Thanks pretty hard to exclude the back ground noise when I am connecting new development networks with houses being built and foundations being poured sorry I could not exclude the back ground noise for you. Thanks for watching and commenting I appreciate it
Hey thanks for watching and subscribing. The pen you are seeing in the video is a V groove brush it is used to clean the v grooves in the splice machine to ensure there is nothing in the grooves that will cause a Fiber offset. As for the mirrors in the machine I clean them with small Q tips every time I change out my electrodes. As far as the tension on the Fiber it can cause misalignment when splicing but as long as your fibers are flowing nicely into the machine and your v grooves are clean along with proper arc test before splicing you will get quality splices
Thanks for this video it was very informative. Looking through the other videos I didn't see one that shows preparing a ring cut/midspan ribbon cable into a closure and tray. Is this something that could be presented or maybe I missed it?
The design team will allocate which splice case to use for each location but if I get to a work site and that splice case will not work for the location then I’ll change it to whatever I feel is the best fit for the job
Blowing my mind with all these different fiber cables you work with! Do you ever work with microfiber? I’m going to be splicing some soon for the first time
Just had a cool video idea: show off all the different cable types you work with! Maybe talk about which ones are your favorites to work with, and some of the benefits of each type. Seems like there’s broadly three types: loose fiber in buffer tubes @12f/tube, preribbonized fiber “loose” in the cable, and preribbonized fiber in buffer tube. I’ve also heard that microfiber comes @48f/tube, and there must be more! Plus different cable access types - the “banana peel” type is my favorite, I think
@@fibersplicegod woohoo!! Can’t wait to see it. Would be great to learn how different companies choose cables. You could also do the same thing for cases, cassettes, etc.
Nice well done always feels good completing the first outside build. Keep up the hard work and before you know it you will be pumping multiple work locations off per day like it’s nothing 🙌
Oh yea that will take a bit of time I’ve found what worst best for me when splicing large amounts of singles I’ll do 12 heat shrinks then strip all 12 fibers and then hit them with the alcohol wipe and then just grab and go for splicing helps speed things up a little bit
my god, can you manhandle the fibers any worse than that? Seriously. I was disappointed in how you handled those fibers, and then you ran into issues regardless.
Have been building networks for 10+ years and you may be disappointed that I ran into issues but It makes for good content and to show others how to fix certain issues and scenarios…. Thanks for watching and commenting
Ok we see the difference between a craftsman and a worker: a craftsman knows why you’re bonding the cables, and wouldn’t bond a nonmetallic sheath. A worker just does whatever he learned no matter the real situation. This is a worker that I’m watching, not someone that actually knows his craft.
And why are you cutting off the tips of the transfer tubes? Do you know why they are angled? They are to make it easier to slide in six ribbons without losing a fiber. Why are you using three 288 trays for a 432 lap splice? You need three of those trays when you make an 864 lap. Now I have to screw up a tray to add additional cable. Use one tray for 288 and one for 144. What you are doing makes zero sense and is a waste.
Just watching you with the storage tray: 1) you clearly never, ever go back into a splice. One full loop in the storage tray minimum, then up to the splice tray. 2) Why did you unnecessarily assign extra tubes to the distribution side if there is no fiber in them. Useless waste, just in the way.
On loading the splice tray: well, you have the proper amount there, but without allowing for bad things to happen, and they do, you have nothing to work with if something catastrophic happens. The worst is a fiber breaking at the end of your transfer tube. It happens to everyone once. You have no extra. And again, you’re wasting half of the tray’s capacity. Those trays are deep for a reason. 288 per tray.
You make the best fiber splicing videos ever. Thanks.
Thank you I appreciate that
Its awesome that your videos are not loud with background noise, excellent quality
Thanks pretty hard to exclude the back ground noise when I am connecting new development networks with houses being built and foundations being poured sorry I could not exclude the back ground noise for you. Thanks for watching and commenting I appreciate it
You are the best
Thank you for your videos
Thank you for watching and subscribing I really appreciate it new video releasing tomorrow
Are cleaning the alignment mirrors with that pen or coloring something in? Also, does tension cause the random fiber misalignment?
Hey thanks for watching and subscribing. The pen you are seeing in the video is a V groove brush it is used to clean the v grooves in the splice machine to ensure there is nothing in the grooves that will cause a Fiber offset. As for the mirrors in the machine I clean them with small Q tips every time I change out my electrodes. As far as the tension on the Fiber it can cause misalignment when splicing but as long as your fibers are flowing nicely into the machine and your v grooves are clean along with proper arc test before splicing you will get quality splices
Fiber Splice god... small G, great video.
Thanks for watching and commenting I appreciate it 🙌🙌
Thanks for this video it was very informative. Looking through the other videos I didn't see one that shows preparing a ring cut/midspan ribbon cable into a closure and tray. Is this something that could be presented or maybe I missed it?
that video is coming soon real soon thanks for watching and commenting
unbelievable the best video ever thanks man
I appreciate you watching and commenting thank you glad you enjoyed the content
Did both cables have a metal sheath? I only saw one.
Nice work, super clean!
Thanks for watching and commenting I appreciate it
waiting to see you get handed a 432 loose tube. curious how you'd do on time. awesome videos.
To be honest in my 10 years of splicing i have never done or seen a 432f loose tube they have always been ribbon cable
MAN, Please tell me how much do you charge for a work such a closer and how much for 144 non-ribbon? 2 cable to splice together
Hey man great vid, where did you get the stickers for the tube numbers please? They’d come in real handy for me, thanks!
they come with the foscs or they used to now you can only find them in the heat shrink package unfortunately
where do you buy the felt and the ribbon labels?
They come With the FOSC as long as whoever ordered the material requested it to come with the FOSC
who decides which type of splice case each job gets? Do you have a preference?
The design team will allocate which splice case to use for each location but if I get to a work site and that splice case will not work for the location then I’ll change it to whatever I feel is the best fit for the job
Blowing my mind with all these different fiber cables you work with! Do you ever work with microfiber? I’m going to be splicing some soon for the first time
Just had a cool video idea: show off all the different cable types you work with! Maybe talk about which ones are your favorites to work with, and some of the benefits of each type. Seems like there’s broadly three types: loose fiber in buffer tubes @12f/tube, preribbonized fiber “loose” in the cable, and preribbonized fiber in buffer tube. I’ve also heard that microfiber comes @48f/tube, and there must be more! Plus different cable access types - the “banana peel” type is my favorite, I think
Yea I have worked with micro lots it’s the same just have to be more gentle when pulling buffer tube off and of coarse adjust your tube ringer
Great idea I’ll for sure make a video on all the types of cable I’ve worked with
@@fibersplicegod woohoo!! Can’t wait to see it. Would be great to learn how different companies choose cables. You could also do the same thing for cases, cassettes, etc.
100% I will get right on it
Top esse padrão americano um dia tô por aí se Deus quiser
It's so nice looking
Exactly saves times 🙌
Realy nice work, congratulations !!!
Like how wide your table is we use the in tech trailers and for me the tables could be a hair wider
Yea I always make sure to put wide table in all my units more space the better really helps when building big 864 cases
I like this. Just subscribed. Looking to better myself.
Great Job!!!
thank you for watching and commenting i really appreciate it
Nice video. Thanks.
Thank you for watching and commenting I appreciate it🙌
Nice looking case build. Sub'd.
Thank you I really appreciate the comment and sub 🙌 lots more videos to come
one a day?! im ready (:
Nope minimum two a day the most fosc’s Ive built in one day is 6 💪
@@fibersplicegod very nice I did my first outdoor closure. I ribbonized two 24 fiber butts in a coyote dtc
Nice well done always feels good completing the first outside build. Keep up the hard work and before you know it you will be pumping multiple work locations off per day like it’s nothing 🙌
I like fiber work, but it’s not my sole duty. I’m a network guy. Thanks for the encouragement
This is awesome 👍🏼
thank you
Thank you for watching and subscribing I really appreciate it
nice job!!
Thank you I appreciate it
Details
I hate 432 Single fiber straight splice. Two men 24 hours
Hahah if you were being paid piece rates you would love them I can build a 432f straight splice in 6 hours start to finish by myself.
@@fibersplicegod single fiber, not ribbon
Oh yea that will take a bit of time I’ve found what worst best for me when splicing large amounts of singles I’ll do 12 heat shrinks then strip all 12 fibers and then hit them with the alcohol wipe and then just grab and go for splicing helps speed things up a little bit
$100,000,000 😂
Just some law of attraction I wrote it down now it’s time to follow through 🙏🙌
@@fibersplicegod Oh, so not quoting Dr. Evil? I've been quoting Austin Powers all evening!
Hahah that’s too funny I actually am just watching austin powers now and just watched that exact scene 😂😂😂
Those alligator clips are GARBAGE! I use 4460 Bonds for future!
Totally agree with you there they are trash
my god, can you manhandle the fibers any worse than that? Seriously. I was disappointed in how you handled those fibers, and then you ran into issues regardless.
Have been building networks for 10+ years and you may be disappointed that I ran into issues but It makes for good content and to show others how to fix certain issues and scenarios…. Thanks for watching and commenting
Ok we see the difference between a craftsman and a worker: a craftsman knows why you’re bonding the cables, and wouldn’t bond a nonmetallic sheath. A worker just does whatever he learned no matter the real situation. This is a worker that I’m watching, not someone that actually knows his craft.
Thanks for watching and commenting I appreciate it. It all comes down to the customer requiremnet
And why are you cutting off the tips of the transfer tubes? Do you know why they are angled? They are to make it easier to slide in six ribbons without losing a fiber.
Why are you using three 288 trays for a 432 lap splice? You need three of those trays when you make an 864 lap. Now I have to screw up a tray to add additional cable. Use one tray for 288 and one for 144. What you are doing makes zero sense and is a waste.
Just watching you with the storage tray: 1) you clearly never, ever go back into a splice. One full loop in the storage tray minimum, then up to the splice tray. 2) Why did you unnecessarily assign extra tubes to the distribution side if there is no fiber in them. Useless waste, just in the way.
On loading the splice tray: well, you have the proper amount there, but without allowing for bad things to happen, and they do, you have nothing to work with if something catastrophic happens. The worst is a fiber breaking at the end of your transfer tube. It happens to everyone once. You have no extra. And again, you’re wasting half of the tray’s capacity. Those trays are deep for a reason. 288 per tray.
@andrewsmith9174 lol your too funny man thanks for the input and the views your the best