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Differential Scanning Calorimeter LZ-DSC-A110

Differential Scanning Calorimeter LZ-DSC-A110 measures heat flow as samples go through heating and cooling during testing runs. In a calorimetry lab, samples are placed, cycles are run, and heat changes are recorded step by step, with ±0.001°C temperature stability during routine work across different materials.

Differential Scanning Calorimeter LZ-DSC-A110 - Specifications

Temperature Range RT to 550°C (Air cooled)
Temperature Resolution 0.001°C
Temperature Fluctuations ± 0.001°C
Temperature Repeatability ± 0.1°C
Constant Temperature time Program setting ≤24h
Heating Rate 0.1 to 80°C / min
DSC Range 0~±600mW
DSC Noise 0.01 μW
DSC Resolution 0.01 µW
DSC Accuracy 0.1 mW
Atmosphere control gas Nitrogen, Oxygen (Auto Switch)
Control Mode Rising temperature, constant temperature (full automatic)
Curve Scanning Rising scan
Gas Flow Control Embedded digital flow meter & Software control, automatic changing
Gas flow rate 0-300 mL/min
Gas pressure 0.2 MPa
Cooling Device Air Cool
Thermocouples 3 sets
Parameter Standard With standard material, with calibration function, the user may correct temperature and heat enthalpy
Display 24 bit 7 inches LCD touch screen display
Interface Standard USB connector
Power Supply AC 220 V/50 Hz
Dimension 670 x 590 x 480 mm
Weight 40 kg

Differential Scanning Calorimeter LZ-DSC-A110 - Key Features

Differential Scanning Calorimeter LZ-DSC-A110 - Standard Accessories

Host instrument
CD
Data Line
Power Line
Aluminium crucibles
Ceramic crucibles
pure tin grains
Fuse 4A

Differential Scanning Calorimeter LZ-DSC-A110 - Applications

Polymer Processing Units
Evaluation of melting and crystallization behavior during material processing

Pharmaceutical Development Labs
Analysis of thermal stability of drug compounds during formulation

Food Processing Facilities
Assessment of thermal changes in ingredients during heating and cooling

Chemical Testing Laboratories
Examination of thermal behavior and phase transitions of materials

Academic Research Institutions
Investigation of heat flow characteristics in various materials

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