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Emerson IP258 manual APPENDIX A2 FULL LIST OF FUNCTIONS, Parameter, Description, Default, value

Models: IP258

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APPENDIX A2: FULL LIST OF FUNCTIONS

Parameter list and description

P=Parameter,	D=Diagnostic Display Parameter
Parameter	Description
No.
P100	Sensor Gap in mm.
	This is a user entered parameter (optional).
	This value is ignored when an alternative span
	calibration is caried out (i.e. method two or three).
P101	Sludge type
	The user can select from a list of sludge type to set
	up the span for the calibration procedure (optional).
	Each sludge type is associated with an attenuation
	factor for each frequency. This value is ignored when
	an alternative span calibration is caried out
	(i.e. method two or three).
P102	dB Factor @ 1MHz
	A user alterable parameter. This is the attenuation
	number in dB/% at 1MHz. This is used for the span
	calibration (method three).
P103	dB Factor @ 3.3MHz
	A user alterable parameter. This is the attenuation
	number in dB/% at 3.3MHz.This is used for the span
	calibration (method three).
P120	Zero Ref @ 1MHz
	This is the value in dBs (@ 1MHz) that is stored in
	the control unit when a zero calibration is carried out.
	This value is over written each time a zero calibration
	is carried out.
P121	Zero Ref @ 3.3MHz
	This is the value in dBs (@ 3.3MHz) that is stored in
	the control unit when a zero calibration is carried out.
	This value is over written each time a zero calibration
	is carried out.
P122	Date of Zero Ref
	This is automatically stored by the control unit when
	the zero calibration is done. The actual date can be
	set-up in the ENGINEER menu (P730)
P123	Initial Zero Ref @ 1MHz dB’s
	This is the value in dBs (@ 1MHz) that is stored in
	the control unit when the initial zero calibration is
	carried out.This value is compared with subsequent
	zero calibrations.0 must be entered to reset or clear initial
	zero value
P124	Initial Zero Ref @ 3.3MHz dB’s
	This is the value in dBs (@ 3.3MHz) that is stored in
	the control unit when the initial zero calibration is

carried out.This value is compared with subsequent

zero calibrations.0 must be entered to reset or clear initial

Min	Max	Default
value	value	Ex-Factory
0	1000	0.0
-	-	none
0	-	0.000
0	-	0.000
-	-	16
-	-	16
-	-	--/--/----
-	-	0

IP258

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Image 33

Emerson IP258 manual APPENDIX A2 FULL LIST OF FUNCTIONS, Parameter, Description, Default, value

Contents

Instruction Leaflet LevelIP258 November Software Version4. INSTALLATION CONTENTSMAINTENANCE / INSPECTION PRODUCT INTRODUCTIONSafety Precautions QUICK START AUTOCAL0 MANUALENTRYSETZERO MAX % 1.2 PRODUCT DESCRIPTION 1.0 PRODUCT INTRODUCTION 1.1 THE MSM400 SLURRY MONITORING SYSTEMAttenuation dB Figure 2 Ultrasonic Attenuation versus Suspended solidsZero Ref Solids2.0 SENSOR TYPES Figure 3 MSM433 Sensor and SpecificationsFigure 4 MSM448 Pipe Section Sensors 100mm, 150mm, 200mm2.3 SENSOR TYPE NUMBERING SYSTEM 46.3dB 03.094.6 % 3.0 CONTROL UNIT3.2 SPECIFICATIONS--MSM400 Figure 7 Pipe sensor orientation 4 INSTALLATION203.5 Figure 8 MSM 400 Control Unit Dimensions224.2 104.2Terminal Figure 9 Connection Terminal LayoutLabel FunctionTerminal Number Figure 10 Alternative current output configurations TRIGGER INPUTS SAFETY PRECAUTIONSThe unit must be earthed using the protective earth terminal MAIN MENU SETUPTOGGLE RUN CALIBRATIONSet Point P411 RL1 On Point%In clear liquor press ENT to set Sensor dirtyCALIBRATION AUTOCAL0SETZERO Max % SETSPAN P150 0.00Page Preferably the readings should be taken for a slurry concentration that Is as high as possible, to give the best accuracy for the slope calculation. The three readings are date coded, and can all be separately inspected 7.0 PROGRAMMING THE MSM400 FUNCTIONS Default valueStart on Stop onPage #1 hm Start TimeP254 Stop if7.1 OUTPUTS 7.2 CURRENT OUTPUT ←−−−−−−−−− 12.35Display option parameter number DescriptionThe frequency of operation is normally set automatically. Under certain conditions it may be advantageous to force the control unit to operate at either 1 MHz or 3.3 MHz. This should not be done without consulting the factory 8.0 HART SMART Communications 9. MAINTENANCE / INSPECTIONAPPENDIX A1 FULL MENU STRUCTURE - LOCATION OF PARAMETERSMAIN MENU SUB MENUMAIN MENU SETUP ContdSUB MENU SUB MENUAPPENDIX A2 FULL LIST OF FUNCTIONS DefaultParameter DescriptionParameter DefaultDescription valueParameter DefaultDescription valueParameter DefaultDescription valueParameter DefaultDescription value1.0. HART CONSIDERATIONS APPENDIX A3 HART and PSION Operating Instructions2.0 SMART COMMUNICATION WITH THE MOBREY MSM400 2.1 Calibration adjustments at operating conditions2.2 Further customisation using the SMART HHC D.1.0. Hand Held Communicator - Assembly Instructions Appendix D D. HANDHELD COMMUNICATOR - MOBREY - CKD.2.0. Notes IP258 Fig DII. Loop diagramIP258 Fig D1 MOBREY-CK* HHC assemblyD.4.0. How to connect the SMART Communicator D.5.0. Hand Held Communicator Operation MOBREY SEEKING INSTRUMENT PLEASE WAIT 1041 MOBREY Find Save Diary Calc Time Notes World AlarmNO SINGLE LOOP INSTRUMENT CONNECTED RETRY Yes or No D.6.0 How to drive a Psion based SMART CommunicatorUNKNOWN INSTRUMENT TAG FLOW1 ACCESS Yes or No ACCESS Yes or NoMSM400 TANKInfo FUNCTION Calibration Monitor ProgramHelp Toggle accessENTER PARAMETER No D D7.1 Monitor/Display Parameters - DD7.2 PROGRAM Parameters - P Page HAND HELD COMMUNICATOR REGISTERS Safe SELECT DATA SOURCEWorking FileVALUE OF PV STANDING VALUEAT ZERO LEVEL D.10.0ERROR MESSAGES ON THE HHC D.10.1Alarm and Error MessagesD.10.2Invalid Data Entry D.10.3Communication Errors D0 - D8 OFF-LINE MEMORY TRANSFERSMSM400 ENTER NEW VALUE CURRENT OUTPUT ** Set current Trim-maximum Trim-maximumCURRENT OUTPUT = 12 mA ENTER NEW VALUE D.11.0Current Loop Checks and TrimmingCURRENT OUTPUT IS NOW 20mA. MEASURE CURRENT AND USE ↑ & ↓ TO TRIM THE OUTPUTD.12.0Unknown Instrument D.13.3Use of multiple SMART Communicators D13.0 SMART Interfaces - Compatibility D13.1 IntroductionInstruction Leaflet LevelIP258 November Emerson Process Management