Water can flow up to a height of 168 meters without electricity | Ram Pump

[@DevinHeaps]

This is excellent and very well made. Good job. In future models, you may consider installing a rubber pulse dampening bladder inside the pressure vessel. This will prevent atmospheric air saturation into the water and the tank becoming water logged, which can lead to a drop in operating pressure over time and increase system wear. You might try a section of truck tire inner tube with one end sealed and the other end fastened at the bolts, between the base plate and gaskets. At the top the pressure vessel, you could glue in a tire valve stem to add pressure as needed. It should always be a minimum of 2 psi below your operating lift pressure. This should reduce the amount of maintenance you will need to conduct on the system, stabilize the flow, reduce cavitation within the system, reduce wear on the piping, and maintain more steady pressure throughout system operation. Here is a link to an explanation of pulse dampening, but used on a peristaltic pump: kzbin.info/www/bejne/fV7SoZ2YndGXhJo

[@erneztudofia9053]

But i don't understand this video very well or is it because I'm not a plumber?

[@DevinHeaps]

Ernezt Udofia what specifically would you like a further explanation about. Is it how hydraulic ram pumps work or pulse dampening?

[@erneztudofia9053]

@@DevinHeaps Pulse dampening

[@srikrishnapaleru6536]

@@TradisionalChannel_Indonesia Are there any one who is using this technic in india, particularly in south india. I stay in Paderu, hilly area. I have good water resources for 6 months. Can i use this technique. How much shall it costs. Though i could not understand the technic, but i realized that this is very cost effective.

[@davebean2886]

@@srikrishnapaleru6536 I'm glad you mentioned cost - sometimes that is the objective to be optimized. Cost to deliver a certain volume of water to a certain height. An output lift of 168 meters, using 1 to 7 ratio would suggest an input head of 24 meters, which may not always be available. I wonder if this ratio is a given for a ram pump or if it could be adjusted to deliver less water to a higher elevation. ... or in our situation, deliver more water to a less high field for irrigation where the volume of water for the cost is important. Cost = initial installation, operation and maintenance.

[@atenglenon]

Muter2 gw nyari design hydram pump yg outputnya efektif baca2 literatur luar negeri, taunya abang2 ganteng yg designnya mantab. Alhamdulillah si om bisa bantu masyarakat disana, ikut seneng gw makasih bosqu.

[@mohdfuadniksapian4400]

Blh order 1 set

[@wongkontrakan9395]

Mantap bang, teruskan kembang kan...sangat cocok untuk masyarakat Indonesia yg mayoritas daerah perbukitan.Dimana pada musim kemarau sangat kesulitan air

[@TradisionalChannel_Indonesia]

Trim'd ata supportnya…

[@paulocesardeoliveira2763]

O reservatório mais alto e ao mesmo tempo foi o que recebeu maior volume de água! Parabéns! Show!

[@nurkamaludinnur4510]

saya sangat tertarik dan saya ingin mencoba merakit pompa hidram, karena di daerah saya sangat sekali membutuhkan air di musim kemarau seperti saat ini, di video yang abang tampilkan saya sudah beberapakali menonton dan itu sangat banyak membantu sekali, di teuga aceh saya juga sempat main di Gayo aceh. terima kasih bang atas ilmunya. semoga jaya terus.. aminn..

[@DUNIAPETERNAKANDANPERTANIAN]

Nice job 👍

[@oumarsountal6628]

Great job Clearwater is everything thank you very much for sharing it's interesting please more post we love9 in our people in need Clearwater

[@herisusanto8284]

Sama percis dengan daerah saya om....cuman saya belum coba pake hidram saya baru pake mesin bekas cuci steam alhamdulilah naik air nya cuman perlu BBM 😀

[@agusdarmanto5066]

Pemerintah..yg kayak gini mohon di kembangkan...jangan korupsi aj yg di krmbangkan

[@iz5772]

It amazes me this rig operate at 17 atm.. i didn't know the pvc can handle such load,

[@GermanShepherdRanch]

Nice ram pump! Great job getting it so high!

[@dusammisaq9149]

Ini temuan yg menguntungkan ummat bila bisa di lanjutkan ke masarakat . Tolong jawab bisa aku ini memesan temuan itu .sumenep madura

[@bulletproofpepper2]

Great video water is so important we sometimes take it for granted. Thanks for sharing your great water project.

[@mutombkabamb8470]

Good I would like to master the pump!

[@jasnisgunawan1450]

Kami punya lahan lebih kurang 100 meter diatas permukaan sungai dengan jarak sumber air ke lahan sekitar 500 meter, baiknya yg berapa klep pompanya

[@harryprasetya4274]

Bisakah di buat dg ukuran yg lebih besar lg agar bisa di pakai untuk mengairi sawah dg luasan di atas 20 ha? Klo boleh minta kontaknya mas

[@jayaken7355]

kerja yang sangat banyak membrikan mempaat good job to you all👍👍👍

[@udotriwahyono3040]

Kadang heran sama orang yg ngasih jempol kebalik...video keren gini ko ngga di suport...boleh tau harganya nyampe berapa itu ya bang..

[@TradisionalChannel_Indonesia]

Yang seperti ini harga 1.5 jt… termasuk aksesorisnya

[@bangyos6536]

Kalo cuma untuk pompa hidran berapa ya? Saya kepengen membuat tapi tidak tau namanya

[@sigitirawan135]

Untuk mengatasi debit air yg kecil gimana cara membuat klep limbah supaya irit?🙏🙏🙏 Ketinggian 105 m dri pompa ke tujuan?

[@syamsulbachri367]

sy kpengin bisa tuh.apakan pompa air letak nya lebih rendah dari sumber airnya gan? apa bisa ga debit airnya 1 menit 5 liter bisa naik 20 meter dengan jau 200 meter??? tolong bls gan trm ksh

[@roban17bnnk18]

Pak, terima kasih untuk videonya. letak sumber air di daerah saya seperti video ini. Klo boleh, saya bisa dapatkan cara pembuatan pompa hidram ini untuk saya aplikasikan di daerah saya. Terima kasih.

[@jeckbarbershop3132]

Slamat malam bos mau nanya daerah saya di pegunungan kira2 tinggi fertikal bisa sampe 1000 mtr kira2 bisa pake pompa hydram sprti ini trimakasih mohon pencerahanya dmi masarakat kecil di pegunungan

[@davestanton3822]

A Couple of suggestions - Why not place your pump below water level then it is much quieter and less seen. Also lay your pressure vessel sideways down stream then it won't get destroyed in the first flood. Otherwise great performance you can be very proud of it.

[@TradisionalChannel_Indonesia]

thank you friends ... we have all changed the location of the pump, for the 2 valve pump we have uploaded it in this channel. thanks

[@aurorasinplex5947]

@@TradisionalChannel_Indonesia gov will have all heads for this tech thay teach us that we always have loss but never talk about the converted gain we can make from eletromagnets if u convert all the wast thermal energy around you u can use it universally as energy u need a true sine wave bipolar like the power comp dose a true pure sinewave like a grid tie inverter once the signal is made the system will turn on and consume wast thermal energy from the environment and space around you... there is free energy but it comes from Universal thermal loss and converted into a gain. so a pole Transformer and a microwave Transformer have a common between each other u can take 2 microwave Transformer provide a pure sine wave grid tie inverter to it or a true bipolar sinewave that inter acts with nature in a perfect spherical motion like a flower of life.. if ur home provides this use it as a Source signal then u can simply stack the Transformers on top of eachother in correct fasion and note that the 1 wire on the Transformer must stay connected and the other disconnected your only useing 1 wire on the hi side .. so test ur self 2 microwave transformer stacked on top of eachother same face sides. one side 120 to the wall and the other 120 side to what u want to power and useing the Transformer just the way it came out the microwave with the wire attached causes the energy in its perfect spherical motion to converted wast thermal energy to amp for u hot to cold in to out... should look a bit nuts with u use a form of wireless energy but its interacting with the environment...this is my work a compilation of Otis car. Tesla. and many other very smart people nowadays i think i found the gate source and drainif this gets out to much that it works the power comp and mib will have our headsdont do this at home warning high voltage yet i cant stop u lol DO NOT TOCH THE CORES OR THE WIRES OK u will die make sure u dont touch the core if the hi wire is mounted to it u dont have to mount the hi on the core if u dont want u connect the 1 hi wire to the same side hi on the other transformer then the core should besafe to handle if nessary grab your multimeter and prove me wrong thats what u do i have my whole home on this and u can take one of the lows side out the wall and hook it up to other stuff and power it for verry little amp makeing nature convert and pumping latent heat effect into the device. and u can have a microwave hi volt cap in between the hi side and make a system that powers its self u can flip the switch on ur breaker and the room stays on up to 2kva with both lows in the wall this is the zero point that was taken from us...

[@aurorasinplex5947]

@@TradisionalChannel_Indonesia gov will have all heads for this tech thay teach us that we always have loss but never talk about the converted gain we can make from eletromagnets if u convert all the wast thermal energy around you u can use it universally as energy u need a true sine wave bipolar like the power comp dose a true pure sinewave like a grid tie inverter once the signal is made the system will turn on and consume wast thermal energy from the environment and space around you... there is free energy but it comes from Universal thermal loss and converted into a gain. so a pole Transformer and a microwave Transformer have a common between each other u can take 2 microwave Transformer provide a pure sine wave grid tie inverter to it or a true bipolar sinewave that inter acts with nature in a perfect spherical motion like a flower of life.. if ur home provides this use it as a Source signal then u can simply stack the Transformers on top of eachother in correct fasion and note that the 1 wire on the Transformer must stay connected and the other disconnected your only useing 1 wire on the hi side .. so test ur self 2 microwave transformer stacked on top of eachother same face sides. one side 120 to the wall and the other 120 side to what u want to power and useing the Transformer just the way it came out the microwave with the wire attached causes the energy in its perfect spherical motion to converted wast thermal energy to amp for u hot to cold in to out... should look a bit nuts with u use a form of wireless energy but its interacting with the environment...this is my work a compilation of Otis car. Tesla. and many other very smart people nowadays i think i found the gate source and drainif this gets out to much that it works the power comp and mib will have our headsdont do this at home warning high voltage yet i cant stop u lol DO NOT TOCH THE CORES OR THE WIRES OK u will die make sure u dont touch the core if the hi wire is mounted to it u dont have to mount the hi on the core if u dont want u connect the 1 hi wire to the same side hi on the other transformer then the core should besafe to handle if nessary grab your multimeter and prove me wrong thats what u do i have my whole home on this and u can take one of the lows side out the wall and hook it up to other stuff and power it for verry little amp makeing nature convert and pumping latent heat effect into the device. and u can have a microwave hi volt cap in between the hi side and make a system that powers its self u can flip the switch on ur breaker and the room stays on up to 2kva with both lows in the wall this is the zero point that was taken from us...

[@aurorasinplex5947]

@@TradisionalChannel_Indonesia gov will have all heads for this tech thay teach us that we always have loss but never talk about the converted gain we can make from eletromagnets if u convert all the wast thermal energy around you u can use it universally as energy u need a true sine wave bipolar like the power comp dose a true pure sinewave like a grid tie inverter once the signal is made the system will turn on and consume wast thermal energy from the environment and space around you... there is free energy but it comes from Universal thermal loss and converted into a gain. so a pole Transformer and a microwave Transformer have a common between each other u can take 2 microwave Transformer provide a pure sine wave grid tie inverter to it or a true bipolar sinewave that inter acts with nature in a perfect spherical motion like a flower of life.. if ur home provides this use it as a Source signal then u can simply stack the Transformers on top of eachother in correct fasion and note that the 1 wire on the Transformer must stay connected and the other disconnected your only useing 1 wire on the hi side .. so test ur self 2 microwave transformer stacked on top of eachother same face sides. one side 120 to the wall and the other 120 side to what u want to power and useing the Transformer just the way it came out the microwave with the wire attached causes the energy in its perfect spherical motion to converted wast thermal energy to amp for u hot to cold in to out... should look a bit nuts with u use a form of wireless energy but its interacting with the environment...this is my work a compilation of Otis car. Tesla. and many other very smart people nowadays i think i found the gate source and drainif this gets out to much that it works the power comp and mib will have our headsdont do this at home warning high voltage yet i cant stop u lol DO NOT TOCH THE CORES OR THE WIRES OK u will die make sure u dont touch the core if the hi wire is mounted to it u dont have to mount the hi on the core if u dont want u connect the 1 hi wire to the same side hi on the other transformer then the core should besafe to handle if nessary grab your multimeter and prove me wrong thats what u do i have my whole home on this and u can take one of the lows side out the wall and hook it up to other stuff and power it for verry little amp makeing nature convert and pumping latent heat effect into the device. and u can have a microwave hi volt cap in between the hi side and make a system that powers its self u can flip the switch on ur breaker and the room stays on up to 2kva with both lows in the wall this is the zero point that was taken from us...

[@ok-iu3vf]

Exelente un verdadero jeño mis felicitasiones

[@sigitmbolang1701]

Teruslah berkarya....Mogga sukses slalu...

[@winardiaramiko1980]

sangat cocok untuk kebun dan sawah tadah hujan...mantap

[@Roiyanbayan]

Video nya sangat menginspirasi bang buat kita yang hidup di pegunungan .

[@juanaponte2213]

hola amigo necesita como saca agua pozo subir arriba tangue la casa sin la luz porfavor como hacer sy venezuela saludo

[@jchmusic8094]

di mana kita dapat menemukan atau membeli logam yang mencegah baja melingkar untuk memompa keluar dari flensa?

[@bagussamatra6756]

Bagus kalau dikasih cara pembuatannya. Kalau cuma hasilnya saja sudah banyak yg tau.

[@youtubewakkinsinagachannel9578]

Pak..! Kira" berapa dana yang di butukkan untuk merakit itu dan apakah bisa lebih tinggi lagi tekanan air nya kalo di tambai katup nya

[@ФазлидинМеликов]

Добрый день уважаемые господа ! Подскажите пожалуйста если длина подающий труба 75 метров длина выходной трубы 168 метров подача по вертикали 95 метров а перепадсколько метров? Спасибо

[@salamkromokas6932]

Apakah ketika banjir air yg mengalir di pipa tdk keruh atau membawa lumpur?

[@philoso377]

Nice video and presentation. Something out of places? 1) Pressure reading didn’t surge up as a real pump does, when valve change from open to close. 2) gush of water should start immediately right after valve state changed from close to open. There was no gush for one second after valve just opened. This indicate that we have a fake pump manually operated to mimic operation of a real one.

[@TradisionalChannel_Indonesia]

Great video and presentation. Something out of place? 1) The pressure reading does not jump like a real pump would, when the valve changes from open to closed. 2) The water jet should start immediately after the valve condition is changed from closed to open. There is no spray for one second after the valve opens. This indicates that we have a fake pump that is manually operated to mimic the operation of a real pump. In our channel, all RAM pump tutorial videos are ours and have been upgraded a lot so that until now... thanks for the reaction

[@wakudinlas3540]

Adun. Coba rakit pakai pipa besi di las dan di sambung dengan elbow las diameter 5 inchi. Fleng bikin dari plat 8mm .kalau klepnya sudah bagus seperti Abang bikin. Terimoeng geunaseh.

[@TradisionalChannel_Indonesia]

Bereh…

[@aldocarrascoaguilar8081]

MUCHAS GRACIAS POT COMPARTIR CONOCIMIENTO

[@samsulbahri8648]

Itu kalau daerah sumatra utara kita buat kayak gitu .. besok pagi dah pada hilang satu satu pipanya

[@adiirawan8413]

Bisa bagi trick bikin klep yg di flank nya....kalo u pipa out di pake yg 1" apa pipa presurenya perlu di besarkan...?

[@arifinfin3129]

boleh di jelaskan bossku, bagai mana, caranya air itu bekerja, sehingga bisa bekerja menggerakkan pompa itu, dgn gerakan naik turun .mohon penjelasan nya bossku

[@Mbelgedez24]

Salut dengan semangatnya

[@yusronthowaf]

Kalau tujuan dialirkan ke titik tertinggi dan ( ditampung toren) dialirkan melalui gravitasi, pertanyaan yg konsumen tanyakan adalah 1. Seberapa jauh & brp ketinggian max yg bisa dijangkau dari ram pump ke toren ? , oiya gan kenapa gak pakai hdpe pipe utk medan tsb

[@bangipunk5459]

Mantap...Pak mau tanya,apakah air yg masuk harus deras / banter masuk ke dlm pipa on nya?

[@TradisionalChannel_Indonesia]

ya harus deras...kebutuhan air sesuai besaran pompanya...

[@darngawnpachal1047]

May you please know me where to get the materials or equipments

[@codigosmontoya6181]

Gracias y ánimos... .. , ..

[@srujankalavagunta8231]

did the initial velocity of water help to reach the higher level?

[@lindayuda3850]

Jarak sungai m kerumah 100 m posisi sungai datar dan mengalir lamban,,, bisakah pumpa ini kita gunakan ,, tinggi tebing sungai 2,5 s/D 3 m🙏

[@duccale987]

Rất hiệu quả, không rỏ các công ty sản xuất ống nhựa có bán sẳn bộ, để người dùng mua về lắp đặt cho nhanh?

[@sigitmbolang1701]

Manttapp ilmunya boss...

[@taniorganik4702]

Ide yang insfiratif membangun proyek hydram pump

[@hobiayamhutansumaterabruge2988]

Judul nya diperbaiki bro, bukan ketinggian nya yg 168 Meter, tapi panjang pipa distribusi nya, sebab kalo memang ketinggian nya yg segitu, pipa PVC nya ga akan kuat. Btw lanjutkan berkarya, Mantap...bermanfaat

[@mutombkabamb8470]

I would Like to build my own. Send me the design.

[@tiknocan9749]

Nampaknya klep terlalu kecil dan lubang2 kecil antara klep kurang banyak. Tapi hasilnya nampak bagus dan suksesss

[@rutankelasiibmaninjau9191]

Siang gan,,, ketinggian input air akan kah mempengaruhi gan..? Dan besar pipa input nya..?? Mohon pencerahannya gan..💪💪😊🙏

[@TradisionalChannel_Indonesia]

Kalau ketinggian input sangat penting dan sangat mempengaruhi tujuan naik air… kalau pompa 3 inchi lebih baik pipa input 3 inchi juga

[@cakbasblitar7501]

Untuk project ini head ketinggian dr bendung pengambilan s/d posisi pompa hidram berapa ..meter .om?

[@TradisionalChannel_Indonesia]

Ketinggian atara sumber air dan pompa 3 m sedangkan pabjang pipa inpu 70 m

[@didan5219]

Coba bikin tekhnologi pompa tenaga ombak bagaimana ombak ketika menabrak tebing air bisa naik lebih tinggi dari tebing tersebut. Atau tenaga kembang kempisnya seperti plastik di tekan pakai tangan( wenyed) sehingga air akan muncrat lebih tinggi

[@veronikaheny8927]

Sebenarnya bukannya free energi..... pompa ini tetap menggunakan energi. Energi yg di ambil dari tekanan aliran alor yg mendorong valve buang/limbah yd daoat menciptakan tekanan dan keluar dari pipa output.

[@iAmNoOnes]

Iya bro tau orang juga, maksud nya energi berbayar

[@abdulqohar3592]

Maksudnya energi orangnya tidak perlu cari uang untuk beli BBM atau bayar listrik😊

[@7aiz7aiz78]

Judul nya tanpa listrik 😅

[@selmemarcelino663]

My i know the list of materials do you have use that kind of water flow. The size of pvc pipe

[@ragnarok2400]

itu bang kalo keuatan dorong vertikal ,kuatkah sampe 70 m ????

[@brtycndy960]

Brpa harga pompa hidram nya kk Satu set ukuran pipa yang 4in?

[@joecurmaci5880]

We don't realize how good we really have it

[@MonyetEndang-ei1wj]

Manatap bang

[@TradisionalChannel_Indonesia]

@@MonyetEndang-ei1wj salam...

[@albretzsanara4613]

very nice , iplan to dupilcate this set up, i have some questions pls answer , im sorry i cannot understand your language. 1, how high is your input end pipe from the pump 2, what is the pressure produced 3, what size is your output pipe 4, can you suggest technique to filter stones and sediments at input end, our source is only a low level creek thanx and more power

[@joseignacioestevez3045]

video yang bagus. Saya ingin mengetahui panjang pipa saluran keluar, ketinggian waduk tempat air mencapai dan aliran yang dialirkan di ujung pipa saluran keluar. Terima kasih

[@TradisionalChannel_Indonesia]

Pipa saluran keluar 1/2 inc panjang 162 m, ketinggian waduk dgn pompa 4.1 m, jumlah debit air pd pipa keluar 10.2 liter/menit

[@brianyusnianto]

Bagaimana dengan maintenance pompanya pak? Adakah jangka waktu tertentu? Dan juga bagaimana jika pompa kemasukan pasir, batu, ikan, dll...apakah akan menghambat kerja pompa?

[@TradisionalChannel_Indonesia]

Untuk maintenance hanyq ganti kalet klep buang sebab aus, dan kendala lain nasuk pasir dan sampah sungai… caranya buka klep buang sehingga pasir dan batu keluar bersama arus

[@brianyusnianto]

@@TradisionalChannel_Indonesia baiklah pak... Ternyata sesimpel itu... Trimakasih ilmunya pak... Semoga sukses selalu🙏

[@tegerberemamantabangun1121]

Saya ingin sekali membuat pompa air seperti ini cuma , sumber airnya begitu curam dan jaraknya jauh. Adakah solusinya ?

[@TradisionalChannel_Indonesia]

ada solusinya... boleh lihat video lainnya dalam channel kami Tradisional Channel, ada tutorial nya...silahkan mencoba

[@defenderslamare7266]

Brilliant idea 👌👏👏👏👏

[@loqkentrev3231]

itu kl sungainya banjir krn air hujan apa ga kena trjangn air. knp ga pke selang yg panjang ato pipa yg gulungn sj biar ga bnyk smbungn.

[@TradisionalChannel_Indonesia]

Sebenarnya saat musim hujan luapan air sudah pernah hanyit pipa. Input… untuk pompa masih utuh.. Ya.. Ganti dgn pipa yg agak murah… kalau hdpe laumayan mahal… 😄

[@ardir6623]

Apakah tabungnya bisa diganti dengan tabung mesin jet pump??

[@didieksuharno9894]

Bagaimana cara membuatnya pak.. Tolong apa saja yg harus di beli untuk bisa jadi pompa air seperti itu... Mohon bantuannya pak..

[@TradisionalChannel_Indonesia]

untuk cara buatnya ada dalam video lainnya dalam Channel ini..silahkan mencoba

[@tribowo3063]

Assalammu'alaiqum....Pak....bisa kan pesan pompa hidram nya 1unit.......nanti pemasangannya kami mengikuti vidio bapak....trus ...itu ...berapa harganya....👍👍

[@handisuwarto7795]

Pompa sangat berfungsi bagus , mungkin perlu ditambah material fiting 2 Union (water mur ) dan Check Valve yang dipasang di pipa outlet horisontal dekan Gate Valve tsb supaya tekanan pancaran debit air bisa berjalan melebihi 200 mtr keatas. Semoga lebih berhasil. Salaam , matur suwun , aamiin.

[@TradisionalChannel_Indonesia]

Amiin…

[@thomthorne7306]

That was very interesting. Wish I had that much water pressure coming into my Water 🔨

[@ahmetremzitasarcan2104]

Maşaallah maşaallah çok güzel

[@sopansopani8980]

Bro, saya mau nanya,, itu klo fertikal mampu berapa mte kira2

[@budisetyono13]

Katup buang nya di dobel 2 om, di jejer kiri kanan atau depan belakang gitu, debit keluarnya akn lebih besar

[@TradisionalChannel_Indonesia]

Okey… trims

[@massogimassogi4209]

Pingin belajar cara merakitnya dimana ya?

[@simonldwsuloara2997]

Sore untuk pipa output dari pompa ketujuan apakah ukuran pipanya sama semua

[@TradisionalChannel_Indonesia]

ya. pipa out sama semua 1/2 inchi... kalau tempatnya tinggi sekali lebih baik pakai pipa kecil untuk lebih cepat dorongan...demikian

[@aion2177]

one thing you did not properly accounted for is what happens in rainy season when floods with rocks, and branches, big logs, and crap will hit your pipe and the river will grow 5x to 15x this volume of water. Maybe you are in an area which does not have such big floods but i doubt it since the big rocks in the river are moved by this big floods which come from time to time. So to prevent that you can put rocks around your pipe, bury it in rocks, and even if its gonna get destroyed in places, at least you don't need to redo the hole 75m of pipe. Its a lot of work, but is cheaper then redoing everything in the river every 3-5 years. Other then that very useful, and beautiful, and thanks for posting.

[@TradisionalChannel_Indonesia]

right ... thanks for the advice ... if on the riverbank there are too many risks ...

[@aion2177]

@@TradisionalChannel_Indonesia or another thing you can do, since you said "on the riverbank" - made me think it can be suspended in the air, on pilons. If you suspend it 1.5 meter high, it can work. Now to do that you must also raise the damn 1.5 meters and then everything remains the same. Not sure if making a dam and inserting pilons is easyer then just hide that pipe under rock for 75 meters but is another option im thinking about :)

[@TradisionalChannel_Indonesia]

@@aion2177 thanks guys ... that's what we plan to think of ... our pump house shifts 20 meters to the river bank and the input pipe is dug as deep as 80 cm ... semogfa it will be a night with a flood ... thank you ...

[@refcanafivi246]

boleh tanya Pak, kalau pipa outputnya juga sama 2" inci apakah ada masalah Pak?? terimakasih

[@TradisionalChannel_Indonesia]

Masalah, harus lebih kecil pipa out karena berpengaruh terhadp daya dorong air ke atas

[@sariffudin5742]

Bang klau air kali nya di atas apa bisa di gunkan bang

[@playerpromobilelegend2292]

Ini hanya dapat di sungai ya bos?? Apakah di sumur bor bisa ngangkat bos???🙏🙏

[@TradisionalChannel_Indonesia]

Tidak bisa di sumur bor… pompa ini membutuhkann air mengalir sebagai tenaga..

[@paruharaikupu4642]

What is the distance from the dam to the ram ? Paru Hara Ikupu

[@vitriyantoriyan9260]

Mau tanya bang itu flangnya ukuran 3 atau 4 inci ya ?

[@domenicozagari2443]

If you put another no return valve after the air pressure on the delivery pipe, you get better performance.

[@alirahmatullahnew4762]

Bg, brrti pompa 1 lebih kuat dr pompa 2 ya

[@1943L]

The pelton wheel suggested would be better running from the ample water flowing down anyway. IE no need to use a ram pump to do that

[@jerryfulks3565]

Juking jerry here. I like the ram pump ecept for materal it is free ive been studing it for some time. I really like the 168 meter one reslly got my mind going. I have use for that one. Thank u. Bro.JJ.

[@ramadanqu7243]

Alhamdulillah, daerah ku kekurangan air minum, dgn alat pompa air ini saya merasa senang, tapi saya bingung gimana cara pesannya. Thanks..

[@TradisionalChannel_Indonesia]

Untuk pompa banyak jenis, boleh lihat lagi dalam channel Tradisional

[@syifa_channel705]

Joss 👍👍,,matur sembah nuwun 🙏🙏🙏🙏🙏

[@hawkercnc8261]

168 metres of water pressure in a reservoir! Let it flow back down intermittently to drive a Pelton wheel and produce electricity

[@clarywoodsby5796]

Exactly..!!

[@jmyers9853]

water will flow uphill towards the application of money

[@rebeccadonaldson1464]

How on earth do you change 168 metres rise in hight into Water Pressure????????? It takes many times the flow of water (volume) flowing to waste to extract enough energy to raise very little water (volume) up the 168 metres (distance) through the small pipe. You could probably get enough to drink and maybe have a wash every 24 hours.

[@garyhoffmann1615]

@@rebeccadonaldson1464 I built something very similar, it was only small scale but I was pumping 1 litre per minute to a height of 100 metres. Does not sound like a lot but that is 1440 litres per day. Enough to supply a family and water a small garden. As for generating electricity you would do far better to generate directly than pumping to storage.

[@yomama1254]

@@garyhoffmann1615 would that be true if you didnt have 3 meteres of fall without building a dam? I have a site similar to this....lots of flow but very limited fall. And this is cali so there is no way im allowed to dam the creek. Ive been thinking of doing a pumped storage microhydro with a pelton wheel.

[@sulung0461]

mas kegunaan pipa besar untuk apa..maaf mas kurang paham..soalanya dari awal pasang pipa besar trus yg naik ke atas pipa kecil mohon penjelasan maksih ya mas uda aq sub

[@sulung0461]

@@TradisionalChannel_Indonesia maksih mas..saya hanya takutkan di waktu darangnya banjir semua akan lenyap..apa bisa di antisipasi dgn cara lain ..?maksih jawbnya

[@sulung0461]

@@TradisionalChannel_Indonesia ya itu takutnya air bah membawa ranting2 kayu yg besar mengakibatkan pipang yg berdiri di atas beton bisa patah itu yg di takutkan..

[@hule1958]

poz how much would such a pump cost for 150 meters above sea level thank you

[@pakgukguk3202]

Kalo mau pesan gimn caranya??

[@Helm_Biru73]

Bang kali misal air yang in masuk ya gak kuat GK sekenceng di aliran sungai itu apakah masih bisa naik airnya,,dan kalu misal yang bagian klep buang yang nyembur itu di tutup gimna bang biar airnya gak kemana mana kalu gak kasih paralon lagi arahin ke kolam

[@TradisionalChannel_Indonesia]

kalau air kali harus kencang agar mampu mesuplai air ke tabung... kalau klep buang nyembirnya kita buat lobang di samping boleh...

[@القعقاع-ن2ق]

ماشاء الله عمل جيد

[@adiselamet7881]

indonesian creativity 👍👍👍👍

[@lusiasurya7512]

Is the best, bang👍👍

[@ahmadsafrimatjebah4738]

Sungguh Hebat.. Dan berjaya

[@TradisionalChannel_Indonesia]

Trims… salam

[@tampan6353]

Saya rasa anda harus meng upgrade unit ram pump anda menggunakan pipa & tabung metal. Tekanan untuk mengalirkan air ke ketinggian tersebut pasti sangat tinggi. saya khatir pecah.

[@JonOffgrid]

so cool i wish my land had water on it

[@MinhThongSauRiengHUUCO]

Mình ở VIỆT NAM.Mình mới biết và đăng ký kênh của bạn.Bạn vui lòng cho mình xin bản thông số kỹ thuật của máy bơm áp lực không dùng điện này đi.Cảm ơn bạn rất nhiều!

[@akshatguleria4767]

good job⛲