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n male right angle crimp connector for LMR 400

n male right angle crimp connector for LMR 400

90 INR/Piece

Product Details:

  • Product Type N Male Right Angle Crimp Connector
  • Finish Nickel plated
  • Voltage Maximum 1000V RMS (depending on coaxial cable)
  • Tolerance Standard RF connector tolerance
  • Weight Approx. 40 grams
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n male right angle crimp connector for LMR 400 Price And Quantity

  • 05 Number
  • 90 INR/Piece

n male right angle crimp connector for LMR 400 Product Specifications

  • Nickel plated
  • Approx. 40 grams
  • Standard RF connector tolerance
  • N Male Right Angle Crimp Connector
  • Maximum 1000V RMS (depending on coaxial cable)

n male right angle crimp connector for LMR 400 Trade Information

  • Paypal, Telegraphic Transfer (T/T), Cash Against Delivery (CAD), Cash in Advance (CID), Cheque
  • All India
  • N TYPE BNC TYPE DIN TYPE SMA TYPE F TYPE N TYPE1 W N M DUMMY LOAD 3GHZ 2 W N M DUMMY LOAD 3GHZ 5 W N M DUMMY LOAD 3GHZ 10 W ... 5 W DIN M DUMMY LOAD 3GHZ.

Product Description

N TYPE BNC TYPE DIN TYPE SMA TYPE F TYPE N TYPE1 W N M DUMMY LOAD 3GHZ 2 W N M DUMMY LOAD 3GHZ 5 W N M DUMMY LOAD 3GHZ 10 W ... 5 W DIN M DUMMY LOAD 3GHZ.

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N TYPE BNC TYPE DIN TYPE SMA TYPE F TYPE N TYPE1 W N M DUMMY LOAD 3GHZ 2 W N M DUMMY LOAD 3GHZ 5 W N M DUMMY LOAD 3GHZ 10 W ... 5 W DIN M DUMMY LOAD 3GHZ.

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Optimized for High-Frequency Signals

This N Male Right Angle Crimp Connector for LMR 400 is engineered to cater to high-frequency signal transmissions, supporting low VSWR values up to 3 GHz. Its 50 Ohms impedance makes it a perfect fit for RF applications, including telecom infrastructure, wireless communications, and surveillance systems.


Durability in Harsh Environments

Featuring a nickel-plated finish and PTFE insulation, this connector guarantees superior weather resistance. Proper cable preparation ensures its weatherproof rating holds up in outdoor installations, making it ideal for long-term external use in both commercial and industrial environments.


Seamless Installation Process

Designed for cable crimp mounting, the connector allows a straightforward, reliable installation process. Standard RF connector tolerances offer compatibility with LMR 400 cables, while the right-angle orientation facilitates convenient routing in tight spaces, preventing cable stress or damage.

FAQs of n male right angle crimp connector for LMR 400:


Q: How do I install the N male right angle crimp connector onto an LMR 400 cable?

A: To install, strip the LMR 400 cable according to the manufacturers guidelines, slide on the crimp ferrule, insert the center conductor into the connector, and crimp using an appropriate RF connector crimp tool. Ensure proper weather sealing if used outdoors.

Q: What are the benefits of choosing a right angle (90) connector for my project?

A: The right angle design enables efficient cable management in confined spaces, reduces cable stress, and helps avoid unintentional cable bendspreserving signal integrity and prolonging cable life.

Q: When should I opt for a weatherproof N male connector?

A: Choose this connector for any installation exposed to outdoor elements or where moisture ingress could degrade performance, such as antennas, base stations, or rooftop equipment.

Q: What is the maximum voltage this connector can handle?

A: This N male right angle crimp connector supports up to 1000V RMS, depending on the coaxial cables specifications, making it suitable for most RF transmission and telecom power applications.

Q: Where are these connectors available in India?

A: You can purchase these connectors from authorized distributors, manufacturers, suppliers, traders, and wholesalers throughout India, providing flexible sourcing options for projects and businesses.

Q: What insulation material is utilized and how does it improve performance?

A: The insulator is crafted from PTFE (Polytetrafluoroethylene), which delivers excellent electrical insulation, chemical resistance, and stability under varying temperaturesensuring reliable performance over time.

Q: How does low contact resistance benefit RF signal quality?

A: Low center ( 3m) and outer ( 2m) contact resistance minimize signal losses at the connection point, contributing to high signal integrity and consistent performance in RF applications.

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