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Key Features

  • Deep penetration seismic surveys with ultra high resolution data quality, better than 0.25m
  • Three AA252 boomer plates provide a single, focused beam pattern
  • Deployed with fast-charging CSP-Nv for optimum results
  • Maximum energy output of 1000J per pulse, firing at 3 pulses per second
  • Can be used with single and multi-channel streamer hydrophone arrays
  • Perfect UHR package for research, mapping and construction geological surveys

 

Applications

  • High and ultra high resolution multi-channel survey
  • Cable and pipeline route survey
  • Geophysical windfarm site survey
  • Geohazard survey

Technical Specification

S-BOOM SYSTEM COMPONENTS

Catamaran
Boomer plates x3
AA252
HV Cable
HVC3000
HV Junction box
HVJ3004
Powered from a CSP-Nv seismic energy source

PHYSICAL SPECIFICATION

Catamaran
Dimensions
1806mm (L) x 554mm (H) x 650mm (W) frame/1467mm (W) including floats
Weight
120.4kg (Catamaran + 3 AA252s in air)

AA252 Boomer plate (each)

Length
380mm
Width
380mm
Weight
20.7kg (air), 10kg (water)
Connector type
RMK 1/0 complete with locking collar

HVC3000 Cable

Breaking strain
2000kg
Standard length
75m

ELECTRICAL INPUT

Recommended energy
700 – 1000J per shot
Maximum energy
1000J per shot
Average energy
3000J/second
Operating Voltage
3600 to 4000Vdc
Thermal interlock protection interfaced to energy source

SOUND OUTPUT

Source level
Typically 222dB re 1μPa at 1 metre with 1000J
Pulse length
300 to 500μs depending on energy applied
Reverberation
<10% of initial pulse

COMPATIBLE ENERGY SOURCE

S-Boom System
CSP-Nv1200, CSP-Nv2400, CSP-SNv1250

COMPATIBLE HV CABLE

S-Boom System
HVC 3000
Standard 75m
RMK 1/0 connectors complete with locking collars

TYPICAL PULSE SIGNATURE AT 1000J

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