You're in for a treat. When I received my 2.0 I just disassembled it and through it all into a small bag with iso. I then air dried it under my heat gun and put it to work. Just remember to put the insert in before you heat it up.
I always second OGB. He's made me 10-15 adapters and reclaim catchers so far and I've only broken a few after years of hard use. I like to ask him to make impossible things, he gets pretty close though.
I dropped my SiC insert on tile while it was hot too. Just bounced a few times and then I had to wait for it to cool before I picked it up. My inserts fall out of my 2.0 if I turn it over while it's hot.
Is there a US option for Glass tubes? I just traded a grasshopper for a used Apollo and it's in rougher shape than I planned on. I've got spare bulbs in both 20W and 50W, but the tube is completely stuck in the body and the end of the tube is shattered inside the unit.
My first 4 grams through the Herc was like sipping medicated honey vapor. A big part of that was the strain, but huge props to W9 for not stepping all over the flavor. Adding in the Nibbler XL just makes it even cooler and tastier.
I agree with MrBonsai420. If I want to taste every flavor in my wax or oil, I go to the diffusion pump. If I want maximum diffusion for oil, I go with my Distilled Glass Recycler. For flower, I have a glass lung and my sublimator. That's my trifecta right now. I just ordered a Joda Glass...
I have the BatesXWorm version. I wouldn't call it super thick. I would say it's no more than 5 mm. The joint is vertical and it's pretty stable with the Liger. I use a drop down that's given it a bit of a wobble. I've ordered a new one to test out. A visit to a glass blower is the final...
I've played with the PID library in a home built Sous Vide machine and a few heaters for my friends brewing hobby. The coding was basically plug and play. All the extra work came in building the interfaces.
They are almost definitely using a proportional–integral–derivative algorithm. Their "Soft Heat" technology sounds like using variable PID settings so that you pulse the coils up to desired temp instead of turning them on and letting them run constantly up to temp and over shooting. Will I buy...
I'm betting the Errlectric still uses a similar logic loop to what is inside a standalone PID controller. They've just based it around a different PLC from someone like Atmel. It gives them extra processing power for things like cleaning mode and running multiple nails off one controller.