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General| Brand | Teledyne |
|---|---|
| Model | 100E |
| Category | Measuring Instruments |
| Language | English |
Instructions for safely unpacking the instrument and performing initial setup steps, including checks for shipping damage and component seating.
Guidance on connecting analog outputs and status outputs to external devices, ensuring proper electrical interfacing.
Details on making correct pneumatic connections for sample, exhaust, and calibration gas lines, including critical cautions.
Explanation of the various operating modes of the M100E analyzer, including SAMPLE, SETUP, and CAL modes.
Detailed description of the primary operating mode for analyzing SO2 concentrations and using test functions.
Information on accessing and utilizing the calibration mode for zero and span adjustments.
Guidance on configuring analyzer hardware and software features, including system settings and diagnostics.
Essential steps and equipment needed before performing calibration, including gas standards and data recording.
Step-by-step guide for performing manual zero and span calibration of the analyzer.
Instructions for programming and utilizing the AutoCal system for unattended, periodic calibration.
Essential requirements for calibrating the analyzer for EPA SLAMS monitoring, including quality assurance programs.
Guidance on conducting Level 1 and Level 2 zero and span checks for quality assurance.
Using analyzer test functions to predict potential failures and monitor trends.
Recommended schedule for routine maintenance tasks to ensure analyzer reliability and performance.
Step-by-step instructions for inspecting and changing the sample particulate filter.
Explanation of the physical principle behind SO2 detection using UV fluorescence.
Detailed description of the UV light path, including source lamp, detectors, and optical filters.
Overview of the analyzer's electronic components, including CPU, motherboard, and sensor modules.
Systematic steps for diagnosing and resolving performance issues with the analyzer.
Guidance on understanding and responding to instrument warning messages displayed on the front panel.
Identifying and resolving issues related to gas flow, including high, low, or unstable flow conditions.
Common calibration problems such as negative concentrations, no response, and unstable zero/span.
