Fiber optic connector is used for the connection of optical fibers or fiber optic cables. The Fiber Cable Connectors provide a mechanical connection for the two fiber cables and align both cores precisely.
There
have been over 100 connectors developed over the years, but a select
few have stood the test of time and beat out their competition. Fiber
Optic Connectors according to the different transmission media can be
divided into common silicon-based optical fiber single-mode and
multimode connectors, as well as other issues such as plastic and as the
transmission medium of optical fiber connector; connector structure can
be divided into: FC SC, ST, LC, D4, DIN, MU, the MT and so on in
various forms, but SC and LC connectors are the most common types of
connectors on the market. ST connector is the most popular connector for
multimode networks. Different connectors are required for multimode and
single-mode fibers.
In addition to connectors that tie two fiber-optic lines together, there are also Fiber Optic Adapter Plates
(or fiber adapter plates) that can be used to connect multiple
fiber-optic lineself. It enables you to make quick and easy fiber patch
panel connections as they can snap into the enclosures easily. In a
device such as this, connections can be made between any of the lines
plugged into the panel. Though a single adapter panel can usually only
hold a dozen or so cables, the panels can also be spliced together,
allowing hundreds or thousands of connections to be made.
Specify
optical fiber adapter plates for ST-, FC-, SC-, MT-RJ- or LC-type
connections. Adapter plates are compatible with all wall and rack mount
optical fiber enclosures and available in 6 simplex and duplex, 8
simplex and duplex and 6 quad configurations with fiber counts of up to
24 per adapter plate. They mount easily by means of plunger locks
(“pushpins”). ST, FC, SC and LC connec-tor plates can be equipped with
62.5-μm and 50-μm adapters suitable for multimode applications or a
sisingle modenly version is available with adapters outfitted with
zirconia ceramic sleeves. Our SC and LC 10G multimode laser optimized
adapter uses zirconia ceramic sleeves.
Series Features
Available in 6-, 8-, and 12-port fiber configurations,
Panel options available include ST, SC, LC and others,
High density applications can be reached through Dual and Quad LC applications,
Composite, Metal, or Ceramic sleeve options available,
Blank panels are available for use as dust covers,
Plates are available for mounting Bezel style jacks creating a mixed media environment.
In
order to customize wall mount or rack mount fiber optic enclosures,
FiberStore offers a wide selection of panels with various Fiber Adapters
including ST, SC, MTRJ and LC. All modular adapter panels are assembled
with industry standard adapters. FiberStore fiber adapter panels/plates
can come with various fiber adapters, such as LC/SC/ST/FC/MT-RJ, E-2000
fiber optic adapters, compatible with simplex or duplex and meet
TIA/EIA-568-B.3 requirements. Our adapter plates include phosphor bronze
or zirconia ceramic split sleeves to fit specific network requirements.
LC and SC adapter housing colors follow the TIA/EIA-568-C.3 suggested
color identification scheme. Multimedia modular panels allow
customization of installation for applications requiring integration of
fiber optic and copper cables. Blank fiber adapter panels reserve fiber
adapter panel space for future use.
Showing posts with label fiber adapters. Show all posts
Showing posts with label fiber adapters. Show all posts
2013/07/16
How To Use Magnifier Inspect Fiber Optic Connector
We can use magnifier to check the fiber optic connector
pin end, which quickly determined that the connector insertion loss is
high or low, the need for re-grinding. With this method, you only need a
few seconds, you can initially conclude that the connector meets the
quality requirements. Than the use of instruments that measure the
specific optical connector insertion loss value, and then determine
wheter the quality meets the requirements, greatly reducing the time and
improve efficiency.
Testing Equipment
Using fiber magnifier to check fiber optic connector pins end, we need at least the following equipment:
1. 200 times or 400 times of fiber optic magnifier(according to the type of fiber connector to check the selection of suitable fiber adaptor);
2. Pure alcohole and lens paper (hairless soft paper);
3. Light source (we used here instead of incandescent bulbs);
Testing Steps
Check the following steps:
1. Remove the dust cap at the end of the connector to check;
2. Insert the connector in the magnifying glass of the adapter;
3. If you can not see the field of vision magnifier pin end, then adjust the position of magnifier adjustment knob until the pin end graphics all entered the field of vision;
4. Adjust the focal length of the magnifying glass to the right position, making the pin end graphics to clear;
5. Check the pin end, works well for grinding connector. Its face should be round, very smooth, the end of the fiber core is flush with the pin, and showed concentric ring shape; If there is dust (or defects), use lens paper (hairless soft paper) stick of pure alcohol wipe until the surface no dust (or you can see the clear flaws);
6. The other end of the connector to remove the dust cap, and make the end of the pins on the incandescent bulbs, we just checked in the connector end can see the light, otherwise the connector where a fiber optic cable has broken;
7. Repeat the above steps, check again, you will see a very bright core pin end view may find minor flaws;
8. Exchange ends of the connector, repeat the above steps to check the other end;
9. Mark the connector end of the existing problems with the tag, using appropriate methods, or grinding or re-assembled connector, and then repeat the steps above to be checked.
Analysis of test results
The use of a magnifier fiber optic connector for the inspection, we can see that a very good grinding effect fiber connector pin end face should have graphical features, it can have a variety of different types of defects that the end face of the connector graphical features. According to what we see different kinds of graphics, combined with our analysis, we can take the appropriate measures for improvement, in order to ensure the quality of the connector.
Recommended to use at least 200 times (preferably 400 times) of the optical magnifier to be checked. In order to check the accuracy, certainly with and without the use of incandescent bulbs in both cases with a magnifier to check connector end. In both cases the control of the end face of the pattern that can better determine whether defective.
For a good grinding effect connectors, we do not need any additional processing, instrumentatioin can be used directly for subsequent testing. If the connector is more obvious defects (based on experience needed to judge), its loss is likely higher, beyond the acceptable range of technical requipments, we can directly determine the quality problems. But for smaller connectors defective, the loss may be within the required range, then we need to use instrumentation to determine the actual test.
How to determine whether the effect of the connector polishing is “Good”?
If the connector pin end and core are round, smooth, while the fiber core is flush with the pin end, concentricity good, it is “good”, and without blemish.
If one connector looks “bad”, then the center or not circular, or is not smooth, or concentricity deviation is large, or the presence of other defects. For example, if the fiber has partially broken, then its will not be a full circle core.
The most serious situation is that we are under a magnifier to see the clear outline of the core of the phenomenon we call “fragmentation”. More than a brief introduction to how to determine a connector is a “good” or “bad”.
Testing Equipment
Using fiber magnifier to check fiber optic connector pins end, we need at least the following equipment:
1. 200 times or 400 times of fiber optic magnifier(according to the type of fiber connector to check the selection of suitable fiber adaptor);
2. Pure alcohole and lens paper (hairless soft paper);
3. Light source (we used here instead of incandescent bulbs);
Testing Steps
Check the following steps:
1. Remove the dust cap at the end of the connector to check;
2. Insert the connector in the magnifying glass of the adapter;
3. If you can not see the field of vision magnifier pin end, then adjust the position of magnifier adjustment knob until the pin end graphics all entered the field of vision;
4. Adjust the focal length of the magnifying glass to the right position, making the pin end graphics to clear;
5. Check the pin end, works well for grinding connector. Its face should be round, very smooth, the end of the fiber core is flush with the pin, and showed concentric ring shape; If there is dust (or defects), use lens paper (hairless soft paper) stick of pure alcohol wipe until the surface no dust (or you can see the clear flaws);
6. The other end of the connector to remove the dust cap, and make the end of the pins on the incandescent bulbs, we just checked in the connector end can see the light, otherwise the connector where a fiber optic cable has broken;
7. Repeat the above steps, check again, you will see a very bright core pin end view may find minor flaws;
8. Exchange ends of the connector, repeat the above steps to check the other end;
9. Mark the connector end of the existing problems with the tag, using appropriate methods, or grinding or re-assembled connector, and then repeat the steps above to be checked.
Analysis of test results
The use of a magnifier fiber optic connector for the inspection, we can see that a very good grinding effect fiber connector pin end face should have graphical features, it can have a variety of different types of defects that the end face of the connector graphical features. According to what we see different kinds of graphics, combined with our analysis, we can take the appropriate measures for improvement, in order to ensure the quality of the connector.
Recommended to use at least 200 times (preferably 400 times) of the optical magnifier to be checked. In order to check the accuracy, certainly with and without the use of incandescent bulbs in both cases with a magnifier to check connector end. In both cases the control of the end face of the pattern that can better determine whether defective.
For a good grinding effect connectors, we do not need any additional processing, instrumentatioin can be used directly for subsequent testing. If the connector is more obvious defects (based on experience needed to judge), its loss is likely higher, beyond the acceptable range of technical requipments, we can directly determine the quality problems. But for smaller connectors defective, the loss may be within the required range, then we need to use instrumentation to determine the actual test.
How to determine whether the effect of the connector polishing is “Good”?
If the connector pin end and core are round, smooth, while the fiber core is flush with the pin end, concentricity good, it is “good”, and without blemish.
If one connector looks “bad”, then the center or not circular, or is not smooth, or concentricity deviation is large, or the presence of other defects. For example, if the fiber has partially broken, then its will not be a full circle core.
The most serious situation is that we are under a magnifier to see the clear outline of the core of the phenomenon we call “fragmentation”. More than a brief introduction to how to determine a connector is a “good” or “bad”.
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