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Cable RG 174 Cable RG 174 Cable RG 174 Cable RG 174 Cable RG 174 Cable RG 174 Cable RG 174 Cable RG 174 Cable RG 174

Cable RG 174

15 INR/Meter

Product Details:

  • Insulation LDPE
  • Impedance 50 Ohm (ohm)
  • Conductor Shape Round
  • Conductor Type Stranded
  • Core Number 1
  • Number of Conductor 1
  • Diameter 5mm Millimeter (mm)
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Cable RG 174 Price And Quantity

  • 15 INR/Meter
  • 500 Meter

Cable RG 174 Product Specifications

  • Copper
  • Stranded
  • FEP
  • Black
  • Telecommunication
  • 1
  • Single
  • 5mm Millimeter (mm)
  • FOR RF CABLES
  • 1
  • Copper
  • High Voltage
  • RF COAXIBLE CABLE
  • 2.0 +10% kv rms/5 minutes Kelvin (K)
  • Impedance - 50 Ohm Outer Conductor: Silver Covered Copper Braid Dielectric: Solid Low Density Polyethylene Shielding: Tinned Copper Braid Shield Centre Conductor-0.50mm/ ABC Outer Conductor-0.12mm ATC shield with 93% Insulation/Sheath-Gas Inj. Foam PE/PVC UV Resistant Colour Black/white
  • copper
  • PVC
  • Silver/Golden
  • LDPE
  • 50 Ohm (ohm)
  • Sheath-Gas Inj. Foam PE/PVC UV Resistant
  • 2.0 +10% kv rms/5 minutes Kelvin (K)
  • RF CABLES
  • Black / Grey
  • 100 Meter (m)
  • Round

Cable RG 174 Trade Information

  • Cash Advance (CA), Cheque
  • 100000 Meter Per Month
  • 5 Days
  • Yes
  • Contact us for information regarding our sample policy
  • As Per Requirements
  • Asia
  • All India
  • ISO / ROHS

Product Description

Gleam Light India a leading Supplier of RG 174 cable , RG174 Coaxial cables are significantly less sensitive to external interference due to their structure. Coaxial cables allow distortion-free and low-attenuation transmission of signals with a high bandwidth.
Feature:
Impedance: 50 ohms.Center Conductor: Solid or stranded copper with a typical diameter of around 0.56mm (0.022 inches).Dielectric: Polyethylene (PE) or Polytetrafluoroethylene (PTFE) with a typical diameter of around 1.52mm (0.060 inches).Shielding: Tinned copper or bare copper braid with a typical coverage of around 90%.Jacket: Polyvinyl Chloride (PVC) or Fluorinated Ethylene Propylene (FEP) with a typical diameter of around 2.79mm (0.110 inches).

Reliable RF Signal Transmission

The RG 174 cable is engineered for high-performance radio frequency applications. Its 50 Ohm impedance and stranded copper conductor provide low signal loss and consistent transmission, ensuring optimal performance for telecommunications, data transfer, and RF systems.


Durable and Weather-Resistant Design

Built with a UV-resistant sheath and a corrosion-resistant tinned copper shield, this cable is suitable for deployment in challenging environments. The FEP jacket and PVC insulation offer robust protection, supporting longevity and high voltage endurance in both indoor and outdoor installations.


Versatile Applications and Easy Installation

With a 5mm diameter and 100-meter length, the RG 174 cable is ideal for telecommunications, broadcasting, and equipment interconnections. Its flexibility and round shape allow for easy routing and installation, enabling efficient setups in complex or constrained spaces.

FAQ's of Cable RG 174:


Q: How can the RG 174 cable be used in telecommunication projects?

A: The RG 174 cable is ideal for transmitting RF signals in telecommunication systems, including data networks, antenna connections, and broadcasting applications, providing stable and reliable connectivity.

Q: What distinguishes the RG 174 cable's construction from other coaxial cables?

A: This RG 174 cable features a stranded copper conductor, a solid low-density polyethylene dielectric, tinned copper braid shielding, a UV-resistant sheath, and an FEP outer jacket for superior durability and signal protection.

Q: When is it advisable to select this cable over other RF cables?

A: Choose this RG 174 cable when you require compact, highly flexible, and weather-resistant RF cabling, particularly in environments where stable 50 Ohm impedance and high voltage tolerance are essential.

Q: Where can this cable be installed effectively?

A: This cable is suitable for both indoor and outdoor use, including telecom base stations, broadcast facilities, laboratory setups, and field deployments, thanks to its robust UV and weather resistance.

Q: What benefits does the 50 Ohm impedance offer for users?

A: A 50 Ohm impedance provides optimal power transfer and reduced signal loss in RF applications, helping maintain consistent and high-quality signal transmission across telecommunication systems.

Q: How is the cable protected against environmental factors?

A: The cable's FEP jacket, UV-resistant sheath, and corrosion-resistant tinned copper shielding efficiently guard against moisture, sunlight, and oxidation, ensuring longevity and performance reliability.

Q: What process steps should be taken to install or terminate this cable?

A: To install, measure and cut the required length, strip the outer jacket and insulation carefully, attach compatible RF connectors (silver or golden color as per choice), then check connections for continuity and insulation integrity before deployment.

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