Advantech INTRAC-305 Than two places of decimals, LMO value is given in the range -180to +180

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TECHNICAL DESCRIPTION		INTRAC-305
	IESS Minutes Interval	range: 0 to 59
	IESS Days Validity	range: 0 to 28
	IESS Sat LM0	range: 0 to 360 deg
	IESS Sat LM1	range: -9.99 to 9.99 deg/day
	IESS Sat LM2	range: -9.99 to 9.99 deg/deg/day
	IESS Sat LONC	range: -9.99 to 9.99 deg
	IESS Sat LONC1	range: -9.99 to 9.99 deg/day
	IESS Sat LONS	range: -9.99 to 9.99 deg
	IESS Sat LONS1	range: -9.99 to 9.99 deg/day
	IESS Sat LATC	range: -9.99 to 9.99 deg
	IESS Sat LATC1	range: -9.99 to 9.99 deg/day
	IESS Sat LATS	range: -9.99 to 9.99 deg
	IESS Sat LATS1	range: -9.99 to 9.99 deg/day
	IESS Sat LONG170	range: 0 to 360 deg
	IESS Sat LAT170	range -9.99 to 9.99 deg/day
	Also required to be set are the IESS Az & El offsets which are
	input on the Function - System Setup - Station Coordinates
	menu screen.
	The IESS Epoch defines the time instant at the start of the
	period of the IESS data. The IESS Minutes Interval defines the
	period in minutes between pointing updates in Program Track
	mode. The IESS Days Validity (normally 7) defines the period
	of validity of the data. The INTRAC will accept and use the
	data two days either side of the validity period.
	The parameters IESS Sat (LM0, LM1, LM2, LONC, LONC1,
	LONS, LONS1, LATC, LATC1, LATS, LATS1) are the IESS-
	412 11-element ephemeris. The parameters IESS Sat
	(LONG170, LAT170) are the IESS-412 11-element ephemeris
	170hr parity check.
Note	The data ranges shown above as +/- 9.99 actually accept more
	than two places of decimals.
Note	The LMO value is given in the range -180°to +180°. The
	INTRAC-305 cannot accept negative values for this field from

the front panel. (It can accept them from the RCM-4). It is therefore necessary to add 360° to the supplied value if it is

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INTRAC-305 MANUAL - Issue 3.2

© 2011 Advantech Wireless

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Contents INTRAC-305 PrefacePreface PrefaceManual Sections INTRAC-305 Contents INTRAC-305 SubjectContents InstallationIntroducing the INTRAC-305 Introduction INTRAC-305Introduction Retro FittingIquick Start Guide INTRAC-305 Quick Start Guide Safety Safety INTRAC-305Electrical Do not Place in Normal Garbage or in a FireSafety MechanicalEMC Page Specification & Options Specification & OptionsRequired Mechanical Characteristics of the Antenna System Specification Specification & Options INTRAC-305Do not Mount by Front Panel Lugs Alone Voltage Serial InterfacesINTRAC-305 Deliberately blank Operating the INTRAC-305 OperationFront Panel Operation INTRAC-305 Menu StructureSystem Setup FunctionNext Field EnterAlphabetical Index of Menus INTRAC-305 Home HomeStandby StandbyNEW Mode Goto Auto Continue New ModelHome NEW Mode Menu KEY MANUAL/STOWGoto Position Operation SearchGoto Satellite Auto Continue Auto NEW Model Function Configuration When IT is Required to Control the Intrac fromRemote Terminal Diagnostics Must be Switched OFFBeacon Frequency Home Function Menu KEY 6 EnterConfig Menu KEY 6 X2 Enter Edit Satellite TableHome Function Menu KEY 6 X2 Enter Drive in Manual Mode is not Inhibited by Soft LimitsSoft Limits X2 Setup X2 Resolver SetupDiagnostics on / Diagnostics OFF Diagnostics OnBeacon Threshold Home Function System Setup Enter System Setup EnterContrast & Brightness Home Function System Setup Fine Tune senseFine Tune Offsets Azimuth true Elevation invStation CO-ORDINATES Date & Time Time Rate Correction AZ & EL Beamwidth Stow Setup Select Stow USE UsedFitted Options Rapid Model Generate Home Function Models EnterModels Enter Program Track Home Function Models Menu KEY 6 EnterModels Menu KEY 6 Enter Reserve Model Home Function ModelsINTRAC-305EDIT IESS-412 Edit Norad Buffer Edit Star Track Edit Satellite Table Clear Models Intrac IESS-412Show Alarms MoreREMOTE/LOCAL Normal Operation Alarms & Errors Alarms & ErrorsPrimary Alarms Alarms & Errors INTRAC-305 Secondary AlarmsAlarm Outputs Recovering from AlarmsINTRAC-305 Alarms & Errors ErrorsPower Failure IESS-412 DataDeliberately blank Technical Description Technical DescriptionTechnical Description INTRAC-305 Modes Auto normal operating mode Technical Description72hrs, the beacon is still not producing a useful signal* Using either IESS-412 or Norad data. see Reserve ModelWhere the satellite’s position is only roughly known search High accuracy of the model the tracking is within 0.05dBEnters Standby. The antenna can then be peaked using Manual mode or search mode see below before selectingManually or in search mode see below. To commence During those scans and phase two of the search isUsing IESS-412 or Norad Data Than two places of decimals LMO value is given in the range -180to +180.Epoch XNDT20XNDD60 BstarAntenna Motion Limits Tracking Signal Axes PositionTechnical Description INTRAC-305 Installation InstallationInstallation INTRAC-305 Connections generalInstallation Connections Block DiagramRear Panel Layout Connector PIN Allocations Intractm 305 Resolvers ConnectorSignals to the Motor Drive Cabinet Motor ControlStp-Trk Inputs / Alarm outputs Communication PortsRemote Port Test Port 1 & 2 RS423 Test Port 1 & 2 RS422Data can be monitored during remote operation by using a Second PC connected to Test PortINTRAC-305 Installation Tracking Signal Input Tracking signal may be provided as a dc voltage from anEmergency Stop switch is released Appropriate drive command re-instatedOperational Checks Manual OperationRemote Control Auto OperationFault Finding Fault FindingFault Finding INTRAC-305 Fault SymptomsTo power up Intrac doesn’t appearTWO Part Retaining PIN System Alarm indicator to illuminate and the Intrac to Enter Standby ModeSwitch consists of two normally closed N.C. contacts Pressing the switch opens both sets of contacts. The switchNo Antenna Drive ExampleFault Finding INTRAC-305 Warranty & Repair Warranty & RepairWarranty Repair ServiceAMT Limited will investigate the fault, determine the most Effective repair technique and issue a repair cost estimateCustomer either by a Purchase Order or through a Repair Contract