The DSC300A Differential Scanning Calorimeter (DSC) is a state-of-the-art instrument designed for high-precision thermal analysis. Featuring an imported e-couple sensor, it offers exceptional sensitivity and the highest accuracy in its class. The signal acquisition circuit is shielded to provide strong anti-interference capabilities and high baseline stability.
Key Features
- Touch Screen Interface - User-friendly 7-inch industrial-grade touch screen with rich display information.
- Versatile Testing - Suitable for glass transition temperature tests, phase transition tests, melting and enthalpy tests, product stability evaluations, and oxidation induction period tests.
- Robust Design - New metal furnace structure for better baseline stability and higher precision, with an indirect conduction heating mode for improved uniformity and stability.
Technical Parameters
- Temperature Range - Room temperature to 600°C (air cooling)
- Temperature Resolution - 0.001°C
- Temperature Fluctuation - ±0.01°C
- Temperature Repeatability - ±0.1°C
- Heating Rate - 0.1 to 100°C per minute
- Constant Temperature Time - Programmable up to 24 hours
- Temperature Control Modes - Heating and constant temperature
- DSC Range - 0 to ±600mW
- DSC Resolution - 0.01µW
- DSC Accuracy - 0.001mW
- Power Supply - AC 220V 50Hz or customisable
- Atmosphere Control - Nitrogen and oxygen (automatic switching)
- Gas Flow - 0-300ml/min
- Gas Pressure - 0.2 MPa
- Display Mode - 24-bit color, 7-inch LCD touch screen
- Data Interface - Standard USB interface
- Calibration Standards - Includes reference materials (indium, tin) for user-adjustable temperature calibration
- Software - Integrated software for DSC, thermogravimetry, and synchronous instruments
- Cooling Device - Air cooling device (optional semi-conductor -40°C~550°C, liquid nitrogen refrigeration -150°C~550°C
Technical Features
- Ultra High Sensitivity: 0.001mw, 0.001°C
- High Precision: Multiple thermocouples for sample temperature, furnace body temperature, and internal environment temperature.
- Advanced Heating: Indirect conduction mode reduces pulse radiation, offering better stability than traditional heating methods.
- Communication: USB communication interface with strong versatility, reliable communication, and self-recovery connection function.
- Atmosphere Flow Control: Automatic switching of dual atmosphere flow with fast switching speed and short stabilisation time, including a protective gas input.
- User-Friendly Software: Simple and easy to operate.
The DSC100A is ideal for a wide range of applications, providing reliable and precise thermal analysis for research and industrial laboratories.