77% AL Braid Coaxial Cable RG6 18 AWG CCS with Jelly PE for Underground
| Place of Origin: | Guangdong |
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Company Profile
| Location: | Hangzhou, Zhejiang, China (Mainland) |
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| Business Type: | Manufacturer |
| Main Products: | CCTV Coaxial Cable, CATV Coaxial Cable, RG59 Coaxial Cable |
Product Detail
| Model No.: | AIA-1 |
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Product Description
77% AL Braid Tri-Shield RG6 Coaxial Cable 18 AWG CCS with Jelly PE for Underground
Quick Detail:
- RG6 Tri-Shield Coaxial Cable
- 18 AWG CCS Conductor
- Foamed PE Insulation
- 77% AL Braiding
- 75 Ohms
- Bonded AL-Foil
- Tested to 3GHz
- ISO,CE,RoHS,UL
- 100M, 305M, Wooden Spool, Carton
Description:
KT0645 RG6 Tri-Shield Coaxial Cable 18 AWG CCS 77% AL Braiding Jelly PE
is a specific type of CATV coaxial cable , RG 6(Produced by KINGTONE) is perfect for
digital Cable and Satalite, Attenas, and communication systems. RG 6 has a characteristic
impedance of 75 ohms. KINGTONE using best raw material and best worker to produce
RG 6 to meet high performance in practical application. RG 6 is packed in 300M/1000FT/
1000M wooden spool, and will be layed on pallet to protect the spool and easier carry.
Because of good managing methods, KINGTONE’S price of RG 6 is not high although
our quality is really high.
Applications:
Suitable for RF Signal Transmission
CATV
MATV
CCTV
Local Area Network
Digital Video
Antennas
| KT0645 RG6 Tri-Shield Coaxial Cable 18AWG CCS Bonded AL-Foil 77% AL Braiding AL-Foil Jelly PE | ||
| Inner Conductor | 0.040"/1.02mm/18AWG | Copper Clad Steel |
| Dielectric | 0.180"/4.57mm Foamed PE | Gas Expanded Polyethylene |
| Shield 1 | 0.187"/4.75mm | Bonded Aluminum Polyproylene |
| Shield 2 | 77% coverage | Aluminum braid wire |
| Shield 3 | Laminated Aluminum Tape | Non-Bonded |
| Jacket | 0.278"±0.006"/7.06±0.15mm | Jelly PE |
| Jacket Thickness | 0.030"/0.76mm | |
| Application | For Use in Longer CATV | Run Lengths |
| Electrical Characteristics: | ||
| Inner Conductor Resistance | The Max. at 20 shall be | < 87 Ω/km ; < 26.6Ω/1000ft |
| Capacitance | 52 ±3 pF/m | 15.9 ±0.9 pF/ft |
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