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Fluke Networks SRC9SCAPCLCAPC.3MM singlemode 0.3 m TRC protects OTDR ports with SC/APC to metal LC/APC connectors, delivering precise, reference-grade fiber testing.

Canopy OTDR Launch Lead: Reliable single fibre lead with dust pouch for efficient optical testing. Compact, durable, and ready for your next job!

Anritsu MT9083A2-073 SM Unit: High-performance fiber optic testing with 1310/1550 nm capabilities. Includes essential accessories for seamless, efficient operations.

The EXFO Soft Pulse Suppressor Bag eliminates OTDR dead zones, ensuring accurate fiber optic testing. Compact and reliable, it’s ideal for precise measurements during installation and troubleshooting.

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.

Experience professional singlemode fiber testing with the certified pre-owned Fluke Networks OFTM-5732 OTDR module. Operating at 1310nm and 1550nm wavelengths, it features removable SC/UPC connectors and supports up to 60 km testing range. Rigorously inspected to guarantee top performance and reliability at an excellent value.

This fiber optic viewing scope kit makes it simple to view ST/SC pre-encapsulated FDDI, and the ends of fiber before and after cleaving operations.

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)

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)

Cleaver tracking and upkeep with wireless communication. Automated wind protector, sheath clamps, and splice operation. Fiber type identification. Loose and tight buffer with the same sheath clamp. Lithium-ion battery with 300 splices/shrinks per charge. 5 mm cleave length for small package needs. Multi-function transit case with an integrated workstation.

Multimode launch cable 50μm SC/SC — Fluke Networks MMC-50-SCSC Launch Cable is a multimode SC/SC fiber optic cable used for high-speed network installation, inspection, and troubleshooting. The multimode fiber has a 50/125µm core/cladding diameter. Its length is 105 meters.

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.

Upgrade your cable testing with the Fluke Networks DTX-CHA003 Coaxial Adapter-precise, reliable, and compatible with DTX Series certifiers! Get yours today and ensure top-quality network performance!

UOI OptiTap Singlemode SC/APC 3M Black Test Jumper

The EXFO FPM-602 is a handheld optical power meter built for fiber link qualification, loss testing, and troubleshooting across a wide range of network types. It uses a Ge detector with a 10 to -70 dBm power range and supports wavelengths from 800 to 1650 nm, making it suitable for common LAN, CWDM, DWDM, and FTTx test applications