DIfferential Scanning Calorimeter (DSC)

DSC3000L (upgrade of DSC200L & DSC2000L) is designed to determine the inner heat transition relating to temperature and heat flow, it is widely used in the field of polymer development, performance testing & quality control. DSC3000L (upgrade of DSC200L & DSC2000L)  research and development includes the following field: glass transition temperature, melting point, cold crystallization, crystallization, phase transition, oxidation induction time (OIT).

Main Features:
1. New designed oven structure ensures high resolution and good stability of base line;
2. Air flow meter may control the air flow rate accurately; the test data can be recorded into the database directly;
3. The instrument is bilateral control, may be controlled by both main frame and software. User-friendly interface, easy operation.

Technical parameters:
1. DSC3000L (upgrade of DSC200L & DSC2000L)  range: 0 ~ ±500mW
2. Temperature range: (-100°C) ~600°C~ (-100°C） Liquid nitrogen refrigeration
3. Heating rate: 1 ~ 80 °C / min
4. Cooling rate * : 1 ~ 20 °C / min
5. Temperature resolution: 0.1 °C
6. Temperature fluctuations: ±0.1°C
7. Temperature repeatability: ±0.1°C
8. DSC3000L (upgrade of DSC200L & DSC2000L)  noise: 0.01μW
9. DSC3000L (upgrade of DSC200L & DSC2000L)  resolution: 0.01μW
10.DSC3000L (upgrade of DSC200L & DSC2000L)  accuracy: 0.1 u W
11. DSC3000L (upgrade of DSC200L & DSC2000L)  sensitivity: 0.1 u W
12. Control Mode: Rising temperature, constant temperature, cooling temperature (full automatic programmed control)
13. Curve scanning: Rising scan, *cooling scan
14. Atmosphere control: Embedded digital flow meter & Software control
15. Display:24 bit color  7 inches  LCD touch screen display
16. Data interface: standard USB connector
17. Parameter standard: equipped with standard material, with a key calilbration function, the user may correct temperature and heat enthalpy
18. The warranty: Five years
19. Note: * for selecting projects, all technical indicators can be adjusted according to customers' demand