CIT-CM400A
The instrument used in chemical, pharmaceutical, research and other fields, chemical stability for fast scanning and Reactivity Hazards screening.
※product description:
CIT-CM400A is the first rapid screening calorimeter, Yang Instrument Technology understands the needs of professional customers, and try to collect actual trial use proposals, adhere to "safe, efficient" as the core design philosophy, which took years from research to development. The instrument used in chemical, pharmaceutical, research and other fields, chemical stability for fast scanning and Reactivity Hazards screening.
※ Product parameters:
Working environment | 5 ℃ ~ 30℃, <85% RH |
temperature control rang | |
Heating rate | 0.5℃/min-12℃/min |
Temperature resolution | 0.01℃ |
Pressure range | 0-200bar |
Instrument testing sensitivity | 1%DTBP@6mlToluene |
Sample bath spec | 8ml |
Sample testing quantity | 1ml (including wash 10ml) |
Sample bath material | Stainless steel ,titanium |
interface | RS232*1,USB*1 |
Power supply | 220V,50HZ |
power | 800W |
dimension | 310mm*280mm*350mm |
weight | 15.5kg |
※Product Features:
1) dual-channel design, testing more efficient, more accurate
2) having a DSC / DTA do not have a large sample size and pressure data
3) key components are world-class brand, to ensure long-term stability instrument
4) Support the thermostat mode, scan mode, scan mode dual gradient
5) with professional data analysis software, available temperature / pressure starting point mutation,
Peak temperature / pressure, temperature / rate of pressure rise and the heat of reaction and other data
6) professional industrial design, simple and generous
7) friendly interactive, easy to learn, easy to understand, easy to operate
8) having the empirical status indicator
9) with over voltage, over-temperature alarm function
10) After the end of the experiment can be connected to an inert gas furnace for rapid cooling
11) lid automatic locking function, pressure in the furnace, the temperature reaches the safety zone can not be opened