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WHS 3000 Series - Wireless Hydrophone System

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  • Overview
  • Features
  • Specifications
  • System Components
  • PC Data Transfer Options
  • Product Sheet

A Family of MAP-Coded Submersible Acoustic Receivers / Dataloggers and RF Wireless Options

The WHS 3000 Series of wireless hydrophone systems utilize Lotek’s revolutionary MAP 600 technology to provide unparalleled capability in a wireless acoustic tracking system.

Lotek WHS 3000 Series acoustic receivers represent a set of modularized underwater datalogging hydrophones and surface communication components that can be combined in various ways to create completely autonomous and/or remotely accessible solutions for acoustic fish transmitter monitoring and position tracking.

Each system is based on Lotek field proven MAP (CDMA) coding technology and designed to exceed the limits of conventional acoustic aquatic animal tracking and monitoring. This includes identification of multiple individuals in acoustically high noise / high multipath environments while providing an efficient transmission channel for sensor tag data, such as an animal's activity, depth and/or temperature.

Features common to the submersible receiver models in this series include:
  • Unattended, self contained underwater data logging of Lotek MAP coded acoustic tags – support for 76 or 200 kHz frequency
  • Compatible and complementary with field proven mobile surface tracking Lotek receivers such as the MAP 600 RT.
  • Lotek MAP system feature support for tracking hundreds of active transmitters with high broadcast rates at the same time and location.
  • System feature support for the discrimination of thousands of individual ID’s on a single acoustic frequency.
  • High signal discernability and reliability in acoustically noisy environments.
  • Transmission of physiological / environmental data, e.g., motion, pressure and/or temperature, from multiple transmitters occupying the same spatial and temporal coverage area.
  • User defined operating scheduler for optimized data collection and longevity
  • Small size and weight of WHS 3050 allows handling by one person during deployment and retrieval
  • Wet mateable plug for data access, configuration and control
  • IEEE RS422 interface for extended cable line data transfers of 100+ meters
  • User upgradeable operating system firmware
  • Standalone visual pulsed light feedback of active tag detections

 

Full WHS 3000 Series product sheet (PDF).

Description
Model
3050
Overall length - mm
720
Diameter (without mounting bracket) - mm
127
Weight in air without battery pack - Kg
5
Weight in air with standard alkaline battery and mooring bracket - Kg
12
Rated continuous operating depth – m
50/100
Typical operating life (extendable with user specified schedule) - days
76 kHz system @ 100% schedule with alkaline battery
50
200 kHz system @ 100% schedule with alkaline battery
32

Specifications are subject to change without notice.

Each WHS 3000 Series datalogger consists of the following components:

HARDWARE

  • WHS 3050 acoustic MAP data logger with integrated hydrophone
  • RS-422 Serial communication cable (requires USB to RS-422 converter for use with conventional PC I/O hardware)
  • User upgradeable 256 M Byte internal SD flash data protection
  • User replaceable alkaline battery pack
  • Heavy duty mooring bracket with attachment hardware
  • User manual
MapHost screenshot

SOFTWARE

There are two separate software modules which are designed to run independantly, but may also be used interactively on a common platform. These are:

MapHost (ver. 4.0 or higher)
User access to WHS 3050 functions is provided through MapHost software via a standard serial interface (USB recommended).

MapHost is a Windows® 95/98/ME/NT/2000/XP compatible software application which has been designed to provide PC interface support (system configuration and operation) to users of the WHS 3050 MAP datalogger acoustic coded receiver. It includes serial communication services, configuration file management, streamed data capture and an interactive virtual control panel (VCP).

Active datalogging and sleep periods are set by the MapHost Scheduler to optimize system memory and available battery power.

BioMAP
Data processing tools, database management and graphical display services for data are provided by BioMAP software.

BioMAP is a comprehensive software environment for processing and managing data from acoustic or radio telemetry studies of animal behavior and/or ecology. While ultimately providing a framework for the handling of data from a number of instrument platforms, BioMAP has been configured to permit the efficient storing of data generated by Lotek's MAP acoustic receiver family. Stored data may then be classified, filtered and viewed using any one of a range of optional database tools available within BioMAP. The data structures employed by BioMAP are hierarchically ordered. This permits the concurrent use of multiple databases, each supporting multiple data sets and permitting unique processing strategies.

Additional BioMAP Features
BioMAP offers extensive data management tools to enable a user to:

  • Organize logged data collected by the receiver
  • Provide management of information concerning animals, tags and the environments
  • Allow the database to be queried with different levels of sophistication using SQL scripts (optional)
  • Provide interface to third party utilities such as GIS and other computational packages

1 BioMAP software module(s) supplied will depend upon MAP 600 system architecture selected to meet application requirements.

Wireless hydrophone diagram
  • Direct connect data transfer via RS422 cable & option for underwater to surface access
  • Flash memory backup (Lotek service accessible)

Lotek offers a series of RF wireless options for its WHS 3000 Series of submersible data loggers. Features include a choice of UHF or Cellular links with optional GPS clock synchronization to support positioning. Modular electronic and surface buoy configurations support applications from shallow rivers and dredged channels to large bays and deep water monitoring.