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Emerson IP258 manual Fig DII. Loop diagram

Models: IP258

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Fig DII. : Loop diagram

Fig DII. : Loop diagram

IP258

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Emerson IP258 manual Fig DII. Loop diagram

Contents

IP258 November LevelInstruction Leaflet Software VersionMAINTENANCE / INSPECTION CONTENTS4. INSTALLATION PRODUCT INTRODUCTIONSafety Precautions QUICK START AUTOCAL0 MANUALENTRYSETZERO MAX % 1.0 PRODUCT INTRODUCTION 1.1 THE MSM400 SLURRY MONITORING SYSTEM 1.2 PRODUCT DESCRIPTIONZero Ref Figure 2 Ultrasonic Attenuation versus Suspended solidsAttenuation dB SolidsFigure 4 MSM448 Pipe Section Sensors Figure 3 MSM433 Sensor and Specifications2.0 SENSOR TYPES 100mm, 150mm, 200mm2.3 SENSOR TYPE NUMBERING SYSTEM 4.6 % 03.0946.3dB 3.0 CONTROL UNIT3.2 SPECIFICATIONS--MSM400 4 INSTALLATION Figure 7 Pipe sensor orientation224.2 Figure 8 MSM 400 Control Unit Dimensions203.5 104.2Label Figure 9 Connection Terminal LayoutTerminal FunctionTerminal Number Figure 10 Alternative current output configurations TRIGGER INPUTS SAFETY PRECAUTIONSThe unit must be earthed using the protective earth terminal TOGGLE RUN SETUPMAIN MENU CALIBRATIONSet Point In clear liquor RL1 On Point%P411 press ENT to set Sensor dirtyCALIBRATION AUTOCAL0SETZERO Max % SETSPAN 0.00 P150Page 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 Start on Default value7.0 PROGRAMMING THE MSM400 FUNCTIONS Stop onPage P254 Start Time#1 hm Stop if7.1 OUTPUTS 7.2 CURRENT OUTPUT Display option parameter number 12.35←−−−−−−−−− 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 9. MAINTENANCE / INSPECTION 8.0 HART SMART CommunicationsMAIN MENU FULL MENU STRUCTURE - LOCATION OF PARAMETERSAPPENDIX A1 SUB MENUSUB MENU SETUP ContdMAIN MENU SUB MENUParameter DefaultAPPENDIX A2 FULL LIST OF FUNCTIONS DescriptionDescription DefaultParameter valueDescription DefaultParameter valueDescription DefaultParameter valueDescription DefaultParameter valueAPPENDIX A3 HART and PSION Operating Instructions 1.0. HART CONSIDERATIONS2.1 Calibration adjustments at operating conditions 2.0 SMART COMMUNICATION WITH THE MOBREY MSM4002.2 Further customisation using the SMART HHC D.1.0. Hand Held Communicator - Assembly Instructions Appendix D D. HANDHELD COMMUNICATOR - MOBREY - CKD.2.0. Notes Fig DII. Loop diagram IP258Fig D1 MOBREY-CK* HHC assembly IP258D.4.0. How to connect the SMART Communicator D.5.0. Hand Held Communicator Operation NO SINGLE LOOP INSTRUMENT CONNECTED RETRY Yes or No 1041 MOBREY Find Save Diary Calc Time Notes World AlarmMOBREY SEEKING INSTRUMENT PLEASE WAIT D.6.0 How to drive a Psion based SMART CommunicatorMSM400 ACCESS Yes or NoUNKNOWN INSTRUMENT TAG FLOW1 ACCESS Yes or No TANKHelp FUNCTION Calibration Monitor ProgramInfo Toggle accessENTER PARAMETER No D D7.1 Monitor/Display Parameters - DD7.2 PROGRAM Parameters - P Page HAND HELD COMMUNICATOR REGISTERS Working SELECT DATA SOURCESafe FileAT ZERO LEVEL STANDING VALUEVALUE OF PV 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 CURRENT OUTPUT = 12 mA ENTER NEW VALUE CURRENT OUTPUT ** Set current Trim-maximum Trim-maximumENTER NEW VALUE D.11.0Current Loop Checks and TrimmingCURRENT OUTPUT IS NOW 20mA. MEASURE CURRENT AND USE ↑ & ↓ TO TRIM THE OUTPUTD.12.0Unknown Instrument D13.0 SMART Interfaces - Compatibility D13.1 Introduction D.13.3Use of multiple SMART CommunicatorsIP258 November LevelInstruction Leaflet Emerson Process Management