Let's try installing the Raspberry Pi hardware decoder keys directly on the microSD card.
Last time I used an SSH connection into the running RPi, this time I'll edit the config.txt file on my PC. This is for a RPi 2 running the OpenELEC release of Kodi/XBMC, but should apply to other versions as well. See my earlier video on this same topic for details: - https://youtu.be/O_QigrXrsjE
Simply select the lines of text with the decoder keys in the e-mail you receive from the Raspberry Pi Foundation and then click in the config.txt file and paste the keys in. Then if you wish, you can delete the two commented out example lines in the file and close it and un-mount the SD card.
So in the next video, I'll test out the microSD card in the RPi 2 and see how it works with the GPU decoding live TV...
In this 3rd streaming radio video, I'll look at some of the streaming add-ons (content sources) available for Kodi/XBMC.
It would take dozens of videos to cover all this information in detail, but I just wanted to give a brief overview of some of the streaming options available. I'll also look at a few of them in more detail.
You can get Kodi from a number of sources, I used the OpenELEC build below for both Windows and Raspberry Pi:
- http://openelec.tv/
That install will include the Kodi add-ons repository from which you can install the Music add-ons.
I also installed the TVaddons repository from:
- http://fusion.tvaddons.ag/
There's many more official and unofficial Kodi add-on repos available, a search on Youtube or your favorite search engine will bring up tons of information about those. Check out Husham Memar's excellent Kodi channel:
- https://www.youtube.com/channel/UCb5DkdbEOBNoOY7RGkGN4pg
I mainly run the Radio and NPR add-ons to get basic radio playback on my old portable TV that is now a streaming radio player:
- https://youtu.be/nm38gbKpVYE
It's solar powered and I can also run it portable off of a 12V LiPo battery pack. This has let me unplug a radio and a set of powered speakers that I used to use in my garage/shop area when I spend 8-10 hours a day with my business.
So while over the air radio signals are free to receive, I had been paying for electrical power to run the radio. Now that power comes from the sun and I can also tune in radio stations well beyond the range of my old antenna-based radio.
I know there are internet radios available for purchase and I did look at those in the past. But they cost more than a RPi and only do that one thing. On top of that, they have one of those nasty 2-prong electrical plugs on them, so I would simply be trading a plug-in FM radio for a plug-in internet radio.
Now I have a full streaming media player and it runs off free solar power to boot. And it's made from an old obsolete portable TV a few pieces of open source hardware and software.
Now I used an old analog TV as it had a 12V power supply, display, remote control, speakers and an audio amplifier ready to go. But you could build a streaming radio/music setup from scratch using a touch screen LCD screen plugged into the RPi display connector. Add a Bluetooth adapter in a USB port and finally connect up some Bluetooth speakers and you would be set.
Questions welcome in the comments section below.
And as always, thanks for watching!
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https://www.youtube.com/watch?v=AJPy5SwVa-I
Touching up the shellac finish on the monster cross bike handlebars.
When the bike was built in 2012, I wrapped the handlebars in Fizik micro fiber Gel bar tape. I liked the grip and feel of that tape, but after a year it was showing signs of wear. So I applied some black cloth tape over the micro fiber tape. After a year or so, that also started showing some signs of wear.
So I decided to give the old school trick of applying shellac to cloth bar tape a try. A few coats of shellac and I liked the results. It gives a very durable finish and it's easily maintained.
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#MonsterCross
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https://www.youtube.com/watch?v=AAI6vT-xB8A
Using the Takagi tankless water heater display to calculate heat output and gas consumption.
You can switch between *F and *C by pressing/holding the Info button for 3 secs. You can adjust the temperature between 100*F and 120F just by pressing the Hot/Cold buttons. To go above 120*F/50*C you need to press/hold the Hot+Info buttons.
You can also calculate the heat output and gas consumption of the heater with the information on the display. Think of it like your Kill-A-Watt meter for an electrical load. Temperature rise is like "volts", water flow is like "amps".
Calculations:
Tin = 71*F
Tout = 146*F
Trise = 146 - 71 = 75
Flow = 2.6 gal/min
Gallon of water = 8.34 lbs
Flow = 2.6 x 8.34 = 21.68 lbs/min
BTU/min = 75 x 21.68 = 1626
BTU/hr = 1626 x 60 - 97,600
1037 BTU/cu.ft. natural gas or 91,000 BTU/gal. propane
Since 8.34 x 60 = 500, you can just take Trise x Flow x 500 to get BTU/hr, or Trise x Flow / 2 = cu.ft./hr of natural gas.
And to be more accurate, divide the BTU/hr. by the 0.93 heater efficiency factor, so 97,600/(0.93 x 1037) = 101 cu.ft./hr.
Or simply plug your temperature and flow numbers into this calculator:
https://www.advantageengineering.com/fyi/288/advantageFYI288.php
References:
https://www.eia.gov/tools/faqs/faq.php?id=45&t=8
http://www.erpud.com/comparison.htm
More to come, 1st month's gas bill:
https://youtu.be/yTRC6piyqLo
Be sure to rate, comment and share
And as always, thanks for watching
Intro:
Louisiana Fairytale by Austin Rogers
http://drfiddle.com/show_tune.php?id=94
...
https://www.youtube.com/watch?v=rYecHPXXQSE
Showing why and how I use the OSM maps on my older Garmin GPS units.
I picked up my first GPS, a Garmin StreetPilot-III, in 2001. It was awesome at the time, 3.4" color screen, voice navigation and a whopping 128MB memory stick for maps. Maps weren't highly detailed back then and you could get a good portion of the US street maps on that unit.
For a more portable GPS, I picked up a Garmin Edge-800 bike computer in 2010. It is great on the bike, showing cadence, speed, heart rate, slope, temperature and lots of other data. Plus it has a 2.5" color display and a 4GB micro-SD slot for maps.
I used to use the official Garmin maps on both units. However, I began to find those maps were lacking. They were missing trails, they have meaningless names for roads and trails they did show, the coloring of the maps was hard to see on a small screen. And as time went by, maps got more detailed to the point now that you need over 4GB of storage for a decent US street map.
So I started using the Open Street Maps on my Garmin units. They are kept a lot more up to date based upon user input. They get released on a much more frequent schedule so that new information is incorporated quicker.
I find the OSM Topo maps are a great all-around map option. They are routeable. They have a Mapsource installer to allow for map tile selection for uploading to the GPS. The simple color scheme works well on small displays. And you can't beat the price. I do throw a few dollars on the map provider's Paypal link now when I download an update.
OSM Map On Garmin page:
https://wiki.openstreetmap.org/wiki/OSM_Map_On_Garmin
StreetPilot-III:
https://www8.garmin.com/support/collection.jsp?product=010-00232-10
Edge-800:
https://buy.garmin.com/en-US/US/p/69043
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And as always, thanks for watching
#geocaching
#cache
#geo
#geocache
#gps
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https://www.youtube.com/watch?v=U5wUO8egr1I
A follow-up video to show the operation of the AC Panel Meter installed on my Tenma 72-1098 AC Power Supply.
This meter has a main screen that displays voltage, current, power and accumulated energy. It also has a single button that controls a number of additional features.
First is it turns the back light on and off. This setting is retained.
Second is there's a built-in power limit alarm that can be set anywhere from 0.1 up to 22.0KW to sound an alarm if that power limit is exceeded. I set mine to 0.8KW (800W) to alarm if I'm getting close to the 7A current limit on the power supply. Alarm feature demonstrated in this video:
https://youtu.be/hRCrvGlqYoQ
Third feature is the accumulated energy reading can be reset by a long press until the "energy" reading flashes, then a short press. The accumulated energy reading is retained and reads up to 9999Wh then reads up to 9999KWh which is the maximum reading.
This panel meter is also rated for use on 220/240V systems.
Soundtrack:
Magic Marker by Silent Partner
https://www.youtube.com/audiolibrary/music
...
https://www.youtube.com/watch?v=MRu8zwFSBE4
Let's see if we can manually balance charge the cells in this recovered C3 battery pack.
To save time, I first did a 3S charge on the 3 pair of original cells, adding 517mAH of charge on top of the 212mAH the entire pack took in the initial charge. So that is an increase in capacity over the initial ~600mAH charge they first took.
I later did a 2S charge on the remaining 2 cells to bring the pack voltage up to near 20.5 volts.
The next video will cover discharging the pack and then trying to recharge it from a more fully discharged condition. Also will try a different charging method:
- http://youtu.be/TbOn3jYf1IA
As always, thanks for watching!
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https://www.youtube.com/watch?v=eU-tfanAVUM
Let's test out the overload capacity ratings on this 1000 watt sine wave inverter.
This is the Tripp-Lite APS1012SW sine wave inverter/charger:
- http://www.tripplite.com/products/series/sid/970
I've had it for about 1.5 years now and its been working great. In hindsight, I might have wanted to get the 2000W model, but this is what I have.
The mfg. lists overload capacities, 100%-129% for up to a minute, 130%-149% for up to 10 secs. and 150%-200% for 1 second. The inverter seems to live up to those ratings. I do need to upgrade the wiring in the battery bank and to the inverter.
Check out my Super Capacitor video for the 1 second overload tests:
- https://youtu.be/8TVDFK2enSI
You can check out Knurlgnar24's inverter review videos from the link on the featured channels on the right sidebar.
And as always, thanks for watching!
Soundtrack:
Solar Flares by Silent Partner
Magic Marker by Silent Partner
https://www.youtube.com/audiolibrary/music
...
https://www.youtube.com/watch?v=_OjBpazCoYk
This saw is around 17 years old and gets used daily for cutting metal and plastic stock to make parts for the business. The saw has been getting noisier over the last few years and the last month, that noise became unbearable.
Harbor Freight had no parts available for this model saw that was discontinued so 10-15 years ago. Their new model saw is nearly identical, having a few new guards, safety features and paint scheme. However, they have no cross references for parts.
Harbor Freight saw:
https://www.harborfreight.com/1-hp-7-inch-x-12-inch-hydraulic-feed-metal-cutting-bandsaw-34272.html
Luckily Grizzly has an identical saw and their updated parts ordering page is excellent.
Grizzly Saw:
https://www.grizzly.com/products/grizzly-7-x-12-1-hp-metal-cutting-bandsaw/g0561
Parts:
https://www.grizzly.com/products/g0561/parts
You can look up the bearing p/n on their site or simply measure the ID, OD and thickness.
Replacement bearings (FAG brand) from McMaster-Carr, less expensive than Grizzly:
https://www.mcmaster.com/bearings/system-of-measurement~metric/for-shaft-diameter~17mm/for-housing-id~35mm/bearing-trade-number~6003-2z/width~10-mm/
Or Amazon for 1/4 the price:
https://amzn.to/3tBzoL4
Cliff's Shed has a good video on gear box repair that I used for reference:
https://youtu.be/6x275cVbhLI
Cliff went so far as to fabricate a new worm/worm gear combo!
Nice thing with this repair is, aside from purchasing the replacement bearings, it was accomplished with tools already on hand.
More to come...
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And as always, thanks for watching
Intro/Outro:
Louisiana Fairytale by Austin Rogers
https://web.archive.org/web/20170402222425/http://drfiddle.com/show_tune.php?id=94
...
https://www.youtube.com/watch?v=3t-12TCLIlk