Columbia Fiber Optic End-Face Inspection Instrument Remote Monitoring Type

The Columbia FIP-920 is a portable fiber optic inspection probe with high-definition imaging, remote monitoring capability, and automated defect detection features.

Overview

The Columbia FIP-920 Fiber Optic Inspection Probe is designed to inspect fiber end-faces with high precision, ensuring connectors and bare fibers are free from contamination, scratches, or defects that could degrade optical performance. It is particularly suitable for remote monitoring applications, allowing technicians to capture, store, and review fiber end-face images without being physically present at the inspection site. Key FeaturesHigh-Definition Display: Equipped with a 3.

5” TFT LCD, the probe provides clear, detailed images of fiber end-faces, making it easier to identify even the smallest particles or scratches. Zoom Functionality: Users can zoom in and out to closely examine the fiber core and surrounding areas. Image Capture and Storage: The device includes an SD card for recording live images, which can be reviewed or transferred via SD card reader or USB cable, supporting remote analysis.

Battery Life: Up to 8 hours of battery operation allows flexible field use without immediate access to power. Portability: Lightweight and compact, the probe is suitable for both laboratory and field inspections.

Applications

Connector and Bare Fiber Inspection: Ensures fiber end-faces meet quality standards before splicing or mating connectors, reducing insertion loss and reflection issues. Remote Monitoring: Captured images can be analyzed off-site, enabling centralized quality control and documentation. Network Maintenance: Ideal for verifying fiber cleanliness and detecting defects during installation or maintenance of optical networks.

Compliance and Standards

The FIP-920 supports inspection practices aligned with industry standards such as IEC 61300-3-35, which defines cleanliness and defect criteria for fiber end-faces. This ensures consistent and repeatable results across different operators and inspection scenarios.

Advantages

High Accuracy: Detects micro-particles, scratches, and edge chips that could affect optical performance. Efficiency: Rapid inspection and automated image capture streamline quality control processes. Versatility: Suitable for single-mode, multi-mode, and multi-fiber (MPO/MTP) connectors.

Remote Capability: Enables off-site review and documentation, supporting modern network management and maintenance workflows. The Columbia FIP-920 combines portability, high-resolution imaging, and remote monitoring capabilities, making it a reliable tool for ensuring fiber optic network quality and performance in both laboratory and field environments.