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Numéro d'article:
141696235
OTDR Fiber Optic Cable Test Tool OTDR Launch Cable Box SCUPC-SCUPC OTDR Connector SM Dead Zone Eliminator 13101550nm 1000m
Numéro d'article:
141696235
DJF 12719
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*All items will import from États-Unis
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Achieve accurate and reliable testing with our OTDR Launch Cable Box designed for professionals.
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gratuit*
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Produits 100 % originaux
Conformité PCI DSS
Certifié ISO 27001
Note: Step Down Voltage Transformer required for using electronics products of États-Unis store (110-120). Recommended power converters Acheter maintenant.
Ce qui se démarque
Extended Measurement Range
The OTDR test tool offers a measurement distance of 2000m, enabling efficient testing of long fiber optic cables, ensuring accuracy and reliability in various networking environments.
Dual Wavelength Support
Supports both 1310nm and 1550nm wavelengths, providing versatility for different testing scenarios, allowing users to effectively diagnose signal loss and optimize network performance.
Dead Zone Elimination
Equipped with an SM dead zone eliminator, this tool minimizes testing blind spots, ensuring precise fault location and improving overall fiber optic network reliability for technicians.
Détails du produit
| Connector Type | Optical |
| Cable Type | Fiber Optic |
| Compatible Devices | serve |
| Other Special Features of the Product | High Speed |
| Indoor Outdoor Usage | Indoor, Outdoor |
| Unit Count | 1.0 Count |
| Number of Items | 1 |
| Brand Name | ANPTAIKE |
| Manufacturer | ANPTAIKE |
| UPC | 799715962351 |
| Part Number | PC |
| Color | Blue |
| Item Shape | Round |
| Brand | ANPTAIKE |
| Special Feature | High Speed |
| Item Weight | 1.57 lbs (710 grams) |
À qui est-ce destiné ?
-
Telecom Technicians
Ideal for technicians testing fiber optic networks, ensuring minimal dead zones during measurements for accurate results.
-
Network Installers
Great for professionals installing fiber networks, providing reliable testing tools to troubleshoot and verify connectivity.
-
Fiber Optic Engineers
Beneficial for engineers performing detailed assessments, allowing them to analyze the performance of fiber optic cables effectively.
-
Casual Users
Not suitable for casual users due to the technical expertise required to operate and interpret results properly.
DESCRIPTION DU PRODUIT
OTDR Fiber Optic Cable Test Tool OTDR Launch Cable Box SCUPC-SCUPC OTDR Connector SM Dead Zone Eliminator 13101550nm 1000m
Vous avez une question ? Chattez avec nous
Questions et réponses des clients
-
question:
What is an OTDR and how does it work?
répondre: An OTDR (Optical Time Domain Reflectometer) is an advanced device used in fiber optic testing to measure the time and intensity of light reflected from events along a fiber optic cable. It works by sending a pulse of light down the fiber and measuring the reflections from various points, helping identify faults, splice locations, and the overall quality of the fiber. These measurements are crucial for ensuring optimal performance in telecommunications, networks, and any system utilizing fiber optics. -
question:
What is a Launch Cable Box in an OTDR setup?
répondre: A Launch Cable Box is used to connect to an OTDR to minimize dead zones, which are areas within the fiber where signal loss occurs. By providing a known reference point, the Launch Cable Box helps the OTDR accurately measure distances and identify problems in the fiber. This makes it particularly beneficial for installers and technicians who need precise testing for effective troubleshooting and maintenance of fiber optic networks, ensuring better reliability in data transmission. -
question:
What are the benefits of using a SC/UPC connector?
répondre: The SC/UPC (Subscriber Connector/Ultra Physical Contact) connector is favored for its low insertion loss and efficient performance. It features a polished end face that reduces back reflection, making it ideal for high-performance connections in data centers and telecommunications. Utilizing SC/UPC connectors also helps maintain signal integrity over long distances, which is crucial for effective fiber optic communications where data reliability is paramount. -
question:
How does the Dead Zone Eliminator feature work?
répondre: The Dead Zone Eliminator is designed to reduce the impact of dead zones that typically occur when testing fiber optic cables, especially around connectors and splices. It does this by extending the effective distance of the OTDR, allowing technicians to obtain clearer readings on faults that would typically be obscured. This feature is vital for achieving accurate assessments of a fiber system’s performance, thus preventing potential outages or service degradation. -
question:
What is the significance of the 1310/1550nm wavelength in OTDRs?
répondre: The 1310nm and 1550nm wavelengths are standard for testing fiber optic systems. The 1310nm wavelength is typically used for short-distance connections due to its lower attenuation, while the 1550nm wavelength is ideal for long-distance transmissions due to its lower signal loss over extended distances. Incorporating both wavelengths in testing allows for comprehensive diagnostics of fiber optic networks, ensuring that multiple parameters are optimized for efficiency. -
question:
What is the range of the OTDR in this product?
répondre: The OTDR mentioned has a measurement range of up to 2000 meters. This range allows for effective testing of both short and medium-distance fiber optic installations. It is particularly suitable for troubleshooting and maintaining single-mode fiber networks, providing technicians with the necessary capability to conduct thorough assessments of fiber integrity and performance effectively. -
question:
Is this OTDR suitable for both commercial and residential uses?
répondre: Yes, this OTDR Fiber Optic Cable Test Tool is versatile enough to be used for both commercial and residential applications. It can effectively test large installations in commercial settings, as well as smaller networks in homes. Its ability to measure the performance of fiber connections ensures that both types of users can maintain high-quality communication and data transfer, catering to a variety of fiber optic applications. -
question:
How do I maintain the OTDR tool?
répondre: Maintaining your OTDR tool involves regular cleaning and calibration. It’s advisable to clean the fiber connectors with appropriate cleaning kits to prevent dust accumulation that can affect readings. Additionally, storing the device in a protective case when not in use, and ensuring it undergoes regular calibration checks, helps maintain its accuracy and prolongs its lifespan. Proper maintenance ensures that the OTDR delivers reliable results over time. -
question:
What industries commonly use OTDR testing?
répondre: OTDR testing is widely used in various industries, including telecommunications, data centers, ISP operations, and network installations. These industries rely on fiber optics for high-speed data transmission and require precise testing to ensure the integrity of their networks. Regular use of OTDR testing aids technicians in diagnosing issues quickly, ensuring effective communication systems are maintained in today's data-driven world. -
question:
Where can I buy the OTDR Fiber Optic Cable Test Tool in Djibouti?
répondre: You can purchase the OTDR Fiber Optic Cable Test Tool at Ubuy. Ubuy offers a wide selection of quality fiber optic testing equipment, along with reliable customer service. With various shipping options and user-friendly interface, Ubuy makes it easy to find the right OTDR tools suitable for your testing needs.
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DJF 12719
Commandez maintenant et recevez votre commande aux alentours du Sunday, Août 16
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Caractéristiques et avantages
- Optimized for accurate testing of fiber optic cables.
- Available in multiple lengths: 500m, 1000m, and 2000m.
- Non-metal construction ensures durability and safety.
- Features a compound latch for secure sealing and easy access.
- Auto purge valve adapts to altitude and temperature changes.
- Compatible with SC/UPC-SC/UPC connectors for seamless integration.
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