 
HAVE YOU SEEN A PUMP
WORKING WITHOUT ELECTRICITY?
THIS IS CALLED RAM PUMP.
HI FRIENDS, WELCOME TO M4 TECH!
WE'RE GONNA MAKE A PUMP TODAY.
THE SPECIALITY OF THIS PUMP IS THAT IT DOESN'T REQUIRE POWER OR MOTOR.
IT IS SIMPLE TO MAKE.
WE NEED TO KNOW HOW IT IS MADE RIGHT?
LET ME INTRODUCE AN APP FIRST.
 
 
 
 
 
 
 
 
 
 
 
 
 
THE INSTALLATION LINK
IS PROVIDED IN DESCRIPTION BOX BELOW.
LET'S GO STRAIGHT TO WORKSHOP!
FIRST WE NEED 1 INCH PVC PIPES.
THESE ARE 13CM IN LENGTH.
I'VE 9 PIECES WITH ME.
1 INCH T-JOINT.
1 INCH 2 FTA.
IT HAS THREAD INSIDE.
WE NEED 3 MTA.
THESE ARE 1 INCH AS WELL.
 
1 INCH BALL VALVE.
THIS IS USED TO CONTROL
THE WATER FLOW.
1 INCH CHECK VALVE MADE OF METAL.
IT HELPS TO MAKE WATER FLOW
ONLY IN ONE DIRECTION.
IT'LL BLOCK WATER IF IT FLOWS FROM DIFFERENT DIRECTION.
WE NEED COUPLE OF THEM.
THOSE ARE 1 INCH CHECK VALVES.
COUPLE OF HOSE COLLARS.
1 INCH ELBOW.
WE'RE STARTING OUR WORK.
 
FIRST WE'RE GOING TO
FIX THE PVC PIPES TO THE 3 SIDES
OF THIS T-JOINT.
 
WE'VE FIXED ON ALL 3 SIDES.
WE'LL FIX THIS MTA
ON THE TOP OF T-JOINT.
 
WE'RE GOING TO CONNECT THE CHECK VALVE.
WHILE FIXING THE CHECK VALVE,
THE ARROW MARK SHOULD
POINT THE UPPER DIRECTION.
 
JUST TIGHTEN IT.
SO WE'VE DONE IT.
WE'LL CONNECT THE NEXT MTA.
THE THREAD WILL BE CORRECT AS WE TOOK 1 INCH.
 
 
WE'VE TIGHTENED A MTA.
NOW WE'LL FIX A PVC PIPE ON TOP OF IT.
WE HAD 2 T-JOINTS.
THIS IS THE SECOND T.
KEEP IT IN THIS SHAPE.
TIGHTEN IT.
TAKE ANOTHER PVC PIPE AND KEEP
IT ON TOP OF T.
TAKE ANOTHER PVC AND PLACE IT
ON THE OTHER SIDE OF THE NOZZLE.
IT'S TIME TO CONNECT BOTH THESE VALVES.
SEE WHERE WE'RE GONNA CONNECT THESE.
ON THE BELOW PORTION OF THE FIRST T.
 
ANOTHER ON THE NEXT SIDE OF T.
 
JUST CONNECT THESE BOTH.
ON BOTH THESE VALVES,
CONNECT THE PVC PIPES.
NOW WE'LL TAKE THESE
HOSE COLLARS AND FTA
TO CONNECT EACH OTHER.
 
WE'VE SET BOTH HOSE COLLARS IN FTA.
CONNECT IT TO THE PVC.
 
WE'VE CONNECTED ON BOTH SIDES.
ONE MORE SIDE IS OPEN IN T.
WE'RE CONNECTING AN ELBOW ON IT.
CONNECT IT THERE.
ON TOP OF IT, CONNECT
A PVC PIPE.
PLACE A MTA.
TIGHTENED IT.
ONE MORE SWITCH VALVE IS HERE.
FIRST WE PLACED THE ARROW POINTING UP.
BUT WHILE KEEPING THIS SIDE, THE ARROW
SHOULD POINT THE DOWN DIRECTION.
IN SUCH A WAY, TIGHTEN IT.
YOU CAN SEE THAT ARROW POINTS
DOWN DIRECTION.
THIS SIDE ARROW POINTS UP DIRECTION.
 
NOW WE NEED TO PLACE A BOTTLE ON TOP OF THIS PART.
WE'RE PLACING A CONNECTOR IN IT FIRST.
WE'LL BE PLACING THIS BOTTLE.
SO WITH THIS, WE CAN EASILY CONNECT THE BOTTLE.
LET'S TAKE M-SEAL.
THE BOTTLE WE PLACED MUST BE
AIR-TIGHT.
SO TO STICK IT WE'RE USING M-SEAL.
OUR M-SEAL IS READY.
ROLL IT ON THE MOUTH OF THE BOTTLE.
 
 
WE NEED IT TO BE AIR-TIGHT.
 
LET'S INSERT IT INTO PVC.
OUR BOTTLE IS AIR-TIGHT.
THE PRESSURE SHOULD NOT GO OUT.
AFTER THAT, THE MAKING
PROCEDURE IS COMPLETE.
WE NEED SOME WATER FOR IT.
SO THAT WE CAN TEST IT.
WE'RE FILLING IT IN A BARREL.
WE'RE READY TO TEST THE RAM PUMP.
WE'VE FILLED WATER IN THIS BARREL.
WE'VE A HOSE HERE
THAT GOES INTO RAM PUMP.
 
WE'VE MADE A SMALL ADAPTER HERE
SINCE THE HOSE IS SMALL.
SO WE'VE A SMALL HOSE HERE
THAT GOES UPWARDS.
WE'VE KEPT THE HOSE ABOVE THE
TANK LEVEL.
TO TEST IT,
WE'RE GONNA OPEN
THIS VALVE.
WE'RE OPENING IT.
 
FOR THE FIRST TIME,
START IT.
IF WE TAP IT COUPLE OF TIMES,
THE PUMP WILL START TO WORK.
WE CAN SEE THAT WATER
IS INCREASING.
SO AS SAID FIRST TIME,
WE NEED TO TAP IT TO WORK.
AFTER THAT, THE WATER WILL RISE.
ONCE IT INCREASES, I WILL OPEN AND SHOW.
OUR RAM PUMP IS WORKING.
WHEN THE PRESSURE IS HIGH,
OPEN THE NEXT VALVE.
WE CAN SEE THAT WATER IS FLOWING.
 
OUR PIPE FELL DOWN.
SEE!
FROM WHERE WE TOOK THE WATER,
THE WATER SOURCE'S
HEIGHT IS
IN THIS LEVEL AND WATER IS PUMPED OUT IN THIS LEVEL.
OUR PUMP IS WORKING WELL.
 
WE GET WATER HERE.
WE DON'T HAVE ANY EXTERNAL POWER SOURCE OR ANY MACHINE.
WATER IS PUMPED USING RAM PUMP.
LET'S TIGHTEN IT HERE ITSELF.
WATER IS FLOWING WELL.
 
TILL THE WATER GETS EMPTIED IN THIS TANK,
WE CAN PUMP THE WATER.
ANOTHER THING TO NOTE DOWN IS
THE PUMP SHOULD BE PLACED
BELOW THE WATER TANK.
THE WATER THAT PUMPS, SHOULD ALSO
NEEDS TO GO OUT.
THAT IS ALL WE NEED TO TAKE CARE.
I'LL EXPLAIN THE WORKING NOW.
WHEN WE OPEN THIS VALVE, WE CAN
SEE THAT WATER IS TRYING TO GO OUT
AND THE CHECK VALVE IS
OPENING AND CLOSING.
WHEN IT CLOSES, A PRESSURE IS CREATED
AND THE WATER FLOWS UPWARDS
THROUGH THIS VALVE.
SINCE IT COMES IN GOOD PRESSURE,
THE WATER FLOWS HERE.
TO STORE IT,
WE'VE PLACED THIS CHAMBER.
SO THROUGH THAT CREATED PRESSURE,
THE WATER FLOWS THROUGH
THE OUTLET HOSE.
SO OUR RAM PUMP IS AWESOME RIGHT?
I'LL TELL MORE STUFF ABOUT IT.
THE SPECIALITY OF THIS IS
 
 
 
THE EFFICIENCY OF THIS
IS ONLY 10%.
THIS IS BECAUSE
WE ONLY GET 10% OF WATER
WHICH PASSES THROUGH THIS PUMP.
IF THE WATER IS FLOWING,
WE CAN USE THIS PUMP
AS A DAILY PURPOSE ONE.
THIS PUMP WAS INVENTED IN
1772 BY JOHN WHITEHURST
FROM UK.
THE PATENT WAS TAKEN IN 1809
BY JOESPH.
THE LARGEST RAM PUMP IN THE WORLD
IS IN UK.
THE CAPACITY OF THAT PUMP IS THAT
IT PUMPS 1800 LITRES PER MINUTE.
IT PUMPS ABOUT 150M HIGH.
HOPE YOU LIKED THE VIDEO.
LIKE OR DISLIKE,
COMMENT YOUR FEEDBACK.
APP LINK IS IN DESCRIPTION
WITH MORE INTERESTING VIDEOS WE SHALL MEET AGAIN.
WITH CAMERAMAN PRAVEEN,  IT'S ME GEO JOSEPH SIGNING OUT!
