Repurposing an old washing machine’s motor can be a useful and satisfying project. Knowing how to connect the motor correctly is essential, whether you’re looking to power a new gadget or just like do-it-yourself projects.
It’s crucial to assemble the necessary tools and have a fundamental understanding of the motor’s components before getting started with the wiring. This will facilitate the process and guarantee that everything is connected securely and efficiently.
We’ll go through each step of connecting a washing machine motor in this guide, emphasizing important things to remember along the way. By the time it’s through, you’ll know exactly how to start your motor in its new capacity.
One useful way to repurpose a working part is to connect the motor from an old washing machine, but to ensure safety and functionality, this requires some careful planning and a basic understanding of electrical theory.
- How to use a motor
- Connection procedure
- Video on the topic
- Connecting a motor from a washing machine to 3 wires
- How to connect a motor from a washing machine with four wires
- How to connect a motor from an old washing machine with or without a capacitor
- MACHINE FROM A WASHING MACHINE MOTOR
- How to connect a motor from an old washing machine to three outputs.
- how to connect a motor from a washing machine with four outputs and with three outputs
- how to connect a motor from a washing machine
- How to connect a motor from an old washing machine to 4 wires
How to use a motor
Electric motors that are outfitted with contemporary components, like those made by Indesit, are incredibly dependable and long-lasting. Furthermore, even after the equipment has become hopelessly antiquated, a part from an old washing machine from a brand like "Vyatka" can continue to function for a very long time.
A washing machine’s motor can be used to create a sharpening tool.
The electric motor in a washing machine turns the shaft, which moves the drum. A vast range of attachments can be fastened to the shaft of the component after it is taken out of the unit, creating new instruments and gadgets. The electric motor’s most popular uses are as follows:
- Current device (sharpening machine). It is considered the simplest option for using the motor. The engine is fixed on a flat surface, and a round grinding stone is attached to the shaft. The machine can be used to sharpen knives, scissors or tools.
- Concrete mixer. For its manufacture, a motor and a tank are used from the old washing machine.
- Special vibrator or vibrostol for the production of concrete products. The motor created by the created vibrations can contribute to the shrinkage of concrete, it is this property that is used in the manufacture of these tools.
- Feed grinding device for pets. To do this, it is enough to fix the knives on the shaft. This device can also be used to grind large volumes of food, such as high -roting herbs.
Just a small portion of the gadgets that can be retrieved from the washing machine’s motor are included in our list. To construct one of these or create your own application, you must understand how to connect the engine in a way that prevents the winding from burning out.
Connection procedure
It’s crucial to remember that the washing machine’s engine does not start via the capacitor; starting and starting the winding is not necessary.
Prior to connecting, take note of which cables are included in the washing machine’s engine handout:
- two white – from the engine speed of the engine (tachogenerator or hall sensor);
- Brown and red – on the winding to the stator and rotor;
- gray and green – from graphite brushes.
The wires included in the handout are visible in the picture.
We don’t need the wires going to the tachogenerator, so you can pull them out to the side. You can identify different washing machine models by looking at the resistance of the wires. The resistance of the wires that connect to the sensor should be between 60 and 70 ohms. The remaining wires must be "ringed" in order to find a pair for each after the extra wires have been chosen.
The motor should be firmly fixed to any surface before beginning any work, as the shaft will begin to rotate as soon as the 220 V connection is made.
Typically, motors have four terminals, or four wires that extend from the motor. Make sure there aren’t any extra terminals on your motor if it has five, six, or even seven terminals; we just need the wires from the stator and rotor.
The motor must then be connected in accordance with the schematic displayed in the figure below.
Greetings, readers! Join our Telegram channel to receive helpful information on home economics and other topics: Visit the channel.
The image displays a collector motor’s pinout (connection diagram).
The diagram indicates that the rotor brush and stator winding must be connected, so you must locate the appropriate wires, make a jumper between them (shown in pink in the photo), and then isolate. The second brush and the rotor winding’s two remaining wires are linked to the network.
All that’s left to do is add on and off buttons to the device. It only takes tossing a jumper to other contacts to reverse the shaft’s direction of rotation.
Motors with three terminals can be installed on vintage Soviet equipment. How would one connect such a "technological miracle"?
Old washing machine motors may have three terminals.
The resistance must first be measured. An ohmmeter reading between 1 and 2 and between 2 and 3 terminals will indicate 10 Ohm, and between 1 and 3 – 20 Ohm. The motor is linked in this way: terminals 1 and 2 are connected to the network, and terminal 3 is connected to terminal 1 via a capacitor.
Thus, it is not difficult to connect a motor from a washing machine. Give your equipment a "second life" by following our advice and remembering to take safety precautions.
| Step | Description |
| 1 | Remove the motor from the old washing machine, taking care to disconnect all wires. |
| 2 | Identify the motor"s wires: typically, you"ll find power wires and control wires. |
| 3 | Connect the power wires to a power source, ensuring the voltage matches the motor"s requirements. |
| 4 | Use a switch to control the motor"s operation if needed. |
| 5 | Test the motor to ensure it runs smoothly. |
Reusing an old washing machine’s motor can be a useful and satisfying project. Knowing the fundamentals of motor connections is essential whether you’re creating a new gadget or are just experimenting.
You can connect the motor to meet your needs in a safe and efficient manner with a little forethought and attention to detail. Just remember to take safety measures to prevent mishaps and motor damage.
This method not only saves costs but also extends the useful life of equipment that might otherwise be thrown away. It’s a fantastic method to maximize the resources you already have.
