65W 48 Volt DC Brushless Vibrating Electric Motor with Controller

Buy a micro vibration motor from ATO.com. It is a brushless vibrating electric motor that provides 65W power, 48 volt DC voltage, 7000rpm rated speed, and 2A current, widely used in the industrial, chemical industry, and food machinery.

Features

• 65W 48V 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: 1000-7000rpm.

Dimension (Unit: mm)

Internal Structure

Applications

ATO 65W 48V 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: How to prevent the DC vibration electric motor from heating up?

To prevent a DC electric vibration motor from overheating, consider the following steps:

1. Proper Sizing: Ensure the vibration motor is correctly sized for your application to avoid overloading. An undersized motor will struggle and overheat, while an oversized motor can run inefficiently.
2. Speed Control: Use a motor controller with speed regulation and current limiting to prevent the motor from drawing excessive current and overheating.
3. Adequate Ventilation: Ensure the vibration electric motor has sufficient airflow, using fans or heat sinks if necessary, to dissipate heat effectively.
   Avoid Overloading: Always operate the motor within its rated load limits to prevent stress and excessive heat generation.
4. Regular Lubrication: Keep bearings well-lubricated to minimize friction and heat. Worn bearings increase resistance and heat.
5. Ambient Temperature: Ensure the motor operates in a suitable temperature range. If the surrounding environment is too hot, it may increase the risk of overheating.
6. Protection Devices: Install thermal protection and overload relays to automatically shut down the vibration motor if it exceeds safe temperature levels.
7. Proper Wiring: Ensure the wiring is properly sized and connections are secure. Poor electrical connections can cause resistance and generate heat.