not reasonable..
I BEG TO DIFFER!!
Its easy to build a great big atomizer that will run forever in a big fog machine,
THEIR IS NO ATOMISER,AS SUCH.IT IS A DIFFERENT BEAST ALTOGETHER.
[FONT=Verdana, Arial, Helvetica]The Heat Exchanger
[FONT=Verdana, Arial, Helvetica]
Heat exchangers vary widely in design and materials, and wattage. Good manufacturing techniques will take into account all these factors for optimum output. Essentially, the heat exchanger is a block of metal with a resistance heating element inserted in it to heat the metal. The temperature of the block is maintained by a thermostat. A path is made through the metal for the fluid to travel through.[/FONT]
[FONT=Verdana, Arial, Helvetica]In the choice of materials for a heat exchanger, it is important to note that different metals have different heat retention characteristics. The most commonly used material is aluminum. The aluminum can be melted and either poured into a mold or extruded, like cookie dough. The block can contain a straight path, the simplest design form, or a spiral path. Aluminum heats quickly, but also gives up its heat quickly. The result can be large bursts of fog for short periods of time.[/FONT]
[FONT=Verdana, Arial, Helvetica]Less commonly used, is a tooled nickel-steel alloy block. Steel takes longer to heat initially, but has excellent heat retention properties. With a carefully designed spiral path (see drawing) which can require the fluid to travel as much as 9 feet, the steel block optimizes the amount of power used, giving sustainable, heavy output.[/FONT]
[FONT=Verdana, Arial, Helvetica]Wattage, or the amount of electrical power used to create the heat, is the specification most manufacturers cite to show how powerful their fog machines are. Although it is one indicator, other factors such as material composition and design, are just as critical to the success of accurately producing fog or smoke effects.[/FONT]
[FONT=Verdana, Arial, Helvetica]The other main factor in heat exchanger design is the control of the temperature by a thermostat. If the temperature in the heat exchanger is not quite hot enough, the fluid still becomes an aerosol, but it is wet and likely to leave a residue on the stage floor and equipment. If the temperature in the heat exchanger is too hot, the fluid can "burn" which may change its chemical composition.[/FONT]
[FONT=Verdana, Arial, Helvetica]Whether the thermostat is mechanical or electronic, reliability and accuracy are essential. A good thermostat design will not only prevent a machine from getting too hot, but will also insure that if the heat exchanger becomes too cool to "flash" the fluid, that the delivery system (pump) will be disabled to prevent wet fog from exiting the machine. [/FONT]
[/FONT]but when you make it ultra small it will become a lot more fragile.
YES, THIS POINT I AGREE WITH.BUT,WE HAVE CHANGED THE MODEL COMPLETELY. YOUR POINT COMES FROM THE FACT THAT THERE WAS ORIGINALLY A GAINT ATTY.
We already use a battery system that plugs in and recharges.
I OWN 3 DEVICES WITH 3/4 BATS EACH, I MUST CHARCH THESE WITH INDIVIDUAL CHARGERS IN INDIVIDUAL SOCKETS.SO I NEED A DIARY FOR THE RUNNING OF THESE 12 BATS. COME ON THIS IS 2010 MUST BE A BETTER SOLUTION!
If we make the vapor travel farther then it will be too difficult to drag.
I OWN A HOOKHA PIPE WITH 4 FT MOUTH PEICE NO HARD DRAG!
THE HIGHER IN VOLTAGE YOU GO,THE HOTTER THE SMOKE GETS.RESULTING LOSS OF FLAVOUR,AND 3RD DEGREE BURNS.
MY NOTION WAS TO USE SYSTEMS ALREADY SUCCESFULLY USED..
SEE, WE CAN CREATE DENSE SMOKE BY UPPING THE VOLTAGE,BUT IS IS NOT CONSUMABLE.IF,WE COOL IT WE GET A SMOOTH THICK, FLAVOURED VAPOUR. OUR ULTIMATE GOAL.
An auto dripping system would end up flooding the atty and people would always get liquid coming out.
THEIR ARE COMPONETS OUT THEIR THAT ALLOW YOU TO CONTROL FLOW AND TIMING TO THE MICRO MILILITRE 0-50 MML
ELECTROSOMATIC PUMP
PIEZO MICRO PUMP
Precision metering pump TAKASAGO ELECTRIC
Model Number MCP-50
Dimensions（mm）φ26xH63.5
Maximum Pumping Volume 50μl/cycle
Adjustable Pumping Volume Range 5～50μl
Maximum Operating Frequency 4Hz
Repeated Pumped Volume Accuracy ±1%(15～50μl),±2%(5～15μl)
Port Connection M6 , 1/4-28UNF
Ambient Temp. Range 10 - 40
Fluid Temp. Range 10 - 40
Voltage 12VDC , 24VDC
Power Consumption 4.4W
Duty Cycle Continuous
Insulation Class B
Dielectric Strength AC1500V 60s
Wetted Materials PTFE (POM or PP) , FPM
THEIR IS ALSO WHAT THEY USE IN INK CARTRIDGES ALLOWING U MULTI FLAVOURS AT PRECISE DROPLETS.YOU HARDLEY EVER GET DRIPS ON YOUR PRINTER PAPER!
I don't see anything here..
OPEN YOUR EYES,HOPE THE GLASSES I HAVE SUPPLIED HELPED
i think we as modders have been going around it the wrong way.
