DSL-1000 SONAR
The JMC DSL-1000 is a multi-mode 180 kHz sonar system that offers fast and clear sonar imaging with its innovative DSP-based digital receiver design. Its large dynamic range echogram display and precise control features make it suitable for advanced maritime applications.
Key Features
Advanced DSP-Based Digital Receiver
It provides superior image resolution and wide dynamic range, providing an echo quality not found in analog systems.
Flexible Signal Processing Controls
It offers quick adaptation to different water conditions thanks to selectable gain, TVG curves, receiver passbands and gain attenuation.
Multiple Operating Modes
Full-circle/sector scanning sonar mode, side scan and echo sounder modes; full-screen or split-view options.
User Defined Depth Settings
Adjustable range bands from 10 to 2000 m in 10-step increments; display in fathoms, braccia and calibrated meters.
XGA Video Output and Automatic Soundome Retraction
Automatic soundome control with high-resolution monitor connectivity and GPS speed data integration.
Technical Specifications
Frequency: 180 kHz (model DSL-1000-180)
Signal Processing: Advanced DSP (Digital Signal Processing) based receiver
Signal Settings: Gain offset, TVG curves, receiver bandwidth and gain attenuation options
Operating Modes:
Full circle sonar mode
Sector scanning
Side scan mode
Echo siren mode
Single screen or split screen options
Depth Range: 10 to 2000 meters (with user-defined step intervals)
Depth Measurement Units: Metre, fathom, braccia (calibrated support)
Video Output: Video output in XGA format
Monitor Compatibility: 17″ marine monitor or XGA supported PC displays
Soundome Control: Automatic retraction system linked to external GPS speed data
Transducer Stabilization: Constant beam angle unaffected by surface wave motions
Display Feature: Wide dynamic range, high-resolution sonar display
Application Area: Professional fishing, commercial vessels, research vessels
Construction: Durable, marine-grade design
Connections: Compatible with external GPS and other navigation systems