Hlcay-50-12 Leaky RF Cable for 4G and 5g Network Solutions

• Customization: Available
• Application: Local Communication Cable, Coaxial Cable, RF Cable, 3G,4G,5g Phone`S Signal Strength
• Conductor Material: BC/CCS/CCA/TC/CU/CCAG
• Model NO.: HLCAY-50-12
• Cover Material: PVC
• Type: 50ohm Coaxial Cable
• Material Shape: Round Wire
• Conductor Type: Solid
• Wire Core Material: CCA
• Certification: CE, ISO, RoHS
• Model: Hlcay-50-12
• Brand: OEM Manufactur
• Impedence: 50ohm
• O.D: 15.5mm
• RF Peak Voltage: 3.0kv
• Operating Frequency: 75-2700 MHz
• Peak Power Rating: 91 Kw
• Shielding Effectiveness >10MHz: >120 dB
• Tensile Strength: 1000 N
• Minimum Number of Bends: 15
• Minimum Bending Radius: 90 mm Single Bending,250 mm Repeated Bending
• Transport Package: Cartons
• Specification: 4.8CCA, 15.5LSZH
• Trademark: Aite Cable
• Origin: Hangzhou, China
• HS Code: 8544200000
• Production Capacity: 3000km/Year
• Package Size: 110.00cm * 110.00cm * 80.00cm
• Package Gross Weight: 220.000kg

Product Description

1/2" Leakage Cable HLCAY-50-12 RF Coaxial Cable

The HLCAY-50-12 Leaky RF Cable is a high-quality 7/8" communication cable designed for 4G and 5G networks. This coaxial cable features a LSZH sheathed design with a CCA conductor, ensuring reliable performance for ground station antennas and telecommunications networks. The copper tube RF cable construction provides excellent leakage resistance, while the corrugated pipe design enhances signal transmission. With a 50ohm radio signal cable rating and support for frequencies up to 8.8 GHz, this cable is ideal for base stations in wireless mobile communication, cellular, microwave, and broadcast applications. The overlapping copper foil further enhances signal integrity, making this cable a reliable choice for connecting transmitters, receivers, and antennas in various communication setups. Upgrade your network with the HLCAY-50-12 Leaky RF Cable for seamless and efficient signal transmission.

HLCAY-50-12 Application

The high-performance of attenuation allows coaxial cable to be used in different RF systems, such as 3G, 4G mobile communication.

Wide range of applications, such as indoor distribution, broadcast, various base stations, wireless cellular, and others.

Lower VSWR, perfect shielding effectiveness, and extraordinary inter-modulation performance lead to fewer energy loss and outer interference.

HLCAY-50-12 Feeder Cable meets all standards of network operators (Mobifone, Vinaphone, Viettel...)

Much used for mobile coverage in high-rise buildings

HLCAY-50-12 leakage Cable is reasonably priced, competitive.

Specification

CONSTRUCTION MATERIALS
Inner conductor	Copper-Clad Aluminum Wire
Dielectric	Physical Foam Polyethylene
Outer conductor	Overlapping Copper Foi
Jacket	Low Smoke Halogen-free Fire-retardant
PHYSICAL DIMENSIONS
Inner Conductor Diameter	4.8 mm
Dielectric Diameter	12.30 mm
Outer Conductor Diameter	12.60 mm
Diameter Over Jacket	15.50 mm
MECHANICAL SPECIFICATIONS
Minimum Bending Radius
Single Bending	125 mm
Repeated Bending	350 mm
Minimum Number of Bends	15
Tensile Strength	1000 N

ELECTRICAL PROPERTIES
Capacitance	75.0 pF/m(22.9 pF/ft)
Impedance	50±1 Ω
Velocity	88%
RF Peak Voltage	3.00 kV
Peak power rating	91 kW
Cut-off frequency	5.20 GHz
Shielding Effectiveness >10MHz	>120 dB
Insulation Resistance	5000 MΩ•km
VSWR
800~1000MHz	≤1.20
1700~2200MHz	≤1.2
2200~2700MHz	≤1.2

TRANSMISSION PROPERTIES
Frequency	Attenuation
MHz	dB/100 m
100	2.1
150	2.4
700	3.1
800	7.2
900	7.7
1800	8.5
2000	12.8
2200	14.2
2400	14.8
2500	18.1

Packing & Delivery

FAQ

RF Feeder Cable Series

A feeder cable is a type of electrical or communication cable that transmits power or data signals from a main source to a distribution point or to multiple points within a network. It's essentially a "feeder" line that carries a significant amount of energy or information to a specific area or device.  
In electrical systems, feeder cables are used to distribute power from a main electrical panel or transformer to various subpanels, equipment, or locations within a building or facility. They are designed to handle high currents and voltages, ensuring a reliable power supply to connected loads.  
In telecommunications, feeder cables are used to transmit signals, such as radio frequency (RF) signals or optical signals, from a main transmitting source to various locations, such as cell towers, broadcast antennas, or distribution points within a network. For example, in a cellular network, feeder cables connect the base station to the antenna. In cable television, they connect the headend to the distribution network.