With all the talk of DoA atomizers.....

[jwquantrell]

I would just like to point out to all that I ordered and received 27 HV atomizers from Eastmall just recently and they all came through in good shape. I tested all with the multimeter and all are good.

Thanks again Eastmall.

 

[dskarpus]

I'm buying a multimeter tomorrow. What are the readings for the regular and high voltage atomizers? Or point to the thread.

 

[Di]

I would just like to point out to all that I ordered and received 27 HV atomizers from Eastmall just recently and they all came through in good shape. I tested all with the multimeter and all are good.

Thanks again Eastmall.

thanks JWQ,

we do not get a lot of complaints about atty failures,

but once in a while there is a problem,

no one is perfect, after all.

thank you soooooooooooooooooo much for posting here -- we have not had many reports on the HV attys.........


ALSO --

Please ---------

as DSK asks,

please post for us the comparison on the readings of the attys and HV attys

many of us would like to understand this please.

 

[jwquantrell]

I ordered the 3 packs of the HV 801, HV 901, and HV 510. All of the atomizers tested on average 4.6 ohms. The normal SLB atty tests out at about 3.2 to 3.5. Joye 510 atties test out at about 2.3 ohms.

http://www.e-cigarette-forum.com/forum/modders-forum/71422-atomizer-battery-watts-chart.html is a very good chart so you can check out the various atty to battery configurations.

http://www.e-cigarette-forum.com/fo...ee-if-your-atomizer-truly-dead-voltmeter.html is a very good read on using a multimeter with your atties.

I hope that it helps.

Regards
Jim

 

[Di]

I ordered the 3 packs of the HV 801, HV 901, and HV 510. All of the atomizers tested on average 4.6 ohms. The normal SLB atty tests out at about 3.2 to 3.5. Joye 510 atties test out at about 2.3 ohms.

http://www.e-cigarette-forum.com/forum/modders-forum/71422-atomizer-battery-watts-chart.html is a very good chart so you can check out the various atty to battery configurations.

http://www.e-cigarette-forum.com/fo...ee-if-your-atomizer-truly-dead-voltmeter.html is a very good read on using a multimeter with your atties.

I hope that it helps.

Regards
Jim

yes, JWQ

thanks for this, very good info,

I will post some that was gathered also, next post ---

with the attys ye,

the normal for the longest time for all factories was 2 to 2.5

than SLB factory upped their -normal - to 3 to 3.5

this confused many people who thought - aaaaah -- slb have a HV atty--
not so,
they just upped the heating capacity and ohms of their normal attys.

the true HV attys are a different animal altogether--

they are manufactured to work on higher volts and not overheat,
(they run cooler with the higher voltage passing thru the bridge coils)

I hope this is helpful.

 

[Di]

atty readings on ohms meter

4081/401/510/801/901, and get readings between 2 and 5.8. Different atty models will give you a slightly different reading, due to the heating coils being different.

Most factory attys read between 2 and 2.5

Slb upped their normal to 3 and 3.5

a 510 it should be around 2.5
a 901 should probably be around 3.5 - 3.7,
a 801 should be 3.7 - 3.9

HV attys should read between 4 and 5.8

 

[Di]

This is Brilliant -------

Many thanks to Ralph T for this ----------

Atomizer + Battery Watts Chart

​

I was trying to decipher which atty does what with which battery configurations. In "Vape World", we have a tendency to speak in terms of Volts and Atty type. This makes it very difficult to compare these combinations directly. One common measurement that can be determined is the amount of watts (heat).

So, I made a spreadsheet. Down the left column, you find your battery configuration. Across the top you find your atomizer, (or similar ohms to your atty). Where the two intersect is how many watts your combo makes.

If someone else has already done this, please point me to it. Also, I certainly don't have knowledge of all attys out there. So if you know the resistance (ohms) of an atty that isn't listed, please let me know.

 

[Quick1]

It does bother me somewhat that EastMall Representatives don't have the correct numbers, confuse "v" with "a", and are asking members for product measurements?

 

[Di]

It does bother me somewhat that EastMall Representatives don't have the correct numbers, confuse "v" with "a", and are asking members for product measurements?

please do not get confoozed


these are not from Eastmall reps

they are copied here from another forum

are they incorrect??????

please tell us the correct details ---------


I removed the "V"'s

just out of interest--

what should it be ???????????

and NO --

not asking for any measurements..........


Just for your information guys ---

I - me - Di -

do not know the difference between a volt and an amp

and I would not know an ohm

if it bit me in the ...$$$$$ hahahahahaha

 

[vapboy]

ok Di let me school you a bit on that the volt amp and ohm meaning.

imagine your battery/house outlet like a river, the flow of of the river is volts and for example we run our house power outlet at 240v's where as the states and other countrys run at 110v which means their flow is slower. But even thought their flow is slower their river is wider/carrying more water(amp's) compare to ours so it evens out to a same wattage ( THIS is AC there are frequencies involved for the different power sweet spot, i should of used another example but hope you get the idea of the river)

lastly ohms is you know your atty, like a gate that has turbine generator. the bigger it is the slower the river flows but generates more power.

hope my 2 cents helps you out, i learnt this analogie from my electrology course at tafe

 

[Di]

ok Di let me school you a bit on that the volt amp and ohm meaning.

imagine your battery/house outlet like a river, the flow of of the river is volts and for example we run our house power outlet at 240v's where as the states and other countrys run at 110v which means their flow is slower. But even thought their flow is slower their river is wider/carrying more water(amp's) compare to ours so it evens out to a same wattage ( THIS is AC there are frequencies involved for the different power sweet spot, i should of used another example but hope you get the idea of the river)

lastly ohms is you know your atty, like a gate that has turbine generator. the bigger it is the slower the river flows but generates more power.

hope my 2 cents helps you out, i learnt this analogie from my electrology course at tafe

hahahahah, OMG --

thanks VB


I will read this several times and see if I can - " Get it "

ok, what was it,

big volts are fast rivers,

small amps are wide rivers,

they all flow fast and turn into power,

this causes ohms,

Duuuuuh,

read it again, I am confoooozing myself here -------8-o

 

[vapboy]

you are on the right track Di
bigger the voltage faster it runs, bigger the amps the wider the river is.

ohms is the resistance of the atty as you know so it's like a blockage in the river, can anyone help me with this with an better example??

 

[Di]

you are on the right track Di
bigger the voltage faster it runs, bigger the amps the wider the river is.

ohms is the resistance of the atty as you know so it's like a blockage in the river, can anyone help me with this with an better example??

ok, so voltage is the speed of power coming out
like 6Volts - like 6miles per second --

amps is the amount of power coming out
like 6 amps - like 6 pounds per second

and ohms determines the rate that it will be allowed thru
like a flood control gate
like 3.5 ohms - like it is slowed to 3.5 pounds can pass thru at a power of 6miles per second power speed-------

I think I got it --

did I ????

 

[vapboy]

thats about correcto Di