SeaGuard Recorder platforms provides the user with the possibility to perform long term monitoring of sea and inland water using the latest technology for measurement. SeaGuard Platform SW - 300m SeaGuard Platform IW - 3000m SeaGuard Platform DW - 6000m It employs AADI sensors known for their long term calibration stability and unique non-stirring sensitive construction. The user may select between a wide range of framing and deployment features, real-time communication facilities and storage capabilities.

The Seaguard WLR is designed to measure tide (depth) and pressure. This instrument is available with different pressure ranges. The instrument itself is capable of withstanding 300m, 3000m or 6000m Deployment time could be several years using the same internal battery.

The Seaguard WTR is designed to operate down to 30m depth. The Seaguard WTR is designed to operate down to 30m depth and is available only with the 400 kPa (30m depth) pressure sensor. The Seaguard WTR will measure wave height and period, tide (depth) and pressure information. Deployment time could be several years using the same internal battery. There is no IW or DW version available for these products. Deployment time could be several years using the same internal battery.

SeaGuard CTD Recorders may be used as a multi-parameter instrument in the sea and in freshwater and feature a modular plug-and-play architecture. SeaGuard CTD Recorders: Conductivity, Temperature and Depth SEAGUARD® Products are based on modern technology and are the basic modules of our underwater observatory. SEAGUARD® CTD Advantages: Large storage capacity on SD card Selectable interval from 2 seconds to 2 hours Up to 4 Analog sensor input (0-5V) For use in sea and fresh water Low current drain SEAGUARD® Studio visualization software included Real-Time XML Output included in high power version Smart sensor topology based on a reliable CANbus interface (AiCaP) Windows CE based datalogger with color touch panel for local configuration

Provides the user with the possibility to perform long term monitoring of sea and inland water oxygen content using the latest technology for oxygen measurement SEAGUARD® Products are based on modern technology and are the basic modules of our underwater observatory. It may be used as a multi-parameter instrument in the sea and in freshwater and feature a modular plug-and-play architecture using CANBus based AiCap smart sensor technology. It employs our optical oxygen sensor (Optode) known for its long term calibration stability and unique non-stirring sensitive construction. SEAGUARD® O2 Advantages: Large storage capacity on SD card Down to 2 second recording interval Up to 4 Analog sensor input (0-5V) For use in sea and fresh water Low current drain SEAGUARD® Studio visualization software included Real-Time XML Output included in high power version Smart sensor topology based on a reliable CANbus interface (AiCaP) Windows CE based datalogger with color touch panel for local configuration 300 m, 2000 m and 6000 meter versions

The single-point SEAGUARD® RCM series is a completely new generation of current meters based on the SEAGUARD® datalogger platform and the ZPulse® multi-frequency Doppler Current Sensor (DCS). SEAGUARD® Products are based on modern technology and are the basic modules of our underwater observatory. They may be used as a multi-parameter instrument in the sea and in freshwater and feature a modular plug-and-play architecture. The new single-point, Recording Current Meter(RCM) series featuring the new ZPulse™, multi-frequency Doppler Current Sensor and CANBus based AiCap smart sensor technology. Seaguard RCM Advantages: Large storage capacity on SD card Down to 2 second recording interval Up to 4 Analog sensor input (0-5V) For use in sea and fresh water Low current drain SEAGUARD® Studio visualization software included Real-Time XML Output included in high power version Broadband ZPulse® multi-frequency technology reduces power consumption and improves quality Smart sensor topology based on a reliable CANbus interface (AiCaP) Windows CE based datalogger with color touch panel for local configuration 300 m, 2000 m and 6000 meter versions

The Aanderaa SEAGUARD® String System is a complete and flexible subsea observatory, for measurements of e.g. dissolved oxygen, conductivity, temperature, current, pressure and tide. SEAGUARD® String Logger The Aanderaa SEAGUARD® String Logger is the basic module of the SEAGUARD® String System.The SEAGUARD® String Logger is capable of handling a large number of sensors. Data is stored on an internal SD-card or transferred in real-time via cable. SEAGUARD® Sensor String The new Aanderaa SEAGUARD® Sensor String is designed to be connected to the SEAGUARD® String Logger.The SEAGUARD® String System can hold up to 25 AiCaP Sensors. Real-time communication and control is available using the Aanderaa Real-Time Collector.

The brand new acoustic profiler joining the SeaGuard family. It features innovative development of the acoustic profiling capacity and an exceptional ability to collect high quality current information on moving and tilting moorings. Available as a self-recording instrument, it also integrates unique real time features to meet your application needs. The SeaGuardII is a smart data hub that combines the SeaGuard electronics with the advanced management firmware of Aanderaa SmartGuard data hub. SeaGuardII DCP is a 600kHz frequency profiler with multi-sensor capability. By design, we offer increased deployment time, optimized configuration flexibility and unique features to cope with demanding upper ocean environments. Optional parameters are available using Aanderaa range of smart sensors that include temperature, pressure, conductivity, oxygen, wave, tide and turbidity. In addition the SeaGuardII has 4 analog inputs, 2 serial ports with power control and direct connection for real time data transmission unit. Applications: Buoy mounted Hyd/Met systems In mooring line with upside down possibility Two DCPS sensors connected to one instrument Ocean observatory with sensors string Bottom mounted Multiparameter ocean observations