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Navigation Controller

The Type 8020 Navigation Controller Unit (NCU) forms part of a Data Fusion Engine, a ‘one-box’ solution designed to meet the complete on-board requirements of any acoustic operation.

 

 

The NCU is the interface between the in-water acoustic instruments, sensors and the Navigation Computer which runs the acoustics positioning software. In addition to accurately time stamping incoming data from external devices such as GPS, the NCU also provides power and communications for ship-borne acoustic transceivers.

A range of hardware interface cards are available for interfacing Sonardyne transceivers and external sensors. By simply plugging these cards into the rear of the unit, the role of the Navigation Controller Unit can be transformed from supporting simple to complex acoustic operations.
For certain DP and drilling operations, the NCU can be configured to offer dual and triple redundancy.

Technical Specifications

Feature Type 8020
Processor Motorola Coldfire MCF5307 running at 70 MIPS
Memory
One single Date Rate(SDR) DIMM Socket fitter with 32MB SDRA

Motherboard

Proprietary Sonardyne Type 8020-046
Ports and Connectors AC mains IEC power connector socket
12 x Interface card connectors
Power Supply Auto sensing AC input voltage 100-240V, 50-60 Hz
Max current : 0.5A @ 240V, 1A @110V
Ave. operating current: 0.32A @ 240V
Environmental
Specifications
0º to 35º C (32º to 95ºF)
-40º to 65º C (-40º to 149º F)
20% - 80% (non-condensing)
10G acceleration peak to peak
5-17Hz, 0.1” double amplitude displacement
17-640Hz, 1.5G acceleration peak to peak
Operating
Storage
Relative Humidity
Shock
Safety Complies with EN61010-1
EMC Complies with Immunity & Emission requirements of RN60945
Dimensions (LxWxH) 384mm (15.1”) x 482mm (18.9”) x 88mm (3.4”)

Features :-

  • Interfaces all sensors and acoustic transceivers
  • Accurate time stamping for next generation tracking methods
  • Houses sensor specific interfaces
  • Provides power and communications to acoustic transceivers
  • Configurable for dual and triple redundancy