Rg213 Rg214 Flexible 50ohm RF Coaxial Cable Single Shielth for Radio Communication

• Customization: Available
• Type: Insulated
• Conductor Type: Stranded
• Model NO.: RG213 RF Cable
• Application: Overhead, Antenna, WiFi Router, WiFi Antenna, Wireless Route
• Conductor Material: Copper
• Sheath Material: PVC
• Insulation Material: PE
• Material Shape: Round Wire
• Range of Application: Antenna, Microwave Signal
• Certification: ISO9001, CE, RoHS
• Brand: OEM Manufactur
• Impedence: 50ohm
• O.D: 10.0mm-10.8mm
• Rating Voltage: 300V
• Operating Frequency: 0-1GHz
• GB Type: Syv-50-7
• Conuctor: 7X0.75mm Copper
• Shieth: 95% Bc/ Tc
• Sheath: PVC/ LSZH/ PE
• Transport Package: Cartons
• Specification: 7*0.75BC, 10.0PVC
• Trademark: Aite Cable
• Origin: Hangzhou, China
• HS Code: 8544200000
• Production Capacity: 3000km/Year

Product Description

RG213 Microwave 50Ohm Coaxial Cable 

RG213 RG214 is an Indoor/Outdoor, Low Loss, 50 Ohm, Rugged, Coaxial Cable. The RG213 RG214 employs a copper outer conductor, Solid PE Dielectric and Stranded 7*0.75MM Copper Centre Conductor.The mechanical properties of the cable such as the solid PE dielectric provides superior crush resistance and therefore is well suited for tactical applications. The PVC Jacket and stranded centre conductor contributes to excellent flexibility. There are a wide variety of connectors available for this cable, including all common interface types. This flexible 50 Ohm coax cable with PVC jacket is rated for 3 GHz maximum operating frequency.

Specification

Applications

This RG-213 RG214 is a low-loss, 50-ohm, MIL-spec coaxial cable. It is perfect for outdoor use due to its excellent UV resistance and durability in direct-bury applications.

Specially suited for high-power amateur stations, RG-213 RG214 provides a lower loss solution for long cable runs at high power level.

Featuring a solid polyethylene dielectric, this RG-213 RG214 uses standard 9mm PL259 and N-Type connectors.

The RG213 RG214 coax is suitable in applications where low signal loss and high voltage operations are required. This includes radio communications, electrical and data transmission, broadcasts, and computer applications.

MIL standard

Cable Type: RG-213 RG214 coaxial cable Overall Diameter:10.0
Inner Conductor: 7 strands of 0.75MM  copper 
Dielectric Insulator: Solid, low density polyethylene (PE)
Outer Diameter:7.24MM
Shield: copper braid/ Double braiding Tinned Copper
Jacket: Black, non-contaminating polyvinyl chloride (PVC)

High Speed Braiding

braiding 

Insulation production

Technical Specifications

The RG58C/U cables listed cover the majority of high frequency data and signal transmission requirements.

Construction	Material	Diameter(mm)
Inner Conductor	bare copper	7*0.75
Dielectric	Solid PE	7.24
Shield	BC/CCA Braid	95%
Jacket	PVC/PE	10.0

Electrical Characteristics
Impedance (Ω)	50±2
Capacitance (pF/m)	100±5
Velocity of Propagation(%)	66.0
Max Voltage	1,500vms
Max Frequency	3000Mhz
Return Loss
5-1000MHz(dB)	≥22
1000-3000MHz(dB)	≥20

Attenuation(@20℃)
Frequency (MHZ)	Min Attenuation (dB/100ft)	Max Attenuation (dB/100m)
10	0.55	1.8
20	0.85	2.8
50	1.34	4.4
100	2.07	6.8
200	2.96	9.07
400	4.61	15.1
500	4.94	16.2
600	/	/
800	6.56	21.5
1000	7.47	24.5

OEM Customized

There is an increasing need for cable to be customised to meet a customers specific requirements.
Such as changing the colour of a sheath on a standard cable, to composite cables with different sized cores, with various levels of screening. Also we can use inner conductor with different materials including copper, Tinned copper, CCS, CCA and TCCA to match the costs and performance.
In addition, cables can be over-sheathed in PE, PVC or LSZH materials to satisfy different requirements. In the case of PVC, we can also stripe outer sheaths to provide easy identification. CPR-Compliant options are available for this cable

After Sales Service

Standard Warranty: 12 months.
Extended Warranty: Optional coverage up to 36 months.
Global Support: 24/7 technical assistance and spare parts supply.
Training: On-site or remote operation/maintenance training.

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FAQ

What is the Difference Between RG213 and LMR400?

RG213 and LMR400 are both coaxial cables that have a wide variety of uses. Although there is a significant number of overlapping characteristics between LMR400 and RG213, there are a few differences that set them apart. For example, the conductor material for RG213 is bare copper, meanwhile the LMR400 uses bare copper-clad aluminum. Similarly, shielding materials are also different.

Let us see more differences between these two options. 

RG213 features a stranded bare copper conductor, a PVC jacket, and a single bare copper braid. The LMR400 features a solid bare copper-clad aluminum conductor, a PE jacket, and a double shield composed of an aluminum braid and braided tinned copper.

In regards to electrical specifications, these cables differ mainly in terms of their maximum voltage rating, capacitance, and maximum frequency. RG213 is rated for 5000 volts, which is double the voltage rating of LMR400 at 2500 volts. In contrast, LMR400 coax cables are better than RG213 in both loss and power handling.

There are several factors that play a role in signal loss, and in this case, the conductors are at the root of the attenuation differences. Typically, the larger the conductor, the lower the attenuation. Since LMR400 has a larger conductor than RG213, the conductor size accounts for RG213 experiencing more signal loss than LMR400.

In regards to application uses, the RG213 coax cable is used in a vast variety of military and commercial applications including radio communications, high-performance electrical and data transmission, broadcast, and computer applications. It is also used as an antenna feed cable when low signal loss and high operating voltages are required. With a maximum temperature rating of 75°Celsius, it also works well in heat-sensitive environments. M17/74-RG213 is the military equivalent of RG213.

LMR400 is designed for jumper assemblies in wireless communication systems, or as a drop-in replacement for RG8/9913 air-dielectric type cable and short antenna, feeder runs. It is also suitable for applications that require easily-routed, low loss RF cable.