Operation of the TGA Thermostep is simple and convenient. The measurement process has to be defined once regarding the used temperatures, atmospheres and heating ranges. To start the analysis, a predefined process simply has to be chosen in the software and the sample has to be weighed into the crucible. All further steps are processed automatically. All data processing, control of the measurement process and calculating of the result is done by an external PC with Windows®-based software. The determination of moisture, volatile and ash content needs about 4 hours.
|Measured elements||ash content, moisture, volatiles|
|Samples||inorganic, organic, synthetic|
|Field of application||agriculture, biology, chemistry / plastics, coal / power plant, construction materials, environment / recycling, food, geology / mining, glass / ceramics, medicine / pharmaceuticals|
|Furnace||resistance heated ceramic furnace, programmable in 1 °C steps from 50 °C up to 1000 °C|
|Max. number of samples||19 crucibles + 1 reference crucible|
|Balance resolution||0.0001 g|
|Balance precision||0.02 % RSD|
|Gas required||depends on application:|
|oxygen 99.9 % pure (2 - 4 bar)||oxygen 99.9 % pure (2 - 4 bar)|
|and,or nitrogen 99.9 % pure (2 - 4 bar)||and,or nitrogen 99.9 % pure (2 - 4 bar)|
|and air 99.5 % (5 - 6 bar)||and air 99.5 % (5 - 6 bar)|
|Power requirements||230 V, 50/60 Hz, max. 32 A|
|Dimensions (W x H x D)||55 x 52 x 62 cm|
|Weight||~ 65 kg|
|Required equipment||externe Absaugung (ø 100 mm; Gebläse mit 4m3/min), monitor, PC|
ELTRA is a specialist for elemental analyzers for the accurate and rapid analysis of solid materials. ELTRA equipment is a standard for elemental analysis in industries such as mining, steel, energy, cement and metal working.
ELTRA analyzers are used to reliably determine elements like carbon, hydrogen, sulfur, oxygen and nitrogen, and cover a wide, dynamic measuring range. The ability to adapt each analyzer to user specifications allows the precise measurement of a great variety of organic and inorganic samples in a multitude of applications.