GAK USAH BELI AC !! Bikin seperti ini saja !!

Inspirasi Usaha

25 May 202311:04

Summary

TLDRIn this creative DIY video, the host demonstrates how to construct a homemade air cooler using a 12-volt fan, PVC pipes, and plastic containers. The device is designed to cool a room by circulating cold air produced from frozen ice blocks infused with air freshener. The tutorial covers assembling the fan, shaping the pipes, and connecting the electrical components. The result is a cost-effective cooling solution that not only refreshes the room but also adds a pleasant scent to the air.

Takeaways

😀 The video is a tutorial on creating a homemade air cooler, inspired by numerous requests from viewers.
🛠️ The main tool required is a 12-volt DC mini fan, which can be purchased at an electronics store for around 10,000 to 20,000 currency units, depending on size.
💡 The fan's power consumption is specified as 0.30 ampere, and it's recommended to choose a larger fan for higher air pressure.
📦 A plastic container is needed as the base for the cooler, with the size being adjustable to fit individual needs.
🔧 Additional materials include a used 4-inch PVC pipe, which will be cut, cleaned, and shaped to form part of the cooler's structure.
🔥 The PVC pipe is heated to make it pliable, then shaped into the desired form and cooled down to set its shape.
🔩 The fan is attached to the top of the container with adhesive, ensuring a tight fit for optimal air flow.
🔌 The fan is a DC 12-volt model, requiring a 12-volt adapter for power, with the positive and negative wires connected accordingly.
💧 The cooler functions by having a frozen block of ice inside, which cools the air that is then blown out by the fan.
🌀 The bottom of the container has a hole for air ventilation, which can also serve as an outlet for the pleasant scent from a fragrance added to the water.
🌡️ The video demonstrates the cooling effect by showing a temperature drop from 35 degrees to below 30 degrees Celsius in the room.

Q & A

What is the main purpose of the project described in the video?
-The main purpose of the project is to create a homemade cooling device that can cool a room, similar to an air conditioner, using a 12-volt fan.
What type of fan is used in the project?
-A DC 12-volt fan is used, which can be purchased at an electronics store, with a price range of about 10,000 to 20,000, depending on the size.
What is the role of the plastic container in the project?
-The plastic container serves as the main body or housing for the homemade cooling device, and its size can be adjusted according to individual needs.
What material is used to create the air ducts for the cooling device?
-Used PVC pipes, specifically 4-inch pipes, are used to create the air ducts after being cut and shaped into the required form.
How are the PVC pipes prepared for use in the project?
-The PVC pipes are heated over a stove to make them pliable, then shaped into sheets and pressed until they regain their rigid form.
What is the function of the holes made in the plastic container?
-The holes in the plastic container serve as vents for air circulation, allowing the cooled air to exit the device.
How is the cooling effect achieved in the homemade device?
-The cooling effect is achieved by freezing water in the plastic container, which then melts and produces cold vapor that is blown out by the fan.
What additional function does the water in the container have besides cooling?
-The water in the container can be mixed with fragrance to serve a dual purpose of cooling the room and adding a pleasant scent to the air.
How can the device be powered?
-The device is powered by a 12-volt adapter, which connects to the positive and negative terminals of the DC fan.
What is the expected temperature reduction in the room when using the device?
-The device is expected to reduce the room temperature from around 35 degrees Celsius to below 30 degrees Celsius, providing a cooler environment.
How can the device be tested for its cooling effect?
-The device's cooling effect can be tested by using a temperature measuring tool to compare the room temperature before and after using the device.

Outlines

00:00

🛠️ DIY Cooling Fan Project

The script introduces a DIY project to create a cooling fan similar to an air conditioner using a 12-volt mini fan. The host explains the need for materials such as a DC 12-volt fan, which can be purchased from electronic stores for around 10,000 to 20,000 (currency not specified), depending on the size. The fan's specifications are detailed, emphasizing its power consumption and air pressure capabilities. Additional materials include a plastic container, a used 4-inch PVC pipe, and adhesive. The process involves cutting the pipe, cleaning it, heating it to shape it into a flat sheet, and then assembling it with the fan. The fan is connected using a 12-volt adapter, and the setup is designed to attach to the plastic container. The final step includes creating a back cover for the container and ensuring the fan is securely attached.

05:02

🌀 Demonstrating the Cooling Fan's Function

This paragraph describes the functionality of the DIY cooling fan, which is meant to cool a room rather than lower the overall room temperature like an air conditioner. The fan works by circulating air and using ice from frozen water bottles or ice blocks to cool the air. The host demonstrates how to prepare the water bottles with fragrance, freeze them, and then use them in the fan for a cooling and aromatic effect. The fan is shown to be effective in creating a cool breeze, with the temperature dropping from 35 degrees to around 28 degrees, providing a significant cooling effect. The video also includes a practical demonstration of the fan's cooling capabilities and a temperature test to show the difference in room temperature before and after using the fan.

10:03

🎥 Wrapping Up the DIY Cooling Fan Video

The final paragraph wraps up the video by emphasizing the simplicity and utility of the DIY cooling fan. The host notes that even without ice, the fan can be used as a regular fan, highlighting its versatility. The video concludes with a call to action for viewers to like and subscribe for more inspiring and interesting content from the channel. The host thanks the viewers for watching and expresses hope that the video was helpful, promising to see them in the next video.

Mindmap

Keywords

💡Fan

A fan is a device used to create airflow for the purpose of cooling or ventilating a space. In the context of the video, the fan is a crucial component for creating a makeshift air conditioner. The script mentions using a 'DC 12 volt' fan, which is a type of fan powered by a 12-volt direct current, suitable for the project described.

💡DIY (Do It Yourself)

DIY refers to the practice of individuals making, modifying, or repairing things for their own use rather than buying new ones. The video's theme revolves around a DIY project to create a cooling device, which is a creative and cost-effective solution to make a room cooler, similar to an air conditioner.

💡Air Conditioner (AC)

An air conditioner is a device used to cool or heat a space, often by removing heat from the air and transferring it outside. The video's main theme is to create a device that functions similarly to an AC but is much simpler and less powerful. The script mentions that the DIY device is 'mirip-mirip seperti AC' (similar to an AC) but only cools the room rather than refrigerating it.

💡Plastic Container

A plastic container is a receptacle made of plastic, used for storing or transporting items. In the script, a plastic container is used as a part of the DIY cooling device, serving as the main body where water is placed to be cooled and then circulated as cold air.

💡PVC Pipe

PVC stands for Polyvinyl Chloride, a type of plastic polymer used for piping. In the video, a used 4-inch PVC pipe is repurposed to create the structure of the cooling device. The script describes how the pipe is cut, cleaned, and then heated to be shaped into the necessary components of the device.

💡Adaptor

An adaptor is a device that allows two incompatible devices to be connected together, often for the purpose of transferring power. The script mentions a '12 volt adaptor' which is used to power the DC fan, converting the power source to the required voltage for the fan to operate.

💡Ventilation

Ventilation refers to the process of providing fresh air to a room or space by circulating air. The video describes creating holes in the plastic container for the purpose of ventilation, allowing air to flow through the DIY cooling device, which is essential for its operation.

💡Refrigeration

Refrigeration is the process of removing heat from an enclosed space to lower the temperature. The script explains that the water inside the plastic container is frozen to create ice, which then melts and cools the air that is blown out by the fan, demonstrating a simple form of refrigeration.

💡Temperature

Temperature is a measure of the thermal energy of an object or environment. The video's goal is to reduce the room temperature by using the DIY cooling device. The script includes a demonstration of measuring the room's temperature before and after using the device to show its effectiveness.

💡Soldering

Soldering is a process in which two or more items are joined together by melting and fusing a filler metal into the joint. In the script, soldering is mentioned as a method to quickly create holes in the plastic container for ventilation, which is part of assembling the DIY cooling device.

💡Aromatherapy

Aromatherapy is the practice of using natural plant extracts, such as essential oils, to enhance psychological and physical well-being. The script describes adding 'pengharum' (perfume or scent) to the water inside the cooling device, which not only cools the room but also adds a pleasant scent to the air, combining cooling with aromatherapy.

Highlights

Introduction to creating a DIY air cooler similar to an air conditioner using a 12-volt fan.

Requirement of a DC 12-volt fan available at electronic stores for around 10 to 20 thousand, depending on size.

Explanation of fan specifications, emphasizing the importance of choosing a larger fan for higher air pressure.

Use of a plastic container as a base for the DIY cooler, adaptable to individual needs.

Utilization of a recycled 4-inch PVC pipe for constructing the cooler's body.

Demonstration of cleaning and cutting the PVC pipe for the cooler's construction.

Technique of heating the PVC pipe to create flat sheets for the cooler's body.

Instructions on shaping and assembling the PVC sheets to form the cooler's structure.

Preparation of the cooler's top cover and attachment method using heat.

Integration of the 12-volt fan into the cooler's structure with adhesive.

Connection of the fan's power cables, specifying the positive and negative connections.

Use of a 12-volt adapter to power the fan for the DIY cooler.

Creation of ventilation holes in the cooler for air circulation.

Explanation of the DIY cooler's function as a room cooling device, distinct from an air conditioner.

Demonstration of filling the cooler with frozen water and adding fragrance for dual functionality.

Practical application of the DIY cooler, showing its effectiveness in cooling a room.

Use of temperature measuring tools to demonstrate the cooling effect on room temperature.

Conclusion emphasizing the DIY cooler's practicality and cost-effectiveness as a room cooling solution.

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