50W 24 Volt DC Brushless Vibrating Electric Motor with Controller

Low noise 24V DC micro brushless vibrating electric motor offers a digital speed display controller, 50W power, 3.3A current,1.8 kN force, 7000rpm rated speed, suitable for shaker table, mining, chemicals, medical equipment, and food machinery.

Features

• 50W 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.

Dimension (Unit: mm)

Internal Structure

Applications

CCHN 50W 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: DC Vibration Motor Installation on Vibrating Screen Motion Trajectories

Different DC vibration motor installations and combination methods can generate different vibration trajectories for the vibrating screen machinery to complete various sieving operations. For example, installing a single DC vibration motor can generate circular or elliptical motion trajectories, which is long used in rotary vibrating screens other equipment, installed with the same model and the opposite direction of rotation of the vibration motor can generate a linear motion trajectory, often used in linear vibrating screens and other equipment.

It is also possible to install two DC vibration motors with different models and different speeds to make the device generate a composite motion trajectory, usually in two forms: dual-frequency composite and dual-amplitude composite. For example, two vibration motors are installed at the feeding end and the discharging end of the vibration screening equipment, so that the feeding end presents large amplitude and low-frequency vibration. In contrast, the output end presents a small amplitude and high-frequency vibration. The middle of the vibration screening equipment overlaps two This kind of movement makes the equipment play a more effective screening role.