1.2 Streamlined for Laboratory Use

Designed for seamless integration into daily lab routines, the MCR 92 offers a user-friendly interface and Plug and Play functionality. Its compact design minimizes space requirements while maximizing efficiency. Intuitive controls and pre-configured settings enable quick setup and operation, reducing training needs. The instrument is optimized for ease of use, ensuring accurate and efficient rheological measurements with minimal operator intervention.

Technical Specifications of the MCR 92

The MCR 92 features a wide torque range of 0.4 µNm to 200 mNm and angular resolution of 0.001 µrad. Equipped with an air-bearing motor, it ensures low friction and high accuracy. The rheometer supports normal force measurement up to 50 N and offers a maximum rotational speed of 2000 rad/s, making it ideal for precise and sensitive rheological analyses in research and industrial applications.

2.1 Motor Technology and Precision

The MCR 92 employs an advanced air-bearing motor, ensuring minimal friction and high precision. With a torque range of 0.4 µNm to 200 mNm and angular resolution of 0.001 µrad, it delivers exceptional accuracy for sensitive samples. The motor’s design enables smooth operation across a wide speed range, making it ideal for both rotational and oscillatory measurements, while maintaining stability and reliability in demanding applications.

2.2 Torque Range and Sensitivity

The MCR 92 offers a broad torque range of 0.4 µNm to 200 mNm, ensuring high sensitivity for precise measurements. Its advanced design allows for accurate torque control, making it suitable for both low-torque applications with sensitive samples and high-torque measurements for stiffer materials. This wide range enhances versatility, enabling detailed analysis across various rheological tests with exceptional accuracy and reliability.

Operational Modes of the MCR 92

The MCR 92 operates in rotational and oscillatory modes, offering versatile and precise measurements for various rheological tests. Its dual-mode capability ensures comprehensive material analysis.

3.1 Rotational Mode

The MCR 92’s rotational mode measures flow behavior and viscosity under steady-state conditions. It is ideal for determining shear rate-dependent properties, such as viscosity and shear stress, making it suitable for a wide range of industrial and research applications requiring precise rheological data.

3.2 Oscillatory Mode

The MCR 92’s oscillatory mode enables dynamic rheological measurements, analyzing viscoelastic properties like storage and loss modulus. It is ideal for studying material behavior under stress, offering frequency sweeps, strain sweeps, and temperature scans. This mode is particularly useful for characterizing delicate samples and understanding their structural integrity, making it a versatile tool for advanced rheological analysis in research and industrial settings.

Applications of the MCR 92 Rheometer

The MCR 92 is widely used in industrial and research applications for rheological measurements, ensuring material quality and behavior analysis in cosmetics, food processing, and advanced material development.

4.1 Industrial Applications

The MCR 92 is extensively used in industrial settings for quality control and production monitoring. It is ideal for analyzing materials in cosmetics, food processing, and pharmaceutical industries. The rheometer excels in measuring viscosity and rheological properties of asphalt, bitumen, and other industrial materials, ensuring precise quality assessment and process optimization. Its versatility supports various industrial applications, making it a valuable tool for maintaining product consistency and performance.

4.2 Research and Development Use

The MCR 92 is a powerful tool in research and development, offering precise rheological analysis for understanding material behavior. Its modular design and advanced motor technology enable detailed studies of deformation, flow, and structural changes in samples. Researchers rely on it for investigating complex materials in cosmetics, pharmaceuticals, and advanced manufacturing, making it indispensable for cutting-edge rheological studies and innovation.

Safety Instructions and Guidelines

Always use original Anton Paar accessories and handle the MCR 92 with care. Repairs must be performed by authorized personnel to ensure safety and avoid liability.

5.1 Special Safety Precautions

Use the MCR 92 only for its intended purpose as described in the manual. Always handle the device with care to avoid damage and ensure operator safety.

Before transporting the rheometer, clean it thoroughly and return it to Anton Paar with a completed RMA form. Only authorized personnel should perform repairs.

5.2 Proper Handling and Transport

Always handle the MCR 92 with care to prevent damage. Clean the device thoroughly before transport and use the original packaging to ensure safe movement. Avoid exposing the rheometer to extreme temperatures or vibrations during transport. For repairs, send the cleaned MCR 92 to an authorized Anton Paar representative with a completed Return Material Authorization (RMA) form.

Maintenance and Calibration

Regular maintenance ensures optimal performance. Clean the MCR 92 thoroughly and check for wear. Calibration should be performed by authorized personnel to maintain accuracy and reliability.

6.1 Regular Maintenance Requirements

Regular maintenance is essential for optimal performance. Clean the MCR 92 thoroughly, following the manual’s guidelines. Check for wear and tear on components. Ensure proper handling and transport to prevent damage. Regularly inspect and replace worn parts to maintain accuracy and reliability.

6.2 Calibration Procedures

Calibration is critical for ensuring accuracy. Follow the manual’s guidelines for precise adjustments. Use specialized tools and software provided by Anton Paar. Regularly check and recalibrate to maintain performance. Professional servicing by certified technicians is recommended for complex calibration tasks to ensure optimal functionality and reliable results.

Comparison with Other MCR Models

The MCR 92 stands out among other MCR models with its advanced motor technology and high precision. It offers superior accuracy, especially for sensitive samples, compared to earlier models like the MCR 72. Its modular design and enhanced features make it a top choice for demanding rheological applications, while maintaining compatibility with existing accessories and software.

7.1 MCR 92 vs. MCR 72

Anton Paar’s MCR 92 and MCR 72 are high-performance rheometers designed for different applications. The MCR 92 features an air-bearing motor, offering high accuracy (0.4 µNm torque) for sensitive samples. The MCR 72 focuses on analyzing deformation and flow behavior, making it ideal for specific material testing. Both models are modular and compatible with existing accessories and software, ensuring versatility and efficiency in various laboratory settings and applications.

7.2 Unique Features of the MCR 92

The MCR 92 stands out with its air-bearing motor, offering exceptional accuracy and minimal torque (0.4 µNm), ideal for sensitive samples. It supports both rotational and oscillatory measurements, providing comprehensive rheological analysis. The Plug and Play design ensures easy operation, while its modular architecture allows seamless integration with accessories. These features make the MCR 92 a versatile and precise tool for advanced rheological testing in various laboratory settings.

Accessories and Software Compatibility

The MCR 92 supports a range of modular accessories, including measuring systems like vane geometries. It integrates seamlessly with advanced software for precise data analysis and control.

8.1 Available Accessories

The MCR 92 offers a variety of modular accessories, including vane geometries and temperature control units, to enhance its functionality. The MCR x2 EDU Package is ideal for academic use, providing essential tools for educational environments. These accessories ensure compatibility with diverse measuring systems, allowing for tailored configurations to meet specific application requirements, thereby optimizing the rheometer’s performance across different laboratory settings and experimental needs.

8.2 Rheometer Software Overview

The MCR 92 rheometer is supported by user-friendly software designed to streamline rheological measurements. It offers intuitive navigation, Plug and Play functionality, and advanced data analysis tools. The software supports both rotational and oscillatory modes, enabling precise control and detailed results. Its compatibility with various measuring systems ensures versatility for different applications, making it a robust solution for both routine and complex rheological testing.

Troubleshooting Common Issues

Common issues include sensor malfunctions and software glitches. Regular calibration and checking connections often resolve problems. Contact Anton Paar support for unresolved technical difficulties.

9.1 Common Errors and Solutions

Common errors with the MCR 92 include sensor malfunctions, software glitches, and torque measurement inaccuracies. Solutions involve recalibrating sensors, restarting the software, and ensuring proper sample preparation. For unresolved issues, consult the manual or contact Anton Paar support for technical assistance. Regular maintenance and updates can prevent recurring problems.

9.2 Repair and Service Options

For repairs, contact Anton Paar’s authorized service centers or representatives. Ensure the MCR 92 is cleaned and returned with a completed RMA form. Repairs should only be performed by trained technicians to maintain warranty and safety standards. Regular maintenance and updates can prevent issues. Proper handling and transport are essential to avoid damage. Always use genuine parts for repairs to ensure optimal performance and compliance with manufacturer guidelines.

Training and Support Resources

Anton Paar offers comprehensive training programs and detailed documentation for the MCR 92. Users can access remote training sessions, instructional materials, and dedicated customer support for optimal operation.

10.1 User Training Programs

Anton Paar provides comprehensive training programs for the MCR 92, including remote sessions and hands-on workshops. These programs cover theoretical basics and practical operation, ensuring users master rheological measurements. The MCR x2 EDU Package is also available for academic use, offering tailored training for educational environments. These resources enable users to optimize their rheometer’s performance and achieve accurate results in various applications.

10.2 Customer Support and Documentation

Anton Paar offers comprehensive customer support, including detailed manuals and online resources. The MCR 92 manual provides in-depth guidance, while troubleshooting guides and repair options are available. Users can contact Anton Paar representatives for assistance, ensuring optimal instrument performance. Documentation includes RMA forms for returns and repairs, while cookies on their website enhance user experience and resource accessibility, including downloadable PDFs and other formats.