The JOANNEUM RESEARCH two-dimensional video raindrop spectrometer is used to monitor rainfall conditions.
This instrument is suitable for research and application fields such as meteorological monitoring, hydrogeology research, and airport weather condition analysis.
This instrument performs linear scanning of high-speed moving objects based on two cameras, recording the detailed status of precipitation.
Sensors are composed of cameras and lighting components. The cameras will perform linear scanning on the images of the measurement area, transmit the images within the collection area to the electronic unit for processing and storage, and then use professional supporting software for data analysis.
The supporting software has powerful functions and a friendly interface, which can analyze the total amount, size, intensity, movement speed, raindrop shape, raindrop spectrum distribution, and horizontal deviation direction of precipitation.
The above picture is the main screen of the software, including5Subscreens display:
-Rain speedvs.time
-Particle size distribution
-Vertical velocityvs.Equal volume diameter
-Horizontal speed
-Ellipticityvs.Equal volume diameter
Technical specifications:
Horizontal resolution
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Less than 0.19 millimeters
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Vertical resolution
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Less than 0.19 millimeters (vertical velocity<10 meters/second)
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Vertical velocity accuracy
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Less than 4% (vertical speed<10 meters/second)
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Scan Area
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About 100 x 100 square millimeters
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Integral time
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15 seconds to 12 hours (for display)
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Power supply
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100~240 V 50/60 Hz
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power waste
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About 300W
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working temperature
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0~+35℃
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Storage temperature
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-20~+50℃
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size
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Approximately 850 millimeters in length, 85 millimeters in width, and 200 millimeters in height (outdoor components)
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weight
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About 80 kilograms (outdoor components)
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to configure:
1The2D-Video-Distrometer 2DVD_OP_2009to configure
Meet the following technical parameters (see the attached technical information section, including outdoor units and indoor terminals, as well as performance parameters, dimensions, and weight information),
The configuration includes:
a.Outdoor unit
b.Cables and connectors (from outdoor units to indoor terminals)
-Cable(RJ45)Maximum length100Meter (default length)
c. The indoor terminal consists of the following components:
-A suitable laptop and mouse
-Installed indoor terminal software (see entry)3)
2user 's manual
include:
a. Installation Guide
b. Calibration steps
c. Maintenance steps
d. Software User Manual
e.Troubleshooting guidance
f. Instrument parameters and factory inspection have passed the test results
3Standard2DVDHardware and software, including
a. Control of visual system and data acquisition (outdoor unit)
b. Evaluation of the execution of calibration steps
c. Indoor terminal with pre-processing software
d. Display and analysis program (indoor terminal)
e. Time (server)/Terminal software, used to lock indoor terminals and outdoor units to external time servers
f. Indoor terminalPCSupport installation of standard remote control software
g. Data decompression program source code (stored on indoor terminals). Data storage is completed through decompression mode. The data decompression program supports users to decompress data files toC-Encoding structure. We will provide a specific application case and its source code (only the source code of a data decompression algorithm is provided, without involving other modules).
4Maintenance toolkit, including
a. Basic tools required for calibration and maintenance
b. Calibration material
c. Spare light bulb
Optional:
Raindrop Direction Software Package
The 2DVD standard software includes an extension that displays the results of the raindrop direction algorithm and shows the raindrop axis (front/back perspective) This extension supports integrating algorithm results into user-defined analysis.
Ultrasonic wind sensoruSonic-3
A three-dimensional ultrasonic anemometer with data stored on an indoor terminal, integrated online, and displayed offline on the indoor terminal.
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