Brix Measurement in the Crystallizer
The document discusses the importance of monitoring and controlling the sugar production process, specifically focusing on Brix and concentration measurements in crystallizers. Berthold's MicroPolar Brix measurement systems utilize microwave technology to provide real-time, accurate measurements, ensuring high-quality and cost-efficient production.

Measuring °Brix and Concentration
Controlling the boiling process in vacuum pans is crucial for determining the seeding point, which affects the crystal structure and size. Berthold's systems monitor juice concentration throughout crystallization, allowing precise seeding point determination. The LB 565 MicroPolar Brix system is highlighted for its accuracy and reliability, even in continuous operations.

Measuring Principle
The system uses microwaves to penetrate materials, with the dielectric constant of water causing significant interaction. This interaction is measured as attenuation and phase shift, allowing accurate water content determination. Berthold's multi-frequency technology ensures stable measurements unaffected by external factors.

Installation and Customer Benefits
The system can be installed in batch or vertical vacuum pans, with options for side or bottom installation. Benefits include precise seeding point determination, uniform sugar crystals, reliable process control, and continuous production without downtime. The system is easy to calibrate, maintenance-free, and features robust sensor antennas.

Technical Features
Key features include high-resolution focused measurement signals, integrated temperature control, and optional probe flushing with low water consumption. The system is designed for easy calibration and maintenance-free operation.

About Berthold Technologies
Berthold Technologies is renowned for its expertise in measurement technology, particularly in radiometric and microwave technologies for the sugar industry. With a global presence, Berthold provides fast and competent support worldwide, ensuring effective solutions for complex measurement tasks.