Product Description
BATHY-2010P uses appropriate transducer groups to generate linear frequency modulation pulse waveforms with maximum bandwidth, providing formation data with resolutions up to 8cm and 200m. The linear frequency modulation pulse signal processor generates a signal-to-noise ratio gain of 23dB, thereby improving resolution, increasing measurement depth, and enhancing system performance in noisy environments.
Application SyQwest Inc The company's underwater detection and tracking algorithm and reliable underwater digital technology ensure excellent underwater tracking in steep terrain and high noise environments. Decades of equipment development experience combined with advanced DSP processing technology and various wavelength frequency modulation waveform technologies have enabled the BATHY-2010P system to expand its measurement depth while maintaining high geological resolution. By pressing the buttons on the front panel, users can operate all functions, and important parameter settings are saved in non-volatile memory, providing convenience for your next use.
Main features
Dual channel linear frequency modulation (Chirp) to meet various water depth measurements
200m geological penetration, better than 8cm geological resolution
Windows XP operating system, flexible peripheral device extension function
Storage and output of raw data, processed data, and SEG-Y data
Excellent underwater tracking function with outstanding performance
Powerful software display function, providing multiple zoom modes for geological display
Optional CW and FM operating modes
Convenient integration of acoustic devices such as GPS, surge sensors, and sound velocity sensors
Main indicators
Depth measurement range |
30, 60, 120, 240, 480, 800, 1500, 2400, 3000, 6000, 15000ft |
10. 20, 40, 80, 150, 300, 500, 750, 1000, 2000, 5000, expandable to 10000m |
|
Change range |
0-150m, with increments of 1m; 0-450ft, in increments of 1ft |
Zoom mode |
Underwater zoom, underwater lock zoom, marker zoom, GUI zoom (replay only) |
Geological penetration power |
Maximum penetration capacity of 200m (fine sand and mud can penetrate up to 150m, specific penetration depth depends on the formation type) |
resolving power |
Depth measurement resolution: 0.1m; Stratigraphic resolution: 8cm |
Depth measurement accuracy |
± 10cm at 100m; ± 0.3% at 6000m |
sound velocity |
1500m/s, or 4800ft/s (user adjustable) |
Positioning data |
NMEA 0183,GLL、GGA、RMC、VTG、VHW、HDT; Optional baud rates (RS-232): 4800, 9600, 19200, 38400 |
External interface |
Remote display, navigation data input (NMEA0183), wave compensation, data logs, external event tagging, external annotations, external sound speed and other sensing |
Print output |
Parallel serial port connection to TDU series thermal printer |
Minimum working water depth |
<10m (dependent on the selected transducer frequency, with a minimum water depth of 10m at 3.5Khz) |
Transmission frequency |
Maximum 4Hz (depending on water depth and operating mode) |
Event tagging |
External marking, periodic marking, or manual marking (optional 1-minute cycle) |
Data file output |
Store water depth, navigation, and image files in ODC format (proprietary) and SEG-Y format; Normal and scaled data are stored in pixel format for easy playback and printing. |
Data file playback |
ODC and SEG-Y data can be played back and printed in two modes: constant speed and fast forward, and provide pause and GUI zoom functions |
Transducer group |
The 3.5kHz transducer group can be selected according to the operating water area and penetration depth. |
output power |
2KW linear power amplifier (Bathy2010P comes standard with a linear power amplifier, other power options are available) |
Input power |
220VAC,50-60Hz |
External dimensions |
635mm in length, 483mm in width, and 400mm in height |
weight |
Bathy 2010P 25kg; 3.5Khz transducer group: 45kg (4 TR-109) |
Ship speed and installation method |
Recommended ship speed: 5-10 knots, the transducer is installed vertically on the ship's side. |
Environmental parameters |
Working temperature 0-50 ℃, humidity 95%, no condensation |