Three Operating Modes | CAL3K Features
APPLICABLE TO CAL3k-AP and CAL3K-A Only Isothermal, Adiabatic, and Isobatic (Dynamic) Calorimeters, in broad terms can be ISOTHERMAL or ADIABATIC. These two methods refer to …
Category: CAL3K Features
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Temperature Range | CAL3K Features
The temperature range is very linear and wide. The low end includes +1°C, and the high-end 72°C, although we only recommend a maximum operating temperature …
Automatic Temperature Control | CAL3K Features
Only Applicable to CAL3K-A and CAL3K-AP The ATC (Automatic Temperature Control) provides a stable and predictable temperature environment to the bomb. This allows the bomb …
Standalone System | CAL3K Features
The CAL3K was designed to work as a standalone system. That means it does not need a computer to operate. This is achieved by loading …
Temperature Resolution | CAL3K Features
Calorimeters require a high temperature resolution because the result has a high resolution. Despite the inaccuracies in the sample preparation a calorific value (CV) is …
Multiple Coolers | CAL3K Features
The cooler is the slowest system component. We have optimised it as best we can; but it is slow! It cools a vessel down by …
Smart CAL3K Vessel | CAL3K Features
The CAL3K system uses the SMART CAL3K bomb vessel. The bomb vessel is the first of its kind, and is the heart of the CAL3K …
Improved Speed | CAL3K Features
The determination speed was improved due to better initial firing conditions and vessel material technology. The actual time from closing to opening the lid depends …
Bomb Factor | CAL3K Features
The bomb factor is a conventional term and it is technically the heat capacity of the vessel. It describes the amount of energy (Kj) required …
