Prepping OPGW requires a few things that normal fiber optic cables don’t require. One special requirement when prepping OPGW ends into a Stainless Steel 28″ Coyote closure, or any COYOTE® splice case for OPGW, is to add a Green Sealant Kit (Cat. No. 8003411) to the cable before wrapping the tape. This procedure ensures that [...]
There seems to be a fair bit of confusion surrounding the topic of how to calibrate a arc fusion splicer. This question crops up from time to time, from both project supervision level personnel to the hands on techs in the field. When using the word ‘calibration’ with regards to arc fusion splicers there are [...]
A leading service provider of fiber optic splicing and testing for the telecommunications industry OLC Fiber, Inc., a Denver fiber optic splicing contractor, has been a key enabler of optical solutions since 1997. Fiber Optic Splicing – Whether your fiber splicing project is around the corner, around the country, premise or OSP we’re interested in talking [...]
Fiber optic testing with an OTDR is a fairly straight forward process. When you’re talking single-mode fiber most customers require, at a minimum, testing each fiber at 1310nm and 1550nm windows to insure that splice specifications are maintained. When testing outside plant this involves an OTDR , a pulse suppression box (launch) , knowledge of [...]
It’s time for a few more pics from the the world of unacceptable fiber optic splicing. The following photos shows a splice tray from an OPGW 24 fiber splice location mounted inside a Windsor splice closure. The first pictures shows that the tech used connector boots and silicon to protect the fibers from the edge [...]
When splicing OPGW some form of shock hazard may be present at every job site. The specific hazard may be different based on the location. You could be at a Power Plant, Substation , Switchyard or on a transmission line. That is why it is extremely important to recognize the possible shock hazard situation for each [...]
Fiber Splicing Resulting in High Splice Loss
It’s time for a few more pics from the the world of unacceptable fiber optic splicing. The following photos shows a splice tray from an OPGW 24 fiber splice location mounted inside a Windsor splice closure. The first pictures shows that the tech used connector boots and silicon to protect the fibers from the edge [...]
Unacceptable Fiber Optics: Are You Doing This?
Time for a few more pics depicting unacceptable fiber optic practices. This first one is a classic. I’ve been in the business a long time and I can say that this is the first time I’ve ever seen this. The tech defiantly had no clue how to prep and wrap the cable entrys on a [...]
Evidence of unacceptable fiber optics If your fiber is being treated like this give us a call ASAP.
Viewing OTDR Trace Files Using TraceView
This short video explains, in plain English, how to use Anritsu’s software TraceView. This is a basic tutorial which shows the steps required to view a OTDR trace. It demonstrates how to add traces, set up the screen view, scaling the display range, setting A and B cursor locations and selecting loss modes. View OTDR [...]
If you own a older OTDR then you know how much of a hassle it is to copy trace files from the OTDR over to the PC. To put this into a little perspective, transferring a couple hundred megs of trace data off of a CMA4000 involves copying data to a floppy disk over 150 [...]
Calibrating Arc Fusion Splicers
There seems to be a fair bit of confusion surrounding the topic of how to calibrate a arc fusion splicer. This question crops up from time to time, from both project supervision level personnel to the hands on techs in the field. When using the word ‘calibration’ with regards to arc fusion splicers there are [...]
Compact Flash Upgrade For CMA4000/4000i
Back in January I posted about a compact flash that was hitting the market as an upgrade to the CMA4000/4000i OTDR. Since then we have had one of our machines upgraded and wanted to give a short review of the flash drive. IMHO the CMA is the best OTDR every developed for testing fiber optic [...]
