STA 509 Jupiter® Supreme
STA 509 Jupiter® Supreme: Precision and Unwavering Reliability
The STA 509 Jupiter® Supreme represents the ultimate achievement in the STA 509 Jupiter® series, effortlessly combining the convenience of top-loading with unmatched accuracy. This instrument is meticulously designed to surpass even the strictest hardware and software benchmarks, boasting an exceptional balance resolution of just 25 ng and remarkable long-term stability.
For applications where pinpoint precision and consistent dependability are critical, the Supreme version provides the outstanding performance needed to foster innovation and advance scientific discovery. Its unwavering commitment to accuracy and stability empowers researchers and scientists to pursue their most ambitious objectives, confident that the instrument will consistently deliver reliable and precise results.
The STA 509 Jupiter® Supreme represents the ultimate achievement in the STA 509 Jupiter® series, effortlessly combining the convenience of top-loading with unmatched accuracy. This instrument is meticulously designed to surpass even the strictest hardware and software benchmarks, boasting an exceptional balance resolution of just 25 ng and remarkable long-term stability.
For applications where pinpoint precision and consistent dependability are critical, the Supreme version provides the outstanding performance needed to foster innovation and advance scientific discovery. Its unwavering commitment to accuracy and stability empowers researchers and scientists to pursue their most ambitious objectives, confident that the instrument will consistently deliver reliable and precise results.
Specifications
Specifications
Temperature range | -150°C – 2000°C |
Temperature resolution | 0.001K |
Furnace | Variety of furnaces incl. high-speed, water-vapor, low to highest temperature, e.g., silver, platinum, tungsten, etc |
Heating rate | Depending on furnace |
Balance resolution over the entire weighing range | 0.025 μg |
Maximum sample load | 5 g |
Sample volume (max.) | + TGA: 5 ml + DSC: 0.19 ml + DTA: 0.9 ml |
DSC resolution (digital) | 1 μW for DSC sensor type S |
DSC enthalpy accuracy | 1% (for indium) |
Sensors | + TGA + TGA-DTA + TGA-DSC |
Vacuum-tight | 10-4 mbar |
Automatic sample changer (ASC) (optional) | 20 crucible positions |
Gas flow control | 3 mass flow controllers integrated for 1 protective and 2 purge gases (optional 4 MFC) |