Adiabatic, isoperibolic, and dynamic measurements - all in one system!
- Fully automated system for easy GCV determination on solids or liquids
- Integrated cooling system
- Easy-to-use software
Used to measure heat released or absorbed during a process, bomb calorimeters calculate the Gross Calorifi c Value (GCV) of a solid or liquid. The IKA C 5000 is the only bomb calorimeter to feature three separate GCV determination methods in one instrument: adiabatic, isoperibolic, and dynamic.
Generally, measurements are performed using adiabatic or isoperibolic methods. Adiabatic methods minimize heat loss by keeping the surrounding temperature the same as the sample temperature, making it the most accurate for measuring calorific values of solids or liquids. Isoperibolic methods allow the reaction within the vessel to take place, while the water temperature in the surrounding vessel is held constant. Any temperature differential is compensated for once the reaction is complete. The dynamic mode is a shorter version of the adiabatic and/or isoperibol measuring principles. Results still conform to the required precision of the official standards, in accordance with DIN 51900, ASTM D240, ISO 1928, and BSI standards.
Fully Automated System
The IKA C5000 bomb calorimeter includes CalWin software, allowing the user to program, control, and analyze data. Automated water handling, oxygen filling, degassing, and the identification of decomposition vessels require no monitoring by the end-user. Connect calorimeter to scale, printer, PC, or LIMS software via RS-232 ports. Large internal memory holds up to 1000 separate test methods.
Wide Variety of Applications
Applications include fuels, foods, animal and plant products, and waste disposal. The IKA C5000 allows you to test just about any product from paraffin to pellets of cellulose.
