3 & 4 Speed Pole Changing Centrifuge System

  1. Home
  2. Our Products
  3. 3-4-speed-pole-changing-centrifuge-system

Pole Changing System for
Sugar Centrifuge Machine

  1. Home
  2. Our Products
  3. 3-4-speed-pole-changing-centrifuge-system

3 & 4 Speed Pole-Changing Centrifuge System

A 3 & 4 Speed Pole-Changing Centrifuge is a type of centrifuge that utilizes an induction motor with multiple stator windings, allowing the motor to operate at different fixed speeds by changing the number of magnetic poles. This design enables the centrifuge drum to rotate at predefined speed levels, which can be selected based on the specific requirements of the separation process.

Centrifuges function by separating components in a mixture based on differences in density, typically by spinning the mixture at high speeds. In a pole-changing centrifuge, speed control is achieved not through variable frequency drives but by altering the motor’s pole configuration, offering a simple and robust method for stage-wise speed control.

This system is particularly effective in applications where consistent speed stages are sufficient to achieve efficient separation, such as in sugar manufacturing. It allows for precise operation during critical phases like charging, spinning, and discharging, while also minimizing complexity and maintenance. The design of PLC based contactors control system makes it a reliable and low-maintenance solution for continuous, heavy-duty industrial use.

System Range and Machine Capacity

Power

From 132KW to 268KW

Voltage

415V

Frequency

50Hz or 60Hz

Machine Capacity

500 Kgs     750 Kgs

Precision Speed Control for Centrifuges

The 3 & 4 Speed Pole-Changing Centrifuge System delivers efficient, reliable, and predefined speed control using specially wound induction motors. By shifting between multiple fixed pole configurations, the system enables step-wise speed operation to match the demands of various centrifuge cycles. This approach supports stable performance, reduced mechanical wear, and simplified operation—all without the need for complex electronics or variable frequency control.to provide smooth, adjustable, and energy-efficient control of centrifuge speeds. By precisely managing motor frequency and voltage, it ensures optimal performance, reduced mechanical stress, and significant energy savings.

Step-Wise Speed Selection

Provides discrete speed stages to align with key process phases such as charging, spinning, and discharging, ensuring controlled and repeatable operation.

Energy-Responsive Operation

Minimizes energy usage by running motors only at necessary speed levels, improving power efficiency across production batches.

Controlled Speed Transition

Offers smooth switching between speeds through mechanical and electrical design, reducing shock loads and prolonging equipment life.

Built-In Process Safety

Supports operational reliability with features such as thermal protection, controlled torque transitions, and straightforward fault handling.

Application in Centrifuges

Centrifuges operate in stages:

Charging (low speed)

Acceleration (medium speed)

Separation (high speed)

Discharging (low or reverse speed)

Industrial-Grade 3 & 4 Speed Motor System for Continuous Centrifuge Performance

Changing Centrifuge System is a robust and efficient solution engineered to meet the dynamic demands of sugar processing. By offering multiple fixed-speed operations through pole-changing induction motors, it enables precise control during key phases such as crystallization, separation, and molasses extraction. This system ensures reliable performance, smooth transitions between speeds, and enhanced process flexibility—critical to maintaining consistent sugar quality and optimizing output.With its simplified mechanical structure and reduced reliance on complex electronics, this system excels in high-load environments and is ideal for facilities seeking durable, easy-to-maintain drive solutions. Its staged speed options allow for tailored operation across different product grades and batch sizes, improving process control and energy efficiency across every production cycle.

Features of the system

Use Cases

Pharmaceutical Industry

Food Processing

Chemical Plants

Textile and Dyeing Units