697ABV305MRB
ASTEL RG6 Copper Series 97% Shielding Coaxial Cable is designed for professional CCTV surveillance, satellite reception, cable television (CATV) and antenna distribution systems. Featuring a 1.02mm solid bare copper centre conductor, foam polyethylene dielectric, bonded aluminium-polyester foil and 97% braid shielding, the cable supports video signal transmission in 75 Ohm coaxial installations.
Available in CU697ABV and CU697CBV configurations, the series offers copper-clad aluminium (CCA) or bare copper braid shielding to suit different project requirements. Its PVC outer jacket, nominal 6.91mm cable diameter and 82% propagation velocity ratio make it suitable for professional video distribution infrastructure.
The cable is designed for AHD, HD-TVI, HD-CVI and other compatible high-resolution CCTV camera systems, where shielding performance and low-frequency video signal transmission are important considerations.

Key Features

  • Product series: ASTEL RG6 Copper Series – 97% Shielding

  • Product models: CU697ABV and CU697CBV

  • Listed product SKU: CU697ABV305MRB

  • RG6 coaxial cable for CCTV, CATV, satellite and antenna applications

  • Solid bare copper centre conductor

  • Centre conductor diameter: 1.02 ± 0.01mm

  • Foam polyethylene (PE) dielectric

  • Dielectric diameter: 4.57 ± 0.10mm

  • First shield: Bonded aluminium-polyester (AP) foil

  • Second shield: CCA braid (CU697ABV) or bare copper braid (CU697CBV)

  • Braid shielding coverage: 97% for both models

  • First shield diameter: 4.76 ± 0.10mm

  • Second shield diameter: 5.38 ± 0.10mm

  • PVC outer jacket

  • Overall cable diameter: 6.91 ± 0.20mm

  • Characteristic impedance: 75 ± 3Ω

  • Nominal capacitance: 53.0pF (unit as published)

  • Propagation velocity ratio: 82%

  • Inner conductor DC resistance at 20°C: 23.71Ω/km

  • Outer conductor DC resistance at 20°C: 15.00Ω/km (CU697ABV)

  • Outer conductor DC resistance at 20°C: 7.20Ω/km (CU697CBV)

  • Return loss: ≥20dB (CU697ABV)

  • Return loss: ≥22dB (CU697CBV)

  • Insulation resistance: ≥2000MΩ

  • Non-jelly-filled cable construction

  • No third or fourth shielding layer

  • Suitable for AHD, HD, HD-TVI and HD-CVI CCTV cameras

  • Designed for low-frequency response and reduced video signal attenuation

  • Suitable for satellite, cable TV and antenna reception installations

  • Reel options vary by model

More Information
Technical specification
Model Product
CU697ABV
CU697CBV
Inner Conductor
Bare Copper
Bare Copper
Dielectric
Foam PE
Foam PE
1st Shield
Bonded AP Foil
Bonded AP Foil
2nd Shield
CCA Braiding
Bare Copper
Braid Coverage
97% Coverage
97% Coverage
3rd Shielding
NA
NA
4th Shielding
NA
NA
Jacket
PVC
PVC
ROHS Compliance
NO
NO
Construction
 
 
Center Conductor Diameter
1.02±0.01 mm
1.02±0.01 mm
Foam PE
4.57±0.10 mm
4.57±0.10 mm
1st Shield
4.76±0.10 mm
4.76±0.10 mm
2nd Shield
5.38±0.10 mm
5.38±0.10 mm
3rd Shield
NA
NA
4th Shielding
NA
NA
Jacket Material
PVC
PVC
Jacket
6.91±0.20 mm
6.91±0.20 mm
Jelly (For Corrosion Protection)
NO
NO
Electric Specifications
 
 
Nominal DCR @ 20 deg C
 
 
Inner Conductor
23.71 ohms/KM
23.71 ohms/KM
Outer Conductor
15.00 ohms/KM
7.20 ohms/KM
Nominal Capacitance
53.0 pf
53.0 pf
Impedance
75±3 ohms
75±3 ohms
Return Loss
≥20 dB
≥22 dB
Propagation Velocity Ratio
82%
82%
Insulation Resistance
≥2000MΩ
≥2000MΩ
Packing
 
 
250M Reel Size
NA
30x30x30 cms
250M Reel Weight
NA
24 kgs
305M Reel Size
30x30x30 cms
NA
305M Reel Weight
16 kgs
NA
500M Reel Size
40x40x30 cms
NA
500M Reel Weight
24 kgs
NA
 
Disclaimer
1. Astel Digicom Electronics reserves the right to change, modify specifications without prior notice.
2. All pictures are for illustrative purposes only. Actual product may be different in color and size, which may appear in product specifications.
3. Every effort is made to provide accurate information at the time of publishing, however Astel Digicom Electronics LLC is not responsible for
any loss, directly or indirectly caused by any error in publishing.
4. E&OE (Errors and Omissions are excepted)