100W 24 Volt DC Brushless Vibrating Electric Motor with Controller

Buy a small vibration motor online. It is a brushless vibrating electric motor that provides 100W power, 24 volt DC voltage, 7000rpm rated speed, 2.6kN force and 3A current, widely used in the industrial, chemical industry, and food machinery.

Features

• 100W 24V DC brushless vibrating electric motor with a variable speed controller achieves stable operation and can adjust the speed of rotation.
• High efficiency and energy saving, saving 40-60% of electricity compared to ordinary motors. Long service life, 5 times that of ordinary motors.
• Small industrial DC vibration motor provides accurate and fast regulator positioning and analog output.
• It is resistant to deformation and oxidation and can withstand long-term high-speed operation.
• Special voltage and speed can be customized, please contact us.

Specifications

Notes

1. +/- 20% voltage tolerance.
2. Max/Minimum speed range that can be achieved via potentiometer: 1000-7200rpm.
3. The brushless DC vibration motor requires a controller to operate. If you have not purchased our controller before, it is recommended to place an order with the controller.

Dimension (Unit: mm)

Applications

ATO 100W 24V 7000rpm micro DC brushless vibration electric motor is widely used in mining, metallurgy, coal, electric power, construction, chemical industry, medical care, casting, food, powder spraying equipment, powder sieving, food machinery, etc. 

Tips: What does the speed display controller do?

The speed display controller is an integral part of the DC vibration motor system, allowing users to both monitor and control the motor’s speed. It provides a real-time digital display of the motor's rotational speed (RPM), which is essential for ensuring precise and consistent vibration levels in applications like sorting, compaction, or testing. The display gives instant feedback, enabling users to assess whether the motor is running within the desired parameters and make any necessary adjustments.

In addition to displaying speed, the controller typically features controls (such as a dial or buttons) for adjusting the motor’s RPM. By changing the speed, the vibration intensity can be varied, making it versatile for different tasks. The controller ensures that the motor operates at optimal efficiency by allowing fine-tuned speed adjustments while preventing issues like over-speeding or under-performance. This control over speed is crucial for applications where vibration frequency needs to be precisely managed.