High Precision Total Energy Analyzer for Feed

High Precision Total Feed Energy Analyzer High Precision Total Feed Energy Analyzer Hebi Biaochuang Instrument Manufacturing Co., Ltd. Automatic Feed Energy Tester Automatic Feed Energy Analyzer Instrument for Testing Feed Energy

Performance Features:

● Available in both benchtop and floor-standing configurations, allowing free selection based on laboratory layout.

● Large-capacity outer jacket and water tank with compressor-based cooling and heating functions to ensure constant water temperature, suitable for long-term continuous testing.

● Uses a high-borosilicate glass integrated quantitative water cup with minimal volume variation to ensure stable inner cylinder water volume and consistent test results.

● Special oxygen bomb design (curved bottom) with strong pressure resistance and shortened main period duration.

● Employs a cooling correction model to ensure accurate test results for both high and low calorific value samples.

● Automatic sample weighing range; real-time monitoring of laboratory temperature and humidity; automatic alerts for out-of-tolerance results.

● Automatic transmission of sample codes and weight information; test data can be backed up and uploaded; tamper-proof experimental data.

● Supports login permission management and experimental process information recording.

● Special functions for fuel management and control:

1) If fraudulent activities such as opening the lid mid-process or replacing samples occur, the system alarms and the test is invalidated;

2) Uploaded data includes:

Environmental parameters: ambient temperature;

Process parameters: start time, ignition time, main period end time, main period temperature rise, cooling correction value C, etc.;

Self-diagnosis: automatic lifting到位, automatic oxygen filling到位, etc.

Technical Parameters:

1. Test duration: Conventional method: 15min, Rapid method: 10min

2. Continuous sample testing capacity: Unlimited

3. Outer jacket constant temperature control method: Compressor

4. Precision: ≤0.10%

5. Heat capacity stability: ≤0.20% within one year

6. Configuration: Benchtop/Floor-standing

7. Inner cylinder water quantification method: Glass quantitative water cup

8. Automatic oxygen bomb identification

9. Inner cylinder filtration

10. Visible liquid level