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HITACHI Differential Scanning Calorimeter (DSC) NEXTA® DSC600 and DSC200 | Denkei Corporation Americas Send us a message
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HITACHI Differential Scanning Calorimeter (DSC) NEXTA® DSC600 and DSC200

World-Class Performance for Advanced Applications

Differential scanning calorimetry is an established and trusted method for material characterization. Today’s advanced material development and quality control call for DSC instruments with the ability to detect and resolve thermal events in trace amounts of material within complex compounds.

Hitachi’s NEXTA DSC range has been developed to deliver the world-class sensitivity and baseline repeatability needed to prevent important thermal events from being lost in the noise.

Differential Scanning Calorimeter

Model:

NEXTA® DSC600/DSC200

Maker:

HITACHI

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Features

• Sensor and furnace designs deliver low-noise, high-sensitivity, and excellent resolution to evaluate smallest of reactions.

 

• A baseline repeatability of ±5 μW thanks to innovative furnace technologies for results you can trust, time after time.

 

• Packaged with features like dual cooling and all software modules as standard including advanced DSC techniques to deliver excellent value for money.

 

• Intuitive software for ease of use and optional auto-sampler measuring up to 50 samples at once makes analysis easy and time efficient.

 

• Built-in safety features, including an automated furnace cover with safety sensor, fans to ensure the outside doesn’t get too hot and an anti-overheating mechanism, safeguard operators when using the instrument.

 

• Data analysis, record keeping, troubleshooting and reporting made easy to save time.

 

• Our DSC instruments meet relevant standards including ISO, ASTM, DIN and JIS with ASTM E1269, ASTM E1641-16, ASTM E794-06, ASTM E793-06, ISO11357-4, ISO 11358-3, ISO 11357-3, ISO 11357-2 and ISO 22768 built into the software.

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Specifications

DSC200

DSC600

Heat Flow Measurement Method

Heat flux with centric heat flow Heat flux with centric heat flow and 3 thermocouples

Time Constant (Resolution)

6.5 seconds or better 3 seconds or better

RMS Noise / Sensitivity

0.1 µW / 0.2 µW 0.05 µW / 0.1 µW

Temperature Range

-150 to 725°C

Programmable Heating/Cooling Rate

0.01 ~ 100°C/min

Temperature Precision

+/- 0.01°C

Temperature Accuracy

+/- 0.05°C

Calorimetric Precision

+/- 0.05%

Calorimetric Accuracy

+/- 0.4%

Baseline Stability

+/- 5 µW

Real View® Camera System

Optional

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