Manuale utente del tester OTDR SKYSHL SS313T-1B

1. Introduzione

The SKYSHL SS313T-1B is a multi-functional Optical Time Domain Reflectometer (OTDR) designed for comprehensive fiber optic network testing. It integrates OTDR, Optical Power Meter (OPM), Optical Light Source (OLS), and Visual Fault Locator (VFL) functionalities into a single handheld device. This manual provides detailed instructions for the safe and effective operation, maintenance, and troubleshooting of the SS313T-1B OTDR Tester.

Figura 1: Fronte view of the SKYSHL SS313T-1B OTDR Tester.

2. Informazioni sulla sicurezza

WARNING: Laser Radiation Hazard

• Do not look directly into the optical output interface when the device is operating, especially when the VFL or OLS functions are active. Laser radiation can cause severe eye damage.
• Use caution when handling fiber optic cables and connectors. Always ensure proper cleaning procedures are followed to prevent contamination.
• Operate the device within the specified environmental conditions to prevent damage and ensure accurate measurements.
• Only use the provided charger and accessories. Unauthorized accessories may damage the device or pose a safety risk.

Figure 2: Optical ports of the SS313T-1B, showing the laser warning label.

3. Contenuto della confezione

Verifica che tutti gli articoli elencati di seguito siano inclusi nel tuo pacchetto:

• 1 x SKYSHL SS313T-1B OTDR Tester
• 3 x OTDR/OLS Connector (1*SC/APC + 1*ST/APC + 1*FC/APC)
• 2 x Patch Cords (FC/UPC-FC/UPC and FC/UPC-FC/APC)
• 1 cavo USB
• 1 x Power Adapter (100-240V AC Charger)
• 1 x Manuale utente (questo documento)
• 1 x Borsa per il trasporto
• Additional connectors: SC, ST, FC, LC compatible with UPC and APC.

Figure 3: Included accessories and the SS313T-1B OTDR Tester.

4. Caratteristiche del prodotto

• 1625nm 33dB Wavelength: Provides a 1625nm single-mode wavelength with a 33dB dynamic range, supporting a maximum test distance of up to 160km (100 miles).
• Funzioni integrate: Combines Optical Time Domain Reflectometer (OTDR), Visual Fault Locator (VFL - Max 10km), Optical Power Meter (OPM - 850-1625nm, -50~+26dB), and Optical Light Source (OLS - 1625nm).
• Extremely Short EDZ/ADZ: Utilizes advanced optical technology for a short event dead zone (1m) and attenuation dead zone (5m), enabling detection of closely spaced faults.
• Intelligent Operation & Multi-language Support: Features automatic testing, automatic analysis, and event map functions for ease of use. Supports Chinese, English, German, French, Spanish, and Portuguese.
• Interfacce multiple: Equipped with 2x USB and 1x Micro USB ports for convenient data storage, analysis, and sharing.
• Batteria al litio ricaricabile: Powered by an 8.4V 6600mAh rechargeable lithium battery, providing up to 15 hours of continuous work for outdoor use.

Figure 4: The SS313T-1B integrates multiple fiber testing tools.

Figure 5: Long-lasting battery for extended field use.

5. Impostazione

5.1 Caricamento della batteria

Before first use, fully charge the device. Connect the provided power adapter to the charging port on the device and plug it into a standard AC outlet (100-240V). The charging indicator will show the charging status. A full charge typically takes several hours.

5.2 Accensione/Spegnimento

• To power on: Press and hold the power button located on the front panel until the screen illuminates.
• To power off: Press and hold the power button until a shutdown prompt appears, then confirm.

5.3 Interfaccia inizialeview

Upon powering on, the device will display the main interface, providing access to various functions such as OTDR, Optical Power Meter, Light Source, Visual Fault Locator, Event Map, Help, Settings, and Files.

Figure 6: Main user interface with function icons.

6. Istruzioni per l'uso

6.1 Test OTDR

The OTDR function is used to characterize optical fibers, measure length, attenuation, and identify events like splices, connectors, and breaks.

1. From the main interface, select "OTDR".
2. Connect the fiber to be tested to the appropriate OTDR port. Ensure the connector is clean.
3. Adjust test parameters such as wavelength (1625nm for this model), range, and pulse width as needed in the "Setting" menu.
4. Press "Start" to begin the test. The device will display the trace curve and event table.
5. Use the "Cursor" and "Operate" functions to analyze specific points on the trace.
6. Click "Analyze" to automatically detect and list events.

Figura 7: Esample of an OTDR test curve (1625nm).

6.2 Funzione Mappa Eventi

The Event Map provides a simplified graphical representation of the fiber link, showing detected events and their locations, making it easier to interpret test results.

1. After completing an OTDR test and analyzing the trace, select "Event Map" from the OTDR interface.
2. The map will display icons representing different events (e.g., connectors, splices, ends) along the fiber length.
3. Click on an event icon for detailed information about that specific event.

Figure 8: Event Map interface for simplified fault identification.

6.3 Misuratore di potenza ottica (OPM)

The OPM measures the optical power of a signal in a fiber optic cable.

1. From the main interface, select "Optical Power Meter".
2. Connect the fiber to the OPM port.
3. The device will display the measured optical power in dBm or mW.

6.4 Optical Light Source (OLS)

The OLS emits a stable optical signal for loss measurement when used in conjunction with an OPM.

1. From the main interface, select "Light Source".
2. Connect the fiber to the OLS port.
3. Select the desired wavelength (1625nm for this model). The OLS will emit a continuous wave.

6.5 Localizzatore visivo di guasti (VFL)

The VFL emits a visible red laser light into the fiber, allowing for visual identification of breaks, macrobends, or faulty connectors over short distances (up to 10km).

1. From the main interface, select "Visual Fault Locator".
2. Collegare la fibra alla porta VFL.
3. Activate the VFL. Observe the fiber for any visible light leakage, which indicates a fault.

6.6 Saving Test Results

Test results can be saved as .sor files for later analysis or reporting.

1. After completing an OTDR test, navigate to the "File" option on the OTDR page.
2. Select "Save" or "Save as" to store the current trace.
3. Inserisci un file name using the on-screen keyboard and confirm.

7. Manutenzione

7.1 Pulizia delle porte ottiche

Regular cleaning of optical ports and connectors is crucial for accurate measurements and to prevent damage. Use only approved fiber optic cleaning tools and methods.

• Spegnere sempre il dispositivo prima di pulirlo.
• Use lint-free wipes and optical-grade cleaning solution or specialized fiber optic cleaning sticks.
• Never use abrasive materials or solvents.

7.2 Cura della batteria

• Per preservare la salute della batteria, ricaricarla regolarmente, anche se il dispositivo non viene utilizzato frequentemente.
• Evitare di scaricare completamente la batteria frequentemente.
• Conservare il dispositivo in un luogo fresco e asciutto quando non viene utilizzato.

7.3 Conservazione

When storing the device for extended periods, ensure it is powered off and placed in its protective carrying case to prevent physical damage and exposure to dust or moisture.

8. Risoluzione Dei Problemi

This section addresses common issues you might encounter. For more detailed troubleshooting, refer to the official Guida alla risoluzione dei problemi (PDF).

9. Specifiche

10. Garanzia e supporto

SKYSHL provides a free replacement warranty for 3 years from the date of purchase. For technical assistance, product inquiries, or warranty claims, please contact SKYSHL customer support through their official channels. Refer to the product packaging or the official SKYSHL websito per le informazioni di contatto più aggiornate.

Per ulteriori risorse, puoi visitare il Negozio SKYSHL su Amazon.