FD200 Compact Frequency Inverter for Jet Mill Systems

Precision Control and Compact Integration for Industrial Micronization

Jet mills are widely used in the chemical, pharmaceutical, and food industries for ultra-fine pulverization. To meet the demands of precision control and energy efficiency, the FGI FD200 Compact Inverter offers an ideal drive solution. With advanced low-voltage frequency control, it enhances system stability, enables rapid start-stop, and optimizes overall performance in jet mill applications.

1. Overview of the Jet Mill System

Working Principle

The jet mill system typically comprises a jet mill, cyclone separator, dust collector, and induced draft fan. During operation, compressed air is filtered, dried, and then injected at high speed into the milling chamber through Laval nozzles or similar. At the intersection of multiple high-pressure airflows, particles are repeatedly collided, sheared, and fractured.

The pulverized material is drawn upward by the fan-induced airflow into the classification zone, where a high-speed rotating classifier wheel generates strong centrifugal force to separate coarse and fine particles. Fines that meet the particle size requirement are collected via the cyclone separator and dust collector, while oversized particles fall back into the milling zone for further pulverization.

Laboratory Air Jet Mill Process Flow Diagram

System Advantages

• Precision Classification: Optimized airflow design enables particle size control between 1–74 μm (up to sub-micron level).

• Wide Applicability: Suitable for materials with Mohs hardness levels from 1 to 10; ideal for de-agglomerating ultrafine powders.

• Compact Footprint: Lab-dedicated models occupy less than 2.5㎡.

Equipment Physical Diagram or Equipment Actual Photo

2. Electrical System Configuration

Control Architecture

• HMI: 7-inch full-color touchscreen (800×480 resolution).

• Control Core: PLC communicates with the inverter via MODBUS RTU protocol.

• Speed Control: Powered by the FD200 series frequency inverter.

3. Key Technical Features of FD200 Inverter

Performance Highlights
(Refer to detailed specification sheets for parameter data.)

Core Advantages

• Space-Saving Design

  • Book-style housing reduces volume by 30% compared to similar products

  • Supports DIN rail, side-wall, wall-mounted, and side-by-side installation

• Intelligent Control

  • Built-in PID algorithm for precise process control

• Comprehensive Protection

  • Overcurrent, overvoltage, and phase-loss protection

• Communication Compatibility

  • Supports MODBUS industrial protocol for seamless system integration

4. Application Benefits

• Equipment failure rate significantly reduced, lowering maintenance costs

• Installation space reduced by 45%, cutting electrical cabinet costs by approx. 20%

• Improved speed control accuracy with vector control vs. traditional V/F methods

• Enhanced classifier motor precision, increasing product yield and quality

5. Conclusion

The successful application of the FGI FD200 Compact Inverter in jet milling systems demonstrates its ability to:

1. Solve fine particle size control challenges through high-precision vector control;

2. Meet space-constrained application scenarios, particularly in laboratory or pilot-scale production environments.

FGI continues to provide efficient, reliable, and compact drive solutions to support the performance upgrade of advanced industrial systems.

Production Base: Jincheng Road, Economic Development Zone, Wenshang County, Jining City, Shandong Province, China

Email: overseas@fengguang.com