Smoke dust gas sampling device integral detection system

Abstract

The invention relates to a s smoke dust gas sampling device integral detection system comprising an IPC (industrial personal computer); the input end of the IPC is respectively connected with a flow detection module, a temperature measuring module, a pressure detection module, an atmosphere pressure measuring module, a smoke gas detection module and a flow rate detection module. The smoke dust gassampling device integral detection system can calibrate all parameters on one platform, thus ensuring measuring data accuracy, greatly improving the calibration efficiency, providing more accurate and fast smoke dust sampling device integrated measurement, and filling the blanks in the national smoke dust sampling device calibration field. The detection system can detect various performance parameters of pollutant sampling devices like the smoke dust gas sampling device in all aspects on all performances, can integrally measure the indexes like a tested gauge atmosphere pressure, the flow, the environment temperature, the temperature before measurement, and the smoke gas temperature, thus realizing more accurate and fast smoke dust sampling device integrated measurements.

Description

technical field [0001] The invention relates to the technical field of metering and detection devices, in particular to a smoke gas sampler comprehensive detection system integrating flow detection, pressure detection, temperature detection and other detections. Background technique [0002] The flue dust gas collector needs to be measured and tested by measurement professionals such as temperature, pressure, flow and chemistry. At present, its measurement work still has low detection efficiency. The main shortcomings are as follows: [0003] 1. Personnel with different specialties such as temperature, pressure, flow and chemistry are required to carry out the measurement and testing work, which involves too many personnel and specialties, and the labor cost has increased significantly; the results of this project can realize the completion of all the testing work by one person at one time. [0004] 2. The testing standards are inconsistent. The temperature, pressure and flo...

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Problems solved by technology

[0004] 2. The testing standards are inconsistent. The temperature, pressure and flow are all tested according to their respective standard procedures. The same device issues multiple certificates of different professions

[0005] 3. The relevant parameters of the smoke and dust gas sampler (temperature, pressure, flow rate, flow rate and smoke content, etc.) were tested independently of each other in the past and were not related to each other.

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