Lanview LVO-FIB-IDEN Fiber Optic Identifier

The Lanview LVO-FIB-IDEN Fiber Optic Identifier is a handheld tool for identifying and troubleshooting fiber optic cables without disrupting service. It combines nondestructive identification using macro bending technology with a Visual Fault Locator module and power meter functions in a compact, easy-to-operate housing. The device detects signal direction and relative power by inducing controlled bending in the fiber so weak optical signals leak to the detector, allowing technicians to locate active lines and assess signal presence while keeping the fiber intact.

Advantages

The Lanview LVO-FIB-IDEN provides nondestructive fiber identification, eliminating the need to strip or disconnect fibers for basic line detection. Its integrated Visual Fault Locator (VFL) supports visual fault location for short-range breaks or continuity checks, while the built-in power measurement gives quick relative power information. The compact design and straightforward interface make the tool suitable for use in fieldwork and lab environments, facilitating faster troubleshooting and reducing the risk of accidental service interruption.

Suitable for

• Identifying active fiber lines in patch panels and junctions
• Detecting signal direction and relative optical power on installed fibers
• Locating breaks and faults using the Visual Fault Locator on short runs
• Routine maintenance and verification of fiber installations without disconnecting service

Key specifications

• Identification method: nondestructive macro bending detection
• Additional modules: Visual Fault Locator (VFL) and relative power meter
• Supported fiber types: 0.9 mm and 2.5 mm tight-buffered and jacketed fibers; detection applies to fibers in-cable without stripping
• Detection capability: signal direction sensing and relative power indication
• Form factor: compact handheld unit suitable for field use

How to use

To use the Lanview LVO-FIB-IDEN, place the fiber into the identification cradle or bending fixture according to the device instructions and power on the unit. Observe the indicator or display to determine signal presence and direction; use the Visual Fault Locator mode to inject a visible test beam for short-distance fault locating and continuity checks. Read the relative power measurement on the meter to assess signal levels. Follow the manufacturer's guidance for proper fiber seating and avoid excessive bending beyond recommended limits to prevent damage.

Usage recommendations

Use the tool for live fiber identification where nondestructive testing is required. Verify compatibility with the fiber jacket diameter before testing, and avoid using the macro bending function on fragile or compromised fibers. When employing the Visual Fault Locator, do not look directly into fiber ends or the VFL output and follow standard optical safety practices.