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The 1786-BNCJ from Allen Bradley functions as a coax bullet connector that allows for seamless signal transmission. This BNC jack-to-jack connector is designed for use with RG-6 coax cable, ensuring reliable connectivity within the ControlNet frequency range.

Technical specifications for 1786-BNCJ

Manufacturer Allen Bradley
Product Type Coax bullet connector
Product Line 1786 Repeaters
Part Number 1786-BNCJ
Weight 0.19 lbs (0.09 kg)
Connector Type BNC jack-to-jack
Impedance 75 Ω
Cable Type RG-6 coax
Function Inline coupler
Connection Style Female-female
Signal Path Shielded pass-through
Installation Inline use
Design Compact bullet
Retention Lock-fit
Dielectric PTFE
Contact Plating Nickel
Frequency Range ControlNet band
Rating IP20

Description

The Allen Bradley 1786-BNCJ is a coax bullet connector that serves as a reliable inline coupler for signal transmission. Designed with a BNC jack-to-jack configuration, this component facilitates easy connections using RG-6 coaxial cable. With its impedance rating of 75 Ω, it ensures compatibility with a variety of communication systems.

This connector features a female-to-female connection style, ideal for joining two cables together inline. Moreover, the design is compact and tailored for effortless installation in confined spaces. The lock-fit retention mechanism secures the connection, reducing the risk of signal interruptions. The shielding in the signal path enhances the integrity of the signal, providing reliable performance in diverse operational environments.

Constructed with a PTFE dielectric, the 1786-BNCJ is robust and effective at carrying signals across frequencies typically encountered in the ControlNet band. Its contact plating is nickel, ensuring durability and reliable conductivity over time. The IP20 rating denotes that this device is appropriate for indoor applications, providing sufficient protection against dust and other debris. Overall, the Allen Bradley 1786-BNCJ is engineered for reliable performance in various coaxial cable applications, delivering efficiency and stability in signal transmission.

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