HyeOnMaple
02-10-2013, 12:02 AM
It took me almost about three weeks from finding the pan to fixing leaks this weekend, but here is my new baby. :D
6659666066616662
The second pic is of some improv tools like the copper fitting (1" fem thread x 3/4 fem swt soldered to a 3/4 tube with a cap). I used this as my flaring tool, the extra length helped keep the drive straighter down the tube. Had I to do it over, I'd order the $17 1" hammer drive made by Ridgid. The "C" clamp was used to close the ends of the Type "L" tubing (thank God, only seven), the Hemmer was for the rest of the Type "M" copper. The 1" grinding wheel was to open the 1-1/8" holes just a touch (since pounding on the tubes made them a little pudgy at the top). And the 1/2" PVC tube is my cleaning rod. Scotch Brite slid through two slots cut with a band saw (use what you have) glued into a 1/2" FXF slip X thread fitting, to a 1/2" x 1/4" bushing, to a 1/4" air hose fitting (use what you have) that (just) fits inside my 1/2" chuck on my Ryobi cordless drill.
Had 9 leaks at the tips, 2 at the pan, NONE now. Teacher at the Tech school Welding class TIG'd the center of the pan for me (sweet).
Original weight of the pan 7 lbs. Add copper = 37 lbs (almost 40 ft) plus solder = total of 40 lbs (yeah, I used too much solder),
Tell me what you think.
6659666066616662
The second pic is of some improv tools like the copper fitting (1" fem thread x 3/4 fem swt soldered to a 3/4 tube with a cap). I used this as my flaring tool, the extra length helped keep the drive straighter down the tube. Had I to do it over, I'd order the $17 1" hammer drive made by Ridgid. The "C" clamp was used to close the ends of the Type "L" tubing (thank God, only seven), the Hemmer was for the rest of the Type "M" copper. The 1" grinding wheel was to open the 1-1/8" holes just a touch (since pounding on the tubes made them a little pudgy at the top). And the 1/2" PVC tube is my cleaning rod. Scotch Brite slid through two slots cut with a band saw (use what you have) glued into a 1/2" FXF slip X thread fitting, to a 1/2" x 1/4" bushing, to a 1/4" air hose fitting (use what you have) that (just) fits inside my 1/2" chuck on my Ryobi cordless drill.
Had 9 leaks at the tips, 2 at the pan, NONE now. Teacher at the Tech school Welding class TIG'd the center of the pan for me (sweet).
Original weight of the pan 7 lbs. Add copper = 37 lbs (almost 40 ft) plus solder = total of 40 lbs (yeah, I used too much solder),
Tell me what you think.