






Wave Sensor 2.0 to Observe Monitor Wave Height Period Direction Spectrum
New Upgraded Version, Low Power Consumption and More Efficient. Simple and More Convenient
Based on the nine-axis acceleration principle, through the completely new optimized sea research patent algorithm calculation, which can effectively obtain the ocean wave height, wave period, wave direction and other information. Improved data interface - simple and more convenient.

Description
Wave sensor is a completely new upgraded version of the second generation, based on the nine-axis acceleration principle, through the completely new optimized sea research patent algorithm calculation, which can effectively obtain the ocean wave height, wave period, wave direction and other information. The equipment adopts a completely new heat-resisting material, improving product environmental adaptability and greatly reducing the product weight at the same time. It has a built-in ultra-low-power embedded wave data processing module, offering an RS232 data transmission interface, which can easily be integrated with existing ocean buoys, drifting buoys or unmanned ship platforms and so on. And it can collect and transmit wave data in real-time to provide reliable data for ocean wave observation and research. There are three versions available to meet the needs of different users: the basic version, the standard version, the and professional version.
Features:
Optimise data processing algorithm - low power consumption and more efficient.
Based on big data, the algorithm is deeply optimized: power consumption is low at 0.08W, longer observation period, and more stable data quality.
Improve data interface - simplify and more convenient.
Humanized design, adopt new joint, simplified 5 interfaces to 1 interface, use more easily.
Completely new overall structure - heat-resisting and more reliable.
The shell can withstand high temperatures up to 85℃, has high strength, has stronger environmental adaptability, and has a wider range of use.
Convenient installation - saves time and effort, and more peace of mind.
The bottom adopts a splicing +3 screw fixed design, 5 minutes to complete the installation and disassembly, faster and more convenient.
Technical parameter:
Parameter |
Range |
Accuracy |
Resolutions |
Wave Height |
0m~30m |
±(0.1+5%﹡measured value) |
0.01m |
Wave Period |
0s~25s |
±0.5s |
0.01s |
Wave Direction |
0°~359° |
±10° |
1° |
Wave Parameter |
1/3 wave height (significant wave height), 1/3wave period (significant wave period), 1/10wave height, 1/10wave period, mean wave height, mean wave period, max wave height, max wave period, wave directions |
||
Note: 1. The basic version supports outputting of significant wave height and significant wave period. 2. The standard and professional versions support outputting: 1/3wave height (significant wave height), 1/3wave period (significant wave period), 1/10wave height, 1/10wave period, mean wave height, mean wave period, max wave height, max wave period, wave direction. 3. The professional version supports the output of the wave spectrum. |
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Specifications
-
Physical Properties
-
Weight in air [kg]
2
Weight in water [kg]
1
Width [cm]
20
Length [cm]
10
Operating temperature: min. [°C]
0
Operating temperature: max. [°C]
85
-
General
-
Year of initial development
2019
Year of latest version
2019
Area of Application
all
Field of Use
wave survey
Languages Supported
English
Type of wave recorder
Radar
Direction wave or non-directional
Yes
-
Power supply and communication
-
Output interface {eg. rs232}
rs232
-
Hardware/software requirements
-
RAM [GB]
8
HD [GB]
8
Dedicated software
Y
-
Temperature sensor
-
Type of sensor
Magnetic nuclear resonance
Range
0-50
Accuracy
0.1
Resolution
0.01
-
Pressure sensor
-
Type of sensor
Magnetic nuclear resonance
Accuracy
0.1
Resolution
0.1
Documents
