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Crimp Connectors HLF-400

ABONIX N Male Crimp Connector N Type Plug Adapter, Pack- 3

ABONIX N Male Crimp Connector N Type Plug Adapter, Pack- 3

Regular price Rs. 540.00
Regular price Sale price Rs. 540.00
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Size : Pack- 3

ABONIX N Male Crimp Connector for HLF-400 and LMR-400, Pack- 2
Pack- 2Rs. 440.00
ABONIX N Male Crimp Connector N Type Plug Adapter, Pack- 4
Pack- 4Rs. 689.00
ABONIX N Male Crimp Connector for HLF-400 and LMR-400, Pack- 5
Pack- 5Rs. 685.00
ABONIX N Male Crimp Connector for HLF-400 and LMR-400, Pack- 10
Pack- 10Rs. 1,093.00

The ABONIX N Male Crimp Connector N Type Plug Adapter is designed for reliable RF connectivity in a wide range of wireless communication and antenna applications. Engineered for dependable signal transmission, this connector is ideal for assembling or repairing coaxial cables used in professional and commercial RF systems. Its precision-machined design ensures a secure fit, helping maintain stable electrical performance while minimizing signal loss.

Constructed from durable, corrosion-resistant metal, the connector is built to withstand regular use in both indoor and outdoor installations when properly protected. The crimp-style termination provides a strong mechanical bond, offering excellent cable retention and long-term reliability for demanding environments.

N Type male connectors are commonly used in WiFi antenna installations, cellular booster systems, ham radio equipment, RF testing setups, repeater stations, wireless broadband networks, IoT devices, surveillance systems, and industrial communication applications. Their threaded coupling mechanism creates a firm, vibration-resistant connection for consistent RF performance.

This pack includes three N Male Crimp Connector N Type Plug Adapters, making it suitable for new cable assemblies, replacements, maintenance work, and custom RF cable projects. ABONIX combines quality materials with precision manufacturing to deliver durable connectors that provide stable connectivity, low-loss signal transmission, and dependable performance across a variety of high-frequency applications.

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