Single Sheet Tester SST 500×500

The Single Sheet Tester SST 500×500 is an advanced instrument designed for the comprehensive magnetic evaluation of electrical steel sheets. This robust system adheres to the IEC 60404-3 standard, ensuring accurate and reliable measurements for manufacturers, researchers, and quality control professionals in the electrical engineering industry.

Key Features and Benefits of Single sheet Tester SST 500×500:

1. Versatile Magnetic Property Testing:
   
   • Measure key parameters like specific total loss, specific apparent power, and RMS value of magnetic field strength.
   • Generate crucial B/H curves (magnetic flux density vs. magnetic field intensity) to understand the material’s behavior under varying magnetic fields.
2. Unloaded Transformer Simulation: The SST 500×500 replicates the operating conditions of an unloaded transformer. This approach provides valuable insights into the core losses that occur in transformers during regular operation.
3. Efficient Sample Handling: The user-friendly design incorporates a mechanism for effortlessly lifting the upper yoke. This allows for smooth insertion and removal of electrical steel sheet samples, streamlining the testing process.
4. Precision Yoke System: The instrument utilizes two U-shaped, low-loss precision yokes. These yokes minimize inherent losses within the measurement system, ensuring the accuracy of the obtained data.
5. Software Integration: The SST 500×500 seamlessly integrates with the Ep400 Main Unit (sold separately). This powerful software suite facilitates data acquisition, analysis, and visualization. It enables you to:

• – Effortlessly control the testing process.
• – Monitor test results in real-time.
• – Generate comprehensive reports with B/H curves and other vital parameters.

Applications of SST 500×500:

The Single Sheet Tester SST 500×500 caters to a wide range of applications in the electrical steel sheet industry:

• Material Characterization: Evaluate the magnetic properties of new and existing electrical steel grades to assess their suitability for specific applications.
• Quality Control: Ensure consistent quality in electrical steel sheet production by monitoring magnetic properties throughout the manufacturing process.
• Research and Development: Develop and optimize new electrical steel formulations with superior magnetic properties for improved transformer efficiency.
• Performance Prediction: Accurately predict the core losses in transformers during the design phase by analyzing the B/H curves of the chosen electrical steel sheet.