Contents
KitchenAid Mixers have truly stood the test of time and become one of our most reliable household tools for generations. Giving us the confidence and the capability required to tackle any kitchen project our hearts desire. But have you ever stopped to ponder what exactly is going on inside the intricate mechanics of these machines?
KitchenAid mixer’s high power and superior performance are no coincidence, they are the result of meticulous engineering. These beloved kitchen companions have been expertly crafted with precisely calibrated motors and gears, transforming them into true culinary workhorses. The dedicated engineers at KitchenAid have invested decades in designing these motors that outpace the competition and allow us to spend more time doing what we love.
With that in mind, let’s explore the inner workings of the KitchenAid mixer motor.
Inside The KitchenAid Mixer Motor: AC & DC
What is current? Current delivers energy from a source of electricity to an electrical device.
Let’s take a deeper look at exactly what kind of motor we find nestled in the heart of our KitchenAid stand mixers. Depending on the model, your KitchenAid may house either an AC or DC motor, each with its own specific capabilities.
The AC motor, which creates electrical flow in two directions, is utilized in models such as the Artisan. While not as powerful as a DC, these motors are efficient and reliable and get the job done smoothly.
On the other hand, some of KitchenAid’s strongest and more high-powered mixers can boast an impressive DC motor. By channeling electrical flow in only one direction, these motors are able to offer higher torque, translating lower wattage into impressive power.
Besides raw power, there is another advantage of the DC motor option. While operating, the DC-powered mixers give off a soft hum, much quieter than their AC-powered counterparts, making for a peaceful baking environment.
So whether your kitchen is equipped with the light and nimble Mini, or if you prefer something more robust like the Pro 600, KitchenAid ensures that the motor housed inside is optimized for the perfect balance of performance and functionality.
KitchenAid Stand Mixer Wattage
What are watts? The amount of energy an appliance uses during start-up and running.
The wattage necessary to power a KitchenAid mixer will also vary depending on the specific model in question. KitchenAid’s motor size ranges from just 250 watts all the way up to 575 watts. Naturally, their more compact and lightweight models will have a lower wattage, while the professional series and larger mixers demand a much higher wattage in order to deliver top-notch performance.
Diversity in wattage allows you to pick the mixer that perfectly suits your personal needs. Whether it be the energy efficiency of a small countertop mixer, or the robust powerhouse of a professional model, KitchenAid has something for everyone.
KitchenAid Stand Mixer Power
One common misconception about KitchenAid stand mixer wattage is that a higher wattage translates to a higher power, and higher power means stronger mixing capabilities. But that’s not the case. Watts don’t determine how strong a mixer is, it’s the motor that does that.
Unfortunately, I didn’t take physics in school, so trying to explain this hurts my brain a little bit. But, to put it into perspective, a mixer with a 500-watt AC motor will not necessarily be more powerful than a mixer with a 300-watt DC motor. The efficiency of the motor and the transmission of power is far greater in a DC motor than in an AC.
Take the Artisan for example, equipped with a 325-watt AC motor, perfect for the occasional batch of cookies or whipping up a pumpkin pie mix effortlessly. On the other hand, the Artisan Mini is equipped with a modest 250-watt motor. That would make the Mini far less powerful than the Artisan, right? Wrong! The Mini is actually equipped with DC motor, meaning it’s a lot more powerful than you think.
Direct Drive Mechanism
What is a Direct Drive?
The term “direct drive” refers to a more efficient method of power transfer in mixers. Unlike traditional setups that use drive belts or bearings to transfer power, KitchenAid’s direct drive system allows the motor to connect directly to the mixer’s mechanical components.
In contrast to some mixers that rely on a motor connected to a drive belt, which then transfers power to a gear responsible for spinning the planetary assembly, all KitchenAid direct drive stand mixers employ a superior approach. Here, the motor is directly connected to the gears responsible for turning both the planetary assembly and the accessory port.
Advantages Of Direct Drive
The benefits of a KitchenAid direct drive motor come into play in terms of power (everything seems to lead back to power). By directly transferring motion from the motor to the gears, the direct drive mechanism minimizes energy loss, resulting in a higher torque exerted on the planetary assembly. This enhanced torque ensures more effective mixing and kneading of ingredients, providing superior results.
By adopting this direct drive mechanism, KitchenAid has been able to create mixers that encompass a perfect balance of increased torque, lower energy consumption, and smooth reliable performance. These mixers consume fewer watts compared to high-wattage alternatives, without compromising on power output, making KitchenAid a top choice in energy-efficient appliances.
KitchenAid Mixer Gearbox
Now let’s take a look inside the KitchenAid mixer gearbox assembly to find out exactly how our direct drive motor powers this machine. Although simple, the gear setup housed within a KitchenAid stand mixer is proven to be highly efficient. At the heart of this design is a worm gear, connected directly to the motor. This worm gear then drives a gear affixed to the central shaft, which, in turn, enables the simultaneous rotation of both the planetary assembly and the attachment port. The seamless coordination of these gears ensures a smooth and effective mixing process, easy peasy.
While only the Artisan 5 and Classic models come with nylon worm gear, the rest are made of high-quality steel. KitchenAid is dedicated to making reliable and long-lasting products, utilizing only the most exceptional and durable materials, so whether the gears are plastic or metal, you can rest assured that every piece used to build your machine is of top-notch quality to last you for years to come.
KitchenAid Mixer Motor Replacement
How to Get The Motor Replaced
KitchenAid
KitchenAid has an exceptional repair program. Once you call them, they will send you a box and instructions on how to mail your appliance to them. Once they receive your package they will get on with the repairs and return it to you as quickly as possible.
Private Party
If the idea of mailing your precious KitchenAid across the country doesn’t sit well with you, there is always the option of finding a local repair shop specializing in small appliances. Just be sure to thoroughly research any independent repair shops before entrusting them with your appliance.
Cost of Replacing KitchenAid Motor
Depending on the extent of the damage, you can expect to pay at least $100 for repairs, including the cost of shipping when utilizing KitchenAid’s repair program. KitchenAid will provide you with a rough estimate. Of course, they can’t be certain what the damage actually is until they open up the machine, but rest assured that the KitchenAid engineers have your best interest in mind with providing you the best service possible for the cost. If your warranty is still valid, mechanical defects will be covered by KitchenAid.
Replacing KitchenAid Mixer Motor at Home
For anyone with an inclination toward DIY, it is possible to replace your motor at home. You will need to find out exactly what motor your particular model is fitted with, and then purchase the replacement.
The process of taking apart your KitchenAid is rather simple when all is said and done, and tutorials can be found online for how to do so correctly. That being said, the motor is a very important piece of the mixer puzzle, so installing it incorrectly could result in even bigger problems
If you are going to attempt a motor replacement at home, make sure you thoroughly understand the steps involved and have all the correct tools for the job before you begin.
