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Fiber Optic Connector Inspection Microscope

  • $ 12,599.00
  • Brand: LINKEDPRO BY EPCOM
  • Availability: In stock
  • SKU: LP-F-MIC-11X

The LP-F-MIC-11X is a portable USB optical inspection microscope, designed for the visual verification of fiber optic connector end-faces. It allows for image magnification, photo capture, and transmission via USB...

Tags: categoria:Cableado Estructurado , marca:LINKEDPRO BY EPCOM , proveedor:Syscom , sku:LP-F-MIC-11X , supplier:Syscom , syscom

The LP-F-MIC-11X is a portable USB optical inspection microscope, designed for the visual verification of fiber optic connector end-faces.

It allows for image magnification, photo capture, and transmission via USB to various devices such as OTDRs, computers, or smartphones, facilitating the inspection and documentation of fiber status in the field.

The device allows for the detection of contamination, scratches, residue, or physical defects on SC, ST, FC, and LC type fiber optic connectors, preventing signal loss and ensuring optical link quality.

Main functions and advantages:

  • On-site inspection: allows for direct examination of connectors in the field, without the need for laboratory equipment.
  • Precise contamination detection: identifies dust, residue, or defective polishing marks before making the final connection.
  • Image capture and recording: through its USB connection, the technician can store visual evidence for reports or quality control.
  • Wide compatibility: designed for standard SC, ST, FC, and LC connectors, covering the most common scenarios in FTTH, backbone, or internal link networks.
  • 11× optical magnification: allows for the observation of microscopic details impossible to detect with the naked eye, preventing failures or losses due to dirty or damaged connectors.
  • Portable and ergonomic design: ideal for fieldwork; it can be easily used with laptops or mobile devices during installations or maintenance.

The LP-F-MIC-11X is an essential tool for ensuring the cleanliness, integrity, and optimal performance of connections in fiber optic networks.

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