Here are the internals for the Nano. There are no electronics inside. Only the heating element and Neon bulb. I will post the EV-2 later when I finish it on the EV-2 thread.Andy, as a Nano owner, I am concerned. As you recall, back in April, gvapes posted this:
Last Thursday, this was posted by Frickr in the Epicvape EV-1/EV-2 thread:
Followed by this post by vtac:
There has been no response from you on this matter in that thread and I am concerned as to how this could relate to the Nano. The electronics, from what I understand, are the same.
Andy, I would like to see the internals, if possible, of Frickr's vape and your determination of what the root cause was of the short/shock. And, I would like to know if this could happen with the Nano.
If you can't see the picture try this link:I can't see the picture
Andy, how can you say that there are no electronics inside the Nano? The LED is an electronic. And it has 120v going across it's wires.
I appreciate your concern and apologize for not posting sooner. It's not an LED it is a neon light. There are no electronics in the Nano. All the electronics are in housed the externally mounted dimmer switch that is distributed by Phil-Mor and manufactured by Zing electronics including the cord and plug by the hundreds of thousands. I have inspected his nano and can't replicate the spark. There have been no other reported issues of sparks. When I intentionally short out test nanos, the breaker in my shop trips and the triac in the dimmer blows at the same time. Neither of which happened in Gvape's case. My thought at this point is possibly there was a problem in the dimmer which I don't have the capacity to test.Andy, how can you say that there are no electronics inside the Nano? The LED is an electronic. And it has 120v going across it's wires.
The other thing that is bothering me is that you have, yet again, not answered the question as to what happened with gvapes' Nano. What caused it to shoot sparks when it was plugged in? Have you determined the cause? And how do we know that that same thing will not happen again? Have changes been made?
I appreciate your concern and apologize for not posting sooner. It's not an LED it is a neon light. There are no electronics in the Nano. All the electronics are in housed the externally mounted dimmer switch that is distributed by Phil-Mor and manufactured by Zing electronics including the cord and plug by the hundreds of thousands. I have inspected his nano and can't replicate the spark. There have been no other reported issues of sparks. When I intentionally short out test nanos, the breaker in my shop trips and the triac in the dimmer blows at the same time. Neither of which happened in Gvape's case. My thought at this point is possibly there was a problem in the dimmer which I don't have the capacity to test.
If people are really concerned, couldn't they just plug into a GFCI?
all i could see on my unit without taking it apart was a burn mark on the inside of the unit around the indicator lamp. it looked to me as if one of the wires attached to the light had made contact with the side of the hole that the light emerges from.
Andy, you have stated again there are "no electronics" in the Nano. However, there is electricity going to the neon light. Perhaps we are arguing about semantics here?
Electronics deals with electrical circuits that involve active electrical components such as vacuum tubes, transistors, diodes and integrated circuits, and associated passive interconnection technologies.
I think Andy means "electronics" to be motherboards/such things. Obviously there would have to be electricity flowing to power the light and the vape. A little dab of an epoxy or silicone of some sort on the exposed wiring bit would help assuage any worries and keep it in place, but then again I'm 1) getting higher by the second and 2) I forgot what point 2 was. Would that wiring touching the plate at the "bottom" (perspective looking down like that) cause some sort of short-circuit or complete unit failure?
You are correct there is a resistor on the neon bulb. I should correct that.Andy, you have stated again there are "no electronics" in the Nano. However, there is electricity going to the neon light. Perhaps we are arguing about semantics here?
From the EV-1/EV-2 thread:
Here is a picture of the inside of my Nano. The wires to the neon light are slightly exposed there. There is nothing holding the neon bulb, fixed, in the hole (no glue or adhesive). There's also nothing holding the wires going into the Nano in place, meaning that they could jam or shift inside the Nano if someone tripped on the cord or the Nano fell.
Also, Andy, you should modify your diagram to include the resistor on the electrical wire to the neon.
I think Andy means "electronics" to be motherboards/such things. Obviously there would have to be electricity flowing to power the light and the vape. A little dab of an epoxy or silicone of some sort on the exposed wiring bit would help assuage any worries and keep it in place,
The airpath is above the plate and sealed off by a ceramic flange on the heating elementIs that area in any way in the airpath, or is the airpath above the plate in the picture?
My husband was an electrician in the Navy.
He spent a few years as a professional appliance repairman (now, he just does it for friends & relatives).
He fixes consumer electronics for me.
He's looked at the photos, our E-Nano, the diagram, and his response is that, this unit doesn't NEED a grounded plug, and the only way it's going to short out is if someone abuses it to the point that the wires on the heating element cross (twisting it?), or if a wire cap comes completely loose (hard to actually do in that small of a space).
You all do what you want. I'm gonna keep using my E-Nano.
I'd say probably a good precaution to plug into a GFCI power strip any vape that uses full AC instead of transformed, lower voltage DC current. Pretty cheap extra level of protection.
Practice common sense safety precautions and you won't get the wrong type of buzz.
...nothing to worry about in the short term for sure.