VeEX FX15 Plus Handheld Mini OTDR User Manual

VeEX FX15 Plus Handheld Mini OTDR User Manual

Mini OTDR for FTTx and Metro Fiber Networks
With up to 256,000 data points and 3 cm resolution, the FX150+ mini OTDR offers superior measurement accuracy for installation, maintenance and troubleshooting of FTTx, Mobile FrontHaul/ BackHaul and Metro fiber networks. The compact, lightweight  PON test set can be incorporated with power meter, light source, fiber inspection probe and VFL test options which add exceptionalb versatility to the unit.

Platform Highlights

• Robust, handheld design for demanding field test conditions
• High resolution, 5” TFT color touch-screen suitable for both indoor and outdoor use
• Fast boot-up for fiber troubleshooting and restoration
• Intuitive display, function keys and touch-screen for fast navigation and easy operation
• Internal data storage
• Micro-USB OTG interface for flash drives, fiber inspection probe connection and test data transfer
• Rechargeable Lithium Polymer battery with capacity indicator, low voltage alarm and Auto-off function
• Continuous operation >9 hours without recharging batteries
• Built-in WiFi option:
  • Perform software upgrades using Windows® PC
  • Upload test data to Fiberizer® Cloud via Internet connection
  • Connect wirelessly to Fiber Inspection Microscope
• Built-in Bluetooth® option: Pair with mobile devices/Windows® PC to transfer test results

Key Features

• Standard OTDRs for Pt-Pt or PON optimized OTDRs available
• Supports up to 4 wavelengths including Quad MM/SM
  • MM: 850, 1300 nm
  • SM: 1310, 1490, 1550, 1625 and 1650 nm
• Dynamic range up to 46 dB
  • Testing long Point-Point fiber links up to 180 km (110 miles)
  • Testing single or cascaded PON up to 1:256 splitter ratio
• Optimized dead zones (DZ) for FTTx/PON applications
  • Event 0.8 m, Attenuation 3.5 m typical
  • PON ≤16.5m (13 dB loss, 25 ns PW, non-reflective splitter)
• Filtered OTDR port for in-service testing at 1625 or 1650 nm
• Telcordia SR-4731.sor file format
• Generate and save results in sor, png or pdf formats
• Auto mode – setup, events detection, and trace diagnostics
• V-Scout option – Smart Link Mapping derived from multiple test acquisitions and displayed using intuitive icons
• Markers for distance, attenuation, reflectance and splice loss measurements
• Fixed or Universal interface option with interchangeable optical adapters (SC, ST, FC) for OTDR port
• Power meter, light source, fiber inspection probe, and VFL
• Remote measurement using, EZ Remote, VNC or built-in web based software

Loads of Features You Can Depend On

Fast Startup
The FX150+ powers up and is ready to perform OTDR measurements in less than 30 seconds, making it one of the fastest units in the industry. Technicians can select the desired Test Mode from the Fiber Menu and begin work almost immediately or be in the position to locate and restore fiber breaks quickly.

Auto Mode
Intuitive Fiber menu structure simplifies test parameter setup and measurements are fully automated and optimized, so even “OTDR beginners” can test quickly and efficiently. The unit determines total fiber length, total link loss, fiber attenuation and generates full event table.

Advanced Analysis for Experts

OTDR test parameters can be set manually or automatically depending on test requirements or technician skill level.

The fiber trace is displayed and results are listed in an easy-to read event table that compares fiber attenuation, splice loss and reflectance against user defined thresholds.

Advanced LSA loss measurement using 5 markers enables skilled technicians to analyze splices and fiber sections with the highest possible accuracy. The ability to add/delete/edit optical events enhances the event table when very low loss events go undetected or when landmarks need to be inserted.

Powerful zooming functions remain at the technician’s disposal to pinpoint faults with greater certainty and precision especially during fiber splicing operations.

Software and event table displays locations of possible macrobends when multi- wavelength measurements are performed.

Live Fiber Check
The OTDR automatically checks if light is present on the fiber
under test which can interfere with OTDR measurements prior to
making any measurement. The unit disables the laser transmitter
if an active fiber is detected preventing any possible service
disruption and potential receiver damage.

V-Scout Link Mapping
Advanced algorithms evaluate separate acquisitions and characterize the fiber span using intuitive symbols. Each individual acquisition can be customized and user defined as a test profile depending on network type or application. This optional feature eliminates event interpretation and provides greater analysis confidence to the technician, regardless of OTDR skill set.

OTDR Results
Traces are saved in industry standard Telcordia SR-4731 sor format. Job, Cable, Fiber and Trace ID information can be defined for each trace which is then used to store data in a logical hierarchy for easy sorting and retrieval afterwards. A flat file naming convention is also supported and can be invoked depending on user preference.

Simple Software Upgrades
Firmware upgrades are performed easily via the micro USB port connected to a PC. Updates are available at no charge for registered users.

Extended Battery Operation
The OTDR provides over 9 hours of operation on a single charge. A low voltage indicator warns the user when the device power reaches critical levels.

Power Meter, Light Source and VFL Options
An optional power meter allows users to check the presence of optical signals and perform accurate signal level measurements. Calibrated wavelengths for legacy transmission systems including newer PON systems are all available. The OPM detect CW or Modulated/Tone (270/330/1000/2000 Hz) signals.

The OTDR port doubles as a stable source when the light source option is ordered. Used in conjunction with the built-in OPM, the unit provides integrated loss test functionality.

An optional visible laser “red light” source allows users to visually

troubleshoot splices, connectors and fiber management enclosures.

Fiberscope Option

VeEX offers microscopes for checking contamination on single and multi-fiber (MPO/MTP optical connectors. The large color display allows images to be viewed in great detail while the embedded software captures and automatically freezes the focused image before performing end-face analysis. Graphic and Tabular Pass/Fail results per the latest IEC 61300-3-35 standard are also provided.

Inspection of both female bulkhead adapters and male connectors is supported. A wide range of inter-changeable tips including FC, SC, LC, E2000, and other special types are available in either UPC or APC formats. Multi-fiber inspection and analysis of MPO/MTP connectors with Pass/Fail is supported.

Depending on the fiberscope, connection is either via the unit’s micro-USB port or WiFi adaptor. Images can be saved internally or they can be transferred to a Fiberizer Scope software application on a Windows® PC for further analysis and reporting. Saved images can also be uploaded to Fiberizer Desktop Plus software or Fiberizer Cloud application.

OTDR Trace Analysis and Documentation

Fiberizer® Desktop Plus

Fiberizer Desktop Plus, is a standalone PC software application to analyze traces acquired by the OTDR. Users can edit traces, view event tables, and generate basic reports.

The version also supports batch processing and advanced report generation for analyzing multiple fibers in a cable.

The software does not require Internet access to operate, but it can be interfaced to Fiberizer Cloud at any time.

Work from Anywhere, Anytime

Fiberizer® Cloud
FiberizerTM Cloud not only empowers the OTDR, but also the workforce. Going way beyond traditional OTDR reporting methods, this cloud-based solution provides superior centralized test data management capabilities including powerful web based trace analyses. Traces can be uploaded directly from the OTDR via Internet connection from almost anywhere, at anytime because Fiberizer TM Cloud is a 24/7 full online web service.

Value added data post processing

Fiberizer Cloud

cloud.fiberizer.com

Streamlining Onsite Data Reporting
Fiber technicians and contractors tasked to validate new fiber installations or restoring cable routes after an outage are generally obliged to submit measured data (.sor files) and related documentation to the network operator as proof of delivery before being paid. Valuable time however is often wasted after the onsite work is completed, because critical test files are usually first stored to some local storage media before being transferred to a colleague via email for verification and further reporting.

FiberizerTM Cloud streamlines this information exchange, eliminating costly paper, e-mail or other time consuming communication methods – instead, time wastage can be avoided by transferring traces of jobs completed directly from the OTDR to FiberizerTM Cloud. Professional PDF or MS Excel reporting functionality is also available, and users can create their own templates for reports. Bidirectional analysis of OTDR traces, tested from both ends of the optical fiber, can  also be performed.

Fiberizer Cloud Connectivity
Pair the FX150+ OTDR via Bluetooth to a mobile smartphone, laptop or tablet PC and efficiently upload test data directly to the cloud server using any available wireless technology (3G, WiFi).

Total Compatibility
Fiberizer Cloud fully supports HTML5, and is compatible with all mobile device and macOS® browsers, not limiting users to PC platforms only. OTDR trace files in Telcordia SR-4731 *.sor formats are securely transferred via HTTPS connection, a fast reliable communication protocol commonly used in today’s Internet applications. Another outstanding feature is compatibility with other OTDR vendor trace data formats, so users can reference or compare other OTDR traces and vice versa.

Peace of Mind
With Fiberizer Cloud OTDR trace viewer you never need to install or update the application, thus reducing maintenance time and expenses. Fiberizer Cloud is constantly updated, so you always have the most up-to-date analysis capability for your fiber optic network.

Optical Specifications

1310/1490/1550/1625/1650 (refer to ordering guide)
Parameter| Single Mode| Multimode
Dynamic Range (dB)2| Refer to ordering guide
Pulse width (ns)| 3, 5, 10, 25, 100, 200, 300, 500, 1000,

3000, 10000, 20000 (where applicable)

| 3, 5, 10, 25, 100, 200, 300, 500, 1000
Event dead zone (m)3| Refer to ordering guide
Attenuation deadzone (m)4| Refer to ordering guide
PON dead zone (m)5| ≤16.5m| n/a
Distance range (km)| 0.1 to 400| 0.1 to 80
Reflectance Accuracy| ±2 dB
Distance Measurement Accuracy (m)6| ±(0.5 + resolution + 3×10-5 x L)
Sampling resolution (m)| 0.03 up to 16m (model dependent)
Sampling points| Up to 256,000
Linearity (dB)| ±0.03
Measurement time (seconds)| Live or predefined values
Memory capacity| >10,000 traces, Telcordia SR-4731 sor format
Fiber analysis| Automatic, event table, user defined PASS/FAIL thresholds
Fiber type (µm)| Single mode, 9/125 and/or Multimode 50/125
Smart Link Mapping (V-Scout)| Smart Link Mapping using intuitive icons derived from multiple test acquisitions
OTDR Laser safety| Class 1, 21 CFR 1040.10
Optical connectors (OTDR)| Fixed connector or optional universal interface with interchangeable adaptors

adaptors optional

Notes

1. Unless noted, all specifications are valid at 23°C ± 2°C (73.4°F ± 3.6°F) using FCUPC connectors.
2. Typical dynamic range after three-minute averaging and SNR = 1 using longest pulse. Multimode dynamic range specified for 62.5 μm fiber; for 50 μm fiber, expect typical 3 dB reduction.
3. Typical deadzone using 3 ns pulse with 850 nm multimode reflectance at -45 dB and 1310 nm singlemode reflectance at -45 dB.
4. Typical deadzone using 3 ns pulse: 850 nm multimode reflectance -45 dB and 1310 nm singlemode reflectance -55 dB and dynamic range <43 dB; for dynamic range >43 dB, attenuation deadzone 3 meters typical.
5. Typical value for non reflective splitter, 16.5 dB loss and PW 25 ns.
6. Excludes uncertainty due to fiber refractive index (IoR) setting.
7. +3 mW SM, 1 mW MM 50/125µm

Ordering Information

Order #| Wavelength (nm)| Dynamic Range (dB)| Event| Attenuation| PON| Applications
---|---|---|---|---|---|---
Multimode
Z06-05-030P| 850/1300| 27/27| 0.8| ≤5| n/a| Multimode network
Multimode/Point-to-Point Singlemode
Z06-05-031P| 850//1310| 22//27| ≤1.5 MM//

<1 SM

| 4 MM//3.5 SM| n/a| MM and SM short/medium-haul
Z06-05-026P| 850/1300//

1310/1550

| 27/27//38/35| ≤1.5 MM//

<1 SM

| 4 MM//3.5 SM| n/a| MM and SM short/medium-haul
Point-to-Point Singlemode – 1 Wavelength
Z06-05-043P| 1550| 36| 0.8| 3.5 typ.| n/a| Short/Ultra Long network
Z06-05-023P| 1650 (F)| 32| 0.8| 3.5 typ.| n/a| PON drop
Z06-05-035P| 1625 (F)| 41| 0.8| 3.5 typ.| n/a| PON drop, Longhaul Fault Locator
Z06-05-036P| 1650 (F)| 41| 0.8| 3.5 typ.| n/a| PON drop, Longhaul Fault Locator
Point-to-Point Singlemode – 2 Wavelengths
Z06-05-049P| 1310/1550| 30/30| 0.8| 3.5 typ.| n/a| Short LAN/WAN Network
Z06-05-032P| 1310/1550| 38/36| 0.8| 3.5 typ.| n/a| Short/medium haul, wireless fronthaul and backhaul
Z06-05-033P| 1310/1550| 40/38| 0.8| 3.5 typ.| n/a| LAN/WAN to Metro Network
Z06-05-034P| 1310/1550| 43/43| 0.8| 3 typ.| n/a| LAN/WAN to very Longhaul Network
Z06-05-053P| 1310/1550| 46/45| 0.8| 3 typ.| n/a| LAN/WAN to very Longhaul Network
Point-to-Point Singlemode – 3 Wavelengths
Z06-05-037P| 1310/1490/1550| 39/35/36| 0.8| 3.5 typ.| n/a| Short/medium haul, wireless fronthaul and backhaul
Z06-05-038P| 1310/1550/1625| 39/36/39| 0.8| 3.5 typ.| n/a| Short/medium haul, wireless fronthaul and backhaul
**Point-to-Point Singlemode – In-Service Testing ***
Z06-05-039P| 1310/1550//1625 (F)| 40/38//39| 0.8| 3.5 typ.| n/a| Short/long haul, wireless fronthaul/backhaul
Z06-05-040P| 1310/1550//1625 (F)| 43/43//39| 0.8| 3.5 typ.| n/a| Short/long haul, wireless fronthaul/backhaul
Z06-05-041P| 1310/1550//1650 (F)| 40/38//39| 0.8| 3.5 typ.| n/a| Short/long networks
Z06-05-042P| 1310/1550/1650 (F)| 43/43//39| 0.8| 3.5 typ.| n/a| Short/long networks
Z06-05-044P| 1310/1490/1550//

1625 (F)

| 40/37/37//39| 0.8| 3.5 typ.| n/a| Short/medium networks
PON Optimized OTDRs **
Z06-05-058P| 1310/1550//1625 (F)| 40/38//39| 0.8| 3.5 typ.| ≤16.5 m| Up to 64 PON total splitter
Z06-05-059P| 1310/1550//1625 (F)| 43/43//40| 0.8| 3.5 typ.| ≤16.5 m| Up to 128 PON total splitter
Z06-05-060P| 1310/1550//1650 (F)| 45/44//41| 0.8| 3.5 typ.| ≤16.5 m| Up to 256 PON total splitter
Z06-05-061P| 1310/1550/1650 (F)| 40/38//39| 0.8| 3.5 typ.| ≤16.5 m| Up to 64 PON total splitter
Z06-05-062P| 1310/1550/1650 (F)| 43/43//40| 0.8| 3.5 typ.| ≤16.5 m| Up to 128 PON total splitter
Z06-05-063P| 1310/1550/1650 (F)| 45/44//41| 0.8| 3.5 typ.| ≤16.5 m| Up to 256 PON total splitter
Z06-05-064P| 1625 (F)| 41| 0.8| 3.5 typ.| ≤16.5 m| Up to 64 PON total splitter
Z06-05-065P| 1650 (F)| 41| 0.8| 3.5 typ.| ≤16.5 m| Up to 64 PON total splitter
Z06-05-066P| 1310/1550| 40/38| 0.8| 3.5 typ.| ≤16.5 m| Up to 64 PON total splitter
Z06-05-067P| 1310/1550| 43/43| 0.8| 3 typ.| ≤16.5 m| Up to 128 PON total splitter
Z06-05-068P| 1310/1550| 46/45| 0.8| 3 typ.| ≤16.5 m| Up to 256 PON total splitter

*Can be used to test a single splitter with up to 32 split using PON manual mode. **PON optimized OTDRs are specifically designed and built for cascade PON networks

adaptors
Z66-00-150P| High Power (CATV) OPM, +25 dBm to -50 dBm, including FC and SC adaptors
Z66-00-148P| VFL, +3 mW, equipped with universal 2.5 mm receptacle with dust cap
Z66-00-287P| Light Source, shares optical connector with OTDR port
499-05-638| V-Scout Link Mapper (Standard Option for PON OTDR)
Z06-00-008P| DI-1000 Video Fiber Scope, USB 2.0 version w/PC connectors (1.25 mm, 2.5 mm, LC and SC/FC)
Z06-00-053P| DI-3000 WiFi Digital Fiber Inspection Microscope kit for Single and Multi-Fiber Connectors including standard accessories

*Additional optical configurations available upon request with a maximum dynamic range of 46 dB for single mode lasers. Consult factory.

General Specifications

adaptor – IEC 61010-1, Class II (GOST 12.2.091)

The Verification Experts

VeEX Inc.
2827 Lakeview Court
Fremont, CA 94538 USA
Tel: +1.510.651.0500
Fax: +1.510.651.0505
www.veexinc.com
[email protected]

© 2022 VeEX Inc. All rights reserved. VeEX is a registered trademark of VeEX Inc. The information contained in this document is accurate. However, we reserve the right to change any contents at any time without notice. We accept no responsibility for any errors or omissions. In case of discrepancy, the web version takes precedence over any printed literature.

D05-00-167P F08 2022/05

Read User Manual Online (PDF format)

Download This Manual (PDF format)

Download this manual  >>