Belden RF500 & RF600 - Revolabs
Belden RF500 & RF600 - Revolabs
Belden RF500 & RF600 - Revolabs
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New Product Bulletin<br />
NP 299<br />
<strong>RF500</strong> & <strong>RF600</strong><br />
Coax Cables<br />
<strong>Belden</strong>’s <strong>RF500</strong> and <strong>RF600</strong><br />
flexible 50-ohm coaxial cables<br />
are ideal for radio frequency<br />
(RF) applications up to 6 GHz.<br />
<strong>Belden</strong> ® <strong>RF500</strong> and <strong>RF600</strong><br />
Low Loss 50-Ohm<br />
Coaxial Cables Deliver<br />
Superior Performance<br />
Today’s wireless protocols dictate the need<br />
for large, yet flexible coaxial cables that are<br />
precisely engineered for superior transmission<br />
quality and reliability. To meet these demanding<br />
construction and performance needs,<br />
<strong>Belden</strong> offers <strong>RF500</strong> and <strong>RF600</strong> Low Loss<br />
50-ohm Radio Frequency Coaxial cables.<br />
<strong>RF500</strong> and <strong>RF600</strong> cables are ideal for use as<br />
antenna jumper cable assemblies and short<br />
antenna feeder runs in communication systems<br />
such as Wireless local loop (WLL), Land<br />
Mobile Radio, PCS and cellular. They also can<br />
be used for in-building wireless applications<br />
such as internal communication systems, wireless<br />
LANs (WLANS/Wi-Fi), and diversity antennas<br />
for wireless microphones. These cables are<br />
also an excellent choice for any application<br />
above 30 MHz including FM and TV broadcast,<br />
FM and TV repeaters, translators, low-power<br />
stations, and community broadcasting.<br />
Rugged, Yet Lightweight Construction<br />
<strong>RF500</strong> and <strong>RF600</strong> cables meet industry size<br />
standards with diameters of 0.500 inches<br />
(<strong>RF500</strong>) and 0.590 inches (<strong>RF600</strong>) and they<br />
are comprised of a copper-clad aluminum<br />
center conductor, the highest quality foamed<br />
high density polyethylene (FHDPE) insulation,<br />
an aluminum foil and tinned copper braid<br />
composite shield, and a choice of either<br />
PE or PVC jacket.<br />
This construction is the optimum combination<br />
for a lightweight, low loss, low VSWR, high<br />
velocity of propagation, and superior<br />
EMI/RFI cable.<br />
The cables also are 100% sweep tested for<br />
VSWR and exhibit excellent phase stability<br />
over both temperature changes and repeated<br />
flexing conditions — resulting in unsurpassed<br />
signal integrity and electrical performance.<br />
Product Availability<br />
<strong>Belden</strong> <strong>RF500</strong> and <strong>RF600</strong> cables are available<br />
in three versions:<br />
• 7976A and 7977A have weatherproof<br />
PE jackets.<br />
• 7976WB and 7977WB have a PE jacket<br />
and include a water-blocking gel embedded<br />
in the shield for additional protection in<br />
wet environments.<br />
• 7976R and 7977R have flame-retardant<br />
PVC jackets and are UL Listed for interior<br />
riser installation.<br />
<strong>RF500</strong> and <strong>RF600</strong> cables also are fully<br />
compatible with industry standard connectors,<br />
tools and accessories — plus they complement<br />
<strong>Belden</strong>’s existing line of RF100-RF400 cables<br />
(fully discussed in New Product Bulletin 182).<br />
To learn more about <strong>Belden</strong> Coaxial Cables,<br />
call 1.800.BELDEN.1 or visit our Website<br />
at www.belden.com.
Low Loss 50 Ohm Transmission Line<br />
Flexible Communications Cable, Braid Shielded Coax<br />
For Wireless Communication Systems, Land Mobile Radio, Cellular and WLANs<br />
Description<br />
Part<br />
No.<br />
UL NEC/<br />
C(UL) CEC<br />
Type<br />
Standard Lengths<br />
Standard<br />
Unit Weight<br />
<strong>RF500</strong> Type • 7 AWG Solid .142" Bare Copper-covered Aluminum • Duobond ® II + 90% Tinned Copper Braid Shield<br />
Foamed Polyethylene Insulation • Black Polyethylene Jacket<br />
<strong>RF500</strong> 7976A — 500 152.4 56.0 25.5 7 AWG .370 9.4 Duobond II .500 12.70 50 84% 25.1 82.3<br />
300V 1000 304.8 108.0 49.1 (solid) + 90% TC<br />
.142" Braid<br />
CCA<br />
1.6Ω/M'<br />
100% Sweep tested to 6 GHz.<br />
.82Ω/M'<br />
5.2Ω/km<br />
2.7Ω/km<br />
Foamed Polyethylene Insulation • Black Flame Retardant PVC Jacket<br />
<strong>RF500</strong> 7976R NEC: 500 152.4 67.5 30.7 7 AWG .370 9.4 Duobond II .500 12.70 50 84% 25.1 82.3<br />
300V CMR 1000 304.8 131.0 59.5 (solid) + 90% TC<br />
CEC: .142" Braid<br />
C(UL) CCA 1.6Ω/M'<br />
100% Sweep tested to 6 GHz.<br />
CMG .82Ω/M' 5.2Ω/km<br />
2.7Ω/km<br />
Foamed Polyethylene Insulation • Water Blocking Gel • Black Polyethylene Jacket<br />
<strong>RF500</strong> 7976WB — 500 152.4 56.5 25.7 7 AWG .370 9.4 Duobond II .500 12.70 50 84% 25.1 82.3<br />
300V 1000 304.8 109.0 49.5 (solid) + 90% TC<br />
.142" Braid<br />
CCA<br />
1.6Ω/M'<br />
100% Sweep tested to 6 GHz.<br />
.82Ω/M'<br />
5.2Ω/km<br />
2.7Ω/km<br />
<strong>RF600</strong> Type • 5.5 AWG Solid .176" Bare Copper-covered Aluminum • Duobond ® II + 85% Tinned Copper Braid Shield<br />
Foamed Polyethylene Insulation • Black Polyethylene Jacket<br />
<strong>RF600</strong> 7977A — 500 152.4 73.5 33.4 5.5 AWG .455 11.6 Duobond II .590 14.99 50 85% 24.6 80.6<br />
300V 1000 304.8 145.0 65.9 (solid) + 85% TC<br />
.176" Braid<br />
CCA<br />
1.8Ω/M'<br />
100% Sweep tested to 6 GHz.<br />
.53Ω/M'<br />
5.9Ω/km<br />
1.7Ω/km<br />
Foamed Polyethylene Insulation • Black Flame Retardant PVC Jacket<br />
Lbs.<br />
<strong>RF600</strong> 7977R NEC: 500 152.4 89.5 40.7 5.5 AWG .455 11.6 Duobond II .590 14.99 50 85% 24.6 80.6<br />
300V CMR 1000 304.8 173.0 78.6 (solid) + 85% TC<br />
CEC: .176" Braid<br />
C(UL) CCA 1.8Ω/M'<br />
100% Sweep tested to 6 GHz.<br />
CMG .53Ω/M' 5.9Ω/km<br />
1.7Ω/km<br />
Foamed Polyethylene Insulation • Water Blocking Gel • Black Polyethylene Jacket<br />
<strong>RF600</strong> 7977WB — 500 152.4 74.0 33.6 5.5 AWG .455 11.6 Duobond II .590 14.99 50 85% 24.6 80.6<br />
300V 1000 304.8 146.0 66.9 (solid) + 85% TC<br />
.176" Braid<br />
CCA<br />
1.8Ω/M'<br />
100% Sweep tested to 6 GHz.<br />
.53Ω/M'<br />
5.9Ω/km<br />
1.7Ω/km<br />
CCA = Copper-covered Aluminum • DCR = DC Resistance • TC = Tinned Copper<br />
Ft.<br />
m<br />
kg<br />
Conductor<br />
(stranding)<br />
Diameter<br />
Nom. DCR<br />
Nominal<br />
Core OD Shielding Nominal OD<br />
Materials<br />
Inch mm Nom. DCR Inch mm<br />
Nom.<br />
Imp.<br />
(Ω)<br />
Nom.<br />
Vel.<br />
of<br />
Prop.<br />
Nominal<br />
Capacitance<br />
pF/Ft.<br />
pF/m<br />
MHz<br />
Nominal<br />
Attenuation<br />
dB/ dB/<br />
100 Ft. 100m<br />
30 .6 1.8<br />
50 .7 2.4<br />
150 1.2 3.9<br />
220 1.5 4.9<br />
450 2.2 7.2<br />
900 3.2 10.5<br />
1500 4.2 13.8<br />
1800 4.7 15.4<br />
2000 5.0 16.4<br />
2500 5.7 18.7<br />
3000 6.3 20.7<br />
3500 6.9 22.6<br />
4500 8.0 26.2<br />
5800 9.3 30.5<br />
6000 9.5 31.2<br />
30 .5 1.5<br />
50 .6 2.0<br />
150 1.0 3.2<br />
220 1.2 3.9<br />
450 1.7 5.6<br />
900 2.5 8.2<br />
1500 3.4 11.2<br />
1800 3.8 12.5<br />
2000 4.0 13.1<br />
2500 4.6 15.1<br />
3000 5.1 16.7<br />
3500 5.6 18.4<br />
4500 6.4 21.0<br />
5800 7.6 24.9<br />
6000 7.8 25.6<br />
<strong>Belden</strong> Technical Support 1.800.BELDEN.1<br />
©Copyright 2009, <strong>Belden</strong> Inc.<br />
www.belden.com<br />
NP299