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DSC-OIT-400

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Differential Scanning Calorimeter (DSC-400)

Model: DSC-400

Machine weight: 35 kg

Dimensions of the device: L * W * H 500 * 350 * 250 (mm)

• Temperature range: 25 to 400 degrees Celsius
• Temperature rate: (1-40) c / min
• Accuracy of temperature measurement -1.1 ° C
• Accuracy of measuring the amount of energy + 0.001 + + mW
• Determination of enthalpy / melting temperature / crystallization temperature / glass transition temperature / OIT time / temperature specific heat value
• Ability to increase the auto-scale of axes (Auto Scale)
• Ability to control the temperature gradient through the software
• Ability to calibrate the software of the device simply by the laboratory operator
• Data sampling and storage of calibration temperature display data and oxidation induction processing time

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Differential Scanning Calorimeter (DSC-1000)

• Temperature range: 25 to 1000 degrees Celsius
• Temperature rate: (1-40) c / min
• Accuracy of temperature measurement -1.1 ° C
• Accuracy of measuring the amount of energy + 0.001 + + mW
• Determination of enthalpy / melting temperature / crystallization temperature / glass transition temperature / OIT time / temperature specific heat value
• Ability to increase the auto-scale of axes (Auto Scale)
• Ability to control the temperature gradient through the software
• Ability to calibrate the device software simply by the laboratory operator
• Data sampling and storage of calibration temperature display data and oxidation induction processing time

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Differential Scanning Calorimeter (DSC-400-Ci)

• Temperature range: 100_ up to 400 degrees Celsius
• Temperature rate: (1-40) c / min
• Accuracy of temperature measurement -1.1 ° C
• Accuracy of measuring the amount of energy + 0.001 + + mW
• Determination of enthalpy / melting temperature / crystallization temperature / glass transition temperature / OIT time / temperature specific heat value
• Ability to increase the auto-scale of axes (Auto Scale)
• Ability to control the temperature gradient through the software
• Ability to calibrate the device software simply by the laboratory operator
• Data sampling and storage of calibration temperature display data and oxidation induction processing time

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