UltraPoE CT-BNC-FF 75Ω BNC Female-to-Female Coax Coupler

  • $4.99
    Unit price per 


SKU: CT-BNC-FF

    

UltraPoE CT-BNC-FF is a straight 75-ohm BNC female-to-female coaxial coupler for joining two compatible BNC male cable ends. Its compact nickel-plated metal body, dual bayonet interfaces, and central knurled grip make it suitable for CCTV, video, test, and coaxial cable installations.

Key Features

  • Female-to-female configuration: Joins two cables or devices fitted with BNC male connectors.
  • 75-ohm impedance: Designed for compatible CCTV and video coaxial systems.
  • Straight barrel format: Creates an inline connection without changing cable direction.
  • Bayonet coupling: Supports quick push-and-turn BNC attachment on both ends.
  • Knurled center grip: Improves handling during installation and removal.
  • Metal construction: Nickel-plated phosphor-bronze housing with brass contacts, according to the product specification.

Typical Applications

  • Extending RG59 CCTV coaxial cable runs
  • Connecting surveillance cameras, DVRs, monitors, and test equipment
  • Joining compatible 75-ohm video coax cables
  • Temporary bench, field-service, and installation connections

Specifications

  • Brand: UltraPoE
  • Model / SKU: CT-BNC-FF
  • Connector type: BNC female to BNC female
  • Adapter format: Straight inline barrel coupler
  • Nominal impedance: 75 ohms
  • Housing: Nickel-plated phosphor bronze
  • Contacts: Brass
  • Locking method: BNC bayonet coupling

Frequently Asked Questions

What does the CT-BNC-FF connect?

It connects two compatible BNC male plugs, creating a straight inline coaxial connection.

Is this connector intended for CCTV?

Yes. Its 75-ohm specification is intended for compatible CCTV and video coaxial systems, including RG59 installations.

Does this adapter convert connector gender?

Yes. It provides a female BNC socket on both ends so two male BNC connectors can be joined.

Does it amplify the video signal?

No. This is a passive mechanical and electrical coupler; it does not amplify or regenerate the signal.