Product Overview
The Yaku FS-3.0 Variable Frequency Series Disperser is a highly efficient and flexible industrial mixing equipment. It supports optional voltages of AC220V/380V and is equipped with a 3KW high-power motor. The rotational speed can be freely adjusted within the range of 0-3000 rpm via a frequency converter, with a maximum processing capacity of up to 150L (actual mixing volume is affected by material viscosity). The entire machine features a manual lifting design and is equipped with a ø20×600mm dispersion shaft and a 150mm diameter 304 stainless steel dispersion disc. It is compatible with containers ≤60×60cm (customization is supported), with an overall height of 1530mm and a weight of 50Kg, meeting a variety of industrial mixing needs.
Product Features
1. Supports optional AC220V/380V voltage with strong adaptability.
2. Equipped with a 3KW high-power motor for robust performance.
3. Features variable frequency speed control, allowing free adjustment of rotation speed within the range of 0-3000 rpm.
4. Maximum processing capacity of up to 150L.
5. Designed with a manual lifting mechanism for flexible operation.
6. Includes a ø20×600mm dispersion shaft and a 150mm diameter 304 stainless steel dispersion disc, ensuring durability.
7. Compatible with containers ≤60×60cm and supports customization for enhanced flexibility.
Working principle
The disperser drives the dispersion shaft to rotate at high speed through a motor, which in turn propels the 304 stainless steel dispersion disc installed at the shaft end to operate rapidly within the material. The high-speed shearing action of the dispersion disc quickly breaks up, mixes, and homogenizes the material. The motor speed can be precisely controlled via a frequency converter, allowing adjustment of the shearing force of the dispersion disc to meet the processing requirements of materials with different viscosities. The hand-crank lifting mechanism enables adjustment of the depth of the dispersion disc within the container, ensuring thorough and uniform dispersion of the material.
Application Fields
Material mixing, dispersion, and homogenization processes in industries such as chemicals, coatings, inks, adhesives, cosmetics, food, and pharmaceuticals.
Complies with standards
The product documentation does not mention specific standards that are met.
Operating Steps
1. Select an appropriate barrel based on the material characteristics, ensuring its dimensions are compatible (≤60×60cm).
2. Pour the material to be processed into the barrel, ensuring the quantity does not exceed the equipment's maximum processing capacity (≤150L) and considering the impact of viscosity.
3. Adjust the dispersion disc to a suitable starting height inside the barrel using the manual lifting mechanism.
4. Connect the power supply (AC220V or 380V), ensuring the voltage matches.
5. Using the inverter panel, slowly start the equipment at a low speed (around 0rpm) and gradually adjust the rotation speed to the desired value (0-3000rpm).
6. During the dispersion process, slowly move the dispersion disc up and down using the manual lifting mechanism to achieve more uniform mixing of the material.
7. After dispersion is complete, first reduce the rotation speed to the minimum, then turn off the power supply.
8. Lift the dispersion disc to remove the material and clean the equipment.
Precautions
• Before use, ensure that the power supply voltage (AC220V or 380V) matches the equipment requirements.
• The material processing volume should not exceed 150L, and the actual effective mixing volume should be appropriately reduced based on the viscosity of the material.
• The barrel size should not exceed 60×60cm. Custom sizes are available upon request.
• Start at a low speed to avoid splashing and impact loads.
• When raising, lowering, or adjusting the position of the dispersion disc, ensure the equipment is stopped or operating at a very low speed.
• Regularly check the tightness of the dispersion shaft, dispersion disc, and lifting mechanism.
• When cleaning the equipment, disconnect the power supply and avoid directly rinsing the motor and electrical components with water or cleaning agents.
• Do not place hands or tools into the barrel while the equipment is running to ensure operational safety.
