Simrad SIMRAD HS50 Health, environment and safety, Restrictions in guarantee, Restrictions in use

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TECHNICAL SPECIFICATIONS

2. TECHNICAL SPECIFICATIONS

2.1Health, environment and safety

Operation or troubleshooting of HS50 equipment will not imply any risk for high voltages, explosions or exposure to gas. The HS50 is type-approved according to IEC 950/EN60950 standards regarding product safety (low voltage), and IEC 945/EN60945 standards on electromagnetic compatibility (immunity/radiation) and vibration.

2.2Restrictions in guarantee

The liability of the manufacturer is limited to repair of the HS50 only, and excludes consequential damages such as customer's loss of profit or damage to other systems traceable back to HS50 malfunction. The warranty does not cover malfunctions of the HS50 resulting from the following conditions:

a)The customer has opened the Sensor unit

b)Over-voltage or incorrect power connection

c)The equipment has been exposed to extreme chock and vibrations

2.3Restrictions in use

Simrad HS50 is designed for use on board marine surface operated vessels with roll and pitch motions up to ±30°.

The HS50 function is based on GPS signals and requires free sight to the sky, minimum 4 visible satellites, PDOP value less than 6 and otherwise normal conditions to operate.

20221081 / F

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Contents Simrad HS50 Heading Sensor Copyright 20221081 / F Document revisions Contents Operating Instructions Figures and Drawings This page Intentially Left Blank HS50 System components Introduction20221081 / F Definitions, abbreviations and acronyms About this manualDefinitions Nmea Abbreviations and acronymsRestrictions in guarantee Health, environment and safetyRestrictions in use Performance data Physical dimensionsSensor unit Display unitEnvironmental specification PowerProcessing unit Interface CableProcessing unit to sensor unit cable Cable connection GeneralGrounding Location of the unit Sensor unitMechanical installation Bracket mounting option Pedestal mounting option Cable wiringDisplay unit Waterproofing the connectorsAlternative panel mounting Panel mountingBracket mounting option Display unit cable Processing unit Cable connections Display Unit Sensor Unit RGC Signal Interface unit Connecting to Simrad equipmentAP9MK3 Autopilot NI300X J50/J300X Junction unitIS15 Instruments Simrad RA40/RA50 Radar RGC12 Gyro CompassSoftware setup procedure Example Display AdjustmentsDifferential corrections All six serial lines may be used simultaneously Data outputGeneral EthernetVelocity filtering Height aidingRadar format DatumHDT-Q Expert setupHeading offset Run modeExample Overview Operating InstructionsPerformance monitoring Turning the system ON/OFF348 Navigation/POS display Navigation/HDT displayHdop Pdop Info displaysGps hdt Deviation Accuracy Last heading Common sat Alarms Invalid Heading alarm Invalid Position alarmInvalid Position and Heading alarm Height aided GPS position OperationThis page Intentially Left Blank Periodic maintenance MaintenanceRe-calibration of the Sensor unit Software upgradesRepairs and modifications TroubleshootingReplacing damaged cables Replacing damaged unitsNo valid data No responseInvalid Heading No Differential correctionsSimulated data Reduced heading indicationFigures and Drawings Seatex DimensionsKongsberg Seatex Sensor unit bracket, dimensionsSensor unit Processing unit, dimensions Display unit, dimensions Optional equipment Standard deliveryDocumentation