Automatic Calorimeter Standard Configuration Main analyzer: Controlling Unit and Chiller Standard CV bomb Computer Handle Oxygen Charger Crucibles Ignition Wire Benzoic Acid O-ring kit Tool kit Optional Configuration Lens paper Pellet press Bench-top oxygen charger Halogen Resistant Oxygen Vessel Features True Isoperibol Calorimeter The jacket surrounding the vessel is kept at constant temperature with an accuracy to 0.1°C during analysis. Supports for the vessel are made of a very low thermal conductivity plastic. To minimize heat convection, water is added on the sides, top and bottom of the bucket. High Automation and Efficiency 1. Dynamic method is available, without compromising accuracy or precision. 2. Second oxygen vessel and sample can be prepared while the current sample is being analyzed. 3. Two calorimeters can be controlled by one PC. Sample mass can be transferred to PC directly. Superior Oxygen Vessel Design Optimized Design for Reliable Test Result 1. A reliable quantitative measuring cup ensures stable water volume of the bucket. 2. Closed-loop water circulation assures the purity of water system without any additional solution. 3. Filter in the bucket purify the water in circulation system. 4. Visible water level indicates the water volume, making it easy to feed sufficient water anytime to minimize the influence of water loss.

Test Data Calibrate Mass, g Temperature Rise as-determined Heat Capacity Remark: ASTM-D5865, the precision of ten acceptable calibration test runs shall have a relative standard deviation (RSD) no greater than 0.17% and CKIC’s specification is less than 0.05%RSD. Conclusion: 5E-C5500 Automatic Calorimeter exceeds the ASTM precision requirement. Specification Model Precision (1g Benzoic Acid) Temp. Resolution Measuring Range Control Ability Up to 50000J 2 Units / 1 PC available Dynamic method:10mins, Classical method:15mins Dynamic method: 11mins Classical method: 16mins Analysis Time per Sample...