全自动橡胶流变仪

Rheoline Autoloader MDR

Unique patented technology enables the material under test to be kept in contact with the surface of the die and therefore eliminates the problems of slippage which other Rheometers suffer. The samples to be tested are automatically picked from a tray and placed on to a fabric belt, when the platens are closed the sample will flow around the fabric and maintain a good clean contact with the surface of the measuring die. When the test has been completed the fabric is peeled from the die removing the sample at the same time, the system is now ready to accept the next test.

The Automated MDR is currently available with a sample tray for 16 samples.

Rheoline Autoloader MDR

Technical Specifications:
Standard: Conforms to ISO No. 6502 / ASTM D5289
Sample Capacity: 3 trays, 16 per tray (one tray loaded at any one time)
Electrical: Single Phase, 220 / 240v 50Hz, or 110v 60Hz
Pneumatics: Filtered Air 4.2 Kg/cm² ( 6OPSI ).
Cavity Configuration: Sealed die system
Oscillation Frequency: 1.67 Hz
Oscillation Amplitude: 0.5°, 1.0°, 3.0°. (0.5° fitted as standard)
Temperature Control: Digital PID
Temperature Range: 35° to 250°C.
Torque Units: In/Lbs or dNm
Temperature Units: Celsius or Fahrenheit
Pressure Units: Lb/In² or Kg/cm² (optional)
Time Units: Min/Seconds or Minutes/Decimal.
Real Time Graphical Output: Elastic Modulus, Viscous Modulus, Tan Delta,Cure Rate, Pressure in Die cavity

(optional).
PC Specification: Pentium processor, Fully Networkable.
Data Format :All data stored in accessible format allowing easy export to all other packages.
Optional Extras Available: Programma ble temperature zones
                                               Additional oscillation eccentric
                                               Pressure transducer
                                               Auto loading module (see Automated Rheo-Line Moving Dir Rheometer)
                                               MDR Sample Cutter

Rheoline Autoloader MDR

Unique patented technology enables the material under test to be kept in contact with the surface of the die and therefore eliminates the problems of slippage which other Rheometers suffer. The samples to be tested are automatically picked from a tray and placed on to a fabric belt, when the platens are closed the sample will flow around the fabric and maintain a good clean contact with the surface of the measuring die. When the test has been completed the fabric is peeled from the die removing the sample at the same time, the system is now ready to accept the next test.

The Automated MDR is currently available with a sample tray for 16 samples.