Product Details of RF 1-5/8'' Flexible Feeder Cable

RF 1-5/8'' flexible feeder cable s is an advanced and high-performance telecommunications solution designed for efficient signal transmission in various applications. This feeder cable provides excellent reliability and fine continuous performance, making it an ideal choice for harsh environments and key communications networks.

Features

1. High-Quality Construction: RF 1-5/8'' flexible feeder cable features a big large diameter structure and strong construction which ensures excellent durability and long term performance.
2.Ultra Low Loss: With 80% air injected foamed polyethylene and big size structure,RF 1-5/8'' flexible feeder cable minimizes signal loss and can provide a powerful signal strength and clarity over a long distance.
3. Wide Frequency Range: This cable supports a wide frequency range, making it suitable for various applications, including telecommunications, broadcast, and wireless communication systems.
4. Weather resistance: The cable's jacket is designed with UV-resistant PE and flame retardant LSZH to endure harsh environmental conditions, ensuring reliable performance even in extreme temperatures, rain, and other challenging outdoor environment.
5. Easy Installation: RF 1-5/8'' flexible feeder cable is designed for easy installation and connection, a fine connector can provide a secure and stable connection.
6. Fine packing: RF feeder cable 1-5/8" is usually packed in 500 meters per wooden drum
which facilitate shipment and installation.

Advantage

1. Ultra-Low attenuation(loss): This is the overriding advantage of RF 1-5/8'' flexible feeder cable for signal transmission over a long distance due to its massive diameter and ultra excellent dielectric material.
2. Superior Mechanical Strength : The thick corrugated copper construction provides a very good tensile strength and resistance to compression.
3. Superlative Shielding & Isolation: RF 1-5/8'' flexible feeder cable provides the highest level of shielding effectiveness in the rigid coaxial feeder class.
4. Optimal Electrical Stability: Precision manufacturing, premium dielectric and reliable gas pressurization ensure exceptionally stable impedance and ultra low attenuation, stable VSWR across frequency bands and temperature ranges.
5. Longest Lifespan & Lowest lifetime cost: Corrugated copper outer conductor and UV-resistant jacket for maximum protection in harsh environments. While the highest initial cost, its durability and performance lead to the lowest total cost of ownership for suitable applications.

In summary, RF 1-5/8'' flexible feeder cable is the ultimate solution in rigid coaxial technology for applications demanding the absolute lowest possible signal attenuation, highest power handing and maximum durability.It is an outstanding product that combines superior performance with exceptional durability.

Same series of products

Specification of RF 1-5/8'' flexible feeder cable

HHTAY-50-42(1-5/8" PE) / HHTAYZ-50-42(1-5/8" LSZH)

Material Specification:

Items	Material	Diameter (mm)
Inner Conductor	Corrugated Copper Tube	18.00±0.30
Dielectric	Physical Foam polyethylene	42.80±0.30
Outer Conductor	Annular Corrugated Cooper Tube	46.50±0.30
Jacket	Black LSZH / Black PE	49.50±0.40

Electrical Performance:

Impedance	50±2Ω
Capacitance	75.0 PF/m
Velocity	89%
Insulation Resistance	≥10000 MΩ•km
Peak Power Rating	320.0 KW
Cut-off Frequency	2.8 GHz
VSWR	800-1000 MHz	≤1.15
VSWR	1700-2200 MHz	≤1.15
VSWR	2200-2700 MHz	≤1.20

Mechanical Specifications:

Single Bending Radius	280.0mm
Repeated Bending Radius	500.0mm

Environmental Specifications:

Storage Temperature	-55℃~+85℃(Y); -30℃~+80℃(YZ)
Installation Temperature	-40℃~+60℃(Y); -20℃~+60℃(YZ)
Operating Temperature	-55℃~+85℃(Y); -30℃~+80℃(YZ)

Attenuation At 20℃ Cable Temperature:

Frequency (MHz)	Attenuation Typical (dB/100m)	Average Power (KW)
100	0.68	16.9
150	0.85	13.48
200	0.96	11.6
280	1.15	9.47
450	1.43	7.36
800	2.01	5.26
900	2.13	4.93
1000	2.26	4.61
1500	2.89	3.64
1800	3.16	3.27
2000	3.39	3
2200	3.58	2.85
2400	3.79	2.7
2500	3.9	2.61
2700	4.05	2.58