Maybe ask them at which temp does the material melt as one member threw his SOLO in the garbage after he baked it to 200*C and claims the plastic under the heater melted.damienm420 said:For everyone concerned about the plastic in the Solo. I emailed Arizer about the airpath, and this is what Kevin said.
Hello Damien,
Thank you for your email. Materials used are a mica/ceramic insulating material, mica/glass for housing and contact points, pps with a very high concentration of glass fiber, and the stainless steel heater.
If you have any further questions please feel free to ask me.
Best Regards,
Kevin
Arizer Tech
service@arizer.com
Lukevh said:how about the ones on amazon? are any of them known to be stainless?
AceTK said:I guess what I'm trying to ask is if the duty cycle of the pwm modifies according to a thermostat or just set pwm presets?
Thanks
I think all M1105's are stainless steel so is the case worth $25 to you?Lukevh said:i can get the M105 with a vapecase for 199, or i can get a stainless steel with vapecase for 225? which one?
Kaptan said:Maybe ask them at which temp does the material melt as one member threw his SOLO in the garbage after he baked it to 200*C and claims the plastic under the heater melted.damienm420 said:For everyone concerned about the plastic in the Solo. I emailed Arizer about the airpath, and this is what Kevin said.
Hello Damien,
Thank you for your email. Materials used are a mica/ceramic insulating material, mica/glass for housing and contact points, pps with a very high concentration of glass fiber, and the stainless steel heater.
If you have any further questions please feel free to ask me.
Best Regards,
Kevin
Arizer Tech
service@arizer.com
Beardharmonica said:It's been on all day. I have tryed all the "fix" on the forum.
Smell getting worse.
It's a shame, I love my extreme Q and been recommending that company.
Will stay away in the future for sure.
OF said:AceTK said:I guess what I'm trying to ask is if the duty cycle of the pwm modifies according to a thermostat or just set pwm presets?
Thanks
I don't work for them, nor own one yet, but my understanding from the discussion is it's a closed loop system. Not a thermostat but it does sense 'furnace temperature' (the two smaller wires to the heater assembly, probably a thermocouple, a device that gives a voltage proportional to temperature). This is used to adjust the PWM duty cycle to drive the measured temp to the ideal (called a set point). Changing the temperature to turbo simply ups the set point that many degrees. Otherwise it tracks, pull lots of cold air in, it senses the temperature start down and dials on more power. Never off and on like a thermostat, much finer and also (hopefully) 'able to foretell the future'. That is do elegant stuff like notice it's a log way off temp and open it up wide for rapid heat gain, then throttle back (change the PWM) as it gets closer to the set point.
It is definitely not an open loop controller like on your stove elements, or a primitive closed loop like the oven. It's more like the cruse control on your car. Fully up to the job, or should be at least.
OF
AceTK said:OF said:AceTK said:I guess what I'm trying to ask is if the duty cycle of the pwm modifies according to a thermostat or just set pwm presets?
Thanks
I don't work for them, nor own one yet, but my understanding from the discussion is it's a closed loop system. Not a thermostat but it does sense 'furnace temperature' (the two smaller wires to the heater assembly, probably a thermocouple, a device that gives a voltage proportional to temperature). This is used to adjust the PWM duty cycle to drive the measured temp to the ideal (called a set point). Changing the temperature to turbo simply ups the set point that many degrees. Otherwise it tracks, pull lots of cold air in, it senses the temperature start down and dials on more power. Never off and on like a thermostat, much finer and also (hopefully) 'able to foretell the future'. That is do elegant stuff like notice it's a log way off temp and open it up wide for rapid heat gain, then throttle back (change the PWM) as it gets closer to the set point.
It is definitely not an open loop controller like on your stove elements, or a primitive closed loop like the oven. It's more like the cruse control on your car. Fully up to the job, or should be at least.
OF
Thanks i'm really looking forward to this unit arriving in 2 weeks time. How is the draw speed temperature maintain tolerance and the just stopped drawing overshoot tolerance? ie how fast can you draw before it cannot maintain temp and if you suddenly stop toking how much overshoot can I expect in Celsius and seconds duration roughly?
Thanks