HiPAP 352P
HiPAP 352P
The HiPAP 352P is a portable system designed for tracking ROVs, tow fish, divers, and other subsea objects at several thousand metres range. Operating in SSBL mode, it measures the distance and direction to subsea transponders and computes a 3D position in either local or geographical coordinates.
Kongsberg Discovery
Horten, NO
Description
The HiPAP 352P is a portable system designed for tracking ROVs, tow fish, divers, and other subsea objects at several thousand metres range. Operating in SSBL mode, it measures the distance and direction to subsea transponders and computes a 3D position in either local or geographical coordinates. The HiPAP 352P’s portability enables easy installation on various surface vessels or units. Its operator station, APOS, offers a full range of functions for acoustic positioning and data communication, while the system itself benefits from the Cymbal acoustic protocol. Designed to accommodate a wide range of transponder channels and cNODE models, the HiPAP 352P excels in performance up to depths of 4000 meters.
Integrated Motion Sensing
Featuring built-in motion sensors, the HiPAP 352P compensates for the vessel's roll and pitch movements, enhancing positioning accuracy. Models such as HiPAP 352P-H and HiPAP 352P-5 incorporate MRU-H and MRU-5 motion sensors, respectively. These models require no calibration for roll and pitch alignments but do need to be calibrated in alignment with the vessel’s gyro compass. Meanwhile, the HiPAP 352P-MGC combines a motion sensor and a gyro compass, completely eliminating the need for roll, pitch, and heading alignments calibration.
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Documents
Brochure
hipap-352p-product-sheet.pdf
875.24 KB
