Equipping with vibration motors greatly expands the range of possible designs when it comes to creating your own electronic and mechanical designs. Advanced automatic systems that require continuous rotary operation can be equipped with these types of engines.
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Mini vibration motor 10x3,4mm - 5V
Mini vibration motor powered by 5 V. Module with a diameter of 10 mm and a height of 3.4 mm . Current consumption is 80 mA . The motor module has two wires.
Index: DNG-17923
Index: DNG-17923
Vibration Motor 10 x 3,0 mm C1030B015F
Small motor that generates vibrations at 1000 rpm. It consumes about 100 mA of current with a 3 V supply.
Index: MOT-01539
Index: MOT-01539
Small metal vibrating motor powered by 3 V. Current consumption is 140 mA. Dimensions: 14.5 x 5 x 4.5 mm. Total length is 20 mm.
Index: MOT-04728
Index: MOT-04728
Mini Vibration Motor 10x2,7mm - 3V
Mini vibration motor powered by 3 V . Idle current consumption is 80 mA . The motor is 10 mm in diameter and 2.7 mm high. The module has two cables which are removed from...
Index: DNG-17920
Index: DNG-17920
Mini vibration motor 10x2mm - 3V
Miniature vibrating motor . It is powered by a voltage of 3 V. The dimensions of the module are equal: diameter 10 mm, height 2 mm . Current consumption is 80 mA . The...
Index: DNG-17924
Index: DNG-17924
Mini vibrating motor 10x2.7mm - 5V
Miniature 2.5V to 5V vibration motor with 10mm diameter and 2.7mm thickness.
Index: ODS-13807
Index: ODS-13807
Metal vibrating motor with a cap, supplied with voltage from 6 V. Dimensions 18,5 x 24 mm, total length 41 mm.
Index: MOT-01666
Index: MOT-01666
Mini Vibration Motor MT63 1,5 V
Small metal vibrating motor powered by 1.5 V. Idle current 180 mA. Dimensions: 17 x 10 x 12 mm.
Index: MOT-04725
Index: MOT-04725
Mini Vibration Motor 10x3mm - 3V
Small vibrating motor with a diameter of 10 mm and a height of 3 mm . Powered by 3 V . Current consumption is 80 mA . The motor has two red and blue wires with the...
Index: DNG-17921
Index: DNG-17921
DRV2605L - haptic motor controller - Adafruit 2305
The module is designed to control haptic (touch) motors: buzzers and vibration motors . The product extends the possibilities of using this type of engine. It allows, among...
Index: ADA-21825
Index: ADA-21825
Mini vibration motor 10x10x2,0mm - 3V
Miniature vibration motor powered from 2,5 V to 3,5 V. Dimensions 10 x 10 x 2.0 mm.
Index: SEE-09087
Index: SEE-09087
Grove - vibration motor + module
The module contains a miniature DC vibrating motor. It is very easy to use and is equipped with Grove interface which makes it easy to connect it with Arduino and Raspberry Pi.
Index: SEE-11361
Index: SEE-11361
Vibration Motor 10 x 3,4 mm - Pololu 1636
Small motor generating vibrations of 0.75g amplitude. It consumes about 60mA of current when powered by 3 V.
Index: PLL-00589
Index: PLL-00589
Vibration Motor 10 x 2,0mm - Pololu 1638
A small motor generating vibrations of 0.75 g amplitude. It draws about 60 mA of current at 3 V.
Index: PLL-01004
Index: PLL-01004
Small metal vibrating motor powered by 3 V. Idle current 90 mA. Dimensions: 9 x 5.2 x 5.2 mm.
Index: MOT-04727
Index: MOT-04727
Small metal vibrating motor powered by 3 V. Idle current 1200 mA. Dimensions: 19 x 10 x 8 mm.
Index: MOT-04730
Index: MOT-04730
Small metal vibrating motor powered by 3 V. Idle current 60 mA. Dimensions: 10 x 10 x 3,7 mm.
Index: MOT-04726
Index: MOT-04726
Mini vibration motor 12x3,4mm - 3V
Small vibrating motor with a diameter of 12 mm and a height of 3.4 mm . The module is supplied with a voltage of 3 V . The current consumption is 80 mA . The motor has...
Index: DNG-17922
Index: DNG-17922
Vibration Motor 8x3,4mm - Pololu 1637
Small motor that generates vibrations with an amplitude of 0.75 g. It consumes about 60 mA of current when supplied with 3 V.
Index: PLL-01003
Index: PLL-01003
Vibration Motor 11,6x4,6x4,8mm - Pololu 2265
Vibration motor with displaced mass placed on the shaft. It draws approximately 60 mA of current with a 3 V supply.
Index: PLL-02037
Index: PLL-02037
DFRobot Gravity - vibration motor module
Module from the Gravity series with vibration motor for Arduino controlled with the PWM signal, low and high status. The supply voltage is 5 V.
Index: DFR-11287
Index: DFR-11287
See also
Vibration motors are manufactured based on two technologies - ERM and LRA. The first technology uses the unbalanced mechanical load on the rotor by mass. This load as the shaft rotates generates a centrifugal force. As a consequence, vibrations arise, which we owe the name of this group of engines. The second technology - LRA - uses a linear resonator in which a small ferromagnetic element is connected to a spring. Under the influence of a magnetic field, it vibrates and drives a vibration motor.
Both types of vibration motors are available in the offer of the online shop with electric motors Botland. Here you will find products that differ in both physical sizes and detailed technical parameters. In complex projects, vibration motors can be connected in series, e.g. 4 3-volt motors and powered by a battery or a 12V power supply. Choose the motor that perfectly matches your mechanical project now!
The professional use of vibration motors
The vibration motors are designed to perfectly generate and handle vibrations. These are devices designed and adapted to drive vibration installations. When it comes to the use of vibration motors, these types of components can be found in many different kinds of applications such as transport vibrating chutes, vibrating pipes, screening conveyors, screening machines and sorters. In addition, vibration motors are also used for vibrating feeders, crushing grates, vibrating stands, resonating conveyors, compactors and vibratory mills.
Obviously, in the field of DIY projects, our imagination is the main driving force determining what components and components we will use to build a given model. Nevertheless, as can be seen in the examples above, vibration motors are among the more advanced components and are mainly used in industry and professional tasks.
Vibration motors – mechanical technology implemented in the first mobile phones
Unbalance is the core of the vibration motors. Unbalance is understood as a constantly rotating mass. It is unevenly distributed in its rotational symmetry, as a result of which it causes constant vibration as it rotates. These types of vibrations can be modified with weights and counterweights. The main axis of operation of vibration motors is the use of the above phenomenon put in motion of unbalance.
Haptic technology and vibratory alerting are also important. These are the two most popular methods of implementing vibration signals in electronic devices. The first, haptic technology, uses vibrations with different duration of pulses between individual vibrations, which allows you to easily distinguish the signaled information from each other, and vibrational alerting uses the effect of a linear increase in vibration intensity. The first mobile phones are a perfect example of using the above technology.
As we remember well, these devices had been implemented with a built-in small vibration motors that signaled an incoming call or text message with short vibration signals. Later, in the case of an incoming message, they vibrated the word "SMS" with Morse code. Nowadays, vibration signals are also used in many software applications for smartphones, but the technology of generating vibrations itself has been significantly modified and changed.
Vibrator motors – other practical applications
The applications of vibration motors are, in contrary to what we may think of them, very wide. Moreover, many models have been equipped with additional functionalities. Feedback is a good example. With the use of feedback in such devices, vibration motors can be used for maintenance-free cleaning of gutters in the event of clogging, e.g. with leaves.
The above cleaning methods require the use of motors with higher torque. On a smaller scale, regarding mini-motors, the devices are used in chemical laboratories for the preparation of emulsions, and in home applications as a drive for an electric toothbrush and a drive for an air pump for filling the cuff in an electronic device for measuring blood pressure and heart pulse. The electric motor can also be used in precision low-power drive systems.
If you are wondering which vibration motor to choose, please do not hesitate to contact us. The Botland team will help you choose the best product for your project!
