@@LandtoHouse the video is too confusing, if you could show the system from start to finish in one shot , would make it easier to understand... thanks and great work!
I still got a little bit of snow but I just got a new check valve for mine cuz I left mine in and froze I'm glad to finally see a nice land to house video
It's far too easy to forget the pump during the cold months and have some broken pieces. I believe I've got approximately 30 ram pump videos planned out.
Thank You for eye opening video. I am living in 3309M altitude where no electric. It's truly helpful to use your technology to pump-up water from down-hill. I have water source is located in approximate 3250m alititude and distance from water source to my cottage is approximate 200m lenght up-hill. I would appreciate to you for providing me necessary information in-order to fix the RamPump. Looking forward to hearing from you soon.
Nice work Mate. I use these in remote jungle locations during my work with the Indigenous People. Simple to build, Simple to maintain. Using the "magic" of sending water uphill to teach Science to the folks living there.
Good to see this Ram in action. We had one when I was a kid. It was made of cast iron and was quite noisy.....you could hear it from nearby but not up at the house.
Used to watch these videos of yours all the time during the pandemic. And I stopped getting them recommended. One day I was working and remembered the ram pump videos. Still impresses me even after 3-4 years.
Thank you for watching! Yes 90% of the videos are longer recommended, and I don't know why. The ram pump has so much potential as long as you have a creek.
@@LandtoHouse I live in the desert of Arizona. The only time we have a creek is when you're hose is on full blast in the grass lol. I hope when I move I have somewhere with a creek. Not because I plan on needing the ram pump but they amuse me. Plus I could think of many things. Like could you take a stand pipe on the swing valve and once that one is working hook up some pipe with a good fall into the next size smaller. Don't know if there would be any practicality but it would be fun to test.
Outstanding. I bought one today. We currently use a 2 stage Davey pump to push water 400 feet away up maybe 40 feet. Pump works great, but sand from the creek in Maryland destroys the impellers. I'll try to fill an IBC from this and then pump uphill. Waynes World Garage
Could you theoretically use the electric less ram pump to fill the tank then use the water and gravity to power a water turbine to and generate free electricity?
Thanks again for this and all your great videos. Obviously, I study your videos. That's interesting. You have two filter pipes, I'm guessing 2 inches in diameter each joining together to go down a maybe 1 inch black poly pipe? That might solve a problem I have where the filters can go a week, but benefit from daily cleaning. Complicated by the location being somewhat time consuming to get to. I've wondered to what extent my filters may be constraining the flow. I guess my stand pipes may be a measure of this and I think I'm mostly OK. We don't have much fall, only 30 inches over 70 feet of creek, so at you and others suggestions, we use 3 inch, replacing with 4 inch diameter 3 feet tall stand pipes to move the height of the water closer to our ram pumps. I still find it hard to believe, but the stand pipes increased the water pumped by 70%. After watching this video I'm wondering if I could modify the stand pipes to filter silt like your buckets or maybe have a bucket filter closer to the top that would also function as a short stand pipe. Filters are important when the irrigation ram pumps run for long periods of time to supply water to mini-wobbler sprinklers. Never thought about a stand pipe on water tanks - that would solve a few things, maybe even allow going to another tank. Did you ever get a useful self starting siphon to work reliably? (I think there is a Land-to-House) video on this. With limited water pumping, a self starting siphon might allow water to be accumulated at a higher location and "automatically" quickly release a bunch of water for irrigation when required volume of water accumulated. The creek flowing through our property is lower than the surrounding meadow. The location is far from electricity and impractical to haul fuel for a reasonably priced gas pump that is not usually designed to run continuously. The meadow has steep hillsides on both sides that somewhat limit sun for solar pumps and part of the problem we've had with solar pumps is what to do with the heavy batteries over the long winter. Ram pumps in our case are so far the best way I've managed to irrigate the 4 acre meadow. The connected mini-wobbler sprinklers direct the water precisely where the water is needed and work better when windy by spreading the water in a wider area. One continual challenge we have is cleaning the input filters which need cleaning weekly and benefit from daily. Another challenge is rotating the output of pumped water among the sprinklers. For 4 acres directing the water to the high areas, I think we need 36 sprinklers and so far I've had as many as 24 sprinklers installed (but not running at the same time). Each of our four 1/4 ram pumps can run one and a half or so mini-wobblers - let say 1 pump per sprinkler with me switching the connections - potentially 36 ram pumps. However if I can figure out how to rotate the output 1 day out of 10 to each sprinkler - in theory, I'd only need 4 and maybe a few more ram pumps. Thus my interest in filling water tanks with self starting siphons - maybe the output from different tanks could be directed to different sprinklers? Also, sometimes, like when its raining, irrigation is not needed and might as well be filling elevated water tanks. I did not realize this in the beginning, but the Land-to-House ram pumps are the cheapest and most dependable part of our irrigation system. I've bought several from Land-to-House and built one of my own - definitely faster and easier to buy. May also be cheaper by the time we goof up and get some wrong parts. Also, in our case, the pumps are a fraction of the overall irrigation system cost - economizing time is important with lots of other ranch work to be done. Thank you for all your videos - I've watched most of the videos more than once. I see you have a few new items like the filter bucket and the kits vs assembled pumps on the Land-to-House website. Any thoughts of selling replacement parts with perhaps a minimum total order price? Sometimes parts get lost in the creek and other places. ... like finding the right size for the rubber gasket used by the PVC Union. Oh - I also see pump statistics on the website that I don't remember - how exciting. Thanks for the videos and ram pumps. Dave
I wonder if you might like to try this experiment with your ram pump. Could you try screwing a bike valve assembly just before your pressure tank to see if it can add an air bubble after each cycle? I'm thinking one of those with a soft spring and rubber seat. They don't need much back pressure to keep them shut. You can also use it to add air manually. I've noticed the larger pumps have a small air hole but that doesn't work with the smaller models.
2024 video ideas: Make a concrete/masonry intake for the micro hydro Coanda box to replace the one you made from wood. Make a concrete/masonry box to hold your turbine alternately use a old/free chest freezer & cut a hole in the bottom
if the filter bucket was up stream at the dam, surely you would have much more pressure in the pump inlet , could you try that for US the pinstock is only from the bucket to inlet, you talked about presure water in your video back 10 years orange jacket, 1 gallon a minutes then, now a trickle DOH
I've often wondered if one could capture the waste water from the valve into a bucket or other container and have that weather flow down to a second rampump theoretically conserving some of that waste water for use back up at your containment tank. Your thoughts?
Similar to my idea. But my idea is to use multiple ram pumps to get water up a large hill/cliff/tower/etc., and capture the "waste water" at each level above the first in a small box or bucket, and to then channel it back down to the prior level's feeder tank, and basically "recycle" it or give it another chance to go up the hill... ^_^ In theory, then only the "bottom" pump would be losing water to ground, as the others would just be getting recycled back into the prior pump's feed tank.
if theft was the main concern then either bury it in concrete with the servicing parts visible and accessible or as i suspect the noise is the main concern then i seem to remember a video of yours where a ram pump works perfectly fine underwater , that would dampen the sound , if you have excess water then construct a water fall near it to mask the noise ,just a couple of ideas love your channel keep up the good work
@@LandtoHouse lol seems like i commented on the wrong video of yours!! Im sure there was a video of yours about security of the ram pump ? Oh well i will enjoy this one as well
Would you be able to just install more ram pumps to fill up the tank faster? I'm interested in these because I wonder if you could use these to implement into a hydro power generator
I've a question. If I want to supply my home with water, I need it all year; I can't shut it off for the winter. Why can't I use the ram pump in the winter? Running water does not freeze unless it get ***EXTREMELY*** cold. So if the creek is running all year, why can't the ram pump be used all year? The water is running in it. It won't freeze. The coldest it gets here in Connecticut is between 5 to 10 degrees on the coldest nights. Normally it doesn't get below 15 degrees in the winter. The creek is still running and so does not freeze. So the ram pump shouldn't freeze either. I want to pump the water into a storage tank inside my garage, which never freezes. It's easy to outflow excess water to the drain.
Hi mate, great video. Just curious? How much water loss from the flapper valve? I plan to pump from two ground level rain water tanks to an overhead tank to supply the house. Lift would be no more than 12-13ft straight up. Pressure from the tanks would give a good flow, being maybe 2ft above ground level. I am just thinking of the water loss compared to its ease of operation ... Keep up the good info ...
If i were to use this for watering plants, is there an easy way to automate where it only waters sometimes? Im guessing i would have to go water intake -> to ram pump to - > tank, then some sort of tool to let it out only sometimes.
I'm very interested in talking with you about my situation. I have a cottage on a lake. How can I pump water up to a holding tank when I have no head pressure on the pump. How much head pressure is needed to make it operational
i have a question .... if we use two pressure chamber instead of using one pressure chamber in a single drive pipe will it increase the pressure of the water ?
You would have to make an insulated box for the pump itself but yeah if you can run this all year as long as you have flowing water. Basicly you are just stealing water energy, its smart to insulate though no doubt
Do you have a simple design or idea that would entail using a ram pump in a container (IBC tote) to continuously recirculate the water to fall on a hydro turbine?
Thank you for the great video. Question for you. When using a ram pump to pump water uphill to a cattle trough which is set up with a ball float (similar to a toilet tank) to stop the water from pumping once the water reaches the desired height in the trough, does the ram pump keep pumping? And / or , is it possible to stop the ram pump from pumping once the ball float is deactivated, and restart once the float is reactivated? Hope this makes sense. Thank you in advance. Matt
When the delivery water stops flowing the pump continues to cycle in the creek. The pressure at the pump will reach max based on the input head pressure. Once the delivery pipe is opened again the water flows again.
Would still love to see you try making something like and idea I've had, to see if it would work or not... My idea, not sure if it works or not, would be to make a LARGE tank with multiple output pipes with some kind of floaties attached inside, up to different levels in the tank, so they'd only open sequentially when the water is above a certain level. [like one with a pipe top at the bottom, another pipe terminating 1-2 feet from the bottom of the tank, and another terminating 2-4 feet from the bottom, etc.] The idea here is to try to be able to use all available water year-round, both when it's low flow during the summer, and high-flow during the winter. The idea being that when you can pull in more water, the tank maybe fills up more, and you can have more output pipes "open" as you get more water into it. So, you can make use of extra water when you've got it to pump more water up hill, but always have some "minimum" amount always going 24/7. I guess the question is whether you can have multiple output pipes come down and connect to like a y-joint, or a 3-way joint or something, so all 3 pipes can feed the same uphill pipe/hose or whatever via one or more ram pumps? And can you connect either a valve after the joint, and a ram pump after that, or else 3 ram pumps before the joint? Not sure which way would work better for delivering more water uphill faster (or, at all)? Would putting the ram pump after the 2-way or 3-way joint cause too much pressure from the united 3 drive pipes, and cause it to cycle too quickly, or something? If you'd have to put 3 ram pumps above the joint, I assume you'd lose a bit more water out of 3 pumps than out of 1, but if that's the only way to get it to work [without too much pressure causing it to cycle too fast and stop or not work right]? Just wondering if this would be a way to have a variable performance pump that'll make use of extra water when it's available [fall rains, etc.], but always work at some minimum level [from the lowest output pipe in the tank]?
Another fun idea I was toying with was the idea of losing as little water as possible in the process of moving water uphill through several "pumping stations," so-to-speak. So, if someone's trying to move water over a long uphill climb, and needs to use multiple pumps in series to get water all the way up top, potentially that's a lot of water lost along the way at the waste valves. But, my other idea was to have each upper "pumping station" collect/capture the water output from the waste valve into a collection box, or bucket, or whatever, and then have that drain back down to the next lower pump's input tank, giving it a "second chance to go up the hill" (as it would continue to feed the next lower ram pump). And, in theory, then only the lowest ram pump would actually be "losing water" to the ground. And, in theory, each collection/feed tank could have an "overflow" hose either connected down to the next prior input tank, or else to maybe do something useful at that level, like water a garden, etc. If one wanted to get crafty, one could potentially also use the collected "waste" water's flow to, I dunno, like run a water wheel and generate some small amount of electricity (prior to being dumped into the next lower feeder tank), or something? Done at multiple "levels" along the way, maybe it'd add up? Not sure... Heck, if the run is long enough, maybe you could even put multiple such water wheels along the way at intervals? Kinda' zig-zag the water down the hill through a few water wheel stations before it goes back to the next "feeder" tank? Would be funny if it generated enough electricity to take the "waste" water from the bottom ram pump and electrically pump into the first feeder tank, so it becomes "zero loss" or close to it. ;) No idea if there'd be enough "drop" to get enough energy to turn all the wheels and generate enough energy for that, or not? Just an amusing thought...
How much total head do you have on that stream? It would be really cool if you built a large stainless steel waterwheel and had the wheel driving a water pump. Do you have microhydro on that stream?
You left the pipes disconnected during the winter and they were open for any kind of critter to go into. Or did you put something into the opening that allows water to get out but no critters in. Something like a mesh?
@@LandtoHouse Thanks Seth. your AWESOME I so enjoy your video's. I'm putting a 1" this spring, I'd like to do the larger one but the 1 1/4 supplies a not as popular in our area but the other size's are.
Just had a thought - since you’ve got a ‘silt filter’ bucket part way through the inlet line, is there actually any need to screen the intake itself, since a lot of the silt still gets through and into the bucket, and then it’s only 1 maintenance item, not 2.
The screens keep out larger floaty stuff like leaves and sticks, the bucket lets the water slow down and drop most (not all) of the silt. Floaty and neutrally-ish buoyant stuff won't settle to the bottom of the bucket.
No thats impossible...how can a river supply any water to the ram pumps? There is no stupid questions just stupid people who have zero ability to think for themselves...stupidity is your strongest characteristic
salut, tu pourrais tester l' article doi: 10.1115 IMECE2020-23626 called: "Performance of a Modified Ram Pump With Double Inlets: An Innovative Technique to Improve Performance of the Hydraulic Ram Pump"?
I started to get worried last week, as there was no Ram pump 2024 yet. But finally, it's here! :D Ram pumps on this channel are the best!
Yes ram pump season has arrived.
Glad to see the pump is still going strong
Filled my 330 gallon tank overnight. Now I am ready to make more ram pump videos.
Agreed
@@LandtoHouse the video is too confusing, if you could show the system from start to finish in one shot , would make it easier to understand... thanks and great work!
@magdaw3123 I have almost 200 ram pump videos on the channel.Some of them do have one shot takes of the full system.
It’s alway fascinating when that valve starts clicking away on its own!
It is! And to walk outside a week later and hear the valve clicking away is also fun!
I still got a little bit of snow but I just got a new check valve for mine cuz I left mine in and froze I'm glad to finally see a nice land to house video
It's far too easy to forget the pump during the cold months and have some broken pieces. I believe I've got approximately 30 ram pump videos planned out.
@@LandtoHousebest way to have reliable water is to buy two and have a spare for repairing whenever something go bust.
Thanks for sharing this video. You have a great system!
Thank you for watching. This pump has been a champ for many years now.
Let the pump pumping the whole pumping season!
Yes lots of ram pump content is planned for the summer.
@@LandtoHouse I miss micro hydro.
Love your videos been subbed since 2016
Thank You for eye opening video.
I am living in 3309M altitude where no electric.
It's truly helpful to use your technology to pump-up water from down-hill.
I have water source is located in approximate 3250m alititude and distance from water source to my cottage is approximate 200m lenght up-hill.
I would appreciate to you for providing me necessary information in-order to fix the RamPump.
Looking forward to hearing from you soon.
Thanks for sharing!
It is ram pump season again!
Outstanding explanation of how the ram pump works, especially with the clear pressure tank. Well done sir!
I'm 2 weeks behind! Great job Seth! Looking forward to more Ram Pump Shenanigans!
Ram pump season is here. Haha shenanigans. Yes plenty of that.
Nice work Mate. I use these in remote jungle locations during my work with the Indigenous People. Simple to build, Simple to maintain. Using the "magic" of sending water uphill to teach Science to the folks living there.
Love seeing the pump in action
Good to see this Ram in action. We had one when I was a kid. It was made of cast iron and was quite noisy.....you could hear it from nearby but not up at the house.
This is a useful device that Amish people might love, as no electricity is needed!
They know bout em
Very cool, I enjoyed this video.
Used to watch these videos of yours all the time during the pandemic. And I stopped getting them recommended. One day I was working and remembered the ram pump videos. Still impresses me even after 3-4 years.
Thank you for watching! Yes 90% of the videos are longer recommended, and I don't know why. The ram pump has so much potential as long as you have a creek.
@@LandtoHouse I live in the desert of Arizona. The only time we have a creek is when you're hose is on full blast in the grass lol. I hope when I move I have somewhere with a creek. Not because I plan on needing the ram pump but they amuse me. Plus I could think of many things. Like could you take a stand pipe on the swing valve and once that one is working hook up some pipe with a good fall into the next size smaller. Don't know if there would be any practicality but it would be fun to test.
@offroadz4861 I used to live in New Mexico. It's so dry out there.
You can run a small pump from the waste water of a large pump.
@@LandtoHouse that's good to know, thank you!
I really am not sure why I watch these every year, but I just can not fathom missing one.
Thank you for watching. This is year 6 that I have done the startup videos.
Love this video! Thank you for sharing it.
Woo Hoo, glad to see the start of ram pump season!
Outstanding. I bought one today. We currently use a 2 stage Davey pump to push water 400 feet away up maybe 40 feet. Pump works great, but sand from the creek in Maryland destroys the impellers. I'll try to fill an IBC from this and then pump uphill.
Waynes World Garage
another nice video THANKS
nice job bro
I would love to use something like this for keeping a little duck pond constantly refreshed
Wow that's brilliant.
Awesome
Very helpful 😊
Could you theoretically use the electric less ram pump to fill the tank then use the water and gravity to power a water turbine to and generate free electricity?
I’m starting mine back up next weekend
It's time! Nice to see the warm weather returning.
Thanks again for this and all your great videos.
Obviously, I study your videos.
That's interesting. You have two filter pipes, I'm guessing 2 inches in diameter each joining together to go down a maybe 1 inch black poly pipe? That might solve a problem I have where the filters can go a week, but benefit from daily cleaning. Complicated by the location being somewhat time consuming to get to. I've wondered to what extent my filters may be constraining the flow. I guess my stand pipes may be a measure of this and I think I'm mostly OK.
We don't have much fall, only 30 inches over 70 feet of creek, so at you and others suggestions, we use 3 inch, replacing with 4 inch diameter 3 feet tall stand pipes to move the height of the water closer to our ram pumps. I still find it hard to believe, but the stand pipes increased the water pumped by 70%. After watching this video I'm wondering if I could modify the stand pipes to filter silt like your buckets or maybe have a bucket filter closer to the top that would also function as a short stand pipe. Filters are important when the irrigation ram pumps run for long periods of time to supply water to mini-wobbler sprinklers.
Never thought about a stand pipe on water tanks - that would solve a few things, maybe even allow going to another tank. Did you ever get a useful self starting siphon to work reliably? (I think there is a Land-to-House) video on this. With limited water pumping, a self starting siphon might allow water to be accumulated at a higher location and "automatically" quickly release a bunch of water for irrigation when required volume of water accumulated.
The creek flowing through our property is lower than the surrounding meadow. The location is far from electricity and impractical to haul fuel for a reasonably priced gas pump that is not usually designed to run continuously. The meadow has steep hillsides on both sides that somewhat limit sun for solar pumps and part of the problem we've had with solar pumps is what to do with the heavy batteries over the long winter. Ram pumps in our case are so far the best way I've managed to irrigate the 4 acre meadow. The connected mini-wobbler sprinklers direct the water precisely where the water is needed and work better when windy by spreading the water in a wider area.
One continual challenge we have is cleaning the input filters which need cleaning weekly and benefit from daily.
Another challenge is rotating the output of pumped water among the sprinklers. For 4 acres directing the water to the high areas, I think we need 36 sprinklers and so far I've had as many as 24 sprinklers installed (but not running at the same time). Each of our four 1/4 ram pumps can run one and a half or so mini-wobblers - let say 1 pump per sprinkler with me switching the connections - potentially 36 ram pumps. However if I can figure out how to rotate the output 1 day out of 10 to each sprinkler - in theory, I'd only need 4 and maybe a few more ram pumps. Thus my interest in filling water tanks with self starting siphons - maybe the output from different tanks could be directed to different sprinklers? Also, sometimes, like when its raining, irrigation is not needed and might as well be filling elevated water tanks.
I did not realize this in the beginning, but the Land-to-House ram pumps are the cheapest and most dependable part of our irrigation system. I've bought several from Land-to-House and built one of my own - definitely faster and easier to buy. May also be cheaper by the time we goof up and get some wrong parts. Also, in our case, the pumps are a fraction of the overall irrigation system cost - economizing time is important with lots of other ranch work to be done.
Thank you for all your videos - I've watched most of the videos more than once. I see you have a few new items like the filter bucket and the kits vs assembled pumps on the Land-to-House website. Any thoughts of selling replacement parts with perhaps a minimum total order price? Sometimes parts get lost in the creek and other places. ... like finding the right size for the rubber gasket used by the PVC Union.
Oh - I also see pump statistics on the website that I don't remember - how exciting.
Thanks for the videos and ram pumps.
Dave
Parabéns pelo belo trabalho, esse tipo de bomba é conhecida no Brasil como "bomba carneiro" muito utilizado por agricultores
I could not find the valve pressing stick on your merch page. How much are they?
HAHA it would be funny to offer a valve pressing stick. Someone would buy it.
@@LandtoHouse Especially if it was laser etched with the land to house logo!
Pretty neat
Cool. Subscribed.
Yeah, we are back!
Good job Seth. Any news on vlogs coming back? I’d love to see what you and the kids are getting up to! Hope you’re all well
I wonder if you might like to try this experiment with your ram pump. Could you try screwing a bike valve assembly just before your pressure tank to see if it can add an air bubble after each cycle? I'm thinking one of those with a soft spring and rubber seat. They don't need much back pressure to keep them shut. You can also use it to add air manually. I've noticed the larger pumps have a small air hole but that doesn't work with the smaller models.
Can a Y flapper check valve be used instead of the T style?
Fantastic. Great set up. Very impressed. Can I ask you two questions? 1. What do you mean by 7:1 ratio? 2. What is that valve called?
2024 video ideas:
Make a concrete/masonry intake for the micro hydro Coanda box to replace the one you made from wood.
Make a concrete/masonry box to hold your turbine alternately use a old/free chest freezer & cut a hole in the bottom
Great video! Why don't you put a hose clamp on that black pipe that joins to the fitting?
if the filter bucket was up stream at the dam, surely you would have much more pressure in the pump inlet , could you try that for US the pinstock is only from the bucket to inlet, you talked about presure water in your video back 10 years orange jacket, 1 gallon a minutes then, now a trickle DOH
Amazing work. May I ask what is the difference of height and length of hose from the source to the pump
I've often wondered if one could capture the waste water from the valve into a bucket or other container and have that weather flow down to a second rampump theoretically conserving some of that waste water for use back up at your containment tank. Your thoughts?
I think you will find this video interesting. th-cam.com/video/q3BOG0hureY/w-d-xo.htmlfeature=shared
@@LandtoHouse Excellent! I missed that one from 3 years ago. THx again.
Similar to my idea. But my idea is to use multiple ram pumps to get water up a large hill/cliff/tower/etc., and capture the "waste water" at each level above the first in a small box or bucket, and to then channel it back down to the prior level's feeder tank, and basically "recycle" it or give it another chance to go up the hill... ^_^
In theory, then only the "bottom" pump would be losing water to ground, as the others would just be getting recycled back into the prior pump's feed tank.
if theft was the main concern then either bury it in concrete with the servicing parts visible and accessible or as i suspect the noise is the main concern then i seem to remember a video of yours where a ram pump works perfectly fine underwater , that would dampen the sound , if you have excess water then construct a water fall near it to mask the noise ,just a couple of ideas
love your channel keep up the good work
An underwater test is a good idea for sound. I will give that a try next. Thanks!
@@LandtoHouse lol seems like i commented on the wrong video of yours!! Im sure there was a video of yours about security of the ram pump ? Oh well i will enjoy this one as well
Would you be able to just install more ram pumps to fill up the tank faster? I'm interested in these because I wonder if you could use these to implement into a hydro power generator
Thank you for your knowledge
I've a question. If I want to supply my home with water, I need it all year; I can't shut it off for the winter. Why can't I use the ram pump in the winter? Running water does not freeze unless it get ***EXTREMELY*** cold. So if the creek is running all year, why can't the ram pump be used all year? The water is running in it. It won't freeze. The coldest it gets here in Connecticut is between 5 to 10 degrees on the coldest nights. Normally it doesn't get below 15 degrees in the winter. The creek is still running and so does not freeze. So the ram pump shouldn't freeze either. I want to pump the water into a storage tank inside my garage, which never freezes. It's easy to outflow excess water to the drain.
We use ours all year, the spring doesn’t freeze during the winter snows.
Hi mate, great video. Just curious? How much water loss from the flapper valve? I plan to pump from two ground level rain water tanks to an overhead tank to supply the house. Lift would be no more than 12-13ft straight up. Pressure from the tanks would give a good flow, being maybe 2ft above ground level. I am just thinking of the water loss compared to its ease of operation ... Keep up the good info ...
If i were to use this for watering plants, is there an easy way to automate where it only waters sometimes? Im guessing i would have to go water intake -> to ram pump to - > tank, then some sort of tool to let it out only sometimes.
So are you saying that with every 7' of feed pipe then you can pump 1' rise of water?
I'm very interested in talking with you about my situation. I have a cottage on a lake. How can I pump water up to a holding tank when I have no head pressure on the pump. How much head pressure is needed to make it operational
i have a question .... if we use two pressure chamber instead of using one pressure chamber in a single drive pipe will it increase the pressure of the water ?
No, 2 chambers would just act the same a 1 larger chamber. The pressure will not change.
What a great video. What are the pros and cons of the sizes you carry?
Thank you. Larger pumps require more water to operate, but pump more water while smaller pumps require less water but also pump less water.
do you have a vid showing the build of the new one?
You would have to make an insulated box for the pump itself but yeah if you can run this all year as long as you have flowing water. Basicly you are just stealing water energy, its smart to insulate though no doubt
Do you have a simple design or idea that would entail using a ram pump in a container (IBC tote) to continuously recirculate the water to fall on a hydro turbine?
What happens if you had a shut off valve at the destination tank so it wouldnt over fill? When the valve opens would the ram pump start back up?
Is there a ration for the intake and supply/Delivery hose/pipe?
In one of your videos you had a bicycle inner tube in the air chamber. In these newer iterations, the inner tube is no longer necessary?
After some research I have found that the tube is not necessary. It can even plug the lower portion of the pump.
Thank you for the great video. Question for you. When using a ram pump to pump water uphill to a cattle trough which is set up with a ball float (similar to a toilet tank) to stop the water from pumping once the water reaches the desired height in the trough, does the ram pump keep pumping? And / or , is it possible to stop the ram pump from pumping once the ball float is deactivated, and restart once the float is reactivated? Hope this makes sense. Thank you in advance. Matt
When the delivery water stops flowing the pump continues to cycle in the creek. The pressure at the pump will reach max based on the input head pressure. Once the delivery pipe is opened again the water flows again.
have you never used the water for drinking ?
The best RAM pump very good idea watching from manila Philippines please support to May vlog super sayan vlog
SUPER ! :)
Would still love to see you try making something like and idea I've had, to see if it would work or not...
My idea, not sure if it works or not, would be to make a LARGE tank with multiple output pipes with some kind of floaties attached inside, up to different levels in the tank, so they'd only open sequentially when the water is above a certain level. [like one with a pipe top at the bottom, another pipe terminating 1-2 feet from the bottom of the tank, and another terminating 2-4 feet from the bottom, etc.]
The idea here is to try to be able to use all available water year-round, both when it's low flow during the summer, and high-flow during the winter.
The idea being that when you can pull in more water, the tank maybe fills up more, and you can have more output pipes "open" as you get more water into it. So, you can make use of extra water when you've got it to pump more water up hill, but always have some "minimum" amount always going 24/7.
I guess the question is whether you can have multiple output pipes come down and connect to like a y-joint, or a 3-way joint or something, so all 3 pipes can feed the same uphill pipe/hose or whatever via one or more ram pumps?
And can you connect either a valve after the joint, and a ram pump after that, or else 3 ram pumps before the joint? Not sure which way would work better for delivering more water uphill faster (or, at all)?
Would putting the ram pump after the 2-way or 3-way joint cause too much pressure from the united 3 drive pipes, and cause it to cycle too quickly, or something? If you'd have to put 3 ram pumps above the joint, I assume you'd lose a bit more water out of 3 pumps than out of 1, but if that's the only way to get it to work [without too much pressure causing it to cycle too fast and stop or not work right]?
Just wondering if this would be a way to have a variable performance pump that'll make use of extra water when it's available [fall rains, etc.], but always work at some minimum level [from the lowest output pipe in the tank]?
Another fun idea I was toying with was the idea of losing as little water as possible in the process of moving water uphill through several "pumping stations," so-to-speak. So, if someone's trying to move water over a long uphill climb, and needs to use multiple pumps in series to get water all the way up top, potentially that's a lot of water lost along the way at the waste valves.
But, my other idea was to have each upper "pumping station" collect/capture the water output from the waste valve into a collection box, or bucket, or whatever, and then have that drain back down to the next lower pump's input tank, giving it a "second chance to go up the hill" (as it would continue to feed the next lower ram pump). And, in theory, then only the lowest ram pump would actually be "losing water" to the ground. And, in theory, each collection/feed tank could have an "overflow" hose either connected down to the next prior input tank, or else to maybe do something useful at that level, like water a garden, etc.
If one wanted to get crafty, one could potentially also use the collected "waste" water's flow to, I dunno, like run a water wheel and generate some small amount of electricity (prior to being dumped into the next lower feeder tank), or something? Done at multiple "levels" along the way, maybe it'd add up? Not sure... Heck, if the run is long enough, maybe you could even put multiple such water wheels along the way at intervals? Kinda' zig-zag the water down the hill through a few water wheel stations before it goes back to the next "feeder" tank?
Would be funny if it generated enough electricity to take the "waste" water from the bottom ram pump and electrically pump into the first feeder tank, so it becomes "zero loss" or close to it. ;) No idea if there'd be enough "drop" to get enough energy to turn all the wheels and generate enough energy for that, or not? Just an amusing thought...
Does the pumping action noise disturb you?
Curious how far from pump can you hear it?
How much total head do you have on that stream? It would be really cool if you built a large stainless steel waterwheel and had the wheel driving a water pump. Do you have microhydro on that stream?
What do you do if the creek is not running
What size pipe did you use for this exact build?
You left the pipes disconnected during the winter and they were open for any kind of critter to go into.
Or did you put something into the opening that allows water to get out but no critters in. Something like a mesh?
The intake has a mesh. The output was open. I let a lot of water flow through before the first restart. That gets the silt out and any critters.
@@LandtoHouse Alright cool. Do not want a dead mouse to be stuck in a pipe that you use potentially for drinking.
Just wondering why not use ABS instead of PVC as PVC degrades in sunlight?
ABS bleeds it’s chemicals into the water and shouldn’t be used for drinking
Show how you do it
Can this be connected to a borehole?
Definitely getting one from you this spring. Can I get one that has the clear pressure tube?
Thank you. The clear tank was super costly. The clear pvc in that small section was almost $50. Because of the cost I don't make them for sale.
@@LandtoHouse Thanks Seth. your AWESOME I so enjoy your video's. I'm putting a 1" this spring, I'd like to do the larger one but the 1 1/4 supplies a not as popular in our area but the other size's are.
why not fill the delivery pipe with water from a hose first to save the trouble?
Often the ram pump is installed away from the house and no hose is available for prefilling.
Hey Seth
I'm planning on doing fish farming in Guinea Conakry, that's West Africa.
Is it possible for you to build a bigger ram pump for me?
Thanks
how long meter high to work this i need this can i self to made it what is need this material please one video to make for me
Get the trees off of it and the pipe will grow, who knew. Lol
Could you use a well to pull water out of for your water source?
The pump needs water falling into it to operate. Well water does not work.
What height is that, how many liters come out per hour
Just had a thought - since you’ve got a ‘silt filter’ bucket part way through the inlet line, is there actually any need to screen the intake itself, since a lot of the silt still gets through and into the bucket, and then it’s only 1 maintenance item, not 2.
The screens keep out larger floaty stuff like leaves and sticks, the bucket lets the water slow down and drop most (not all) of the silt. Floaty and neutrally-ish buoyant stuff won't settle to the bottom of the bucket.
I see that there is no inner tube in your pressure tank, but others have one. What's the advantage/disadvantage/need or not, for the inner tube?
After some research, I discovered that the bicycle inter tube does not help with the ram pump pressure tank. It is not an effective air bladder.
@@LandtoHouse so, if I were to make my own, is there a calculation for how tall or what diameter the pressure tank should, or needs, to be?
How would ram pumps work for intermittent water sources instead of constant ones like your creek?
You would Ned to save up water in a tank and release when full to power the pump. You would need to restart the pump manually each time.
@@LandtoHouse Thank you for the response! Sounds like too much work to restart every time. Probably better to just go with a regular pump.
I notice you have removed the rubber tube from the pressure tank. Any reason for this?
The tube did not help maintain air in the tank.
did you know you can turn them into an air pump to get compressed air to run tools or power
The air tank only holds a small bubble of air.
How? I'm curious
So we purchased a 3/4 ramp pump love it!! My husband has some ? For you do you have an email so he can ask you ??
Great! Yes please send questions to landtohouse at gmail.
How much
Is this a pump working without electricity ?
Yes.
is there not a way to auto prime that pump?
There are a few people experimenting with the idea. So far no success. As soon as air gets trapped in the drive pipe it's done.
Sir, how can i buy
You can find links to the ram pump in the description. Amazon and Land To House Store
I miss your intro theme music
Ah yes. My mom wrote that years ago.
Can I have 1 please.i really need I'll buy it please
You can find the ram pump on amazon, landtohousestore.com and ebay
@@LandtoHouse thank you,i have check but Amazon price it show in dollar I can't understand in dollar can you help me in Indian rupees please
So sad no option for india
Can this be used on a river ?
No thats impossible...how can a river supply any water to the ram pumps? There is no stupid questions just stupid people who have zero ability to think for themselves...stupidity is your strongest characteristic
your camera is moving too fast and too close, and very difficult to view
ฝรังเอ่ยพู่ดมากทำไม้ได้เรื่อง
Money making blog
Makes sense
salut,
tu pourrais tester l' article doi: 10.1115 IMECE2020-23626
called: "Performance of a Modified Ram Pump With Double Inlets: An Innovative Technique to Improve Performance of the Hydraulic Ram Pump"?