The ultimate DIY RAM PUMP design!
60.7 هزار بار بازدید -
5 سال پیش
-
In this video, I will
In this video, I will go through my DIY ram pump setup which I have been working on since 2016 and all the components in my design. I started off playing around with 25 mm bought fittings and PVC but now operate a complete DIY Ram Pump. It took me about a month to get the first version working and I had very little help in troubleshooting various issues around optimization. I have come a long way since those first attempts and now we operate a complete DIY system that has much better reliability. I have been helped along the way in the fabrication of this Ram Pump by the guys at MacQuip (https://www.macquip.co.za/).
I moved the original system and sacrificed some potential drive head in the process. I was ok with this because the new system would be able to access a greater flow of water being plumbed after the spillway whereas before I was only capturing the inflow of the small stream. My effective drive head was 6.8 m and is now 4.5 m with no difference in the delivery height. My pump uses 4.5 m of drive head, to drive water up to 52 m elevation over a distance of 400 m. The interesting thing about this is that it easily charges to 8 bar easily indicating this pump would be able to deliver water following a 1:20 ratio ie. for every 1 m of drive head, the pump would be able to push 20 m vertically. I normally run the pump at a low impact low flow setting with approximately 110 cycles per minute but I cranked this up in the video to 75 cycles per minute by increasing the stroke length and adding more weight to the valve. This increased our delivery from 1200 L/day to 4150 L/day. We are only using about 500 L/day in the market garden but we are planning to scale this up so having access to more water is a great asset. To understand what this equates to over a year we can multiply 4150 L by 365 days assuming 100 % reliability (which is NEVER the case). Every year this pump could move 1.5 MILLION liters of water without the use of electricity into our agriculture system.
If you like this video please share by copying the link below:
The ultimate DIY RAM PUMP design!
For more updates, subscribe to my channel and activate the notifications bell:
@morgsbrew
Follow me on social media:
Patreon - Patreon: morgsbrew
Instagram - Instagram: morgsbrew
Twitter - Twitter: morgsbrew
The equipment I used to make this video:
- Huawei Mate 20 Pro
- MacBook Pro
- Final Cut Pro x
- DJI Mavic Pro
- Rode Smartlav+
Here is a list of people who inspired me to make this:
No-Till Growers - @notillgrowers
Essential Craftsman - @essentialcraftsman
Josh Sattin - @joshsattinfarming
Hoss Tools - hossgardeningtools
Nature's Always Right - @naturesalwaysright
Woby Design - @wobydesign
Peter McKinnon - @petermckinnon
Casey Neistat - caseyneistat
Dan Mace - danthedirector1
Alec Steele - alectheblacksmith
Cody Wanner - rcwninjaa
♫Music By♫
- YouTube Audio
I moved the original system and sacrificed some potential drive head in the process. I was ok with this because the new system would be able to access a greater flow of water being plumbed after the spillway whereas before I was only capturing the inflow of the small stream. My effective drive head was 6.8 m and is now 4.5 m with no difference in the delivery height. My pump uses 4.5 m of drive head, to drive water up to 52 m elevation over a distance of 400 m. The interesting thing about this is that it easily charges to 8 bar easily indicating this pump would be able to deliver water following a 1:20 ratio ie. for every 1 m of drive head, the pump would be able to push 20 m vertically. I normally run the pump at a low impact low flow setting with approximately 110 cycles per minute but I cranked this up in the video to 75 cycles per minute by increasing the stroke length and adding more weight to the valve. This increased our delivery from 1200 L/day to 4150 L/day. We are only using about 500 L/day in the market garden but we are planning to scale this up so having access to more water is a great asset. To understand what this equates to over a year we can multiply 4150 L by 365 days assuming 100 % reliability (which is NEVER the case). Every year this pump could move 1.5 MILLION liters of water without the use of electricity into our agriculture system.
If you like this video please share by copying the link below:
The ultimate DIY RAM PUMP design!
For more updates, subscribe to my channel and activate the notifications bell:
@morgsbrew
Follow me on social media:
Patreon - Patreon: morgsbrew
Instagram - Instagram: morgsbrew
Twitter - Twitter: morgsbrew
The equipment I used to make this video:
- Huawei Mate 20 Pro
- MacBook Pro
- Final Cut Pro x
- DJI Mavic Pro
- Rode Smartlav+
Here is a list of people who inspired me to make this:
No-Till Growers - @notillgrowers
Essential Craftsman - @essentialcraftsman
Josh Sattin - @joshsattinfarming
Hoss Tools - hossgardeningtools
Nature's Always Right - @naturesalwaysright
Woby Design - @wobydesign
Peter McKinnon - @petermckinnon
Casey Neistat - caseyneistat
Dan Mace - danthedirector1
Alec Steele - alectheblacksmith
Cody Wanner - rcwninjaa
♫Music By♫
- YouTube Audio
5 سال پیش
در تاریخ 1398/08/18 منتشر شده
است.
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