Couldn't tell for sure, but it appeared you just plopped the module flat down onto the radiator mounting surface. That method can trap large air bubbles between the module and the radiator mounting surface...even when you then slide it around as you did in the video. You should place one edge on the mounting surface and then carefully and slowly rotate down the module on that edge until it is flat against the mounting surface. That will help minimize air pockets. It can also help to rotate the module downward in the same direction as you applied the thermal material so that any "wave tops" in the spread material are pushed forward and out as you continue laying down the module. In other words, if you applied/spread the material from top to bottom (as you did in this video), you place the leading edge of the module at the top and rotate downward. When spreading the materrial, you also don't start "evening" the material by placing the tip of the spreader in the middle of the material on the mounting surface...all spreading should be performed in a single uninterrupted pass, starting from one side of the mounting surface to the other without lifting or pushing down on the spreader while spreading. In your case, you would always start the spreader at the top of the mounting surface and spread down toward the bottom in a single, even spread. This helps avoid changes in surface height which in turn help avoid air pockets during subsequent installation of the module.
Very good video, thank you. But then, how do you put that on a CPU without the ice, the frost, which forms, melting and becoming water on the motherboard? And the warm side is at how many degrees? Is it possible to put it in a tower with one side that produces a lot of heat?
Seems good but well I'm pretty sure the temps could go lower with better thermal paste like the Cooler Master or Arctic MX-5 which are generally used for CPU heat sinks. Secondly you should have used the grain method by dropping two or three rice sized drops of thermal paste in the middle and then press the peltier straight on it. Also I'm pretty sure the temps could go lower if it was tested in a room with low humidity which would avoid the ice formation. All in all, pretty decent video and well good job.
is there a way to regulate the termperature that that there will be no ice/water? Or maybe use a heatpipe to transport the heat away from teh mainbard wher it can freeze as it like :)
I am trying to bring the temperature of a 10 inch squared box surrounded by a 5 inches of styrofoam down to 20- with a single pelter thru a small hole cut out of the back of this box. What wattage pelter do I need and can it be air cooled or would water work better? thanks
Change side and add a heatsink with fan. Peltier just for accelerate heat interchange but remember, overall change peltier side. Freeze in contact with cpu, hot is outer or heatsink side...
Hi, can we put heat sink what you have set on heat side same thing on cool side? Or if we set same thing cool does it make wrong functioning. Please help me out.
One with copper pipe is heat sink with mini fan which is used I computer for cooling, the second box is power supply of 24V DC supply for the pelteir to work.
Sir i want to use 4 [TEC 12715] peltier module from one Power supply each peltier module requires 12V 15A so which smps is suitable for sufficient power for all 4 pelter modules?
السؤال الذي يطرح نفسه كم العمر الافتراضي لعمل البلتر ؟ بمعنى لنفترض اني سأقوم بعمل مشروع تكييف بالماء وتحويل المكيف الشباك او السبلت القطعه الداخليه لكي تعمل بالبليتر بدلا من الفريون . العمليه سهله في التحويل بالنسبه لكربائي لكن ما هو العمر الافتراضي للبليتر او بلتر وكم يستطيع العمل في اليوم مثلا عند النوم او التشغيل الطويل في اليوم هل يعمل لسنوات عديده او عمره شهر شهرين او سنه سنتين ؟ الفكره لو عمليه فعلا ستوفر كهرباء حتى لا تكاد تصرف اي فلس ياليت احد يفيدنا بمعلومات اكثر من كونه قطعه مبرده وتحتوي على ثرموكنترولر . شكرا
Peltier is currently most useful for spot and small space cooling (CPU, maybe an EXTREMELY well insulated small fridge). For cooling an equipment cab, you need traditional compressor, condenser and evaporator air conditioning to move that much heat. Notes from some Peltier testing I did 2 years ago: Peltier cooling is very inefficient as an add-on. If a device is engineered from the ground up for Peltier cooling, it might work. Comparison between a small (3.6 cu ft) fridge and a very small (0.43 cu ft) styrofoam ice chest with 2 inch walls. In 20 hours of running, a 3.6 cu ft fridge used 1.52 KWH while maintaining 41F in a 74F ambient. In 20 hours running, a 0.43 cu ft chest with a 60 watt Peltier element used 1.292 KWH while maintaining 30F below ambient (44F for 74F ambient). 1.292 / 1.52 = 0.85 Cooling 0.434 cu ft with thermoelectric cooling requires 85% of the power required to cool 3.6 cu ft with a compressor refrigerator. Cooling 11% of the refrigerator's space requires 85% of the power required to cool the refrigerator.
Be positif..this person know their best to present the video,if the person good at talk explaining,this video will be with voice explanation..like my grammar,not quite good la.
Rubbish video ,what he intended to show, the peltier cooler have an efficiency of 5%(commercially available), VCRS cooling technology have proven 50 to 60% cooling efficiency (Copeland, Danfoss).If you have talent,time and money please do more research to Invent a new solid state cooling technology ,best of luck.
can you put top of each other and take energy something warm like water heater ect? again great show .
incomplete video...
no mention of hot side temperature...
what happened to the timer / clock ? how much times it took for freezing small ice...
Couldn't tell for sure, but it appeared you just plopped the module flat down onto the radiator mounting surface. That method can trap large air bubbles between the module and the radiator mounting surface...even when you then slide it around as you did in the video. You should place one edge on the mounting surface and then carefully and slowly rotate down the module on that edge until it is flat against the mounting surface. That will help minimize air pockets.
It can also help to rotate the module downward in the same direction as you applied the thermal material so that any "wave tops" in the spread material are pushed forward and out as you continue laying down the module. In other words, if you applied/spread the material from top to bottom (as you did in this video), you place the leading edge of the module at the top and rotate downward. When spreading the materrial, you also don't start "evening" the material by placing the tip of the spreader in the middle of the material on the mounting surface...all spreading should be performed in a single uninterrupted pass, starting from one side of the mounting surface to the other without lifting or pushing down on the spreader while spreading. In your case, you would always start the spreader at the top of the mounting surface and spread down toward the bottom in a single, even spread. This helps avoid changes in surface height which in turn help avoid air pockets during subsequent installation of the module.
Very good video, thank you.
But then, how do you put that on a CPU without the ice, the frost, which forms, melting and becoming water on the motherboard?
And the warm side is at how many degrees? Is it possible to put it in a tower with one side that produces a lot of heat?
the ice on cold side wouldn't form , because if the cold side was od CPU , it wôuldn't drop under zero degree celsius
Seems good but well I'm pretty sure the temps could go lower with better thermal paste like the Cooler Master or Arctic MX-5 which are generally used for CPU heat sinks.
Secondly you should have used the grain method by dropping two or three rice sized drops of thermal paste in the middle and then press the peltier straight on it.
Also I'm pretty sure the temps could go lower if it was tested in a room with low humidity which would avoid the ice formation.
All in all, pretty decent video and well good job.
Super!
is there a way to regulate the termperature that that there will be no ice/water? Or maybe use a heatpipe to transport the heat away from teh mainbard wher it can freeze as it like :)
Maybe by changing the voltage?
@@sirgalahad4861 more like regulating current , or not cooling the hot side that much
I am trying to bring the temperature of a 10 inch squared box surrounded by a 5 inches of styrofoam down to 20- with a single pelter thru a small hole cut out of the back of this box. What wattage pelter do I need and can it be air cooled or would water work better? thanks
TEC1-12715 pelteir module u can use for extreme cooling👍
And it is 180watts of power
سلام عليكم
هل استطيع الحصول على كميه من هذا الوح..وكيف.وما سعرها...انا من العراق. وهل يستطيع أن يعمل اوقات طويله
Como se llama esa pasta que le pusiste para fijar la placa??
Peltier module work on 12 v Pulsating dc supply? It will affect it's life and performance?
nice your project
Change side and add a heatsink with fan. Peltier just for accelerate heat interchange but remember, overall change peltier side. Freeze in contact with cpu, hot is outer or heatsink side...
It's just an useless test to show the workings of a Peltier element. You can't use it for CPU cooling, too much condenced water production.
@@taunteratwill1787 dielectric grease and insulation ; )
Hi, can we put heat sink what you have set on heat side same thing on cool side? Or if we set same thing cool does it make wrong functioning. Please help me out.
Excelente 🇩🇴🇩🇴🇩🇴🇩🇴🌎
How much amp. Does this Tec 19906 peltier take ????
Hello sir,one side cold,and one side hot,my question is what is temp. Both side difference and using current consume
It depends on your Peltier device. Usually is 60F.
what are initial two boxes ? no description - at least names / part number??
One with copper pipe is heat sink with mini fan which is used I computer for cooling, the second box is power supply of 24V DC supply for the pelteir to work.
Sir i want to use 4 [TEC 12715] peltier module from one Power supply each peltier module requires 12V 15A so which smps is suitable for sufficient power for all 4 pelter modules?
12v 60amps supply for nice working
Sir, please online purchase link description please sir
Ye 24 volt 19906 module how much cost in indian ruppee
Inr:290 to 400
How many degree the temperature on the hot side?
السؤال الذي يطرح نفسه
كم العمر الافتراضي لعمل البلتر ؟ بمعنى
لنفترض اني سأقوم بعمل مشروع تكييف بالماء وتحويل المكيف الشباك او السبلت القطعه الداخليه لكي تعمل بالبليتر بدلا من الفريون .
العمليه سهله في التحويل بالنسبه لكربائي
لكن ما هو العمر الافتراضي للبليتر او بلتر
وكم يستطيع العمل في اليوم مثلا عند النوم او التشغيل الطويل في اليوم
هل يعمل لسنوات عديده او عمره شهر شهرين او سنه سنتين ؟
الفكره لو عمليه فعلا ستوفر كهرباء حتى لا تكاد تصرف اي فلس
ياليت احد يفيدنا بمعلومات اكثر من كونه قطعه مبرده وتحتوي على ثرموكنترولر .
شكرا
Wow!
What are invest mant this module plez in form that you
How about the durability of this assembly if all precautions followed. Will it give 10000 intermittent working hours?
Bro, Make Video About How To Make Peltier Module At Home!?
Kya banake bhej sakte ho bhai
Where to buy tec1 19906
I would like to know that minimum voltage and Ampere to work a peltier module
12 volt and 6 amp.
Full set price
Im used without water?
Ki vabe
How to buy this peilter
So what's so fucking special here that it needs a video ? :-))
How much input voltage
bolade
24v
How much time it take to get temperature at -10c
Peltier use 24 hour tell me
Hi, I want to reduce the temperature of the cabinets of the construction equipment using Peltier. my goal Can you help employees get rid of heat?
Peltier is currently most useful for spot and small space cooling (CPU, maybe an EXTREMELY well insulated small fridge). For cooling an equipment cab, you need traditional compressor, condenser and evaporator air conditioning to move that much heat.
Notes from some Peltier testing I did 2 years ago:
Peltier cooling is very inefficient as an add-on. If a device is engineered from the ground up for Peltier cooling, it might work. Comparison between a small (3.6 cu ft) fridge and a very small (0.43 cu ft) styrofoam ice chest with 2 inch walls.
In 20 hours of running, a 3.6 cu ft fridge used 1.52 KWH while maintaining 41F in a 74F ambient.
In 20 hours running, a 0.43 cu ft chest with a 60 watt Peltier element used 1.292 KWH while maintaining 30F below ambient (44F for 74F ambient).
1.292 / 1.52 = 0.85
Cooling 0.434 cu ft with thermoelectric cooling requires 85% of the power required to cool 3.6 cu ft with a compressor refrigerator. Cooling 11% of the refrigerator's space requires 85% of the power required to cool the refrigerator.
es Peltier me aisa kiya hota hai k ye thandi ho jati hai
Why can't people just talk to the camera in their video.... Why must people have music all the time.
Why can't people just watch a video without complaining all the time?
Be positif..this person know their best to present the video,if the person good at talk explaining,this video will be with voice explanation..like my grammar,not quite good la.
CPU color link
Hu uzinv pilter
I can -21
Намазывать жирный слой термопасты что бы потом ее раздавиться что бы она вылезла через края? Бред!
Fake i try it
.
Rubbish video ,what he intended to show, the peltier cooler have an efficiency of 5%(commercially available), VCRS cooling technology have proven 50 to 60% cooling efficiency (Copeland, Danfoss).If you have talent,time and money please do more research to Invent a new solid state cooling technology ,best of luck.
Your clock is a little fast
kothi Pabo a gulo.
You are use it wrong!
I suppose he wants burn cpu!!!
@@QuantumAlchemyst Maybe you noticed, . . . . . . there is NO CPU genius !
NO! It's just an useless test to show the workings of a Peltier element.
Compre 20 celdas y ninguna me funciono de buena calidad decía pero no así que no confío en las celdas peltier
Depende de la alimentación y de la disipación de calor
Deu até ódio de ver um vídeo tão ruim
👍.... Mantap.
Mampir yah
28 c means nothing to us over here...