I keep getting a yellow light after a print… or it keeps flashing after wards.
and… it seems like with EVERY print, it starts with “cooling” and then it has to cool like 5 times during the print. So a 5 minute job… takes like 10 or 15.
I’ve only used the machine a handful of times.
What’s going on? I really hope that isn’t the way it’s supposed to be.
Check to see that the hose out the window is not letting smoke back in. Check for a good seal.
I only notice a very faint smoky smell in my room.
I added a air filter in the room and turn it on when I cut. Now I notice nothing.
I also made sure that the hose was properly attached at both ends (don’t over tighten it on the GF, as you may snap the flange)
Many folks have trouble with the seal between the GF and the vent hose or the vent hose and an external vent. Metal foil tape like that used for hearing and air-conditioning systems at those connections usually fixes any leaks.
There will be a smell when you open the lid but should be none while operating on a properly vented unit.
Some of us have had great luck moving to a rigid hose with a booster fan.
I hot glued the high-temp sealing tape used for a smoker onto the end of the dryer tube. If the GFUI vent port protruded from the back a bit further, it would pressure fit perfectly. As it is, I use gaffer’s tape to make sure it stays put when I roll the cart around.
i hope this is something GF is looking at updating. it really ought to be another inch or so deep. it’s not easy getting a good, clean connection with such a short connection.
Been a while since I received mine and don’t remember the packaging well, but I think an extra inch would actually push it over the max dimensional size allowed by UPS.
Honestly? I’d like a plate that I can unscrew that has the hose coupling integrated with it and is sealed.
I would really like to be able to remove the honeycomb protecting the fan so I can clean the fan properly.
As well, I suspect that the area behind the clan is going to need cleaning someday or, at least, the potential for replacing the fan would be handy to.
And in my dream world, the fan could be removed and then I could use the “fan on” signal to control an external inline fan booster that blasts the nasty air above the roof line.
That could be easier to accomplish than your other asks.
I am not a mechanical engineer, or any other kind of engineer. Or seen any of the stress tests, drop tests, modeling tests, etc. I have to wonder what a hole in that area would mean as far as case integrity, manufacturing methods, etc. It’s easy to armchair quarterback manufacturing decisions (and other decisions) - but having sat in a number of decision-making meetings in my lifetime (as everyone here likely has) - I know that there is typically more than meets the eye.
Have you got something else in the window to block the smoke from coming back into the room? (Lots of folks cut a hole in a board or a big sheet of foam and run the hose out of that.)
If you are just running it out of the window, you need to make sure the end extends two or three feet beyond the opening, otherwise a lot of the smoke can blow back in.