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General| Power Supply | 100-240 VAC, 50/60 Hz |
|---|---|
| Type | Total Organic Carbon Analyzer |
| Technology | UV-Persulfate Oxidation |
| Data Storage | Internal Memory |
| Data Output | Analog, digital |
| Display | Touch screen |
| Sample Type | Liquid |
Specifies the default password for administrator access.
Field to record the unique serial number of the instrument.
Field to record the date of instrument receipt and installation.
Lists manual revisions, dates, and brief descriptions of changes.
Lists registered trademarks and their owners.
Mentions patents covering the analyzer.
Outlines conditions for proprietary and confidential information.
Specifies the duration and conditions of the limited warranty.
Details procedures for obtaining warranty service and support.
Covers warranty terms for replacement parts and consumables.
Outlines shipping requirements and conditions that void the warranty.
Defines customer remedies and limits the manufacturer's liability.
Declares conformity with relevant council directives and standards.
General description of the analyzer and its measurement principle.
Details sample range, maintenance, calibration stability, and operation.
Lists critical safety precautions and warnings for operation and maintenance.
Lists detection limit, precision, accuracy, interferences, and linear range.
Details sample/ambient temperature, altitude, size, and weight.
Specifies power voltage, frequency, and wattage for different models.
Lists the nine main components of the Sievers 800 TOC Analyzer.
Diagram and description of sample inlet, reagents, sensors, and DI water loop.
Microprocessor, data storage, and output interfaces.
Details optional modules like IC Removal, Autosampler, Multistream, Turbo, Flow Switch.
Explanation of the front panel display and control buttons.
Unpacking, inspection, equipment, site, power, environment, sample port, and plumbing.
Wiring outputs, installing reagent cartridges, and setting dates.
Selecting sample mode, setting flow rates, and configuring presets.
Setting passwords, printer, print intervals, constants, and reagent flush.
Setting the communication speed for the RS-232 port.
Enabling and configuring data transmission via RS-232.
How to send commands to the analyzer via RS-232.
Setting trigger levels and types for analyzer alarms.
Setting the range and type (TOC, TC, IC) for analog outputs.
Changing the measurement displayed (TOC, IC, TC) on the screen.
Configuring the warning for low TOC/IC ratio.
Visual guide to the analyzer's menu structure.
Description of the six primary options accessible from the MAIN menu.
Steps for starting the analyzer and its initial sequence.
How results are shown on the main measurement screen.
Menu accessible during analysis for monitoring and control.
Viewing past TOC, TC, and IC measurement data.
Accessing and interpreting error and warning messages.
Procedure to safely stop the analyzer's measurement cycle.
Viewing the status of reagents, lamps, and tubing.
Checking the operational status and remaining life of the UV lamp.
Monitoring the status of acid and oxidizer reagent reservoirs.
Handling and interpreting fatal error messages that halt operation.
Safe procedures for powering down the instrument.
How to perform TOC analysis on discrete samples.
Steps to configure the analyzer for grab or on-line sampling.
Configuring repetitions, rejections, and printout settings for grab samples.
Steps to change the analyzer's password for access control.
How to turn off password prompts for analyzer access.
Accessing diagnostic tests for analyzer subsystems.
Explains DataGuard's role in 21 CFR Part 11 compliance.
Visual representation of the DataGuard menu structure.
Primary menu options and RunTime menu with DataGuard enabled.
Stop TOC and Setup menu options with DataGuard enabled.
Tools for managing user passwords and logout timers.
Changing passwords and setting the idle period before logout.
Viewing, printing, exporting, and resetting the audit trail.
Recommended intervals for replacing reagents, lamps, filters, and tubing.
Details on RAM card sizes, capacities, and battery life.
Step-by-step guide for replacing the sample inlet line filter.
Instructions for safely replacing acid and oxidizer reagent cartridges.
Procedure for changing the UV lamp to maintain performance.
Guide for replacing sample pump tubing to ensure proper flow rates.
Entering dates after replacement in the CONSUMABLES menu.
How to check and replenish the deionized water supply.
Instructions for cleaning the external surfaces of the analyzer.
Explains calibration importance, standards, and procedures.
Procedure to adjust the TC zero offset for low TOC water analysis.
Steps to calibrate the TC channel constant using standards.
Steps to calibrate the IC channel constant using standards.
How to verify the accuracy of the calibrated TC and IC channels.
Checking error stack, understanding messages, printing logs, and running diagnostics.
Troubleshooting no power, no flow, pH, oxidizer flow, DI reservoir, and gas bubbles.
Diagnosing negative/zero TOC, IC impact, and TC zero offset adjustments.
Procedures for returning the analyzer and preparing it for shipment.
Steps for installing a RAM card reader and its software.
Procedures for safely removing, inserting, and protecting the RAM card.
How to change the battery that maintains data on the RAM card.
Using the GD command to transfer data from RAM card to PC.
How to set the analyzer's operating frequency (50/60 Hz).
Adjusting calibration constants based on operating frequency.
Verifying the factory-configured operating frequency setting.
Required additional equipment for CE mark compliance.
Specifications for printer cables to meet CE mark standards.
Overview of the Turbo mode for rapid response analysis.
How to activate the Turbo sampling mode on the analyzer.
Configuring reagent flow rates specific to Turbo mode.
Alarms and calibration notes for Turbo mode operation.
TC zero offset and channel calibration procedures for Turbo mode.
Performance specifications for the analyzer in Turbo mode.
Safety and mechanical installation warnings and steps for the flow switch.
Instructions for printing constants and replacing the EEPROM chip.
Configuring binary inputs for pausing operation.
Lists necessary items for preparing calibration standards on-site.
Detailed steps for preparing TC calibration standards.
Detailed steps for preparing IC calibration standards.
Lists consumable items like lamps, tubing, filters, and reagents.
Catalog numbers and descriptions for calibration standards.
Part numbers for software upgrades and firmware.
Lists optional accessories like flow switches, autosamplers, etc.
