DIY thread.....

  • Thread starter Thread starter thane1200
  • Start date Start date
dgatwood said:
To be a fair comparison, you have to include the cost of the drill press, and the person using the Greenlee has to include the cost of a couple of $15 socket wrench sets. Guess which one people are more likely to have lying around the house? :D

Fair enough. I guess I just assumed everyone else is a tool freak like me. I have two drill presses. And three welders, a plasma cutter, blah blah blah.

I even have a southbend lathe head. I just have to make the bed and tail for it :D
 
frederic said:
Fair enough. I guess I just assumed everyone else is a tool freak like me. I have two drill presses. And three welders, a plasma cutter, blah blah blah.

I even have a southbend lathe head. I just have to make the bed and tail for it :D
You BASTARD! you HEARTLESS BASTARD! Flaunting your tools in front of us like some glorified deity. SHAME!

I dream of the days I can attain a quality welder. Mine's just a 80amp gasless Lincoln. And as for my drill-press: it's little more than a 3/8" corded drill on a stand. :(
 
i just sold my plasma cutter and vintage rod welder... i have to move from the place in the country so a bunch of gear had to go... i still have my blacksmith shop though and WILL make a bunch of mic stands someday...
 
thane1200 said:
You BASTARD! you HEARTLESS BASTARD! Flaunting your tools in front of us like some glorified deity. SHAME!

The shop:

garage-clean-small1.jpg
.
garage-clean-small2.jpg


Storage for car parts is on the left (first picture), though since these pictures were taken over a year ago, you can't see the wall anymore. The shelves are 24" deep and fully packed sorted by what project the shelf of parts are for. The large desk in the center is actually an office desk, that I slapped a piece of 12 ga sheet of steel on top to use as my workbench. Made a steel frame underneath it, and bolted on 6" diameter pneumatic casters so I can roll it in and out of the garage. I welded to that steel top a 3/4" steel dowel for the ground clamp of my welder and plasma cutter, so I can just weld on the surface and not worry about the ground clamp and wire getting in my way or having to move it often as I rotate the project around on the desk.

In the second picture you see my mechanic's chest. That's where most of my hand tools are.... the rest of my hand tools sadly are scattered all over the floor, my truck, the house, and my studio. I need another one. Past that are my homemade worktops. My wood lathe is mounted on slides underneath the first section, so I can access it but since I don't use it that often I can keep it slide underneath at about knee height, leaving the tops for tools I use more often. Grinder, benchtop drill press, my parts washer, a metal cutting miter saw, and so forth. I've added floor standing bandsaw and a 7' high Delta drill pess in the back corner. Along the "fake wall" I built just behind the worktops (again, second picture), I have black pipe going the length of it, that goes into the closet just off camera, which has multiple quick disconnects for compressed air. My air compressor is in the closet, so it's not annoying loud while working. The air plumbing isn't in the pictures since these are a year and a half old. On the outside of the garage, on the wall between the two garage bays, I have an outdoor electrical box installed with a flip down door. The left side of that box has a 3-prong duplex, and on the right side there is a roller air hose sticking out about two inches. You can yank that hose just about to the street. A quick tug and it rolls itself back up inside the wall. This gives me electricity and compressed air outside, where I do most of my work since it's very messy.

Since this is a home recording/studio building forum, look at the second picture at the lower right hand side. That's 24-channel Mogami balanced snake cable on a wooden spool that's probably 3' diameter or thereabouts. It's 500'.

:D

I have an "electronics workshop" down in the basement next to the furnace, in a room that's about 9'x7' or thereabouts. All the stuff that's down there is leaving, and coming into the garage shop over the winter, so all my stuff is together. It's always annoying to need an o-scope and have to go downstairs to pick one, come back up and use it, then go back down and put it back. So I built out one shelf for the o-scopes, frequency counters, frequency generators, and various other test equipment so all my stuff is together. Then I can move the wall of the basement electronics workshop closer to the furnace, and give my wife more room in the laundry room, since it's ridiculously cramped now, and I can build her some counter tops for sorting, storing supplies, and so forth.
 
Last edited:
On the left?...radiator fan shroud for a ...68 pontiac or what?
 
frederic said:
The shop:

garage-clean-small1.jpg
.
garage-clean-small2.jpg


Storage for car parts is on the left (first picture), though since these pictures were taken over a year ago, you can't see the wall anymore. The shelves are 24" deep and fully packed sorted by what project the shelf of parts are for. The large desk in the center is actually an office desk, that I slapped a piece of 12 ga sheet of steel on top to use as my workbench. Made a steel frame underneath it, and bolted on 6" diameter pneumatic casters so I can roll it in and out of the garage. I welded to that steel top a 3/4" steel dowel for the ground clamp of my welder and plasma cutter, so I can just weld on the surface and not worry about the ground clamp and wire getting in my way or having to move it often as I rotate the project around on the desk.

In the second picture you see my mechanic's chest. That's where most of my hand tools are.... the rest of my hand tools sadly are scattered all over the floor, my truck, the house, and my studio. I need another one. Past that are my homemade worktops. My wood lathe is mounted on slides underneath the first section, so I can access it but since I don't use it that often I can keep it slide underneath at about knee height, leaving the tops for tools I use more often. Grinder, benchtop drill press, my parts washer, a metal cutting miter saw, and so forth. I've added floor standing bandsaw and a 7' high Delta drill pess in the back corner. Along the "fake wall" I built just behind the worktops (again, second picture), I have black pipe going the length of it, that goes into the closet just off camera, which has multiple quick disconnects for compressed air. My air compressor is in the closet, so it's not annoying loud while working. The air plumbing isn't in the pictures since these are a year and a half old. On the outside of the garage, on the wall between the two garage bays, I have an outdoor electrical box installed with a flip down door. The left side of that box has a 3-prong duplex, and on the right side there is a roller air hose sticking out about two inches. You can yank that hose just about to the street. A quick tug and it rolls itself back up inside the wall. This gives me electricity and compressed air outside, where I do most of my work since it's very messy.

Since this is a home recording/studio building forum, look at the second picture at the lower right hand side. That's 24-channel Mogami balanced snake cable on a wooden spool that's probably 3' diameter or thereabouts. It's 500'.

:D

I have an "electronics workshop" down in the basement next to the furnace, in a room that's about 9'x7' or thereabouts. All the stuff that's down there is leaving, and coming into the garage shop over the winter, so all my stuff is together. It's always annoying to need an o-scope and have to go downstairs to pick one, come back up and use it, then go back down and put it back. So I built out one shelf for the o-scopes, frequency counters, frequency generators, and various other test equipment so all my stuff is together. Then I can move the wall of the basement electronics workshop closer to the furnace, and give my wife more room in the laundry room, since it's ridiculously cramped now, and I can build her some counter tops for sorting, storing supplies, and so forth.


Aaaahhh, a man truly after my own heart. ;)
 
How to build the basic mic cable..

you'll need the following:

[a] soldering iron
rosin core solder
[c] cable
[d] connectors
[e] wire strippers or blade of some sort
[f] multimeter

Mic / Interconnect Cables
Making your own mic cables can be a great way to save money. All it takes is a little soldering skill (and I mean little) and the correct parts. For mic cables, I like to use Neutrik connectors (part nbrs here) and Canare Starquad cable (L-4E6S). These instructions are specific to the Canare Starquad cable, but will be very similar for other cable.

[1] Gently remove the outer plastic housing off the end of the cable. This should reveal a paper sheath and metal shield as well as the wires within the shield.

[2] Gently cut away the paper sheath and unbraid the shield. You should now have access to 4 wires inside the shield - 2 blue, 2 white.

[3] Strip the plastic housing off the tips of the 2 blue and 2 white wires within the shield.

[4] Twist the ends of the 2 blue wires together. Twist the ends of the 2 white wires together. Twist the unbraided shield strands together.

[5] "Tin" the blue wires that are twisted together; then the white; then the shield. Tinning is like priming - coat the wires with a small amount of solder. This will help hold the twisted wires together and make the final solder connection more secure.

[6] Solder the blue, white and shield wires to the XLR connectors' pins as follows: 1 = ground (shield), 2 = (+) (blue), 3 = (-) (white). Whether you solder blue to pin 2 or 3 (and likewise for white) doesn't really matter as long as you're consistent on both the male and female XLR on each end of the cable. But "blue to two" is easy to remember. Smiley

[7] Check for continuity with your multimeter. Basically you want to make sure that an electrical signal can be carried from one pin of the XLR cable, through your soldering, across the cable, through the soldering and to the same pin on the other XLR cable. Set your multimeter to the "continuity" setting. Apply one lead from the multimeter to the XLR male connector, pin 1. Apply the other lead from the multimeter to the other end of the cable, XLR female connector, pin 1. If the multimeter beeps, you have continuity - this is good! If the multimeter does not beep, you have a problem. Likewise, apply one multimeter lead to pin 1, and the other to pins 2 or 3. The multimeter should not beep. If it does, you have continuity across pins. This is bad. If you don't have a multimeter with a continuity setting, but do have a resistance setting, I assume you know how to check for continuity already.

That's it! Pretty easy, eh?
 
just a few quick DIY projects i just finished. I "hot rodded" a old Whirlwind IMP-2 direct box by removeing the old transformer and replaceing it with a UTC 0-10. The 2 channel direct box was built from the ground up with UTC A-35 trannys. I also built a 48V phantom distribution system that i can use with with my older outboard mic pres without internal 48V. One box houses the power supply and the smaller box(s) feed the mics. I can dasiy chain the smaller boxes to feed more mics than i'll ever own! The mic panel is, just a DIY mic panel used as a "extension cord". It has 8 mic ins and 4 cue feeds.
 

Attachments

  • Pic083.webp
    Pic083.webp
    25.5 KB · Views: 124
  • Pic155.webp
    Pic155.webp
    24.2 KB · Views: 115
  • Pic182.webp
    Pic182.webp
    21.7 KB · Views: 101
  • Pic088.webp
    Pic088.webp
    26.9 KB · Views: 106
MAN...that green box is cool! I have no idea what it is but it's very sexy!

I love this stuff!


BTW...noisedue rocks! Check him out sometime!
 
I'm just putting on the finishing touches to a 21 space rack. All I have left to do is install the mounting hardware when it arrives from Parts Express and paint it. Pics will come when it's done.

Other than that I've made the usual assortment of cables-- XLR, TRS, ballanced, unballanced, power cables, etc.

I also made a switchable (from the front of the rack) power conditioner/surge protector with battery backup.

Earlier I built a desk with removable 19" wide drawers that I could swap out for rack equipment... :cool:

I'm also in the process of making the PVC monitor stands....

I'm also making rack panels with louvres and fans (quiet ones!) for air flow.

Then I've built my computers... and most other things i was too cheap to buy...


Jason
 
Thanks Punkin. The lone green box is 2 channel DIY passive direct box. The case was brand new but thrown in the trash at work. The local surplus shop provided the rest of the parts plus the UTC A-35 transformers. I play a Rickenbacker bass (stereo out) hence the 2 in 1 direct box. Total cost was about 36 bucks and just took a few hours to build, plus it sounds great!
 
Jaray...tres cool...that's some max DIY'n. There's something sexy about green metal...just plain classy (I know...plain and classy...just play on words). Since it works to boot, that get an A+ from me. Nice! no chance to get the electronic internal detail (schematic) is there?

And to you CowboyJ...dude, that's some nifty looking furniture. Cozy...mid-west almost Amish but yet high-tech. I love painted wood. Glass door optional on that I wonder?
 
punkin said:
And to you CowboyJ...dude, that's some nifty looking furniture. Cozy...mid-west almost Amish but yet high-tech. I love painted wood. Glass door optional on that I wonder?

Actually I was thinking about that -- Home depot seems to have the necessary hardware and glass... I'm going there to check things out (and prices) this weekend.

Thanks for the support, by the way :)

Jason
 
I can post a schematic and assembly drawing this weekend.I borrowed the distribution box (small) schematic from a Tape Op articale. How about a DIY monitor speaker select panel/box thread? Just need interlocking switches (Switchcraft), some jacks, and a box. I'll show ya mine.
 

Attachments

  • Pic080.webp
    Pic080.webp
    18.3 KB · Views: 122
  • Pic090.webp
    Pic090.webp
    22.2 KB · Views: 109
JerAy said:
I can post a schematic and assembly drawing this weekend.I borrowed the distribution box (small) schematic from a Tape Op articale. How about a DIY monitor speaker select panel/box thread? Just need interlocking switches (Switchcraft), some jacks, and a box. I'll show ya mine.

Wow, that's pretty intense, I look forward to seeing the schematics!

Jason
 
Yes,schematic please.

If you need a web server to stick them on to defeat the file size limit of this forum, let me know. I'd be happy to give them a permanent home you can link to.

(plus I can print out the high res version for myself :D)

email me if you want me to host it.
 
Back
Top