SKYSHL 1310nm+1550nm 35dB+33dB SM Fiber OTDR Tester

An Optical Time Domain Reflectometer (OTDR) is an important instrument used by organizations to certify the performance of new fiber optics links and detect problems with existing fiber links.

With the rapid advancements in fiber optic technology, OTDR testing methods have become indispensable to building, certifying, maintaining and troubleshooting fiber optic systems.

SKYSHL provides a new Optical Time Domain Reflectometer(OTDR)--SS315T series. They are used to measure the fiber length and overall optical attenuation in a circuit. The analyzed data provides insight into the integrity of the fiber and any passive optical components (such as connectors, splices, splitters, and multiplexers) transmitted along the cable path.

Key Features:

• 1310nm+1550nm 35dB+33dB single mode fiber sm OTDR tester (Max. test distance: 160km/100mi).

• Integrated OPM (With storage), VFL, OLS and Event map (Graphical analysis). Extremely short event dead zones (1.2m) and attenuation dead zones (4.5m).

• APP module connects to Android devices and PCs to test, view, share, analyze and save curves via Android APP and PC software.

• Appointment test can be set to automatically open the test time, the number of automatic tests and the test interval time, to realize unattended testing. Automatic testing and analysis greatly simplifies the testing process.

• Compatible with SC/UPC, ST/UPC, FC/UPC, LC/UPC and SC/APC, ST/APC, FC/APC, LC/APC connectors.

• One-click screenshot, one-click PDF test report generation, intelligent graphical analysis of fiber links (event maps).

• Supports EI and SOR formats; multi-language support: English, German, French, Spanish, Italian and Portuguese.

• 7-inch capacitive touch screen for more responsive operation and user-friendly interface design.

Intelligence OTDR

The Auto test lets you take advantage of the full power of your OTDR—bringing automation to a new level and enabling untrained technicians to become test experts in no time.

With one click, the unit automatically performs link recognition, sets the optimal parameters and launches multiple acquisitions and analyses—at multiple wavelengths—consolidating the results obtained for every link section and every network element. Get accurate information right away on each link element and export it to a single report.

Of course, you can also perform manual testing according to your actual optical fiber network. The parameter setting is also very simple, and it only takes a few steps to complete, such as wavelength,test range, pulse width, test time, etc. The curve obtained by manual test more satisfies your actual requirements.

At the same time, SKYSHL SS315T series OTDR has the most advanced optical technology, which can achieve extremely short Event dead zone (SM typical value is 1.2m) and Attenuation dead zone (SM typical value is 4.5m). This advanced optical technology enables SS315T It can detect the failure of very short fibers.

SS315T-2B1(1310nm+1550nm 35dB+33dB) SM Fiber OTDR Key Parameters:

• Wavelength/Dynamic range:1310nm+1550nm/35dB+33dB(Max Test Distance:160km/100mi).

• EDZ/ADZ:1.2m/4.5m.

• External interfaces:USB, Micro-USB and 32G Micro SD.

• Display:7inch TFT capacitive touching screen.

• Power Supply:12.6V/3250mAh lithium battery, continuous 8-10 hours,AC100V~240V; DC:13.5V(4.44A).

• Optical Power Meter:850nm-1650nm/-60~+3dB.

• Light Source:1310nm+1550nm(≥-5dBm/CW, 270Hz, 1kHz and 2kHz).VFL:2km (650nm±20nm/CW, 1Hz and 2Hz).

• Applicable system: Android/Windows.

• Compatibility:SC/UPC, ST/UPC, FC/UPC, LC/UPC and SC/APC, ST/APC, FC/APC, LC/APC connector.

• Dimension:190*145*50mm/0,85kg/1.96lb(Include Battery).

OTDR Test Curve and Event Type

OTDR test curve images (“Traces") contain more information than a thousand words.

The slope of the fiber trajectory indicates the attenuation factor of the fiber, which OTDR expresses in dB/km. Connectors, solder joints, small bends, flanges, adapters, fiber splitters, breaks, etc. in a fiber link are called "events" in OTDR.

Adjusting the pulse width changes the resolution of the OTDR's test curve. You cannot see two events that are closer than the pulse width. In general, you can see fiber traces over longer distances using longer pulse widths, while you can adjust to narrower pulses when high resolution is needed. Although high resolution limits the test distance, you can see more accurate data.

As a result, all test data can be represented by test graphs and we can understand the test results very clearly and easily.

Built-in OTDR OPM OLS and VFL

When installing or maintaining fiber optic projects, fiber optic engineers often need to carry a variety of fiber optic test equipment to check the performance of fiber optic links or detect fiber optic link faults.

SKYSHL SS315T-2B1 integrates four of the most commonly used fiber optic test instruments, such as Optical Time Domain Reflectometer OTDR (OTDR-1310nm+1550nm/35dB+33dB), Visual Fault Locator (VFL-2km), Optical Power Meter OPM-850-1650nm/-60~+3dB) and Light Source (OLS- 1310nm+1550nm).

Fiber engineers no longer need to be equipped with a variety of fiber inspection equipment when installing and maintaining fiber optic projects, they can simply use the SS315T to do all the work.

Event Map/Graphics Analysis Mode

Although the operation and usability of the OTDR has been greatly simplified over the years, it is still considered an advanced operating tool and the analysis of its results can be complex. To make fiber optic testing easier for users, the SS315T includes an "Graphics Analysis/Event Map" feature that removes the complexity from OTDR testing and results analysis.

Graphics Analysis/Event Map automatically identifies the associated fiber optic link environment and utilizes advanced intelligent optimization algorithms to analyze the loss and faults of all passive elements in the fiber optic link and displays all fiber optic elements in a very simple icon-based view that can be understood by technicians of any skill level.

The Event Map feature simplifies the complexity of fiber optic testing operations and results analysis, bringing a whole new operational experience to fiber optic engineers.

Smart APP Software(Only for Android now!!!) and Windows Software

With the coming of the intelligent era, the combination of OTDR and smart devices is the future development trend, making full use of the high convenience of smart devices, and bringing a new way of operation for users.

SS315T can connect OTDR and Android device/computer through APP module, and test, view, share, analyze and save the curve through Android APP and computer software.

Meanwhile, through the third-party remote control software, combined with Android APP application/Windows software can easily realize real-time remote real-time viewing of test data, remote test operation, and remote result analysis.

Since the test data is stored in the smart mobile device or computer, the test data and test report can be shared quickly and seamlessly to all relevant personnel.

(Currently, the software developed by our company only supports Android and Windows systems)

SS315T-2B1(1310nm+1550nm 35dB+33dB) SM Fiber OTDR Package List：

1*OTDR+5*Adapter For OTDR/OLS/OPM/VFL(2*FC+1*SC+1*LC+1*ST)+2*Patch Cord(1*SM FC/UPC-FC/UPC+1*SM FC/UPC-FC/APC)+4*Adapter(1*FC-LC UPC&APC+1*FC-SC UPC&APC+1*FC-ST UPC&APC+1*FC-FC UPC&APC)+1*USB Cable+1*Charger+1*Oxford backpack+1*Manual+1*APP Module+1*OTDR Holderr+1*2.5mm cleaning rod+1*1.25mm cleaning rod+1*Factory test report+1*Memory.

SS315T-2B1(1310nm+1550nm 35dB+33dB) SM Fiber OTDR Applications:

• Characterize point-to-point access & metro fiber networks.

• Qualify and troubleshoot FTTH/PON networks.

• Qualify and troubleshoot singlemode FTTA/DAS front haul.

• Fiber Optic Lab Testing.

• LAN,WAN for the purpose of telecommunication networks.

• CATV systems.

• Long distance optical networks.

• FTTH Testing.

• Other Fiber Optic Measurements.