20 AWG CCS RG 59 CATV Coaxial Cable 95% Aluminum Braiding with UL CMR Rated PVC
| Place of Origin: | Zhejiang |
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Company Profile
| Location: | Shenzhen, Guangdong, China (Mainland) |
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| Business Type: | Manufacturer |
| Main Products: | CCTV Coaxial Cable, CATV Coaxial Cable, Signal Coaxial Cable |
Product Detail
| Model No.: | RG59 CATV Coaxial Cable |
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Product Description
20 AWG CCS RG 59 CATV Coaxial Cable 95% Aluminum Braid with UL CMR Rated PVC
Quick Detail:
- RG59 CATV Coaxial Cable
- 75 Ohm Coaxial Cable
- 20 AWG CCS Conductor
- 95% AL Braiding
- Foamed PE Insulation
- UL CMR Rated PVC
- Tested to 3GHz
- ISO,CE,RoHS,UL
- 100M, 300M, 500FT, 1000FT, Wooden Spool, Carton
Description:
KT2017 RG59 CATV Coaxial Cable 20AWG CCS Foamed PE 95% AL Braid PVC CMR
is a specific type of CATV coaxial cable , RG59(Produced by KINGTONE) is perfect for
digital Cable and Satalite, Attenas, and communication systems. RG59 has a characteristic
impedance of 75 ohms. KINGTONE using best raw material and best worker to produce
RG59 to meet high performance in practical application. RG59 is packed in 500FT/1000FT
plastic/wooden spool, and will be layed on pallet to protect the spool and easier carry.
Because of good managing methods, KINGTONE’S price of RG59 is not high although
our quality is really high.
Applications:
Suitable for RF signal transmission
CATV
MATV
CCTV
Local Area Network
Digital video
Antennas
| KT2017 RG59 CATV Coaxial Cable 20AWG CCS Foamed PE AL Foil 95% Braid PVC CMR or CMG (UL) | ||
| Construction Parameters: | ||
| Inner Conductor | 0.032"/0.81mm/20AWG | Copper Clad Steel |
| Dielectric | 0.144"/3.66mm | Foamed PE |
| Shield 1 | 0.151"/3.84mm | Bonded Aluminum-Polyproylene |
| Shield 2 | 95% coverage | Aluminum braid wire |
| Jacket | 0.240"±0.006"/6.10±0.15mm | PVC CMR or CMG(UL) |
| Jacket Thickness | 0.032"/0.81mm | |
| Application | For Use in Longer CATV Run Lengths | |
| Electrical Characteristics: | ||
| Inner Cond. Resistance | The Max. at 20 shall be < 87 Ω/km 26.5 Ω/1000ft | |
| Capacitance | 52 ±3 pF/m 15.8 ±1 pF/ft | |
| Impedance |
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