+Rqh\Zhoo | Honeywell 9782 Series guide

Introduction

For semiconductor etch rinse resistivity measurements temperature compensation provides the most accurate measurements of used rinsewater containing traces of acidic etchants. Rinse quality control and water reclamation monitoring can be made with greater precision when this compensation is used.

Wide Range - A wide range Analyzer/Controller uses precise algorithms to compute temperature-compensated conductivity, total dissolved solids (TDS), or concentration for display and output, based on conductivity and temperature inputs. The wide range instruments are ideal for controlling deionizer and softener regenerant dilutions. Full spectrum temperature compensation, specifically for sodium hydroxide, sulfuric acid, hydrochloric acid and sodium chloride, automatically provides exact correction of temperature influences as they vary with both concentration and temperature. Readout in conductivity or ppm TDS units may also be selected.

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Figure 1-1 9782 Front Panel

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9782 Series Conductivity/Resistivity Analyzer/Controller - Operator’s Manual

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$Honeywell 9782 Series manual +Rqh\Zhoo$

Contents

Rev 3 6/99 Revision 3 6/99 Symbol DefinitionsCE Conformity Trademarks AbstractRevision Notes References Contents Specifications and Model Number Power Wiring Input and Output Wiring Calibration 11-1 10-1 Appendix B TWO-CELL Applications Tables 10-16 Figures Page User interface Easy to configureDescription Multi-function instrument Outputs InputRelays Features Watertight corrosion-resistant case Solution Temperature Compensation +RQH\ZHOO Key Name Operating the Analyzer/ControllerKeypad Use Front panel keys used for all operator tasks Editing a parameter numeric value Selecting a parameter for edit Introduction Online DisplaysIndividual cell display Representative Computed Value Display Representative Combined Display Computed value AutoClean Display Clock and AutoClean Menu Hierarchy ConfigurationCalibration Setup Maintenance Planning Using RelaysConfiguration system minimizes decisions Relays assigned during I/O setup Interactions affecting permitted relay assignments Available Combinations of Relay Assigments Relay Alarms Only Discrete Control Range Status Selecting a strategy Deciding on a Control StrategyAll 9782 models can use relays for control Optional analog outputs for control Sequence Task Overview of Installation and Setup TasksOverview of Analyzer/Controller Installation Tasks Setup tasks described in this manual Conductivity/Resistivity Analyzer/Controller Compliance SpecificationsUser Interface Physical Model Ranges Electrical Wide range models Wide Display Ranges 9782C-W0 Operating ConditionsOperating Conditions Outputs AutoClean Temperature CompensationControl To 19.99 ppm Computed Values Instructions Model Number Breakdown Table I Inputs Standard Range Page See OverviewWhat’s in this section? Topic Unpacking and Preparing Procedure Panel-mounting MountingWall- and pipe-mounting Panel Cutout Case OutlineHorizontal Rear Pipe Mounting 2 Mounting and Dimensions Non-Backlit Display Option 1 Mounting and Dimensions Backlit Display Option 2 Mounting and Dimensions Backlit Display Option Page Power Wiring Avoid damage to components General Wiring Practices for Power WiringSafety precautions Wiring for immunity compliance Recommended wire size Power Wiring ConsiderationsPower supply voltage and frequency within specs Step Procedure for Installing AC Power Wiring Action Installing Power Wiring PE = Protective Earth Ground Page Powering up the Analyzer/Controller See O Setup and System Configuration Purpose of I/O setup I/O Setup and Configuration TasksEase of configuration Accessing the I/O setup and configuration menus Illustrations System defaults Display resolution and unit of measure Performing I/O Setup Procedure for I/O setup configuration is shown in Table Action Go to I/O Setup Procedure for Performing I/O SetupStep Screen Action Display Resolution Resolution LOW Step Screen CAT/RETRANSMISSION Action Go to Configuration CAT/RETRANSMISSIONCAT CAT/RETRANSMISSION Retransmission Cell1 ON/OFF Procedure for Configuring On/Off ControlAction Go to Configuration Discrete Control Discrete Control PFT1 Procedure for Configuring PFT ControlAction Go to Configuration Discrete Control PFT PFT DAT1 Procedure for Configuring DAT ControlAction Go to Configuration Discrete Control DAT DAT Alarms Configuring AlarmsProcedure for Configuring Alarms Action Go to Configuration Alarms Clock Setup Setting the ClockProcedure for Setting the Clock Action Go to Configuration Advanced Features Timer-initiated operation Configuring AutoCleanOperator-initiated operation Auto Clean Procedure for Configuring AutoCleanHold mode Auto Clean Resume Delay Diagnostics Prev Next Computed Value Procedure for Specifying a Computed ValueSelecting a Computed Value to Be Displayed Computed Value Specify the value to be computed 10 Menu Choices and System Defaults Summary of Menu Choices and System Defaults Energize DE-ENERGIZE Configuration alarm deadband Maintenance password Input and Output Wiring Safety precaution General Wiring Practices for I/O WiringImmunity Compliance Avoiding interference Shielded wiring for locations with interferenceMm2 Cables for locations without interference Cell identification significant to computed value Wiring Analog Inputs and Outputs Step Procedure for Installing Analog I/O Wiring Action Relay Terminals Installation Wiring Relays Conductivity/Resistivity Analyzer/Controller Disconnecting RC Arc Suppression Circuits Interconnections Wiring a Device to the Relay Indicating Output Range Status Where R = 250 ohms Page AutoClean Theory and Piping Rinse sequence AutoClean Sequence and Piping Minimize liquid volume in system Automatic Wash SetupPage Calibration Conductivity/Resistivity Analyzer/Controller Selection and care of cell essential Recommendations for Successful Measurement and CalibrationRecommendations Action Go to Calibration Cell CAL Factor Procedure for Entering Cal FactorEntering the Cal Factor for Each Cell Cell CAL Factor Concentration M Conductivity of Potassium Chloride Solutions at 25 CMaterials and procedure Performing Calibration Trim CAL Trim TemperatureGo to Calibration CAL Trim C Action Go to Calibration Remove CAL Trim C1 Procedure for Removing Calibration Trim ValuesRemoving Calibration Trim Values Remove CAL Trim C1 Determining TDS conversion factor Determining and Entering the TDS Conversion FactorOut-of range-values forced to closest limit TDS Cvsn Factor C2 Procedure for Entering TDS Conversion FactorTDS Cvsn Factor C1 Action Go to Calibration TDS Cvsn Factor C1Page Diagnostics and Messages Entering Data System Status MessagesRelated to operation of Analyzer/Controller System Status Message Alarms dependent on configuration Process Alarm MessagesProcess Alarm Messages Self-tests at 0.5 second intervals On-Line Diagnostics and System Error MessagesOn-Line Diagnostics and System Error Messages Output affected by error Display and Keyboard Test Off-Line DiagnosticsProcedure For Initiating Display and Keyboard Tests Action Go to Maintenance OFF-LINE Functions Keyboard Test Keyboard Test Output Tests Until case is closed OUTPUT/RELAY Test Maintenance 10-2 Required equipment Output Calibration Go to Maintenance OFF-LINE Functions Output Calibration Procedure for Calibrating OutputsScreen Action Until the case is closed Saved Instrument Tagging Instrument SetupAction Go to Maintenance Instrument Setup Specifying a Tagname or Other Display String Product Info Product Info Oooo Screen Contrast Adjusting the Screen ContrastStep Procedure for Adjusting the Screen Contrast Action Go to Maintenance Instrument Setup Screen Contrast Security Entering a Password for SecurityStep Procedure for Entering a Password Screen Action Security Action Go to Maintenance Instrument Setup Reset Unit Reset Unit Example of a Conductivity Loop Lead Resistance Comp Action Go to Maintenance Lead Resistance Comp Replacing the Fuse Location of Power Fuse Step Procedure for Replacing the Fuse Action 10-16 Accessories and Replacement Parts List Part Numbers Part Numbers Part Number Description Parts Included Extension lead wires up to 1000 ft standard range modelsExtension lead wires up to 500 ft wide range models Extension lead wires up to 1000 ft wide range models 11-4 Treatment takes too long, but no unacceptable overshoot Adjust effective proportional band widthUnacceptable overshoot Page Reverse Osmosis Ion Exchange Parts Rinsing Conductivity/Resistivity/TDS Difference Softener Monitoring Steam Power Measurements Specific Conductivity Sample Cell SW2 settings are dependent on options Location of switchesSW1 all positions set to off Table C-1 Microprocessor Board Switch Settings Calculations for conductivity, resistivity, and TDS Set cal factor and calibration trim for ideal conditions Concentration values Data for Concentration Range MeasurementsPage Industrial Automation and Control