Torque Rheometer Test Main Unit

Torque Rheometer Test Mainframe Workstation

Torque rheometer main workstation - main control module, the core module of the dynamic rheology workstation for high polymer materials, serving as the functional module for other modules.

Torque Rheometer Main Control Module Composition: The main control module is the core component of the torque rheometer, which includes a rotating shaft, motor, and sensors. The rotating shaft is used to support and drive the sample rotation, typically utilizing high-precision bearings and gears to ensure stable and precise rotation. The motor is the component that drives the rotating shaft, usually a servo motor or stepper motor. High-precision measurement sensors are used to measure the torque and rotational speed on the rotating shaft, typically force and speed sensors with high precision.

Product Performance

1. The drive section utilizes a high-precision servo motor

2. The control system utilizes advanced OPC technology, enabling operation of the instrument on a standalone computer.

3. Data analysis software based on Labview, featuring powerful functionality and user-friendly interface

Mixer—Mixing Machine Test and Control Software

Plastic Extruder Test and Control Software

WinNian - Apparent Viscosity Test Data Processing Software Suite

The Mixer and Plastic software interface offers rich functionality.

Can perform measurement, setting, and control of speed, torque, temperature, and pressure.

The curve window can display the above data curves against time in real-time.

Application Scope

1. As an operational monitoring platform for a dynamic rheometer in high polymer materials, used in conjunction with other modules.

2. Provides driving, measuring, and control functions for other modules

3. Complete the recording and secondary processing of experimental data

Application Fields

1. Research on UPVC Processing Properties and Material Development

2. Development and Processing Performance of Thermoplastic Materials

3. Cross-linking and Thermosetting Resin Curing Performance Study

4. Educational and Research Applications

Key Technical Features and Configurations

Can be used to study the thermal stability, shear stability, flow, and plasticizing behavior of thermoplastic materials. Its most distinctive feature is the ability to continuously, accurately, and reliably measure the rheological properties of the system during processes similar to actual processing. It can also perform curing characteristic tests for thermosetting materials.

Motor Power: 3.0 kW, Imported Brand Servo Motor

2. Motor Speed: 3000 rpm

3. Motor Driver 3.0 kW

4. Gearbox Ratio: 1:20

5. Power Output Speed: 0 ~ 150 rpm

6. Speed Control Accuracy: 0.05% F.S.

7. Temperature Control: 5-point temperature measurement, with 4 points for temperature control

8. Static Measurement Accuracy: 0.1°C

9. Temperature Control Accuracy: ±1°C

10. Torque Measurement Range: 0 ~ 250 Nm

Torque Measurement Accuracy: 0.1% F.S

Melt Pressure Measurement Range: 0.1 ~ 100 Mpa

13. Melt Pressure Measurement Accuracy: 0.5% F.S.

14. Software: Measurement and Control Software, Polymer Melt Viscosity Data Processing Software, Extruder Data Processing Software, Blender Data Processing Software.

15. Graphics Display: RPM, Torque, Temperature, Pressure

16. Voltage: AC380V, 7.5kW