Linearly polarized fiber lasers have many applications, such as sensing, nonlinear frequency conversion, and coherent or polarization beam synthesis. To obtain a linearly polarized fiber laser, a polarizer can be used at the output end or within the fiber laser cavity to select a single polarization
In 2014, fiber laser machine becomes popular in the market. At that time 500w fiber laser is the hot fiber laser source products. In the next year 1000w and 1500w fiber laser machine becomes the main stream. At that time most of the fiber laser manfactures belived 6kw fiber laser machine can fulfil
In recent years, kilowatt-level lasers have gradually become more widespread. The industry's focus has always been on the output power, beam quality, and light-to-light conversion efficiency of the lasers, but it often overlooks the hidden core process that determines the life and death limit of the
Even with the most advanced fusion splicer, encountering high splice loss is a frustrating reality in the field. A "good" splice should typically register a loss of less than 0.05dB. When that number spikes, it usually points to one of five critical issues. Understanding these causes is the first st
Near-Infrared (NIR) and Short Wave Infrared (SWIR) laser beam profiling for measuring pointing direction, beam divergence, beam width, and other beam characteristicsA laser beam profile is produced to identify spatial characteristics that predict the propagation, quality, and utility of a laser beam
The global fiber optic cable industry has emerged from the slump of the past few years and officially entered a tight balance phase of "both volume and price increases." Besides traditional communication base stations and fiber-to-the-home (FTTH), two new "money-guzzling beasts" have emerged, consum
1. Core Definition & Structure: · A fiber laser is defined as a laser where the doped optical fiber itself acts as the gain medium, distinguishing it from systems where the laser is merely coupled into a fiber. · The core components are the doped fiber (commonly with Yb, Er, Tm ions) and an inte
In January 2026, the price of G.652.D optical fiber, the most commonly used fiber in the Chinese market, hit a near seven-year high, with some quotes exceeding 40 yuan/core-kilometer, an increase of over 80% compared to the previous low.As the "blood vessels" of the digital world, optical fiber's pr
In data center and metropolitan area network (MAN) construction, 16-core ribbon fiber, with its high-density advantage, is becoming key to improving transmission efficiency. It integrates multiple optical fibers in parallel, greatly optimizing pipeline space and making it particularly suitable for h
| Availability: | |
|---|---|
| Quantity: | |
X-4007
SHINHO
Product Description
Features For X-4007 Visual Fault Locator VFL
◆ All aluminum body, shock-resistant
◆ Three-position slide switch for simplified operation
◆ High-quality laser head, stable light emission
◆ Rugged design, universal connector and accurate measurement
1. High Precision: The X-4007E offers exceptional accuracy in locating faults, with a powerful laser that ensures effective detection of even the smallest issues in fiber optic cables.
2. Handheld Convenience: Its portable, handheld fiber optical light source design allows for easy use in various environments, making it a versatile tool for on-site testing and maintenance.Wide Wavelength Range: Capable of operating across multiple wavelengths, the X-4007E is suitable for different types of fiber optic testing, including power meter and light source testing.
3. User-Friendly Interface: Equipped with a simple interface, this fiber optical light source tester ensures ease of operation, reducing the learning curve for new users.
SPECIFICATIONS
Models | X-4007-10 | X-4007-20 | X-4007-30 |
Wavelength | 650±20nm | ||
Output Power | >10mW | >20mW | >30mW |
Dynamic Distance | 8~12km | 12~15km | 18~22km |
Mode | Continuous Wave (CW) and pulse | ||
Fiber Type | SM | ||
Connector | 2.5mm | ||
Packaging Size | 175 x 26 x 26mm | ||
Weight | 97g | ||
Power Supply | AA Alkaline battery×2 | ||
Operating Temperature | -10°C~+50°C, <90%RH | ||
Storage Temperature | 20°C~+60°C, <90%RH | ||
Package | X-4007 VFL; user manual; soft carrying bag; lanyard | ||
The X-4007 Visual Fault Locator is essential for:
● Fiber Optic Installation: Ensuring the integrity of fiber installations by detecting potential faults before final deployment using an optical light source.
● Maintenance and Troubleshooting: Identifying and locating faults in existing fiber optic systems to facilitate quick repairs with the handheld fiber optical light source.
● Network Testing: Assisting in the performance evaluation of fiber optic networks, including power meter and light source testing, and serving as a reliable optical light source meter.
1. Power On: Press and hold the power button until the display lights up.
2. Select Wavelength: Use the wavelength selection button to choose the desired wavelength for testing.
3. Connect: Attach the VFL to the fiber optic cable using the appropriate adapter.
4. Locate Faults: Observe the output light from the fiber optic cable. Any visible light leaks or discontinuities indicate potential faults. This process utilizes the optical light source capabilities of the device.
5. Power Off: Press and hold the power button to turn off the device after testing.
VIDEO
1. What is the maximum distance the X-4007E can detect faults?
a. The maximum distance depends on the fiber type and wavelength, but typically, it can detect faults up to 100 kilometers in single-mode fibers using the optical light source.
2. Can the X-4007E be used with different types of fiber cables?
a. Yes, it is compatible with both single-mode and multi-mode fiber optic cables, making it a versatile fiber optic light source tester.
3. How long does the battery last on a full charge?
a. The device provides up to 40 hours of continuous operation on a full charge, ensuring extended use during power meter and light source testing.
4. Is the X-4007E suitable for outdoor use?
a. The X-4007E is designed for use in various environments, including outdoor settings, as long as it is protected from extreme weather conditions. Its handheld fiber optical light source design makes it adaptable to different testing scenarios.
5. What safety precautions should be taken while using the VFL?
a. Always avoid direct eye exposure to the laser beam, and use appropriate eye protection to prevent any harm while using the optical light source.