Thanks!Nice job on the compressor, now you have me looking at my compressor. Where is the separator from?
The OD of the copper pipe leaving the compressor and going to the tank is 1/2". I also have about 20' of that on a shelf waiting for a project.@jcdammeyer I have 3/8" soft copper tube leftover if that's that your compressor outlet is.
Seems to work just fine and the fan shroud on mine is more restrictive than yours.Are you finding the fan blades on the driven pulley provide enough airflow through your air cooler or have you thought about adding an external fan?
Here's the head on my compressor.
View attachment 46542
Looks like this PA unit although a few bucks more.
Yup, I'd say it's the same.Looks like this PA unit although a few bucks more.
@YotaBota let me know if your compressor take 3/8" lineYup, I'd say it's the same.
Thanks for the info David.If I use my compressor a lot sandblasting I have to drain it at least every every few hours.
The results I've seen online show a really dramatic decrease in air temps. From perhaps 250F at the compressor head to 75F at the tank inlet with equally impressive moisture removal from the temp drop.
Yes, if it's 3/8 OD I have tubing to spare.You're talking of the head to tank line?
Thanks John!Very nice job!!
Not that I've been able to detect. The ID of the cooler is larger than the ID of the 3/8 tubing that was in place from the head to the tank so other than the increased inlet length I haven't changed anything else.Have you noticed or measured if there has been any noticeable flow restriction in terms of cfm?
Let me know if you want to pop over for a look at it.My cooler has been shipped. Should be here next week. I'll put it on the pile of 42 parts.