Fiber Optic Cable video microscope

Overview

• It is convenient to check the cable distribution frame and the cable connector installed in the hardware device
• Dual-rate cameras integrated into a single camera probe can quickly switch between 250 rate and 400 Rate
• Easily check the combination of optical cables and Optical Cables
• This avoids the risk of checking the optical fiber cables that are currently working.
• 10 times faster than traditional checking methods
• A larger display screen provides high magnification, clear display of small fragments, and surface contamination of the optical fiber end face.

Features
Fluke network's fiber Inspector Pro Optical Cable video microscope can quickly and safely detect the connection status of optical cables.

Non-clean optical fiber connection, dust and other pollution are the enemy of optical fiber high-speed data transmission. Today's networks require greater bandwidth and stricter Wear and Tear limits. To ensure normal operation of the network, it is very important to clean the connection without any pollution.

Fierinspector Pro Optical Fiber Optic Cable video microscope of fluke network is the best tool at your hand. It has dual-rate configuration and is a portable video zoom detection table, which is 10 times more efficient than a traditional magnifier. You can use an adapter to directly insert a probe into a socket or plug to detect the mounted optical cable connector without connecting it from the backboard of the distribution frame.

The dual-rate FT600 Optical Fiber video microscope integrates multi-mode optical fiber cables and single-mode optical fiber cables for ease of use.

Features:

Fault Diagnosis Using Optical Fiber video microscope

The connector of the optical fiber device is on the front panel or back panel. These connectors are difficult to detect because they are enclosed and installed inside the device. If a contaminated connection jumper is inserted, the contact points inside the device are also contaminated, resulting in signal attenuation. FiberInspector Pro never directly comes into contact with the optical fiber end face, so it will not cause pollution to the optical fiber cable.

Optical Cable End example

Here are some examples of clean or contaminated optical fiber ends displayed by the FiberInspector Pro:

What if the face is contaminated?

Solution: Use appropriate Optical Cable cleaning technologies such as fluke network's optical cable cleaning kit NF430)

Face with gaps

Solution: Check whether the gap exceeded the usable limit. The gap at the outer edge of the optical cable reaches 5%, which is usually caused by polishing. If the gap exceeds the usable limit, you need to re-build the optical cable terminal.

Optical fiber end face with scratches and oxygen leakage:

Solution: if there is scratches, wear, or oxygen leakage on the face, use high-quality sandpaper until no scratches or fragments are displayed on the display screen.

Broken or broken Optical Cable End Face:

Solution: if the end face is broken, the terminal needs to be created again. The crack may extend and damage the face.

Robust Design
The robust design of the FiberInspector Pro can withstand the severe environment of drops and other network installations. When the instrument is not in use, the hard carrying box can effectively protect the instrument.

Without proper tools, it is very challenging to detect the connection between network equipment, testing equipment, optical cables, distribution frames, and other optical cables. The traditional magnifiers can be used to detect the connection section of the optical fiber link. However, how can I check the installed optical fiber connection head? How can we detect the critical optical fiber connectors on hardware devices?
The FT600 Optical Fiber video microscope of fluke network, a portable video zoom detector, provides you with the ability to perform super checks on network devices and various types of optical fiber connections installed on the distribution frame.

The optical fiber detector can be used for detection without going to the backplane of the distribution frame or disassembling the network device, which reduces the time. Video probes can be inserted to detect optical cables without disconnecting each independent optical cable. This is the only most practical method for detecting network devices, because disconnection is impractical. The brand new optical cable video microscope adds a built-in dual-rate camera that allows you to quickly switch between a 250 magnification and a 400 magnification in a single camera probe.

The FiberInspector Pro contains an LCD display and a miniature detection probe that contains a long-life LED light source and a CCD video camera. The end adapter of the probe matches the connector, and a clear end-to-end surface and tiny slag image are projected on the LCD display. The video display allows you to directly view the optical fiber cable without looking at the end of the optical cable, thus preventing dangerous Laser rays from shining directly into your eyes.

You can check whether the optical cable endpoint is clean from the video image display, so that you do not have to directly observe the optical cable and may cause damage to your eyes.

FT600 Optical Fiber video microscope

The FT600 can display single-mode and Multi-Mode Optical Cable face-to-face images with lower or higher magnification.