sales@foscoconnect.com
(510) 319-9878
Silicon Valley, CA, USA
Overview
The FiberXP SC to LC OTDR Launch Box is a critical tool designed to work in conjunction with an Optical Time Domain Reflectometer (OTDR). By serving as a pulse suppressor and fiber optic delay line, this unit effectively minimizes the OTDR's near-end dead zone, allowing for accurate characterization of the first connector in a fiber optic link.
This ruggedized launch box is engineered for field use, featuring a portable, yellow housing and a built-in repositionable carabiner for easy attachment to technician belts or test equipment. It contains 2000 meters (6561 feet) of high-quality Corning single-mode 9µm fiber, providing the necessary length for precise testing of both near-end and far-end connections.
Key Features
-
Dead Zone Elimination
Minimizes the OTDR pulse dead zone to allow testing of the initial connector in a link. -
Long-Range Testing
Features 2000 meters of single-mode fiber suitable for extensive cable network certification. -
Corning Fiber
Utilizes industry-standard 9µm single-mode fiber for consistent optical performance. -
Ruggedized Design
Enclosed in a durable yellow housing built to withstand demanding field environments. -
Portable Form Factor
Includes a repositionable carabiner for secure and convenient hands-free transport. -
Dual Connectivity
Equipped with ultra-polished SC and LC connectors for versatile interface compatibility.
Applications
- OTDR testing for near-end connector characterization
- Far-end connection measurements
- Fiber link certification and troubleshooting
- Pulse suppression for optical network maintenance
Technical Specifications
| Specification | Value |
|---|---|
| Part Number | 682X930 |
| Model | RUFRSCULCUS22000 |
| Fiber Type | Single Mode (Corning) |
| Fiber Core Size | 9µm |
| Cable Length | 2000m (6561 feet) |
| Connector A | SC |
| Connector B | LC |
| Configuration | One-Fiber |
Frequently Asked Questions
What is the purpose of an OTDR launch box?
It is used to suppress the initial 'dead zone' of an OTDR, which allows the technician to measure the insertion loss and reflectance of the first connector in a fiber link.
What type of fiber is used inside this box?
The unit uses 2000 meters of Corning single-mode 9µm fiber.
Are the connectors polished for specific applications?
Yes, the box features ultra-polished connectors for high-precision optical testing.
Is this device portable?
Yes, it features a ruggedized yellow case with a built-in carabiner for easy attachment to equipment or tool belts.
Can this be used for both near and far-end testing?
Yes, it acts as both a launch and receive cable to take accurate measurements at both ends of the fiber link.