The STA 509 Jupiter^® Classic offers exceptional value as the ideal affordable choice for routine high-performance simultaneous thermal analysis. Featuring a silicon carbide furnace reaching 1600°C and differential scanning calorimetry capabilities, this versatile instrument excels at typical applications like Thermal StabilityA material is thermally stable if it does not decompose under the influence of temperature. One way to determine the thermal stability of a substance is to use a TGA (thermogravimetric analyzer).thermal stability, Phase Transitions, Oxidation /reduction reactions, and  decomposition processes across diverse materials and industries. Despite its outstanding price/performance ratio, the STA 509 Jupiter^® Classic delivers reliable precision, accuracy, and repeatable results thanks to its robust construction and cutting-edge technology. 

Temperature Range RT to 1600°C

Balance performance: Balance resolution of  0.1 μg over the complete mass range of 35 g

DSC Performance: DSC enthalpy accuracy: 1%(Indium)

• Outstanding price-performance ration
• Ideal device for routine measurements
• SiC furnace
• Sensor options: TG, TG-DTA and TG-DSC
• Temperature range from RT to 1600 °C
• Temperature resolution: 0,001 K
• Maximum heating rate of up to 50 K/min
• Balance resolution: 0,1 µg
• Maximum sample load: 35 g
• DSC enthalpy accuracy: 1 % (for indium)
• ASC of up to 20 sample and reference crucibles (optional)
• Piercing device is available as an option
• Gas atmospheres: inert, oxidizing, static, dynamic, vacuum (10^-2 mbar)
• 3 or 4 MFC
• Oxygen Trapping System (OTS) available as an option
• Possibility of coupling with an Evolved Gas Analysis (MS, GC-MS and / or FTIR)
• Proteus®-Software (including device license)
• Front panel or color touch display
• LED status bar