After you build it up, you are able to test on the demand of fiber condition, pin point the fault location and proactive monitor of dark fiber.  What makes this system so popular now is because the whole set is easy to operate while without missing any detail testing way. 

  Presenting the FIS2000 to our customers, this fiber monitoring system has been well designed collaborating with Geographic Information System (GIS) and the sophisticated database system. The operators are very easy to understand the fiber status through the graphic user interface base on MS-Windows and the maps together with the quality parameters and tested results in their workstation. 

  The FIS2000 system software has been well designed collaborating with Geographic Information System (GIS) and the sophisticated database system. It is easy for operators to understand the status through the graphic user interface, which is based on MS-Windows and the maps.  Finally, the testing results of the remote fiber test system will be put together with quality parameters and send to their workstation. 

  As for the large deploying FIS2000  test system configuration, all tasks and operations can easily be done on-line by data communication networks in TCP/IP protocol. It is also easy and simple to handle the networks within a country.

  This high standard optical multimeter provides the power tests and optical loss in a convenient way.  Most importantly, it is invented as a tool in optical telecommunication.  In order to make our testing system in a better condition, the device becomes relevantly important.  With our excellent R&D team, we will integrate the best devices of optical and electronics. 

  OTDR is actually referring to Optical Time Domain Reflectometer.  It is an equipment of optical testing, and is usually used for measuring fiber length, broken position, average loss of fiber and splice loss of fiber.  In words, we can say that is a troubleshooting device.  With such tool, your fiber optic can stop suffering from the problems of transferring data. 

  Considering this problem, we have already produced the fiber cleaner to not only ease the dust but also solve your problems.  The device is manufactured with super fine cross-woven fabric, and designed in the way of handy operation. Not trying to put more trouble on cleaning, you can use our smart product by pressing down the red button and then the cover slides will open, leaving the clean weave ready to clean the connector.  Moreover, the size of the CleMate 400 fiber cleaner is a revolutionarily design, fitting the movement of hands and your packet.

  There are two main ways of cleaning: wet and dry cleaning, and the CleMate 400 offers the dry-cleaning way that will not cause residual liquid, which may lead to improper connection.  Also, with two-wipes of the cleaner, all kind of dirty particles, such as dust, dripping, moist, and alcohol residues can be removed completely.  In this way, the connection performance will be improved significantly. 

  Besides the monitoring system, we also have a professional optical fiber tester.  The examiner we provide to you called CleMate 400.  The cloth of the CleMate 400 is made by the microfibers with special waving structures, and the patented fix-length forwarding mechanism prevents the cross-contamination to the connector.  We not only concern about the quality of the products, but also show our care to the environment. 

All the compounds of optical fiber tester are met with RoHS regulation.  Even more, the cleaning performance are guaranteed to meet the IPC standards of the fiber-optic connection.  And when you’re operating the tester, there will no longer electricity problems because we also design the Anti-static electricity into our tester.  Furthermore, the Anti-static materials can keep the dust and particles away from your connector. 

(1)   Fingerprint :

(2)   Dust and Particles :

(3)   Alcohol :