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General| Brand | Teledyne Analytical Instruments |
|---|---|
| Model | 311PC |
| Category | Analytical Instruments |
| Language | English |
Details the Teledyne Analytical Instruments (TAI) Model 311PC portable, intrinsically safe percent oxygen analyzer.
Explains the electrochemical transducer used for oxygen measurement and signal amplification.
Highlights key features like the Micro-Fuel Cell, reliable calibration, and integral power supply.
Details how to connect sampling equipment for positive and atmospheric pressure applications.
Describes the requirements for the single-phase AC power source for battery recharging.
States the instrument is ready for use and explains the initial meter response.
Provides step-by-step instructions for installing the Micro-Fuel Cell without tools.
Outlines the procedure for connecting the instrument to a positive pressure sample source.
Explains how to connect the instrument for atmospheric pressure (or slightly negative) sampling.
Discusses calibration frequency and method using span gas or ambient air.
Provides steps for calibrating the instrument using atmospheric air as the standard.
Details the procedure for calibrating the instrument using a lab-analyzed calibration gas.
Explains how to recharge the instrument's batteries and check their status.
States that no routine maintenance is required beyond battery recharging.
Describes how to identify cell failure and replace the Micro-fuel Cell.
Details the warranty period for the Micro-fuel Cell and conditions for claims.
Explains the compensation circuit for the cell's temperature coefficient and recalibration.
Lists key technical specifications for the Model 311PC oxygen analyzer.
Provides a list of recommended spare parts with part numbers and descriptions.
Lists available diagrams for the Model 311PC, including pictorial and wiring diagrams.
Contains safety information regarding the instrument's components and materials.
Identifies the product name, manufacturer, address, and contact information.
Details chemical common names, CAS numbers, and physical/chemical properties.
Discusses potential fire, explosion, and reactivity hazards associated with the Micro-Fuel Cells.
Covers routes of exposure, exposure limits, and health effects of the electrolyte.
Provides emergency and first aid measures for eye, skin, ingestion, and inhalation exposure.
Offers guidance on protective clothing, clean-up, disposal, and handling during cell replacement.
