SUBSCRIBE - FACTSAHOLIC
HI FRIENDS, WELCOME TO M4 TECH.
AS YOU SAW ON THUMBNAIL,
WE'RE GONNA SHOW YOU
HOW TO MAKE ICE INSTANTLY.
WE'RE GONNA MAKE ICE WITH
12V PELTIER MODULE.
BEFORE ENTERING INTO VIDEO,
LET ME INTRODUCE BINOMO WHERE YOU CAN TRADE AND MAKE MONEY.
WE CAN MAKE MONEY
FROM HOME ITSELF BY TRADING.
IT IS LEGAL IN INDIA AND
IS TRUSTABLE AS WELL.
 
AS ALWAYS THERE IS CHANCE FOR GAINING
PROFIT AND LOSS AS WELL.
SO WE NEED TO UNDERSTAND IT AND THEN TRADE.
THEY PROVIDE TRIAL ACCOUNT TO LEARN.
THE MINIMUM DEPOSIT IS 400 INR.
SIMILARLY IF YOU USE THIS PROMO CODE,
YOU'LL GET DOUBLE THE AMOUNT.
ALSO IT IS AVAILABLE IN GOOGLE
PLAYSTORE AND APPLE STORE.
YOU CAN WITHDRAW THE AMOUNT
USING PAYTM ACCOUNT.
THE APP DOWNLOAD LINK IS
PROVIDED IN THE DESCRIPTION BOX.
LET'S GO TO WORKSHOP!
WE'RE ABOUT TO START
INSTANT ICE MAKING.
FOR THAT WE NEED THIS IMPORTANT THING.
THIS IS CALLED PELTIER MODULE.
IT WORKS ON 12V POWER.
THIS COMES AROUND 7 AMPS
BUT THIS IS 6 AMPS.
BUT IT WILL WORK FINE
IF WE CONNECT THIS PELTIER.
WHEN WE CONNECT THE BATTERY,
ONE SIDE WILL BE COLD AND THE OTHER, HOT.
WE'LL SEE HOW TO SETUP THESE.
LET'S SEE WHAT IS NEEDED.
WE NEED A PELTIER MODULE.
A 12V BATTERY.
THIS IS 12V, 7 AMPS.
THEY'VE SPECIFIED AS 7 AMPS.
WE NEED A HEAT SINK.
THIS IS USED TO CONNECT THE HOT PORTION OF MODULE.
IT WILL BE VERY HOT, SO
WE NEED TO TRANSFER THE HEAT.
SO WE'RE USING THIS HEAT SINK.
WE'VE TAKEN A CPU FAN.
THIS WILL PULL THE HEAT FROM
HERE TO OUT.
THIS IS ALL WE NEED.
 
WE'RE GONNA CONNECT THE PELTIER TO HEAT SINK.
SO FOR THAT,
WE'VE TAKEN A HEAT SINK COMPOUND.
 
IT IS AVAILABLE IN SHOPS
AND COSTS AROUND 50 INR.
SO WE'RE APPLYING IT TO THE PELTIER MODULE.
 
WE CAN CONNECT IT TO THE HEAT SINK.
 
JUST FIX IT ON THE
HEAT SINK LIKE SHOWN.
 
WE'VE TAKEN THE CPU FAN.
PLACE IT BENEATH THE HEAT SINK.
 
AFTER THAT CONNECT THE RED WIRE (POSITIVE SIDE)
TO THE PELTIER.
SO WHEN THE PELTIER WORKS,
THE CPU FAN ALSO WILL WORK.
SO WE'VE CONNECTED RED WITH RED
AND BLACK WITH BLACK RESPECTIVELY.
 
WE'RE CONNECTING THE WIRE TO BATTERY.
CONNECT THE POSITIVE WIRE TO POSITIVE TERMINAL
AND NEGATIVE TO
NEGATIVE TERMINAL.
WE'VE CONNECTED IT.
CPU FAN IS WORKING AND IT IS COLD HERE.
LET ME SHOW THE CHILLNESS.
WE'RE GONNA MEASURE THE TEMPERATURE
WITH THIS SENSOR.
NOW IT SHOWS 30.3 C.
 
NOW WE'RE GONNA POUR SOME WATER IN IT.
WE'RE DRIPPING SOME WATER
ON IT.
 
YOU CAN SEE THE TEMPERATURE CHANGING.
NOW IT'S 10 C.
IT'S DECREASING.
5...4....
3...
2...
THINK NOW IT'S NEGATIVE.
 
WE'VE LEARNT IN SCHOOL
THAT IN 0 DEGREES CELCIUS WATER WILL TURN IN TO ICE.
 
NOW IT'S -1.3 C.
 
WE'LL SEE HOW FAR IT GOES.
IT'S A REAL TIME VIEW.
YOU CAN SEE I'M TALKING
FROM HERE.
WE CAN CHECK IT CONVERTED INTO ICE.
 
IT IS ALREADY CONVERTED TO ICE.
WE CAN SEE THE CONDITION
OF IT NOW.
 
SEE!
WE JUST PLACED FEW DROPS OF WATER.
WE'VE GOT ICE.
IT'LL MELT IN THE CURRENT TEMPERATURE.
 
THINK IT TOOK AROUND 1 MINUTE
TO CONVERT INTO ICE.
OUR MINI EXPERIMENT IS SUCCESS.
WE'RE GONNA MAKE
NEXT ONE HUGE.
FOR MAKING AN ICE FRUIT,
WE'VE MIXED RASNA AND A GLASS.
 
ABOVE THE PELTIER MODULE,
WE'LL APPLY THE COMPOUND.
THIS IS TO TRANSFER THE COLD
TO THE TUMBLER.
WE'VE PLACED THE
TUMBLER ON TOP OF IT.
IN IT, WE CAN POUR
OUR RASNA.
WE NEED TO PLACE A STICK ON IT.
WE'VE TAKEN ONE.
WE'LL PLACE IT AND
TO HOLD IT WE CAN
USE A SETUP LIKE THIS.
 
 
WE'VE SET IT UP.
 
WE'LL CONNECT IT TO BATTERY.
NEED TO WAIT A BIT LONGER.
OUR FREEZER IS ON.
WE'VE PLACED ICE FRUIT ON INSTANT ICE MAKER.
IT'LL TAKE LONG TIME.
 
 
WE'VE PLACED IT BEFORE
AN HOUR.
WE COULDN'T NOTICE ANY CHANGE.
WE'LL LIFT IT.
SEE!
LOOKS LIKE AN ORANGE CANDY.
ONLY THE BOTTOM PORTION IS CONVERTED.
JUICE IS VERY COLD.
 
ICE FRUIT IS READY.
IT'S MELTING.
AWESOME!
VERY SWEET.
WE CAN SEE WHAT'S INSIDE THE PELTIER
MODULE WE USED TODAY.
 
WE CAN SEE COUPLE OF HEAT CONDUCTING
CERAMICS ON BOTH SIDES.
IN BETWEEN, THEY'VE SEALED.
 
WE'RE ABOUT TO OPEN IT
USING THE SCREW DRIVER.
 
 
 
IT'S BROKE.
 
THIS IS THE BROKEN PIECE.
WE CAN SEE ON BOTH PIECES,
THERE ARE SOME STUFF.
THEY'RE SEMI-CONDUCTORS.
THIS IS N-TYPE AND THIS IS P-TYPE.
 
ON BOTH PLATES, THEY'VE SEMI-CONDUCTORS.
WHEN WE APPLY POWER,
WE CAN EXPERIENCE THE TEMPERATURE VARIATIONS
AS COLD AND HOT.
IT'S A SIMPLE WORK.
WE WERE DOING TEMPERATURE DIFFERENCE
WITH VOLTAGE.
WITH THIS MODULE, WE CAN CONVERT
HEAT OR COLD TO VOLTAGE.
IF WE APPLY HEAT/COLD, WE'LL GET VOLTAGE AS OUTPUT.
WE'LL DO IT IN ANOTHER EXPERIMENT.
HOPE YOU ALL LIKED
TODAY'S EXPERIMENT.
WE WERE ABLE TO MAKE ICE.
WE MADE A REFRIGERATOR WITH THIS PELTIER MODULE EARLIER.
YOU CAN SEE THE VIDEO ON THE LINK BELOW.
HOPE YOU ALL LIKED TODAY'S VIDEO.
WITH PELTIER MODULE, WE CAN MAKE ICE.
THE WORKING IS SIMPLE AS IT
WORKS ON THERMO-ELECTRIC EFFECT.
THAT IS, WE CAN CONVERT A VOLTAGE TO
TEMPERATURE VARIATIONS.
HOPE YOU ALL LIKED THE VIDEO.
LIKE OR DISLIKE.
COMMENT YOUR FEEDBACK.
SUBSCRIBE THE CHANNEL TO
SEE MORE VIDEOS LIKE THIS.
BINOMO APP LINK IS IN DESCRIPTION BOX.
WITH MORE INTERESTING VIDEOS WE SHALL MEET AGAIN
WITH CAMERAMAN PRAVEEN, IT'S ME GEO JOSEPH, SIGNING OUT!
