Stove Performance Testing Platform WH-ZJ01-400B

1. Product Introduction

The gas stove comprehensive performance testing system is developed using imported sensors, flow meters, high-quality domestic components, and advanced software system testing technology, fully complying with GB/T30720-2014 GB16410-2007 GB16411-2008. Mainly used for testing the thermal performance, flue gas composition, temperature, and thermal radiation of gas stoves. Currently in use

Industry, lightweight automatic mixer for easy installation and use.

2. Product Features

1. Gas flow and control use solenoid valves;

2. Uses high-level test components to collect various test data, and displays it through the system's human-machine interface, ensuring reliable, accurate, convenient, and intuitive reading;

3. Suitable for inspection of countertop and built-in stoves, with adjustable mounting holes for built-in stoves;

4. Use a computer control system to monitor parameters during testing: water temperature, gas consumption, gas temperature, gas pressure, ambient temperature, atmospheric pressure value, and flue gas temperature

Automatically collect data and automatically calculate test results such as heat load and thermal efficiency;

5. Software automatically generates a test database, making querying and recording convenient;

6. The system configuration matches communication interfaces with flue gas composition analyzers and thermal radiation collectors, allowing automatic storage of thermal radiation parameters for flue gas components in the data management system.

Can systematically analyze the combustion efficiency of stoves (this system can be connected to flue gas composition analyzers and thermal radiation collectors, which customers can choose as needed);

7. Use automatic control mixing machinery to stir the test water inside the pot, ensuring uniform water temperature;

8. The test bench has an adjustable air inlet to adjust combustion air when testing built-in stoves;

9. Equipped with various specifications of flue gas sampling fixtures and thermal radiation sampling fixtures, suitable for test pots of various specifications (optional);

10. Uses a self-developed temperature sensor detector to achieve transmission rates that fully comply with national standards;

11. Repeatedly verified and compared by multiple authoritative organizations, with high reliability and repeatability;

12. Optional installation of automatic gas constant temperature regulation system.

3. Technical Parameters

1. Power supply: AC 220V±10%, 50Hz;

2. Gas pressure test: 100~5000Pa, ±0.5% F.S;

3. Gas temperature test: 0~50°C, ±0.5% F.S;

4. Water temperature test: 0~100°C, ±0.5% F.S;

5. Gas flow meter: 0~1200L/h, ±0.3% F.S;

6. Flue gas temperature test: 0~800°C, ±1.5% F.S;

7. Ambient temperature test: 0~50°C, ±0.5% F.S;

8. Atmospheric pressure test: 0~200kPa, ±0.5% F.S;

4. Test Items

1) Thermal efficiency testing

2) Heat load testing (measured heat load, converted heat load)

3) Thermal load accuracy

4) Gas pressure test

5) Gas temperature testing

6) Gas flow test

7) Water temperature (initial temperature, real-time monitoring temperature, final temperature) test

8) Airtightness testing (equipped with airtightness tester) (optional item)

9) Combustion noise and flameout noise (equipped with sound level meter, optional items)

10) Flue gas analysis (equipped with flue gas analyzer, optional items)

11) Electrical performance testing (equipped with electrical parameter tables and optional items)

12) Ambient temperature. Radiant Temperature Test (Test Angle)

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