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DSC-60 Plus Series

DSC-60 Plus addresses a variety of DSC applications

The DSC-60 Plus is an indispensable thermal analyzer for materialscharacterization in R&D and quality control applications in such areas aspolymers, pharmaceuticals, electronic parts , foods , etc. It offers thesensitivity and easy operation required for the development ofhigh-performance, highly functional new materials

High-sensitivity analysis across the entire measured temperature range

The new detector and furnace unit of the DSC-60 Plus series assure a stable baseline throughout the entire range of temperatures measured (-140to 600 °C). Throughout the broad range of temperatures necessary in order to evaluate a wide variety of materials, complicated changes in thecalorimetric value are accurately detected. This allows a DSC to offer high sensitivity and high resolution. The range of calorimetric values measuredhas been expanded nearly threefold (compared with previous Shimadzu models) to ±150 mW. As a result, a dynamic range that is quite suf!cienteven for evaluations of the reactions of chemical substances exhibiting large calorimetric changes is now secured.

  • Measurement principle: Heat-flux type
  • Temperature range: -140 ~ 600 °C
  • Calorimetric measurement range: ±150mW
  • Noise level: Less than 0.5µW (RMS, when held at 150°C)
  • Atmosphere: Nitrogen, inert gas, dry air gas !ow
  • Size: W 320 × D 500 × H 290 mm

DSC-60A Plus Automatic Differential
Scanning Calorimeter Capable of
Continuous Unattended Measurement

The built-in compact autosampler permits automated measurement, analysis,
and report printout for up to 24 loaded samples. It improves the ef!ciency of
screening during product development and the ef!ciency of quality control
activities.

Options

  • Temperature Modulated DSC (TM-DSC)

By overlaying temperature-modulated results onto results obtained by increasing the temperature at a constant rate, TM-DSC can easily measurespeci!c heat, or can measure multiple phenomena that could not be separated using standard DSC systems.If glass transitions, enthalpy relaxations, and other reactions overlap, separation is impossible with standard DSC measurements. Using TM-DSC,however, enables separation of these phenomena.

  • Liquid Nitrogen Auto-cooling System TAC-60L

Consecutive measurement with liquid nitrogen is enabled at atemperature from -130 to 500°C. The cooling capacity is -10°C/min.(at -80°C). The tank internal pressure is optimally controlled accordingto the residual amount of liquid nitrogen in the tank to keep thesupply !ow rate constant. Pulsation is reduced, and the DSC baselineremains stable even during cooling measurement. *Requires a separate FC-60A controller

  • Electric Auto-cooling Attachment TAC-60i

Consecutive measurement at a temperature from -50 to 500°C isenabled by connecting a commercially available immersion cooler.Since this cooling system does not use liquid nitrogen, it can be easilyand safely operated. Using this cooling system together with theDSC-60A Plus enables automatic cooling measurement.