ST BFOC Fiber Optic Connector with Ceramic Ferrule  Precision Bayonet Termination
ST CONNECTORS

ST/BFOC Fiber Optic Connector with Ceramic Ferrule Precision Bayonet Termination

ST/BFOC Fiber Optic Connector with Ceramic Ferrule | Precision Bayonet Termination. This ST/BFOC connector uses a ceramic ferrule and bayonet-style metal coupling body for precise, quickly serviceable fiber termination. The kit includes the connector body, crimp sleeve, strain-relief boot and protective cap for integration into a compatible cable assembly.

ST/BFOC Fiber Optic Connector with Ceramic Ferrule | Precision Bayonet Termination


ST BFOC connector ceramic ferrule, ST fiber connector, bayonet optical connector, ceramic ferrule termination, fiber patch cord connector, industrial fiber connector
PRODUCT INTRODUCTION This ST/BFOC connector uses a ceramic ferrule and bayonet-style metal coupling body for precise, quickly serviceable fiber termination. The kit includes the connector body, crimp sleeve, strain-relief boot and protective cap for integration into a compatible cable assembly.
USES It is designed for manufacturing or repairing ST patch cords, pigtails and sensor leads used in industrial, laboratory, communications and test systems.
PERFORMANCE The ceramic ferrule supports accurate fiber centering and a stable optical mating surface. The bayonet mechanism allows fast quarter-turn connection, while the metal body, crimp sleeve and long boot provide mechanical support at the cable entry.
KEY FEATURES
  • Precision ceramic ferrule
  • Quick ST/BFOC bayonet coupling
  • Durable metal connector body
  • Crimp sleeve and extended strain-relief boot
  • Protective cap for ferrule handling
APPLICATION SCENARIOS
  • Industrial Ethernet and controls
  • Laboratory equipment
  • Fiber sensors
  • Legacy data networks
  • Patch cord and pigtail manufacturing
SUMMARY A dependable ST connector component for applications that need fast bayonet mating and a ceramic optical interface. Confirm ferrule, cable and polishing specifications before assembly.