Adopting a compressor refrigeration method, the temperature of the inner and outer cylinders is automatically adjusted to reduce the cooling correction factor, making the measurement results more accurate.

Meet the requirements of the national standard GB/T213-2003, which states that the inner cylinder is approximately 1K higher than the outer cylinder at the endpoint.

The microcomputer calorimeter maintains all the functions of the microcomputer system and can simultaneously run general software for other transaction processing. It can automatically calibrate the energy equivalent (heat capacity) of the calorimeter system and measure the heat generation. Input data such as sulfur, moisture, hydrogen, etc. to convert and print out data such as cylinder heat generation, high-level heat generation, low-level heat generation, etc.

The internal cylinder of the calorimeter device adopts electric stirring with sheet-like blades, and the external cylinder adopts submersible electric stirring, making the stirring more uniform and convenient. The instrument adopts a fused cotton thread ignition method.

Chinese menu style operating interface, simple structure, intuitive and easy to learn, convenient operation, stable and reliable performance, adopting strong anti-interference ability with internal and external tube photoelectric isolation.

Adopting unique foam insulation technology, the experimental process is not affected by external temperature.

■ It has the function of converting high and low heat generation after experiments.

The experimental process is automatically cooled and calibrated, with loose temperature requirements for the usage environment.

The system is stable and reliable, and can perform data processing after experiments.

Adopting serial communication technology, the failure rate is low. The usage environment requires a relaxed environment.