Multipurpose General Purpose Motor
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Multipurpose General Purpose Motor

Model: TW-UM54 Series
Classification:Universal Motor
Application: Hairdryer, Mixer, Blender, Coffee Mill, Electric Knife, Electric Driller, Grinder, etc.
  Notes: The motors can be designed according to customer requirements
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Product Introduction

1.Product Introduction

The juice mixer is a full gear transmission structure. Its power transmission system is designed with high standards, high strength, high technical requirements, stable operation and strong durability. It can also be used to mix cream, cake liquid, fillings, eggs and dough.


electric drills.

2.Product  Technical Parameters 


Model

 

 

voltage

Free Load

On Load

Safe

speed

current

speed

current

power

class   

Hi-pot

Test

V

RPM

A

RPM

A

W

/

VAC

UM5420-2s

100-240

19500

1.65

12500

2.68

350

F

1800

Product Feature And Application

Different blenders have different functions and features ,Features which consumers

consider when purchasing a blender include the following:

1.)large visible measurement marks ease of use

2.)low noise during usage

3.)power usage (typically 300–1000 watts)

4.)ease of cleaning

Application : Blenders are used both in home and commercial kitchens for various purposes, including to:

1. )Grind semi-solid ingredients, such as fresh fruits and vegetables, into

smooth purées

2.)Blend ice cream, milk, and sweet sauces to make milkshakes

3.)Reduce small solids such as spices and seeds to smaller solids or completely

4. )powder or nut butter Blend mixtures of powders, granules, and/or liquids

Thoroughly Help dissolve solids into liquids。


FAQ

Q:How do I choose a suitable stepper motor for my application?

A:There are several important factors to consider: holding torque, body length, supply voltage, supply current etc. Once you know these key factors (we can assist you to find out based on product application), we can recommend suitable model(s) to you. Feel free to asking us, we are more than happy to help you with the selection process. 

Q:Do you support drop shipping? 

A: Yes, your drop shipping is available.

Q:Do you provide the samples?

A:Yes, our company can provide the samples to you, and the delivery time is about 7-15 days according to the specification of gearbox you need.

Q:What parameter should I provide before the sample making? 

A:Good question. Normally we need to know the Nominal Voltage, Free-load Speed, On-load Torque, On-load Speed, Rotation Direction, Shaft Diameter and Length. If there    is other special requirement, please let us know in advance, such as working current limits, EMC limits, noise limits, expected lifetime and shaft process (D-shape, multi-knurls, mounting holes etc). 

Q:What is your Transportation?

A:Transported by DHL, UPS, EMS, FedEx Air freight or sea freight. 

Q:Is there any testing report or motor specification when I get the sample ?

A: Yes, we can provide the testing report and specification after the sample is ready. We will send a PDF file to you. By the way, motor specification will be available 3-5 days later after sample is ready.



 

Product knowledge


1. Design scheme of mixer motor

A blender is a machine that mixes everything together. No matter what ingredients you put in, it's all smashed and mixed into a ball. So it can make smoothies, smoothies, sauces, smoothies, soups, baby food and everything else in liquid paste. In English, it is also called liquidizer (liquefaction machine). This mixer uses a series motor with large torque, and the smoothness machine is so delicate that it can't turn the cup over. During the smoothing process, the resistance encountered by the motor will be high and low, which will cause the load to be too large, so the heat dissipation of the motor The requirements are very strict. Ordinary aluminum electrodes will be frequently burned due to insufficient heat dissipation. The average service life of the motor is as long as 800 hours. The strong torque grinds the ice cubes more carefully, and the heat dissipation is faster at 30,000 rpm. The performance is stable. Control protection, pure copper enameled wire and high temperature carbon brush, easily adapt to the requirements of high strength.

2. Design scheme of wall breaker motor

The recently popular wall breaker can be understood as a high-power mixer. It can break the cell wall. The high-demand wall breaker adopts a brushless motor, which reduces the noise of the wall breaker to a greater extent and increases the service life of the motor. In addition, the brushless DC motor has the advantages of high efficiency and energy saving. Realize intelligent control.

3. Design scheme of juicer motor

Now the more popular juicer, the working principle is to use a screw shaft to rotate at a low speed (so called slow juicer), squeeze the fruit in a large area, and squeeze out the juice. You can imagine wringing out the fruit like a towel, the juice comes out, and the pomace remains. Compared with the traditional centrifugal juicer, the original juicer has a higher juice yield, the extracted juice will not be layered, the nutrition and aroma of the fruit are better preserved, and the cleaning is more convenient.

The original juice machine adopts a gearbox reduction motor, a low-noise, all-copper enclosed motor, which rotates at a low speed and has a large torque.

The principle of the geared motor is similar to that of a car gearbox, the lower the speed, the greater the force. The gear reduction motor was originally designed with high-precision gear sensing.


How a Food Blender Works


A food blender is a small electric appliance. In other words, their function is not to heat, but to stir. Specifically, they are capable of stirring or mixing food ingredients. Obviously, the electric motor is a major component of the food blender. Of course there are also gears. The gears convert the rotation of the motor, which in turn causes the agitator to rotate in the opposite direction. The speed controller can vary the current delivered to the motor, thereby controlling the rotational speed of the agitator.

There are two types of food blenders: portable (hand-held) blenders and stationary (stand-alone) blenders. Portable mixers are lightweight and have a small motor for simpler mixing jobs. Stand mixers have larger motors and components and can perform difficult tasks, such as kneading dough or mixing a larger clump of ingredients.

How to Repair a Food Blender

Simple repairs to a food blender include servicing switches, speed controls, and gears.

Servicing a Switch: A switch is a simple component that can easily stop a small appliance from functioning. When the blender does not run, test the switch after checking the plug and power cord. Here's how to test and replace the switch:

Step 1: Gently remove the cover of the switch to expose the back of the switch.

Step 2: Check the switch terminals to make sure the wires in the appliance are well connected to the switch.

Step 3: Mark the terminal locations of the wires, then disconnect them.

Step 4: Use a continuity detector or multimeter to determine if the switch is faulty. If yes, replace switch and rewire.

Servicing the Speed Controller: The speed of the food mixer is controlled by changing the current sent to the motor. Smaller hand mixers use speed switches that contain many electrical contacts, each of which increases the current delivered to the motor. Larger mixers use variable resistors to control the current. Regardless of the type of speed controller, it can be checked with a continuity detector or a multimeter. Sometimes cleaning the contacts can also help improve performance. But in many cases, problems caused by the speed controller can only be solved by replacement.

Servicing the Gears: Food mixers work well because their mixers rotate in opposite directions, allowing for efficient mixing of ingredients. This opposite rotation is created by the gears. Most food mixers are connected to a worm gear on the motor shaft, and the worm gear drives two or more pinions. The pinion in turn drives the agitator to rotate. Since the gear is a physical component rather than an electrical component, the repair method is different. Here's how to check and lubricate gears:

Step 1: Make sure to unplug the appliance.

Step 2: Remove the top cover to expose the gears. In most cases, you can inspect the gear causing the problem for damage and then lubricate it.

Step 3: Check and lubricate the worm gear as well as the pinion gear, making sure not to apply excess lubricant to the motor or any electronic components.

Step 4: Before reassembly, any loose chips or debris in the housing should be removed.

Replace the fuse: If the food blender's motor won't run, the motor's fuse may have blown. Here's how to check and replace a fuse:

Step 1: Remove the top cover to expose the motor.

Step 2: Locate the fuse, and disconnect it from the motor.

Step 3: Connect the probes of a continuity detector or multimeter to both ends of the fuse to check for a path. If not present, the fuse has blown and must be replaced with a fuse of the same current rating.

Step 4: Since the purpose of the fuse is to prevent damage to the motor due to excessive current, check the speed controller and other electronic components in the blender to determine what caused the fuse to blow. Otherwise, once the motor is started, the new fuse will also be blown.

Replacing the electric motor: If the small appliance is properly designed, the electric motor should be the least likely component to fail. Therefore, the maintenance process is also often the last to check the motor. Unless you have the proper tools, you should replace the motor rather than attempt a repair. Alternatively, you can take the motor to a professional repairman for repairs. Here's how to check and replace the motor:

Step 1: Check the continuity of the motor as you would any other electronic component.

Step 2: If an open circuit is detected, mark and remove the wires attached to it, then remove the motor from the housing.

Step 3: Make sure the new motor is the exact same model and power rating as the faulty motor to ensure it fits inside the enclosure and performs the same task.


How to use the multifunctional juicer correctly?

1. When using the juicer, the position should not be inclined, and the placement should be firm and not loose. The place where the juicer is placed must be flat.

2. Check whether the props and filter of the juicer are installed in place before use, then install the cup firmly and confirm.

3. Before juicing, the food or fruit should be cut into pieces suitable for the entrance of the juicer, and then put into the juicer.

4. Plug in the power before juicing and make sure the connection is firm.

5. Start the machine and confirm that the motor can run normally.

How to use a multifunctional juicer.

1. When using the multi-functional juicer, the position must be correct, the grooves on the multi-functional juicer must match, and there must be no looseness.

2. Before using the multifunctional juicer, you need to be able to check that the filter and conduit are installed in place, and to check the tightness of the cup.

3. Soybeans, such as soybeans, should be soaked before grinding, and meat or fruits should be cut into appropriate sizes before being stirred and pressed, and then put into the multifunctional juicer.

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