-40~600℃ Mechanical Cooling Scanning Calorimetry Tester DSC TGA STA DTA Analyzer Differential Scanning Calorimeter
Product Introduction
The LR-300C is our highest accuracy DSC series product, featuring an imported E-couple sensor material for exceptional precision, sensitivity, and repeatability. The shielded signal acquisition circuit provides excellent anti-interference capability, ensuring outstanding baseline stability and repeatability.
This differential scanning calorimeter performs tests including glass transition temperature, phase transition temperature, melting point, enthalpy value, curing temperature, product stability, and oxidation induction period. It is ideal for research in pipes, polymers, chemicals, food, medicine, and other fields, serving universities, enterprises, and third-party measurement/quality inspection units with broad application coverage.
Technical Parameters
| Parameter |
Specification |
| Temperature range |
-40~600℃ |
| Temperature resolution |
0.001℃ |
| Temperature fluctuation |
±0.001℃ |
| Temperature repeatability |
±0.01℃ |
| Heating rate |
0.1 ~ 80℃/min |
| Constant temperature time |
Program setting ≤24h |
| Temperature control mode |
Heating, constant temperature, cooling (automatic program control) |
| DSC range |
0 ~ ±600mW |
| DSC resolution |
0.01uW |
| DSC sensitivity |
0.001mW |
| Power supply |
AC220V/50Hz or customized |
| Atmosphere control gas |
Nitrogen, oxygen (program setting/automatic switch) |
| Gas flow |
0-300ml/min |
| Gas pressure |
0.2mpa |
| Display mode |
24bit color, 7 inch LCD touch screen |
| Data interface |
Standard USB interface |
| Parameter standard |
Equipped with standard material (indium, tin), user-adjustable temperature |
Technical Features
- Industrial grade 7 inch touch screen with rich information display
- New furnace body structure for better baseline and higher accuracy
- Indirect conduction heating for superior uniformity and stability
- USB communication interface with reliable connection and self-recovery function
- Automatic switching of two air flows with fast switching speed
- User-friendly software with simple operation
- Ultra-high sensitivity (0.001 mW) and accuracy (0.001℃)
- Excellent performance with competitive cost-effectiveness
