Big session coming up, but I need help!

[essanym]

Keep the ideas coming folks! I want this to be difficult both mentally and physically!

Take a picture of the setup and post it. You don't have to be in the picture.

[The inspector]

It’s still in construction as we speak. A few bits still to be delivered. I’m getting ideas so if I have to modify anything I realise before I commit. 😊

[The inspector]

Ok, not quite a build photo.

But I have done a crude drawing to show how it will work/look. 

   

[essanym]

But I have done a crude drawing to show how it will work/look.

That's really cool.  I hope you are able to finish this project and I will certainly like to keep up with your progress.  If you run into any technical challenges, be sure to post them.  I'm sure with all the kinky brains on this site, any sort of issues could be resolved.

[The inspector]

But I have done a crude drawing to show how it will work/look.

That's really cool.  I hope you are able to finish this project and I will certainly like to keep up with your progress.  If you run into any technical challenges, be sure to post them.  I'm sure with all the kinky brains on this site, any sort of issues could be resolved.

There is one. What size peristaltic pumps are you using. I’m looking at 3v but I’m not sure they will have enough oomph!

[ltxrob]

With regards to you E Stim not lasting for more than 15 mins.
Why not use an arduino or PI to control an RC servo and just have it push the button every 16 minutes?

Just an idea for ya

[essanym]

There is one. What size peristaltic pumps are you using. I’m looking at 3v but I’m not sure they will have enough oomph!

The one I ordered is 12VDC but I dont have it yet. It should be delivered tomorrow.

Anytime I buy stuff that runs off DC, I look for items that run off 12VDC. That makes it easier to combine things as needed.

[The inspector]

With regards to you E Stim not lasting for more than 15 mins.
Why not use an arduino or PI to control an RC servo and just have it push the button every 16 minutes?

Just an idea for ya

I had considered something similar. Issue with that is. The power box I have is very poor. You have to press a button to power it on. Then another button to choose power. 10 presses to get to full power. Another button to change the rhythm/ frequency, again another ten button presses to speed it up. And finally another button to change the mode. Pulse or zap. 

It really is a poor design. Wish I had never bought it. Hindsight is a wonderful thing!

[The inspector]

There is one. What size peristaltic pumps are you using. I’m looking at 3v but I’m not sure they will have enough oomph!

The one I ordered is 12VDC but I dont have it yet.  It should be delivered tomorrow.

Anytime I buy stuff that runs off DC, I look for items that run off 12VDC.  That makes it easier to combine things as needed.

What’s the flow like? And the head healthy for pumping? Have to keep us posted as the collection bucket on mine will be below me and it has to reach head height! 

Also for you electronics people. I’ve done it before but can’t for the life of me remember how to wire a circuit that will make the motor spin if a button is released? Want to do it without an arduino ideally as I can’t find mine.

[essanym]

What’s the flow like? And the head healthy for pumping? Have to keep us posted as the collection bucket on mine will be below me and it has to reach head height!

Also for you electronics people. I’ve done it before but can’t for the life of me remember how to wire a circuit that will make the motor spin if a button is released? Want to do it without an arduino ideally as I can’t find mine.

Will let you know as soon as I can about the pumping ability.

Regarding the switch, you want to look for a "momentary NC" switch.  The NC stands for Normally Closed which means the switch is on when it's at it's default position.  You activate the switch to turn it off.  In case of not finding a switch that is only NC, you can also get a "momentary NC/NO" switch and just use the NC side of it since it's capable of both.  If you click the second link and look at the example, you can see it has 3 connectors.  In your case, you would only use two of them; whichever two are conductive when the switch is not activated.