Anatel A643a - Anatel A643a Setup 51 of 220
RPS - June 2007 - Edition 12
Anatel Operator Manual
5 Anatel A643a Setup
5.1 General Information
Once they have been installed, Anatel A643a Analyzers can begin analysis immediately based
on the factory default parameters. The user can selectively alter these default values to tailor
the instrument’s operation to the requirements of the particular application.
Anatel A643a Analyzers run in one of three data-gathering modes:
Appropriate printouts are produced on a local printer. Parameter changes, limit excursions or
any problems detected during operation automatically generate a printout to provide a hard
copy record of the event. On-demand data printouts are available through the Print Key
(see “Auto TOC Printout” on page 69).
5.2 Factory Defaults
Anatel A643a Analyzers are shipped from the factory equipped with a set of default parameter
values so that they can generate data as soon as they have been installed and powered up.
A list of the Analyzer’s current parameter settings is available through the Print Setup menu
selection (see “Printouts” on page 117). The Anatel A643a’s factory default values are:
Auto TOC is the Analyzer’s standard operational mode for monitoring any high-
purity water system. In this mode, the instrument automatically
performs successive TOC analyses and reports the results until the
cycle is interrupted by the user.
Purge Mode opens the Analyzer’s internal sample valve, allowing sample water to
flow through the instrument and flush the measurement cell.
Conductivity (or resistivity) and temperature readings are reported.
Manual Mode allows the user to interrupt automatic operation and manually initiate
an analysis cycle. A single on-line sample from the water system or a
grab sample of off-line water sources, such as a sample vial can be
analyzed.
Table 5-1 : Factory Defaults
Identification
Sensor Name: Sensor Serial Number:
Channel ID Number: 1
Analysis
Sample Time: 00:01:00 (hh:mm:ss)
Cycle Time: 00:00:00 (hh:mm:ss)
Sampling Mode: Water Saver
User TOC Slope: 1.000
User Conductivity Slope: 1.000
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