CAL3K-S Calorimeter

CAL3K-S Oxygen Bomb Calorimeter System

The Cal3k-S Bomb Calorimeter is a powerful entry level system for low throughput without compromising on accuracy and repeatability. The Cal3k-S calorimeter has a compact size, low energy consumption and boasts a large list of features with an unbeatable price tag.
The CAL3K-S system includes a calorimeter, standard thread bomb vessel and oxygen filling station. A spare bomb vessel (3K-5S) can be purchased as a spare, however this will not increase the speed of the calorimeter system. The additional bomb vessel can be kept as a spare. The calorimeter system can complete 1 sample per hour. Part of the CAL3K-S system is the external oxygen filling station (3K-3), standard across all manual filling calorimeter systems. The CAL3K-S is a totally dry type calorimeter, making it environmentally friendly and energy efficient. The CAL3K-S also boasts the smallest carbon footprint in its class.
APPLICATION: An economical system is typically used in application where low sample analysis is required, like in Food/Feed Analysis, Alternative Energy, Manufacturing, Coal and Oil Production, Research, Universities and Quality Assurance. In short : wherever the calorific value of a solid or liquid sample must be determined, the Cal3k-S is the economical calorimeter of choice.

The Cal3k-S Oxygen Bomb Calorimeter is economically positioned to be an affordable entry type calorimeter with features its competitors wished they had.

The system uses the proven bayonet vessel common to all Cal3k systems and works in the dynamic (Isoperibol) mode. It has two communication ports with dual purposes, catering for almost every application.

CAL3-AP Bomb Calorimeter


Our top of the range product is our faster calorimeter in the CAL3K range.

CAL3-F Bomb Calorimeter


The CAL3K-F is a flexible system for low to high throughput without compromising on accuracy and repeatability.

CAL3-A Bomb Calorimeter


The CAL3K-A is best suited for a production environment with shared oxygen supply (to other users) and robust handling.