Posted in | Thermal Analysis

DSC 3 for Thermal Analysis

DSC 3 Thermal Analysis System from Mettler Toledo provides many benefits for routine analysis.

Robust MultiSTARe Sensor

The DSC uses a robust and versatile DSC sensor with 56/120 thermocouples which guarantees simultaneous outstanding resolution and sensitivity.

Modular Concept

Safeguards investment while meeting current and future requirements.

Simple FlexCal® Calibration

Enhances efficiency, delivering precise and accurate measurements.

Features

Rugged Multi STARe Sensor with 56 Thermocouples

DSC 3 for Thermal Analysis

Image Credit: Mettler Toledo International

Both the largest and smallest thermal impacts are detected.

Robust Endurance-Tested Sample Robot

DSC 3 for Thermal Analysis

Image Credit: Mettler Toledo International

Runs consistently and effectively around the clock.

Start the Experiment with Just One ClickTM

DSC 3 for Thermal Analysis

Image Credit: Mettler Toledo International

Routine action that is quick and simple

Simple FlexCal® Calibration

DSC 3 for Thermal Analysis

Image Credit: Mettler Toledo International

Saves time, produces accurate measurements, and yields results.

Modular Concept Protects the Investment

DSC 3 for Thermal Analysis

Image Credit: Mettler Toledo International

Satisfies current and future needs.

Wide Temperature Range

DSC 3 for Thermal Analysis

Image Credit: Mettler Toledo International

From -150 ℃ to +700 ℃ in one measurement

Intelligent Ergonomic Design

DSC 3 for Thermal Analysis

Image Credit: Mettler Toledo International

Simplifies the use of instruments

Specifications

Specifications - Thermal Analysis System DSC 3. Source: Mettler Toledo International

. .
Technique Differential Scanning Calorimetry (DSC)
Applications Crystallization
Glass Transition
Heat Capacity (cp)
Kinetics
Oxidation Induction Time (OIT)
Temperature Modulated DSC
Data Sampling Max. 50 data pts/sec
Sensor Types FRS 5+
HSS 8+
Temperature Range -150 °C – 700 °C
Options Microscopy
Photocalorimetry
Signal Time Constant 1.8 s (FRS)
3.1 s (HSS)
Sensor Output Heat Flow
Cooling Rate (min) 0.02 K – 50 K
Heating Rate (/min) 0.02 K – 300 K

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