What to do if ANATEL Measuring Instruments show Alarm 35?
If your ANATEL Measuring Instruments display Alarm 35, it could indicate that the sample valve is plugged or the UV lamp is failing. If necessary, replace the UV lamp.
What should I do if ANATEL Measuring Instruments show Alarm 34?
If the TOC is greater than 1000 ppb or the Analyzer has been idle for a long period prior to analysis, place the instrument in the Self-Clean Mode for at least one hour before attempting another analysis.
What to do if ANATEL Measuring Instruments show Code 11: Check Battery?
If your ANATEL Measuring Instruments display a 'Code 11: Check Battery' alarm, replace the battery.
What to do if ANATEL Measuring Instruments show Alarm 42?
If your ANATEL Measuring Instruments display Alarm 42, replace the UV lamp.
What to do if ANATEL Measuring Instruments show Alarm 52?
If your ANATEL Measuring Instruments display Alarm 52, replace the UV lamp as soon as possible.
What to do if ANATEL Measuring Instruments show Alarm 53?
If your ANATEL Measuring Instruments display Alarm 53, replace the UV lamp immediately.
How to fix Code 10 alarm on ANATEL Measuring Instruments?
To resolve a Code 10 alarm on ANATEL Measuring Instruments, restore the factory default parameters, then modify them as necessary.
What to do if ANATEL Measuring Instruments show Alarm 27/29?
If your ANATEL Measuring Instruments display Alarm 27 or 29, check the water supply to the instrument for unobstructed, bubble-free flow or sample vial empty.
What does Alarm 36 mean on ANATEL Measuring Instruments?
Alarm 36 on ANATEL Measuring Instruments indicates that the accuracy of the reported TOC value may be affected by the presence of certain ions, primarily in water with less than 5 megohm-cm resistivity.
What to do if ANATEL Measuring Instruments show Alarm 39/40?
If your ANATEL Measuring Instruments display Alarm 39 or 40, it indicates that the quality of the sample water is outside the instrument’s optimum performance range. Measure the resistivity of the sample water.
Defines warning, caution, and note conventions used in the manual for safety.
Provides essential safety advice for installing and operating the Anatel A643a TOC Analyzer.
Details the components comprising the Anatel A643a TOC Analyzer System.
Highlights the unique advantages and capabilities of the Anatel A643a TOC Analyzers.
Explains the operational principles and features of the Anatel A643a Analyzers.
Provides general information on the flexible design of the Anatel A643a Analyzer System.
Outlines essential preliminary setup steps before installing the Anatel A643a components.
Guides through defining System Time and Analyzer Name for proper operation.
Details the mounting and connection procedures for Anatel A643a hardware components.
Explains the configuration flexibility of the A-Net network for multiple Anatel Analyzers.
Covers assigning unique addresses for Analyzers and Controllers on the network.
Details the physical connections required to establish A-Net network communications.
Describes the C80 Controller's role as the user interface for Anatel A643a Analyzers.
Explains how to adjust the Controller's display contrast for better visibility.
Details the available data display formats: Single Channel and Multichannel Views.
Describes how Analyzers can operate using factory default parameters or user-defined values.
Lists the default parameter values the Anatel A643a is shipped with.
Explains how to set up password protection for instrument operational modes.
Details the standard operational mode for monitoring high-purity water systems.
Explains the importance of calibration and validation for instrument accuracy and reliability.
Provides instructions for calibrating the Anatel A643a Analyzer for TOC measurements.
Details the procedure for validating the Anatel A643a's TOC calibration accuracy.
Describes the process for calibrating the instrument's conductivity measurements.
Explains how TOC levels are monitored and alarms are triggered for fluctuations.
Guides on setting alarm limits for TOC and conductivity excursions.
Details how to enable or disable the Controller's audible alarm.
Describes how alarm conditions are indicated on the Controller and through outputs.
Covers the analyzer's output port for local printers and on-demand reports.
Explains the physical connections for an external printer to the Analyzer.
Details print options including the ability to examine the Analyzer's internal log.
Describes the onboard log that chronologically records events and parameter changes.
Covers methods for outputting signals to external analog devices via DAC modules.
Details the 4-20 mA analog signal output corresponding to the Analyzer's TOC reading.
Explains hardware connections for standard TOC output and optional DAC output.
Describes opto-isolated inputs and outputs for control and signal transmission.
Explains how digital inputs enable external control and process synchronization.
Details how digital outputs transmit TOC alarm status and sample valve state.
Covers periodic maintenance requirements for accuracy and reliable performance.
Describes the procedure to oxidize contaminants in the measurement cell.
Provides instructions and indicators for replacing the UV lamp.
Introduces diagnostic and reporting facilities for isolating problems.
Lists and explains various hardware and water chemistry alarm codes.
Details user-initiated diagnostic tests for verifying instrument components.
Outlines the process for returning the Anatel A643a TOC Analyzer for service.
Provides contact details for technical support and advice on product operation.
Lists the technical specifications for TOC analysis, conductivity, and operating conditions.
Provides detailed specifications for the stationary Anatel A643a–S Analyzer.
Details the specifications for the portable Anatel A643a–P Analyzer.
Lists the specifications for the Model C80 Controller used with Anatel Analyzers.
Defines warning, caution, and note conventions used in the manual for safety.
Provides essential safety advice for installing and operating the Anatel A643a TOC Analyzer.
Details the components comprising the Anatel A643a TOC Analyzer System.
Highlights the unique advantages and capabilities of the Anatel A643a TOC Analyzers.
Explains the operational principles and features of the Anatel A643a Analyzers.
Provides general information on the flexible design of the Anatel A643a Analyzer System.
Outlines essential preliminary setup steps before installing the Anatel A643a components.
Guides through defining System Time and Analyzer Name for proper operation.
Details the mounting and connection procedures for Anatel A643a hardware components.
Explains the configuration flexibility of the A-Net network for multiple Anatel Analyzers.
Covers assigning unique addresses for Analyzers and Controllers on the network.
Details the physical connections required to establish A-Net network communications.
Describes the C80 Controller's role as the user interface for Anatel A643a Analyzers.
Explains how to adjust the Controller's display contrast for better visibility.
Details the available data display formats: Single Channel and Multichannel Views.
Describes how Analyzers can operate using factory default parameters or user-defined values.
Lists the default parameter values the Anatel A643a is shipped with.
Explains how to set up password protection for instrument operational modes.
Details the standard operational mode for monitoring high-purity water systems.
Explains the importance of calibration and validation for instrument accuracy and reliability.
Provides instructions for calibrating the Anatel A643a Analyzer for TOC measurements.
Details the procedure for validating the Anatel A643a's TOC calibration accuracy.
Describes the process for calibrating the instrument's conductivity measurements.
Explains how TOC levels are monitored and alarms are triggered for fluctuations.
Guides on setting alarm limits for TOC and conductivity excursions.
Details how to enable or disable the Controller's audible alarm.
Describes how alarm conditions are indicated on the Controller and through outputs.
Covers the analyzer's output port for local printers and on-demand reports.
Explains the physical connections for an external printer to the Analyzer.
Details print options including the ability to examine the Analyzer's internal log.
Describes the onboard log that chronologically records events and parameter changes.
Covers methods for outputting signals to external analog devices via DAC modules.
Details the 4-20 mA analog signal output corresponding to the Analyzer's TOC reading.
Explains hardware connections for standard TOC output and optional DAC output.
Describes opto-isolated inputs and outputs for control and signal transmission.
Explains how digital inputs enable external control and process synchronization.
Details how digital outputs transmit TOC alarm status and sample valve state.
Covers periodic maintenance requirements for accuracy and reliable performance.
Describes the procedure to oxidize contaminants in the measurement cell.
Provides instructions and indicators for replacing the UV lamp.
Introduces diagnostic and reporting facilities for isolating problems.
Lists and explains various hardware and water chemistry alarm codes.
Details user-initiated diagnostic tests for verifying instrument components.
Outlines the process for returning the Anatel A643a TOC Analyzer for service.
Provides contact details for technical support and advice on product operation.
Lists the technical specifications for TOC analysis, conductivity, and operating conditions.
Provides detailed specifications for the stationary Anatel A643a–S Analyzer.
Details the specifications for the portable Anatel A643a–P Analyzer.
Lists the specifications for the Model C80 Controller used with Anatel Analyzers.
General| Brand | ANATEL |
|---|---|
| Model | A643a |
| Category | Measuring Instruments |
| Language | English |
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