Search results for: 'outputs'

Laser output is class 3A (around 3~5 mW) Maximum operation distance is 8 km Simple, versatile, and user-friendly design Rugged, compact, and splash proof copper housing Continuous wave output mode for steady fault illumination Pulse mode locates faults under high ambient light Support 2.5mm connectors (for PC/FC/SC/ST) The button switch permits easy one handed operation Handy, pocket pen design 50 hours of continuous operation Requires 2 AAA batteries (not provided)

Viavi Visual Fault Locator FFL-050: Compact, high-performance tool for fiber testing. 1mW output, 30+ hours battery, and 7km range. Ideal for field use.

Laser output is class 3A (around 3~5 milliwatt) Maximum opereration distance is 8 km Simple, versatile, and user-friendly design Rugged, compact, and splash proof copper housing Three operation modes available: "CW" (Continuous wave output), "Pulse" and "Off" modes Continuous wave output mode (CW) for steady fault illumination Pulse mode helps to locate faults under high ambient light conditions Support LC 1.25mm connectors The button switch permits easy one handed operation Handy, pocket pen design 2 AAA-size alkaline batteries provide 50 hours of continuous operation

Tempo 180XL Visual Fault Locator: Quickly detect fiber faults with 5km range and universal compatibility. Safe, efficient, and essential for all fiber optic techs.

The Tempo 180XL visual fault locator offers a fast and safe method for technicians to visually identify fiber optic faults like breaks, pinches, bad connectors, and poor splices. It also allows for safe confirmation of fiber continuity thanks to its long reach.

Portable, durable, and easy to use Supports 2.5mm universal connectors (for FC/SC/ST) Dust-proof & crash-proof cap design for laser head Wavelength 650 nm±10 nm Output Power 1 mW Laser CLASS II Tested fiber length 3-5 km Power (batteries) AA (1.5 V) x 2 Connector 2.5mm universal connector for FC, ST and SC OAL 7 in. Operating Temperature -10~55°C Storage Temperature -10~70°C Optional Accessory LC 1.25mm adaptor(5MT-7601-LC)

Fluke FI-500 FiberInspector Micro — High-resolution fiber end-face inspection camera with built-in PortBright™ illumination, autofocus in seconds, compact probe to access tight panels, and large display for single-mode/multimode connectors—ideal for fast verification in dense installations.

INNO Instrument V30 Optical Multi Meter combines optical power measurement, visual fault location, and cable continuity testing in a handheld fiber optic test instrument designed for telecommunications installation and maintenance environments.

Fluke Networks VISIFAULT-FIBERLRT quickly locates fiber faults, checks polarity, and verifies continuity with rugged design and 80-hour battery life.

The Fluke Networks FI-525 FiberInspector Micro combines a high-resolution handheld inspection scope with autofocus, built-in PortBright illumination for dark panels, and a full fiber-end-face cleaning kit—ideal for single-mode and multi-mode fiber verification and maintenance.

Viavi T-BERD 2000 DWDM: Advanced fiber testing solution with built-in power meter, VFL, and 9-hour battery. Boost productivity with smart, fast, and reliable field testing.

Certified pre-owned VIAVI OLP-82P SmartClass Fiber Pro Kit for telecom and data center testing. Combines inspection and optical power measurement across key wavelengths with the P5000i microscope and FFL-050 VFL. Rugged, portable, and function-tested.

Elevate your fiber testing capabilities with the **Viavi E136FB-VFL-AFL SmartOTDR**. This compact, handheld tester supports tri-wavelength analysis at 1310nm, 1550nm, and filtered 1650nm, making it an essential tool for field technicians. Equipped with a Visual Fault Locator (VFL) and APC connector, this device ensures quick identification of faults and secure connections, streamlining FTTH and FTTx network diagnostics. Lightweight and user-friendly, it delivers accurate results with automated analysis. Perfect for telecommunications and data center applications, the Viavi E136FB is your go-to solution for efficient fiber optic testing.