Corelink Mini OTDR 60KM
Visual Fault Locator (VFL) Function
Optical Power Meter Function
Optical Light Source Function
Description
Specification:
Mini-Pro OTDR:
- Wavelength: 1313/1550nm
- Fiber type: G.652 SM Fiber
- Dynamic range: 24dB/22dB
- Event blind zone: 3m
- ATT blind zone: 8m
- Test range: 10m~60km
- Pulse width: 5ns~10us
- Ranging accuracy: ±(1m+Sampling Interval +0.005% x Test Distance)
- Loss accuracy: ±0.2dB/dB
- Sampling Points: 16k~128k
- Sampling resolution: 0.05m~8m
- Reflection accuracy: ±3dB
- Data storage: Internal: ≥600; External: TF Card
- Laser safety level: Class II level
- File format: SOR standard file format
- Connector: FC/APC (Interchangeable SC, ST)
OPM:
- Wave range: 800nm~1700nm
- Interface type: Universal Joint FC/SC/ST
- Test range: -50dBm ~ +26dBm
- Uncertainty: ±5%
- Frequency identification: CW/270/330/1k/2kHz
- Calibration wavelength: 850/1300/1310/1490/1550/1577/1625nm
LS:
- LD type: FP-LD
- Output wavelength: 1310/1550nm
- Output power: ≥-5dBm
- Modulation frequency: 270/330/1k/2kHz
- Stability: CW, ±0.5dB/15min (Test after15mins of preheating)
- Connector: FC/APC (Interchangeable SC, ST)
VFL:
- Wavelength: 650nm±20nm
- Output power: ≥10mW
- Mode: CW/1Hz/2Hz
- Connector: FC/SC/ST
Other parameters:
- Display: 3.5inch Color LCD
- Data interface: Micro USB
- External storage: TF Card
- Power supply: Polymer Li-battery: 3.7V, 4000mAh; Power adapter: 5V DC, 2A
- Battery life: standby >20h; measuring time >12h
- Operating temperature: -10℃ ~ +50℃
- Storage temperature: -40℃ ~ +70℃
- Relative humidity: 0 ~ 95% Non-condensing
- Weight: ≤350g
- Dimension: 173 x 82 x 37mm
Package Included:
- 1 x Host
- 1 x Adapter
- 1 x Data Line
- 1 x CD (Analysis software, User Manual)
- 1 x User Manual
- 1 x SC/APC Connector
- 1 x Calibration Certification
- 1 x Qualification Certificate/Service Guarantee Card
- 1 x Clean Cotton Slices
- 1 x Instrument Bag
OTDR (Optical Time-Domain Reflectometer) Fiber is a handheld testing instrument used for detecting and analyzing defects in fiber optic cables. It works based on the principle of time-domain reflectometry, which measures the time and intensity of the pulse of light that travels through the fiber and reflects back. OTDR Fiber sends short pulses of laser light into the fiber and records the characteristics of the light that is reflected back. This recording is then used to create a map of the fiber's attenuation, reflection, and other performance characteristics. From this, it is possible to locate the exact position of any defect in the cable, including breaks, bends, and other imperfections.
Why choose OTDR Fiber?
1. Accurate and Reliable Testing
OTDR Fiber provides precise and detailed data on the quality of fiber-optic networks. The accuracy of our product means that we can detect the exact location and severity of any defects to minimize troubleshooting time and ensure optimal performance.
2. Easy to Use
The OTDR Fiber is a compact and portable handheld device that is easy to operate. It is user-friendly, with an intuitive interface that makes it easy for operators, even those with limited experience, to operate.
3. High-Speed Testing
OTDR Fiber is designed to deliver fast and accurate testing. With its high-performance technology, you can test large sections of fiber-optic cables quickly and accurately.
4. Lightweight and Portable Design
OTDR Fiber is lightweight and portable, which means it can be carried around easily, even into hard-to-reach areas. This makes it a versatile and convenient tool for fiber network testing.
5. Cost-Effective Solution
OTDR Fiber is an affordable solution that provides maximum value for money. Its high-quality performance makes it a cost-effective option for network maintenance, eliminating the need for expensive repairs or replacements.
How does the OTDR Fiber work?
The OTDR Fiber works by sending short pulses of laser light through the fiber-optic cable, which is then received by a sensor in the device. It accurately measures the time and intensity of the pulse of light that travels through the fiber and reflects back, creating a map of the fiber's attenuation, reflection, and other performance characteristics. This map helps identify the exact location and severity of defects, allowing technicians to pinpoint areas of concern and repair them before they cause further issues.
The main features of the OTDR Fiber include:
1. User-friendly interface
2. High-quality touch screen
3. Accurate and fast testing
4. High data storage capacity
5. Portable and compact design
6. Multifunctional programming.
What are the benefits of using the OTDR Fiber?
1. Accurate Results - The OTDR Fiber offers high precision and reliable testing, producing accurate measurements every time.
2. Reduced Downtime - With its speed and accuracy, the OTDR Fiber significantly reduces network downtime caused by faulty or damaged cables.
3. Cost-effective solution - The OTDR Fiber offers a cost-effective method for testing and maintenance over the long-term, eliminating the need for expensive repairs or replacements.
4. Efficient Network Management - With its detailed mapping capabilities, the OTDR Fiber helps network managers identify potential issues before they develop into larger problems.
5. Easy-to-Use - The intuitive interface and user-friendly design of the OTDR Fiber make it accessible to all users, regardless of their experience levels.
Conclusion
In today's fast-paced and ever-evolving telecommunications industry, the need for accurate and reliable testing solutions has never been more important. The OTDR Fiber offers a cutting-edge solution for fiber optic testing and maintenance that is both affordable and efficient. With its sophisticated technology and user-friendly design, the OTDR Fiber is a must-have tool for anyone involved in the maintenance and monitoring of fiber optic networks. Try the OTDR Fiber today and experience the benefits of world-class fiber network testing!