Practical application; wire coil dripping.

In summary, the conversation discusses the use of a vibration platform to drip excess oil from heavy wire coils during the manufacturing process. The question is raised about the appropriate acceleration and amplitude parameters for the platform, with a suggestion to use a conducting tube and high voltage potential for more efficient dripping. It is noted that acceleration cannot be compared to weight and will depend on factors such as surface tension and lube viscosity.
  • #1
joemax
2
0
As part of a wire manufacturing process, heavy wire coils are being sprayed with oil to prevent corrosion. Final step is to have these coils dripped to eliminate oil excess.
Basic question is; if I where to build a vibration platform/table to do this dripping, what would be a good consideration for acceleration and amplitude parameters?
If the acceleration were less than the total weight (wire coil + vibration platform), that is < 1g, would that be enough for oil to drip? What would be the recommended "g" percentage?
As for the amplitude, I guess small amplitude will be better suited for oil dripping.
I'm still wondering if acceleration > 1g would do any better.
Thanks a lot,
Joemax.
 
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  • #2
Or - put the coils inside a conducting tube (no touching!) and put a high voltage potential on the coil. The drops will be attracted to the tube.
 
  • #3
joemax said:
If the acceleration were less than the total weight (wire coil + vibration platform), that is < 1g, would that be enough for oil to drip? What would be the recommended "g" percentage?
As for the amplitude, I guess small amplitude will be better suited for oil dripping.
You can't compare acceleration and weight, it's apples and oranges.
The acceleration required will likely be a function of surface tension and lube viscosity...
 
  • #4
Thanks Svein and B.Joule. This is an industrial standard application; a vibration table. Just wondering which percent of acceleration for the vibration table, will help drip the oil faster.
 

Related to Practical application; wire coil dripping.

1. What is a wire coil dripping?

A wire coil dripping is a method used in electronic cigarettes to deliver e-liquid to the heating element. It involves wrapping a wire coil around a wicking material and allowing the e-liquid to soak into the wick before heating it up to produce vapor.

2. How does wire coil dripping differ from other methods of delivering e-liquid?

Wire coil dripping differs from other methods, such as tank systems, in that it requires the user to manually add e-liquid to the coil and wick after a few puffs. This allows for more control over the flavor and intensity of the vapor, but can be more time-consuming.

3. What are the benefits of using a wire coil dripping method?

Using a wire coil dripping method allows for a more customizable vaping experience. It can also produce denser and more flavorful vapor compared to other delivery methods. Additionally, since the user is manually adding e-liquid, there is less risk of dry hits.

4. Are there any downsides to using a wire coil dripping method?

The main downside to using a wire coil dripping method is the need for frequent refilling of e-liquid. This can be inconvenient for some users, especially when on-the-go. It also requires more skill and knowledge of coil building and wicking compared to other methods.

5. Can wire coil dripping be used with any type of electronic cigarette?

No, not all electronic cigarettes are suitable for wire coil dripping. This method is typically used with rebuildable atomizers, such as RDAs (Rebuildable Dripping Atomizers) or RTAs (Rebuildable Tank Atomizers). It is important to make sure that your device is compatible before attempting to use wire coil dripping.

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