uPAP is a small and compact acoustic positioning system designed for operation from a surface vessel to track ROV’s, tow fish, divers and any other subsea object at several thousand meters range.
The system operates in SSBL mode where it measures the distance and direction to subsea transponders and computes a 3D position in local coordinates or in geographical coordinates.
The TTC unit is for on deck acoustic testing and configuration of the cNODE® transponders.
The TTC can test all KM transponder channels including the latest Cymbal acoustic protocols.
It can also test telemetry transponders with internal and external sensors.
TTC Light is a simple software that runs on your Windows PC for configuration of the cNODE® family of transponders.
TTC Light can also be used to acoustically test other transponders on deck by connecting a cNODE MiniS to the PC.
An ideal sensor for heave compensation of echo sounders and sonars that provides output of heave, roll and pitch measurements.
By combining angular rate sensors with linear accelerometers, the MRU H achieves high accuracy heave measurements in small vessels even during extreme sea conditions.
With a variety of digital and analog output signals available, interfacing the unit to various systems is easy. No expensive additional equipment is needed to operate the system.
The third generation MRU 6 is specially designed to supply precision marine motion measurements to any application requiring the highest accuracy in roll, pitch and heave measurements. In addition, the MRU 6 contains a three-axes servo vector fluxgate compass that provides magnetic heading data.
The MRU 6 delivers high performance motion data for many different marine applications ranging from small underwater vehicle guidance to large vessel stabilization.
The MRU 6 achieves high reliability by using solid-state sensors with no moving parts and the proven MRU electrical and mechanical construction.
The third generation MRU 5 is specially designed for high precision motion measurements in marine applications and for users requiring high accuracy roll, pitch and heave measurements.
The MRU 5 provides high performance motion data for various marine applications ranging from small underwater vehicles to large ship motion control.
Very high reliability is achieved by using solid-state sensors with no moving parts and the proven MRU electrical and mechanical construction.
The 1171 Series of Sonar Heads have been developed to meet the requirements for deep ocean applications. The new sonar heads have reduced size and weight while providing the high level of data quality characteristic for all Kongsberg Mesotech sonars.
The Multi-Frequency design allows optimizing the profiling configuration for different applications. The transducer is protected within an oil-filled, pressure compensating dome.
The telemetry is RS485 and RS232 compatible and is automatically sensed and configured at start up to match the telemetry link used. The sonar head operation is configured and controlled using the MS1000 Software Processor.
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