CKIC 5E-C5500 Automatic Calorimeter

CKIC 5E-C5500 Automatic Calorimeter

5E-C5500 is used to determine the calorific value of solid and liquid combustibles including oil, coal, coke, foodstuffs and biomass products. The calorific value is a crucial characteristic for each substance, also the key point to calculate the price of coal, so it will directly affect the economic benefits of the customers. This technique is widely applied in power plants, coal mines, metallurgy, chemical industry, commercial inspection, scientific research, etc.

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Model5E-C5500 Automatic Calorimeter
Conforms to MethodAS 1038.5, ASTM D5865, ASTM D4809, ASTM E711, BIS 1350, BS EN 15400, GB/T 213,GB/T 30727, ISO 1928, ISO 9831,ISO 18125
Precision (1g Benzoic Acid)0.05% RSD *
Measuring rangeUp to 40MJ/kg
Control Ability2 Units/ 1 PC available
Analysis Time per SampleDynamic method:10mins, Classical method:15mins
Test Per HourSingle controlDouble control
Up to 6Up to 12
Jacket TypeIsoperibol
Bomb IdentificationUp to 2 for automatic, several for manual
Balance ConnectionAvailable
Network ConnectionAvailable
Bucket FillingAutomatic
Oxygen FillingSemi-Automatic
StructureBenchtop or Vertical
Bomb Vessel LiftingManual
Power SupplySingle phase, AC220V±10%, 50/60Hz, ≤500w
Net WeightBench top: 75kg
Vertical type: 103kg
Dimensions(L×W×H)Bench top:
480mm×500mm×420mm (Analysis unit)
370mm×500mm×420mm (Temp. control unit)
Vertical: 480mm×500mm×940mm
*Test Condition: 1. Ambient temp.20℃±1℃,humidity75%±5%  2.No strong interference source nearby  3.Clean water circuit with distilled water

Standard Configuration:
Main analyzer: Controlling Unit and Chiller
Standard CV bomb
Data System (PC & Printer)
Handle Oxygen Charger
CruciblesIgnition Wire
Benzoic Acid
O-ring kit
Tool kit

Optional Configuration:
Lens paper
Pellet press
Bench-top oxygen charger
Halogen Resistant Oxygen Vessel


True Isoperibol CalorimeterThe jacket surrounding the vessel is kept at constant temperature with an accuracy to 0.1℃ during analysis.Mechanical supports for the vessel are made of a very lowthermal conductivity plastic. To minimize convention,water is added on the sides,top and bottom of the bucket.

High Automation and Efficiency
1. Dynamic method 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 computer.Sample mass can be transferred to PC directly.

Optimized Design for Reliable Test Result1. A reliable quantitative measuring cup ensures stable water volume of the bucket.
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.



Case Study 1

Calorific Value Determination in Solid Food such as Cookies and Rice etc

Case Study 2

Calorific Value Testing in Solid Biofuel

Case Study 3

Calorific Value Determination in the Analysis Sample of Coal and Coke

Case Study 4

Calorific Value Determination for Animal Faeces

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