|RedNODE - Underwater navigation receiver
RedNWAVE - the only system to date that implements the so-called “underwater GPS”: following exactly the ideology of GPS and other satellite systems, allows an unlimited number of underwater objects to determine their geographical location at the same time.
RedNODE - navigation receiver of the RedWAVE system, receiving hydroacoustic navigation signals from buoys, determines its own geographical coordinates, which it transmits via a serial interface (UART) to control system. At the same time, the message format used in conventional GNSS receivers is emulated, which ensures maximum simplicity of integration.
|DIMENSIONS (Ф х h)||64 x 62 mm|
|WEIGHT (dry)||0.3 kg|
|SUPPLY VOLTAGE1||12 V|
|DATA LINES VOLTAGE||3.3 V|
|POWER CONSUMPTION||0.35 W|
|MAX. RELATIVE VELOCITY||+/- 1.8 m/s|
|WORKING TEMPERATURE RANGE||-5 .. 50 °С|
|DEPTH RATING||300 m|
|MAX SIZE OF WORKING AREA||700 х 700 m inside a polygon of buoys|
|ACOUSTIC RANGE (ENEGRY)2||3000 m|
|BANDWIDTH||10 .. 30 kHz|
|NOMINAL 2D-ACCURACY 4 (2DRMS)||0.84 m|
|NOMINAL DEPTH ACCURACY5||0.1 m|
|MINIMAL TIME TO FIRST POSITION FIX||28 s|
|NOMINAL POSITION UPDATE RATE||1 Hz|
|RATE STARTUP TIME||100 msec|
|BUILT-IN TEMPERATURE SENSOR ACCURACY||0.1 °C|
|CABLE LENGTH||1 m|
|CABLE DIAMETER||5 mm|
|COMMUNICATION PROTOCOL||NMEA0183 (RMC, GGA, WTW)
+ extended sentences set
1 For devices released after June 2020. For devices previously released, 5 V.
2 A parameter that determines the maximum range at which a signal can be received, based on electro-acoustic parameters of the transmitter and receiver, spatial decrease in the intensity of sound energy, attenuation in the medium and the acoustic noise level.
3 The value obtained without taking into account the multipath effect.
4 The value is obtained by measuring in a real water body with buoys and navigation receiver fixed, within 60 minutes.
5 The value may depend on the correctness of the user setting the salinity of the water.
6 By agreement, delivery with an RS422 interface converter mounted on a cable in an unattended urethane housing is possible.