Shanghai Aipu Waton Electronic Industries Co., Ltd.

Security RG59 Coaxial Cable

Security RG59 Coaxial Cable
Product Detailed

1.BC Conductor, RG59
2 Insulation: Foam PE
3.Single or double shielded
4.Security RG59 Coaxial Cable

Security RG59 Coaxial Cable

 

Applications:

Used in communication and signal control systems

 

Reference Standards:

MIL-C-17D

 

Constructions

Conductor: Bare Copper

Insulation: PE or Foam PE

Double Layers Shield: AL-Foil + Bare Copper

Four Layers Shield: AL-Foil + Bare Copper + AL-Foil + Bare Copper

Jacket: PVC

 

Specifications

 

Picture

 

Model No.SpecificationsUnit

   

RG Series Coaxial Cable

 

 AP-RG591/0.64mm BC Conductor +3.7mm PE Insulation +96/0.11mm,BC Braiding ( 80% coverage)+6.0mm PVC Jacketm

 

 

 General Specifications 

Model No.

AP-RG59

Application

Security CCTV

Cable Type

Series 59

Jacket Color

Black

Center Conductor Gauge  

22AWG (0.64mm)

Center Conductor Type  

Solid

Packaging Type

Box 305 m (1000 ft)

 

Environmental Specifications  

Temperature Rating  

60 °C (140 °F)

 

Construction Materials and Dimensions

Construction Type  

Non-armored

Center Conductor Material  

Bare copper

Diameter Over Center Conductor  

(0.81 mm) 0.64mm per 1 strand
0.0320 in per 1 strand

Dielectric Material

(Foam) PE

Diameter Over Dielectric

3.43 mm (0.1350 in) 3.7mm

Shield (Braid) Coverage  

95 % 80%

Shield (Braid) Gauge  

36 AWG 37AWG

Shield (Braid) Material  

Bare copper

Diameter Over Shield (Tape)  

4.089 mm (0.161 in)

Jacket Material  

PVC

Diameter Over Jacket  

4.902 mm (0.193 in) 6.0mm

Diameter Over Jacket Tolerance  

±0.006 in

Jacket Thickness  

0.406 mm (0.016 in)

Jacket Thickness, minimum spot  

0.279 mm (0.011 in)

 

Electrical Specifications  

Capacitance

52.5 pF/m (16.0 pF/ft)

Characteristic Impedance

75 ohm

Characteristic Impedance Tolerance

±3 ohm

Conductor dc Resistance

10.50 ohms/kft

Dielectric Strength, conductor to shield  

2500 Vdc

Jacket Spark Test Voltage

2500 Vac

Nominal Velocity of Propagation (NVP)  

84 %

Shield dc Resistance

2.70 ohms/kft

Structural Return Loss

20 dB @ 10–300 MHz

Structural Return Loss Test Method  

100% Swept Tested

 

Performance

Frequency

Attenuation (dB/100 ft)

1 MHz

0.30

10 MHz

0.86

50 MHz

1.91

100 MHz

2.78

200 MHz

4.06

400 MHz

6.01

700 MHz

8.47

900 MHz

9.82

1000 MHz

10.47

 



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