Sonardyne Logo (Sound In Depth) Sonardyne - Delivering trusted solutions for acoustic positioning, inertial navigation, wireless communications, sonar imaging

sips2-hgps-thumbsips2-hgps-product
Rounded Cornders
Overview
Key Features
Direct power from topside equipment
Compatible with XSRS transceivers
Choice of right-angle and remote transducers
Shock mounted electronics to withstand harsh operating environments
Capable of receiving 16 ranges per cycle
Designed to transmit to an unlimited no of units
Flash upgradeable firmware
Datasheet
SISPS 2 HGPS Transceiver

A key component in Sonardyne's SIPS System, HGPS (Head and Gun Positioning System) transceivers are intelligent, shock-mounted acoustic devices designed to position seismic sources and tailbuoys.

HGPS units are designed to mount on airgun arrays, buoys, towfish and vessels and can be supplied with different transducer arrangements to accommodate an operator's preferred deployment method.

HGPS Transceivers are hard wired into individual channels on the SIPS2 Controller cards and do not need batteries. A two wire D.C. differential system with a floating ground powers the HGPS units. The communications are superimposed on the D.C. level this is the same as that used by XSRS transceivers.

Each HGPS/RTS Controller card can handle up to eight HGPS Transceivers.

 
Specifications
FeatureType 7888
Operating Frequency EHF (60-110kHz)
Receive Sensitivity (Controllable) 73dB ref 1µPa  @1m
Source Level (Controllable) Maximum 193dB ref 1µPascal @1m
Immunity to Multipart System can resolve bottom bounce/surface bounce greater than 0.3m
System Sync Resolution 75mm @ 1500ms Vp
Acoustic Range Resolution 5mm @ 1500 ms Vp
Number of Receive Channels 4
Number of Tone Acoustic Signals 6
Number of Digital Acoustic Signals 60
Weight in Air 13.5kg (HGPS Right Angle Transceiver 7888)    
9kg  (HGPS Remote Transducer Transceiver 7887)
Weight in Water 10kg (HGPS Right Angle Transceiver 7888)  
6kg (HGPS Remote Transducer Transceiver 7887)
  Note:  Transceivers can transmit and receive in same event allowing for multiple observations to be collected faster.

 
Related Products