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General| Type | Portable Multiparameter Meter |
|---|---|
| Temperature Resolution | 0.1 °C |
| Light Source | LED |
| Detector | Silicon Photodiode |
| IP Rating | IP67 |
| Measurement Range (Turbidity) | 0 to 1000 NTU |
| Temperature Range | 0 - 50 °C (32 - 122 °F) |
| Display | LCD |
| Operating Temperature | 0 to 50°C |
| Method | Nephelometric (Turbidity), Colorimetric (Color), Conductometric (Conductivity) |
| Compliance | CE |
| Resolution (Turbidity) | 0.01 NTU (0 to 9.99 NTU), 0.1 NTU (10 to 1000 NTU) |
Explains the meaning of hazard symbols and signal words used in the manual.
Lists general safety hazards associated with operating the analyzer.
Describes the meaning of various precautionary labels found on the instrument.
Details safety measures for electrical connections and handling hot components.
Provides safety guidelines for handling chemicals and calibration compounds.
Outlines safety procedures for handling compressed carrier gas cylinders.
Emphasizes user responsibility for assessing sample stream hazards.
Provides instructions for the safe disposal of used UV lamps containing mercury.
Details the analyzer's analysis method, range, response time, and accuracy.
Specifies operating temperature, humidity, and voltage fluctuation limits.
Lists voltage, wire size, power consumption, and fuse requirements.
Details the specifications for carrier gas usage and purity.
Provides an overview of the analyzer's capabilities and compliance standards.
Lists typical applications for measuring TOC in water systems.
Describes the two main enclosures housing the analyzer's components.
Explains the two-stage process of TIC removal and carbon conversion.
References detailed installation instructions and safety precautions.
Provides contact information for customer support and technical assistance.
Details compliance with EPA regulations and related calculations.
Describes carrier gas and fluid connection procedures.
Instructions for unpacking, inspecting the analyzer, and checking for damage.
Guidelines for selecting an optimal indoor location for the analyzer.
General guidance on wiring the analyzer's electrical connections.
Step-by-step instructions for connecting the analyzer to AC power.
Procedure for setting transformer and power supply voltage selectors.
Instructions for connecting the analyzer's five single-pole changeover relays.
Details on configuring and using the analyzer's analog outputs.
Information on connecting optional serial communication kits.
Instructions for connecting waste gas and water drains.
Lists the five types of fluids utilized by the analyzer.
Lists the essential tools and materials for reagent preparation.
Specifies the requirements for reagent-grade DI water.
General guidelines for preparing calibration solutions.
Step-by-step instructions for preparing phosphoric acid solutions.
Step-by-step instructions for preparing sodium persulfate solutions.
Considers factors for preparing effective cleaning solutions.
Provides tips for storing and handling prepared solutions to prevent contamination.
Lists prerequisites that must be completed before commissioning.
Provides general instructions for starting up the analyzer system.
Details steps to initiate liquid and gas flow for operation.
Step-by-step guide to perform a validation of the current calibration.
Instructions for adjusting analyzer settings and flow rates.
Outlines the hierarchy and navigation within the setup menus.
Details how to configure level criteria for alarms.
Instructions for setting alarm levels 1 and 2.
Configures the percentage for autoranging output changes.
Allows selection between fixed ranges or autoranging.
Sets options for auto-calibration, validation, and cleaning.
Configures cleaning operations with lamps on or off.
Introduction to configuring timing parameters for operations.
Explains scheduling for auto-validation, calibration, and cleaning.
Defines time periods for analyzer operation phases.
Instructions for setting the analyzer's current time and date.
Guides on mapping analog outputs and relays to analyzer functions.
Details on mapping analog outputs to specific variables.
Instructions for mapping analyzer events to specific relays.
Covers serial menu options, protocol selection, and CSV settings.
Allows setting of analog quantity tolerances for performance tuning.
Sets acceptable CO2 ppm variation for zero calibration.
Sets acceptable CO2 ppm variation for span calibration.
Procedure for changing the analyzer's display language.
Instructions for selecting the correct analyzer model.
Overview of EPA mode display screens like Retention Time and Alkalinity.
Allows selection of the analyzer's application (EPA, USP/EP, Standard).
Describes the front panel display, controls, and status indicators.
Details the navigation and structure of the operation menus.
Explains the functions of single and dual button presses.
Describes the meaning of the front panel status LEDs.
Overview of the different display screens during normal operation.
Details screens showing primary vs. current calibration status.
Explains how to navigate through various control screens.
Describes the passcode system for accessing protected menus.
Overview of the validation process for checking calibration accuracy.
Step-by-step procedure for conducting a new validation.
Details the types of calibrations supported by the analyzer.
Procedure for performing a manual zero calibration.
Procedure for performing a manual span calibration.
Calibration after component replacement for optimal performance.
Instructions for analyzing a specific sample offline.
Overview of manual control options like initiating clean, calibration, validation.
Steps to prevent damage to electronic components from static electricity.
Instructions for cleaning the analyzer's interior surfaces.
Lists routine preventive maintenance tasks and their recommended frequency.
Details the correct procedure for safely shutting down the analyzer.
Step-by-step guide for replacing the analyzer's pump tubes.
Procedure for cleaning the IR cell assembly to ensure accurate results.
How to perform a pressure and leak test on the IR cell assembly.
Introduction to replacing the IR cell assembly.
Step-by-step instructions for performing IR gas calibration.
Procedure for removing sediment and algae from the GLS.
Instructions for safely replacing the analyzer's UV lamps.
Guide to locating and replacing the analyzer's fuses.
Initial checks to perform before troubleshooting complex issues.
Addresses common problems like calibration failures and instability.
Steps to diagnose and resolve calibration failures.
Troubleshooting steps for analyzers exhibiting instability or drift.
Diagnosing and resolving periodic spikes in measurement readings.
Table of maintenance codes, their messages, and corrective actions.
Table of fault codes, their messages, and corrective actions.
Overview of the service menu structure and access methods.
Procedure for testing the status of the analyzer's relays.
Procedure for testing the analyzer's valves (Clean, STD, Stream).
Checking and configuring the status of analyzer inputs.
Configuring sensitivity for sparger and UV flow bubble detection.
Procedure for calibrating the IR detector for gas measurements.
Trimming analog outputs to match DCS system inputs accurately.
Lists and explains maintenance and fault event codes.
Defines codes for analyzer operational statuses (Online, Offline, etc.).
Procedure for converting TOC to TC analysis without using dilution.
Procedure for converting TOC to TC analysis using dilution.
Lists replaceable parts with their corresponding catalog numbers.
Catalog of available reagents and calibration standards.
Lists available kits for pump replacement and other upgrades.
Catalog of optional accessories for the analyzer.
Lists available manuals and technical documentation.
Provides instructions and contact information for reporting operational issues.
Provides contact details and information required for ordering in the USA.
Lists necessary details for placing an order.
Information on locating international dealers and distributors.
Contact information for technical support and customer service in the USA.
Exclusions and conditions that are not covered by the product warranty.
Defines the exclusive remedies for warranty breaches.
Lists safety standards the instrument meets (UL, CSA).
Details industrial-level EMC immunity standards met by the equipment.
States compliance with radio frequency emission standards (FCC, Canadian).
General safety precautions in English.
General safety precautions in Spanish.
General safety precautions in French.
General safety precautions in German.
General safety precautions in Italian.
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