Rg11 Tri Shielded Coaxial Cable Trunk CATV Wire

• Customization: Available
• Type: Insulated
• Conductor Type: Solid
• Model NO.: RG11 TRI
• Application: Overhead, Indoor or in Pipe
• Conductor Material: Aluminum Clad Steel
• Sheath Material: PVC
• Insulation Material: Foam PE
• Material Shape: Round Wire
• Range of Application: CATV,CCTV, Matv
• Certification: ISO9001, CE, RoHS
• Brand: OEM Manufactur
• Impedence: 75ohm
• O.D: 10.1mm
• Rating Voltage: 300V
• Operating Frequency: 0-6GHz
• Rg Type: Rg11u Tri
• Transport Package: Cartons
• Specification: 1.63CCS+7.1FPE+60%AL Braid+10.1PVC
• Trademark: Aite Cable
• Origin: Hangzhou, China
• HS Code: 8544200000
• Production Capacity: 3000km/Year

Product Description

RG11U TRI shielded Coaxial Cable Trunk Telecom Wire CATV, MATV and CCTV

Designed to support cable and satellite signal transmission with minimal static and maximum picture quality, Aite low-loss RG11U TRI Cable is small in diameter (14 AWG) and easy to bend. It features excellent bandwidth capabilities, low capacitance and double-sided foil shielding overlaid with a dense AL-MG braid. It also strips and terminates easily for quick deployment and installation.

RG11U TRI has an impedance of 75Ω. 

Specification

Applications

RG11U TRI coaxial cable is a versatile cable primarily used for transmitting high-frequency RF signals, commonly in applications like cable television, satellite TV, broadband internet, and some video applications like CCTV. Its robust construction and ability to handle high bandwidths make it suitable for these uses. 

RG11U TRI Flexible Low Loss Communications Coaxial Cable is ideal for:

Satellite Applications
VSAT applications
Video applications such as CCTV, CATV, baseband or broadband
In-Building Feeder Runs
Any 75-ohm Wireless Application requiring an easily routed low loss RF cable

RG11U TRI 75 Ohm Coaxial Cable Satellite Series

RODUCT DESCRIPTION:

CENTER CONDUCTOR:
14 AWG COPPER-CLAD STEEL,NOMINAL DIAMETER: 0.064" (1.63 mm)
DIELECTRIC:
GAS EXPANDED POLYETHYLENE
NOMINAL DIAMETER OVER DIELECTRIC: 0.280" (7.11 mm)
SHIELD:
1ST SHIELD: ALUMUNUM-POLYPROPYLENE-ALUMINUM
 LAMINATED TAPE WITH OVERLAP BONDED TO THE DIELECTRIC
NOMINAL DIAMETER OVER TAPE: 0.287" (7.29 mm)
2nd SHIELD: 34 AWG ALUMINUM BRAID WIRE
77% COVERAGE

3RD SHIELD: NON-BONDED FOIL SHIELD
JACKET:
PVC JACKET
NOMINAL DIAMETER OVER JACKET:0.400" (10.16 mm)
NOMINAL JACKET THICKNESS: 0.039" (0.99 mm) 

High Speed Braiding

shield

Insulation production

Technical Specifications

The RG11U TRI  cables listed cover the majority of high frequency data and signal transmission requirements.

Construction	Material	Diameter(mm)
Inner Conductor	CCS/CCA/CU	1.63
Dielectric	FOAM PE	7.1
First Shield	AL Foil	26#(100%)
Second Shield	AL-MG  Braid	96*0.16(60%)
Third shielded	AL Foil	28#(100%)
Jacket	PVC/PE	10.1

Electrical Characteristics
Impedance (Ω)	75±3
Capacitance (pF/m)	52±2
Velocity of Propagation(%)	85.0
Return Loss
5-1000MHz(dB)	≥22
1000-3000MHz(dB)	≥20

Attenuation(@20℃)
Frequency (MHZ)	Min Attenuation (dB/100ft)	Max Attenuation (dB/100m)
5	0.4	1.3
55	1.0	3.2
187	1.7	5.7
211	1.9	6.2
400	2.6	8.5
500	2.9	9.5
750	3.6	11.9
860	4.0	13.1
1000	4.3	14.3
1500	5.1	16.8
1800	5.7	18.6
2200	6.3	20.7
3000	7.6	24.9

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.

Company Profile

Why Choose Us?

Other Products

OEM/ODM capabilities
Competitive pricing & bulk discounts
Fast shipping & customs clearance support
Turnkey project solutions

Network Cable
Alarm Cable
Fiber Optic cable
CCTV Video Cable
Low Voltage Cable

TYPE	Conductor		Insulation		Braid Shield			Jacket
	No./mm	MTRL	mm	MTRL	No./mm	No./mm	MTRL	O.D mm	MTRL
RG-6/U	1/1.02	BC	4.57	FPE	AF	95%	TC	6.9	PVC
RG-8/U	7/0.9	BC	7.24	FPE	95%	-	BC	10.3	PVC
RG-8/U	7/0.724	BC	7.24	PE	95%	-	BC	10.3	PVC
RG-8/X	19/0.287	BC	3.94	FPE	95%	-	BC	6.15	PVC
RG-11/U	1/1.63	BC	7.24	FPE	DF	75%	TC	10.3	PVC
RG-14/U	1/2.591	BC	9.4	PE	97%	97%	BCBC	13.8	PVC
RG-58/U	1/0.8	BC	2.9	PE	95%	-	TC	5.0	PVC
RG-58A /U	19/0.203	TC	2.9	FPE	AF	97%	TC	5.03	PVC
RG-58A /U	19/0.18	TC	2.95	PE	95%	-	TC	4.95	PVC
RG-58C /U	19/0.18	TC	2.95	PE	95%	-	TC	4.95	NC-PVC
RG-59/U	7/0.254	BC	3.71	FPE	95%	-	BC	6.15	PVC
RG-59/U	1/0.81	BC	3.71	FPE	AF	85%	BC	6.15	PVC
RG-59/U	1/0.643	CCS	3.71	PE	95%	-	BC	6.15	PVC
RG-59A /U	17/0.16	BC	3.71	PE	95%	-	BC	6.15	NC-PVC
RG-59B/U	1/0.584	CCS	3.71	PE	95%	-	BC	6.15	NC-PVC
RG-62/U	1/0.643	CCS	3.71	SSPE	95%	-	BC	6.15	PVC
RG-62A /U	1/0.643	CCS	3.71	SSPE	95%	-	BC	6.15	NC-PVC
RG-62B/U	7/0.203	CCS	3.71	SSPE	95%	-	BC	6.15	NC-PVC

FAQ

How to Choose a Coaxial Cable
 
Here are some points to keep in mind when choosing a coaxial cable for yourself. We recommend selecting a coaxial cable in the following order:

 

Impedance
frequency band
Cable thickness
cable length
Cable stiffness
 

First, it is a good idea to decide on the type of connector that matches the device you want to connect, and then select the coaxial cable.

Coaxial cables are used for a variety of purposes, so choosing the right one is very important. In particular, you can choose a cable that will perform optimally by considering the type of signal, distance, and environmental conditions. Also, a better understanding will help you make a better choice.

How to choose a coaxial cable varies greatly depending on the application and purpose. With basic knowledge, you can choose the most suitable cable and use it effectively. By correctly reading the cable name symbols and understanding the cable types and standards, you will be able to build a more reliable communication environment.