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General| Brand | Teledyne |
|---|---|
| Model | 400E |
| Category | Measuring Instruments |
| Language | English |
Defines the meaning of safety alert symbols used in the manual and on the instrument.
Highlights the importance of using the analyzer only as described in the manual.
Explains the manual's structure, including Table of Contents, Specifications, Getting Started, FAQ, and Operations.
Details the analyzer's technical specifications, including range, noise, drift, and environmental conditions.
Information on the analyzer's designation as an Equivalent Method Number by the EPA.
Covers the warranty policy, coverage, non-API equipment, and general terms and conditions.
Instructions for unpacking the analyzer, verifying for damage, and initial setup.
Guide for connecting the analyzer to power, including voltage and ground requirements.
Details on connecting sample, span, zero air, and dry air lines to the analyzer.
Steps for starting the analyzer, including boot-up sequence and basic display.
Procedure for powering on the instrument and initial boot sequence.
Information on the required warm-up time for internal components.
Explanation of common warning messages displayed during startup and warm-up.
Verifying analyzer operation and setup of hardware options after warm-up.
Steps for performing the first calibration of the analyzer.
Defines Zero Air and Span Gas and their sources for calibration.
Step-by-step guide for performing a basic manual calibration.
Troubleshooting common issues with zero and span key display and functionality.
Guidance on making the RS-232 interface work and using the iDAS.
Description of the Zero/Span Valve Option for controlling calibration gas flow.
Details the Internal Zero/Span Option with an integrated generator.
Information on connecting the analyzer to a local area network via Ethernet.
Overview of the analyzer's operating modes: SAMPLE, SETUP, DIAG.
Describes the standard operating mode for analyzing O3 concentration.
Lists common warning messages, their meanings, and potential causes.
Details Test Functions for viewing instrument status and diagnosing problems.
Explains how to access and use the calibration modes (CALZ, CALS).
Procedures for configuring hardware and software features of the analyzer.
Explains password protection for calibration and setup functions.
Details on configuring the analyzer's serial communication ports (COM1, COM2).
Steps for configuring the performance parameters of the IZS O3 Generator.
Guide to configuring the four analog output channels' signal types and ranges.
Describes Single, Dual, and Auto range modes for analog outputs.
Steps for setting electronic signal types and ranges for analog output channels.
Explains automatic and manual calibration methods for analog outputs.
Overview of diagnostic and configuration tools available in the DIAG menu.
Accessing and controlling digital and analog I/O signals for troubleshooting.
Test to verify analog output calibration and functionality.
Details functions for configuring Analog I/O parameters.
Information on the analyzer's two serial communication ports (COM-A, COM-B).
Default configuration settings for the COM ports.
Instructions for physically connecting serial ports to computers or modems.
Configuring COM2 for RS-232 or RS-485 operation.
Configuring the serial port's communication modes (e.g., QUIET, COMPUTER).
Procedure for selecting the baud rate for COM ports.
Steps for configuring the Ethernet interface for network connectivity.
Procedure for manually setting network IP addresses, gateway, and subnet mask.
Instructions for changing the analyzer's network identification name.
Methods for controlling the analyzer remotely via RS-232 ports.
Details the syntax and structure of commands for remote operation.
Information on receiving status messages and audit trails via RS-232.
Enables password protection for remote access to COM ports.
Overview of the iDAS for storing concentration and diagnostic data.
Procedure for editing, adding, or deleting data channels in the iDAS.
Description of the predefined data channels for logging O3 and diagnostic data.
Steps to view logged data from the default iDAS channels.
General information required before performing analyzer calibration.
List of necessary equipment and supplies for calibration.
Details on obtaining and using Zero Air and Span Gas for calibration.
Basic method for manual calibration without valve options.
Procedure for manual calibration when Zero/Span Valve option is installed.
Procedure for checking calibration with IZS or Zero/Span Valve options.
System for unattended periodic operation of ZERO/SPAN valve options.
General principles for calibrating the M400A analyzer for accurate measurements.
List of essential equipment, supplies, and expendables for O3 measurement.
Guidelines for verifying calibration gas standards against EPA/NIST traceability.
Recommendations for frequency of Level 1 and Level 2 calibration checks.
Distinguishes between Level 1 (official) and Level 2 (quick) calibration checks.
Procedures for multipoint calibration using UV photometry or transfer standards.
Steps for performing multipoint calibration including zero and span points.
EPA-prescribed calibration based on photometric assays in a dynamic system.
Procedure to check photometer linearity and accuracy.
Methods for independent assessment of data accuracy and system quality.
A performance audit challenging the analyzer with known O3 concentrations.
Audit to verify data reduction accuracy and transcription processes.
Overview of scheduled checks for verifying monitoring system operational status.
A typical schedule for preventative maintenance procedures.
Using Test Functions to predict potential failures by monitoring value changes.
Detailed procedures for performing periodic maintenance tasks.
Instructions for inspecting and replacing the sample particulate filter.
Procedure for replacing the sample pump diaphragm.
Procedures for performing vacuum and pressure leak checks.
Adjusting the analyzer's internal flow sensors to match an independent flow meter.
Explains the Beer-Lambert equation principle for O3 concentration measurement.
Details the mathematical relationship for calculating O3 concentration using Beer's Law.
Describes the alternating measurement of O3 presence and absence.
Explains how the analyzer rejects interference from other gases.
Overview of the analyzer's gas flow system and leak-tight requirements.
Block diagram and description of major electronic components.
Details the central processing unit and its storage capabilities.
Describes the assembly that emits UV light and detects O3 presence.
Explains the functions of the motherboard, including A/D conversion and sensor inputs.
Describes the analyzer's communication methods with the outside world.
Details the components and information displayed on the analyzer's front panel.
Explains the organization of information on the Vacuum Florescent Display.
Describes the main method for user interaction with the analyzer.
Lists and defines the status indicators on the front panel.
Overview of the analyzer's internal software and its functions.
Explains the software's adaptive filter for processing measurement data.
Describes how slope and offset values are computed and stored.
Details the iDAS for storing historical trending and diagnostic data.
Procedure for editing, adding, or deleting data channels within the iDAS.
Description of predefined data channels for logging O3 and diagnostic data.
Steps to view logged data from the default iDAS channels.
Provides a systematic approach to diagnosing and repairing performance problems.
Guide to understanding warning messages and recommended corrective actions.
Using Test Functions to isolate and identify operational problems.
Troubleshooting common issues related to gas flow.
Addresses issues like mis-calibration and non-repeatable zero/span readings.
Troubleshooting issues related to UV Lamp, IZS Generator, and Box temperatures.
Methods to individually determine if a component or subsystem is causing a problem.
Procedure for verifying DC power supply voltages and noise levels.
Checking the relay board's status LEDs and output control.
Methods for checking the motherboard's A/D functions and analog outputs.
Troubleshooting procedures for CPU board failures.
Troubleshooting common problems with RS-232 connections.
Procedures for repairing or replacing major analyzer components.
Instructions for replacing the IZS Zero Air Scrubber.
Diagrams illustrating the software menu structure for navigation.
List of setup variables configurable via serial interface.
Definitions for signal inputs, outputs, and control signals.
Description of iDAS trigger events and data parameters.
Detailed schematic of the motherboard PCA.
List of cable connections and pin assignments between assemblies.
Schematic for the isolated 0-20mA analog output board.
Schematic for the keyboard and display interface circuitry.
Schematic for the pressure and flow sensor PCA.
Schematic for the UV detector preamp circuitry.
Schematic for the UV lamp driver module.
Schematic for the DC heater and thermistor circuits.
Detailed schematic of the motherboard PCA circuitry.
Detailed schematic of the motherboard PCA circuitry.
Schematic for the UV detector preamp circuitry.
