Aanderaa introduces a unique way of measuring waves from buoys! Introducing the MOTUS Wave Buoys - Powered by the NEW Aanderaa MOTUS Directional Wave Sensor The Aanderaa MOTUS Wave Sensor 5729 is a directional wave sensor module for use on surface buoys. The MOTUS Wave Sensor is an integrated part of Tideland SB 138P MOTUS Buoy and YSI EMM 2.0 MOTUS Buoy. It is intended for commercial as well as research use. The sensor processes wave data and is configurable to present parameters and wave spectrum directly.

Aanderaa introduces a unique way of measuring waves from buoys! Introducing the MOTUS Wave Buoys - Powered by the NEW Aanderaa MOTUS Directional Wave Sensor The Aanderaa MOTUS Wave Sensor 5729 is a directional wave sensor module for use on surface buoys. The MOTUS Wave Sensor is an integrated part of Tideland SB 138P MOTUS Buoy and YSI EMM 2.0 MOTUS Buoy. It is intended for commercial as well as research use. The sensor processes wave data and is configurable to present parameters and wave spectrum directly.

The AADI Oxygen optode was the first and only to measure dissolved oxygen for years without drift - now it is one of the fastest! The Oxygen optode is designed to measure absolute oxygen concentration and % saturation. The optode can be used from streams to deep sea, from fish farms to waste water and from polar ice areas to hydrothermal vents. The lifetime-based luminescence quenching principle offers the following benefits: Response time <8 sec (63%) High accuracy Not stirring sensitive (it consumes no oxygen) Lower fouling sensitivity Measures absolute oxygen concentrations without repeated calibrations Better long-term stability Hot water monitoring Less affected by pressure Not sensitive to H2S Not freezing sensitive

Aanderaa pressure sensors are compact, intelligent pressure sensors designed for use on Aanderaa Data Instruments dataloggers as well as in other measuring systems. The sensors are based on a silicon piezoresistive bridge sampled and temperature compensated by an advanced Digital Signal Processor. Since all calibration and temperature compensation data is stored internally,pressure can be presented directly in engineering units without any external calculation. The range on both SR10 outputs is user configurable, i.e. confine the range to get optimal resolution. The sensor is also available in a vented version. This means that the sensor is automatically compensated for air pressure. This is done by use of a compensating unit placed in air and an air-pipe in the cable between the sensor and compensating unit.

A new self-recording dedicated current meter with Bluetooth for communications and data retrieval - now with the possibility to integrate a pressure sensor! The RCM Blue is a self-recording Current Meter which also measures water temperature in salt or fresh water, and a battery container with battery capacity up to 70Ah. . The Doppler Current Sensor is an upgraded version of the proven SeaGuard ZPulse sensor. The instrument configuration and data retrieval is done via Bluetooth which eliminates the need to open the pressure case for repeated deployments. RCM Blue has now been upgraded with the possibility to integrate a pressure sensor with a 0,01% accuracy. This simplifies your work significantly as you will know exactly where you are in the water column.

The Aanderaa Real-Time Communication System is designed to provide our customers and system integrators with powerful and efficient tools for data collection and control of our latest generation oceanographic instruments. The Aanderaa Real-Time enabled devices like the Seaguard® Platform, and the Aanderaa smart sensors form the basis of this system. All Aanderaa Real-time system use XML to carry the information. The XML message is transmitted in an envelope that provides information for error detection and retransmit mechanisms. Aanderaa Real-Time Collector is an application that connects to the Aanderaa Real-Time enabled devices. Aanderaa Real-time Collector receives transmitted data and provides a powerful interface for easy and efficient access to the data from higher level applications like display programs, databases etc. Supports connection to multiple devices (instruments and sensors). Provides multiple clients with data from any of the connected devices. Converts old Aanderaa and 3rd party one-line based sensor formats to the Real-Time Output XML format. Built-in control panel to control and configure devices that support the Real-Time Control protocol.