Great job Logan, on the dust collection project and everything else. Getting dust collection hard lines and air plumbed is going to make your ongoing shop-Tetris trickier!! Maybe you’ll have to stop finding amazing deals on fb marketplace every damn day! Sorry, just jealous.
It's been hard to not go look at this, though not a steal..the Minimax would be sweet but just can't justify the price as I haven't outworked my current equipment's capability
I got some similar Wera hex keys, I love them and you can’t beat 15 bucks.
Agree...I'm always short metric sets right now so this was too good to pass up!
Have you tried the compressor yet? I love how quiet they are. Still need to get mine in the ceiling, too. Will be watching what you’re doing.
I've kicked it on to hear it and put it on the shelf...that's it so far. Starting to run airlines may be on today's task list, I think I know how it's going to go and the air will be needed for next phase of dust collection
And assuming I can get the rest of the ductwork finished for the dust collection...next phase is blast gates. 6" gates actuated by air cylinder, triggered by solenoid valve and a current sensor on the outlet for the machine. Basically this setup:
And the files needed for the 3d printing:
These two parts are made for use with a Powertec 6" blast gate (https://www.amazon.com/gp/product/B071RSDH23/ref=as_li_ss_tl?ie=UTF8&psc=1&linkCode=sl1&tag=robertcowandi-20&linkId=859c047fcf674b3d4c2c65f127877f4f&language=en_US) and 150mm stroke, 16mm diameter pneumatic cylinder...
www.thingiverse.com
Parts are showing up Friday/Saturday/Sunday....see how things work out.
One thing I don't have figured out yet is what I'm going to do to try and keep a blast gate open at all times. If I put them all on current sensing automation...the dust collection would fire up with all gates closed and that's no bueno. As of now I think tablesaw port will be the most commonly used one, so I may put the cylinder to open/close on it but run it off a palm switch or other manually cycled method. Controlling the solenoids with some logic run off an Arduino or similar controller could be done so that it's always leaving one open, not closing the last one until the next tool opens up etc is definitely feasible...but honestly more then I want to deal with right now. If anyone's done something similar or has seen this implemented easily would love to learn/get the link!
Taking it even farther into overkill, as the motor is on a VFD could even ramp down the speed after X time without tools on and ramp it back up with tools turning on....yeah I just need to get back to the garage and stop thinking about what could be and start doing something