Gas Particle Continuous Monitoring Measurement System "Particle Eye CC"

basic information

- Measurement frequency: 10–120Hz - Data recording interval: 0.1–60.0 sec - Maximum resolution: 800×600 - Measurement mask: Measurement range within the image can be specified as rectangle/ellipse/trapezoid - Particle size classification: 3–5 levels (separate calibration tests are required for particle size classification) - Trigger recording mode: Video recording includes a few seconds before and after when the particle count exceeds the set threshold - Scheduled measurement mode: Automatic measurement at the set measurement time from the scheduled time - Long-term continuous monitoring: Automatic data file update at date change - Monitor display: Particle monitoring video/color classification video/time series count graph/particle size classification histogram - Signal output: Signal output when the particle count exceeds the set threshold (optional) - Signal input: Recording starts triggered by signals from external sensors (optional) - Multi-camera monitoring: Monitoring measurement with up to 4 cameras (optional) *This is a reference specification using a standard camera and a computer with dedicated software installed. *The system configuration may vary depending on the application, so specifications will be discussed as needed. For customization of specifications or details about options, please feel free to contact us through our website.

Price range

Delivery Time

※Since this is a made-to-order product, we will first consult with specialized technical staff to understand the intended use and purpose. Based on the results of the hearing, we will provide an estimate for the price and delivery time.

Applications/Examples of results

■Customization Example: Continuous Monitoring of Fine Particles in Gas Pipelines■ - System Overview Light is projected from outside the viewport into the pipeline, forming a sheet of light across the cross-section of the pipe. A camera is mounted on a viewport positioned orthogonally to the light sheet, allowing for external imaging of the pipeline (see attached image "Example in Gas Pipeline"). By adopting this light sheet method, a wide area of the pipeline cross-section can be covered, resulting in extremely low detection misses for particles during monitoring. Additionally, since this system operates in a non-contact manner where the gas and the measuring instrument do not come into direct contact, it can measure fine particles in the gas regardless of the gas's state or type. During monitoring, particle visualization images are captured simultaneously with counting and particle size classification through high-speed image processing, and the results are displayed on a computer in the form of images and graphs. (Note) While applying this to existing equipment may require modifications, our specialized technical staff can provide advice on modifications from a visualization perspective, so please feel free to consult us with confidence.

Detailed information

• 

  It is possible to continuously monitor fine particles in gas while simultaneously counting and classifying them by particle size.

• 

  The adoption of the light film method significantly reduces measurement omissions compared to the sampling method.

• 

  Quantitative data of count values and particle size classification results can be displayed and recorded in real-time through images and graphs.

• 

  - It is a system that continuously monitors and measures fine particles in the gas flowing through the piping. - Since it uses a non-contact method where the gas does not directly touch the measuring instrument, it is not affected by the state or type of gas. - The results of particle size classification from real-time measurements can be continuously displayed and recorded in both video and graph formats.