Cara Membuat Spinner Mesin Peniris Minyak Goreng Sederhana

Summary

In this video, the creator takes on a DIY project to build a fryer oil spinner, a device to drain excess oil from fried foods. Using a 40-watt fan motor, recycled materials like wood, and various tools, the creator assembles the spinner machine step by step. The process involves careful measurements, soldering, and assembling parts like a plastic container, connectors, and bearings. Although the motor isn’t extremely powerful, the spinner's design aims to efficiently reduce oil in fried foods. The video ends with a demonstration of the machine’s functionality, highlighting its performance and the adjustments required for improved results.

Takeaways

• 😀 The video demonstrates the process of creating a homemade oil spinner to drain excess oil from fried foods.
• 😀 The spinner is powered by a repurposed 40-watt motor from an old fan, which was previously used for a cotton candy machine.
• 😀 The creator emphasizes the importance of using available materials, including wooden scrap for the frame and various electrical components.
• 😀 The spinner’s motor speed is adjustable, using a dimmer switch to control the rotational speed for better oil drainage.
• 😀 The process includes precise measurements, cutting, and assembling parts to ensure the structure is solid and well-aligned.
• 😀 The creator uses a plastic container (usually for crackers) as the outer shell of the spinner, ensuring it fits the motor and components.
• 😀 PVC pipes are added around the motor's axle to prevent oil leakage from the spinner mechanism.
• 😀 Attention to detail is important, such as ensuring that all screws and connectors are secure to avoid the spinner malfunctioning during use.
• 😀 A bearing is used in the lid to hold the axle of the spinner securely in place while it rotates.
• 😀 The machine is tested for its ability to drain oil, with some adjustments made to ensure proper function before use with actual fried food.
• 😀 Despite the initial test, the creator acknowledges that improvements are still needed, and the machine's performance may be further evaluated with real frying tests.

Q & A

What is the main goal of the project in the video?

The main goal is to create a spinner machine that will extract excess oil from fried food, specifically from the oil used in fried snacks like fritters.

What type of motor is used for this spinner machine?

The motor used is a 40-watt used fan motor, which was repurposed for this project.

Why was the original fan motor chosen for the spinner machine?

The fan motor was chosen because it was available and had enough power to spin the machine at a high enough speed, despite being previously used in a different project.

What materials were used to build the body of the spinner machine?

The body of the spinner machine was made using recycled wood pieces, which were cut and assembled to form a box structure.

How did the creator ensure the stability of the spinner machine?

The creator ensured the machine's stability by making sure the motor was centered in the box and securing all the connections with screws. Additionally, the wood structure was precisely assembled to prevent wobbling.

What type of container was used for the oil collection in the spinner?

A plastic container typically used for storing crackers was used as the outer container to collect the oil, with a 10-liter capacity.

What challenges were faced with the plastic container during the project?

One challenge faced with the plastic container was ensuring it didn’t crack under pressure. The creator made sure to install supporting hardware to prevent stress on the container and ensure it was securely attached to the frame.

Why did the creator use a PVC pipe in the design?

The PVC pipe was used as a barrier to prevent oil from leaking out of the spinner machine, ensuring the oil remains contained during the spinning process.

What is the purpose of the small, perforated container inside the spinner?

The small perforated container inside the spinner holds the food being spun and allows excess oil to drain out while the food spins.

What improvements were made to the spinner machine after the first test?

After the first test, the creator made improvements to reduce the vibration by securing the top cover properly and ensuring the spinning part ran smoothly without friction.