Thanks for the Replies.
I am very new to this whole thing and have been trying to just dig through the sea of info to save everyone from having to answer the same questions over and over.
The bed which really would never get to temp from the beginning was not acceptable.
I ordered a 500W AC silicone heat pad from McMaster along with a solid state relay. Using the current set up with bang-bang works fantastically and has produced many good prints. I have found that a temp of 107 keeps things sticking very well.
The problem is not so much a problem as is a concern that in the 5 seconds it takes for bang bang it will easily run up to 117.
Even at that temp it has caused me no issue.
If I were to do PID tune for the bed would that not increase the accuracy of my temp control?
I also have an E3D hot end on order and am going to want to change the value for the resistor in config.h?
My bed will heat up faster than my hot end at this point. If I can never get it any more precise than it is currently, that would be fine.
I am a tinkerer by heart but I am no computer wiz nor am I any good at really understanding g-code.
I have another issue that I will wait until I am able to post pictures before I ask any questions.
By the way 2n2r5 I have never had a pile of plastic yet... but I will say that over the last month I have learned a lot from contributors like you... to that I say Thank You. So how do I tell which chip I have?
elmoret you are asking me the right question and hopefully can help me understand this better. I am terrible at remembering acronyms. But PWM is something I would like to understand better vs. bang bang. With PWM is the board actually changing the voltage between 0-12 variably or is it just turning on and off 12v more frequently?
Also could you give me a quick explanation of SSR ?
Printit Industries Model 8.10 fully enclosed CoreXY, Chamber heat
3-SD3's & a Workbench all fully enclosed, RH-Slic3r Win7pro, E3D V6, Volcano & Cyclops Hot End
SSR/500W AC Heated Glass Bed, Linear bearings on SS rods. Direct Drive Y-axis, BulldogXL
Thanks to all for your contributions