This oscillating disk-cure rheometer, per ASTM D-2084 and ISO-3417, tests elastomeric materials to determine values for viscosity, cure characteristics and temperature at various points in the cure cycle.
Computerized testing simplifies and reduces setup, data acquisition and display time.
The ODR software prompts the user through each screen, which greatly reduces employee training time. This software builds your data library by compound, batch and test, and stores data, on hard drive or disks, for future analysis.
The cure curve is displayed on monitor during test and can be printed after test or recalled and displayed on the screen at a later date.
Gate parameters can be set for all data points; any point out of parameter is flagged during test and marked on the test report.
This report includes cure curve and torque/time data for all selected points.
Statistical analysis is done on all selected data points.
Specifications
Standard
Frame
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Frame Weight
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195 lb
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89 kg
Frame Depth
Frame Width
Frame Height
Temperature
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Temperature Controllers
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P.I.D.
Temperature Range
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100 to 400 ºF
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35 to 205 ºC
Accuracy
Motor
Maximum Torque
Degree of Arc
Motor Voltage1
Motor Frequency
Pneumatics
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Pneumatics Pressure
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90 psi
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620 MPa
Pneumatics Volume
Computer System
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500 MHz CPU, 10GB HDD, 64 MB RAM, 48X CD ROM
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IBM-compatible PC
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SVGA color monitor
Software
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Cure-test program per ASTM D-2084 and ISO-3417
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Library storage of data by compound
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Package includes mean, std. deviation and coef. of variation, with max. min. and histogram
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Data can be exported to popular spreadsheets and statistical programs
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Windows 95, 98, NT, 2000, ME and XP compatible program
ODR Test Software
All-aluminum test frame is rugged, yet light-weight. An anti-tiedown control switches prevent operator injury.
P.I.D. temperature controllers, temperature probes and cast-in platen heaters insure rapid heat-up and stable, constant temperature to the test sample.
Thermo isolators separate electronic and mechanical components from heat, providing more-consistent test results and less potential for mechanical failure.