High Strength High Stability High Frequency Vibration Motor Small Size
A vibration motor is an electromechanical device that generates controlled oscillations or vibrations. It typically comprises a motor and an eccentric weight, causing the entire assembly to vibrate. The vibrations produced by such motors have distinct characteristics:
1. Compact Design: Vibration motors are compact and can be easily integrated into various devices and systems due to their small size and simple construction.
2. Variable Intensity: The amplitude and frequency of vibrations can be adjusted, allowing for a wide range of vibration intensities to suit different applications.
3. Haptic Feedback:They provide tactile feedback in devices like smartphones and wearables, enhancing user interaction through vibrations that simulate touch sensations.
4. Alerts and Notifications: Vibration motors are commonly used to deliver alerts or notifications in devices, making them vibrate to grab the user's attention.
5.Vibration Patterns: Some vibration motors can produce specific patterns of vibrations, contributing to more diverse and informative feedback.
6. Mechanical Actions:In industrial settings, vibration motors are used for conveying, compacting, sorting, and other mechanical actions, leveraging vibrations for efficient processes.
7. Reliability: Vibration motors are robust and reliable, making them suitable for long-term usage in various applications.
They find applications in consumer electronics, automotive systems, medical devices, industrial automation, and more.
Winding constant | VALUE | UNIT |
DC resistance | 10.2 | Ω |
Voltage @ Fp | 25.9 | V |
Current @ Fp | 2.6 | A |
Inductance | 1.3 | mH |
Peak force | 20.5 | N |
Con force | 8.9 | N |
Actuator constant | 2.55 | Ka |
Power @ Fp | 65.3 | W |
Total stroke | 3 | mm |
Max winding temp | 150 | ºC |
Actuator weight | 110 | g |
Technical indicators & specifications can be customized
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stator:
1.Travel: effective travel, used to calculate the the total travel of value force.
2.The direction of movement: horizontal or vertical installation 90 degree.
3.Load force: constant in the reverse direction of force on the motor, such as springs, etc.
4.Load weight: the total quality part of movement, including the quality slider
5.Movement Type: 1.point to point movement; 2.the reciprocation of the rule (e.g. scanning).
6.Velocity curve: 1.a trapezoidal speed curve; 2.triangular speed curve; 3.sine speed curve.
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