Computerized calorimeterIt is a precision instrument that uses computer technology to achieve automated control, mainly used to measure the calorific value of combustible substances such as coal, oil, biomass, etc. It is widely used in fields such as electricity, coal, metallurgy, petrochemicals, quality inspection, environmental protection, and scientific research.
Computerized calorimeterAdvantages of
High degree of automation and convenient operation
Full process automation: from sample weighing, oxygenation, combustion to data calculation, all are controlled by computers, reducing manual intervention and lowering operational difficulty.
Chinese interface and intelligent prompts: intuitive Chinese menus and operation prompts enable beginners to quickly get started, avoiding data deviation caused by operational errors.
One click operation: Some models support the "one click testing" function, further simplifying the process and improving experimental efficiency.
Excellent measurement accuracy and repeatability
High resolution temperature sensor: The temperature resolution can reach 0.0001 ℃, accurately capturing small temperature changes during the combustion process.
Strict temperature control system: using semiconductor refrigeration or compressor refrigeration to ensure that the temperature difference between the outer cylinder water temperature and the room temperature is ≤ 1.5 ℃, meeting national standards and reducing environmental interference.
Magnetic stirring technology: avoids direct heat transfer from the motor, ensures uniform heat dissipation, and improves data repeatability (inner cylinder water volume repeatability<1g).
Strong data processing ability and reliable results
Automatic calculation and storage: The computer directly calculates the heat generation, eliminates manual calculation errors, and automatically stores historical data for easy traceability and analysis.
Multi channel control: One computer can control multiple thermostatic cylinders (up to 8) to achieve batch testing and greatly improve experimental efficiency.
Compliant with international standards: The results strictly follow national standards such as GB/T213-2008, providing data support for scientific research and industry.
Security performance improvement
Automatic oxygenation and deflation: Integrated gas valve and circuit control to avoid the risk of manual operation of oxygen cylinders and reduce the risk of explosion or leakage.
Fault self checking function: equipped with self checking programs such as ignition testing and mixing testing, quickly locate problems, and ensure experimental safety.
Strong adaptability and wide application
Multi domain applicability: It can measure the calorific value of various substances such as coal, petroleum, biomass, food, building materials, etc., meeting the diverse needs of industries such as electricity, metallurgy, environmental protection, and scientific research.
Good environmental adaptability: Some models are equipped with natural cooling systems, which can work stably without external cooling conditions and reduce usage costs.