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General| Brand | bioMerieux |
|---|---|
| Model | Air IDEAL 3P Traceability Solution |
| Category | Accessories |
| Language | English |
Explains how to navigate the manual using the table of contents, list of figures, and warnings.
Defines key terms and abbreviations used throughout the manual.
Explains formatting conventions for text, actions, and display messages.
Describes the instrument's keypad layout and button functions.
Introduces the AeroBioCollector, its purpose, and operational modes (slave/manual).
Details the impaction mechanism and airflow process for sampling airborne microorganisms.
Discusses the instrument's efficiency in collecting viable microorganisms with optimal impaction velocity.
Covers ISO 14698 validation, physical, and biological efficiency testing methods.
Highlights design modifications and validation for use in glove box environments.
Outlines the broad range of environments and applications suitable for the air sampling instrument.
Describes the instrument's packaging, versions, and available accessories.
Lists compatible consumables and how to identify the instrument.
Illustrates front/rear views, keypad, sampling grid, and Petri dish configurations.
Details the sampling head and the optional tripod assembly for instrument positioning.
Provides technical, environmental, and physical characteristics, dimensions, mass, and materials.
Details keypad, display, user interface, and ergonomic handle of the instrument.
Covers voltage, power supply, and adapter specifications for the instrument.
Details flow-rate, autonomy, charge time, sound level, and security features.
Instructions for unpacking, initial setup, and important first-time usage recommendations.
Illustrates various ways to position the instrument for sampling, including in glove boxes.
Provides instructions and cautions for securely attaching the sampling grid to the instrument.
Explains how the instrument operates using its internal battery or external mains power.
Describes the visual and audible signals indicating low battery status and remaining life.
Outlines the steps and precautions for charging the instrument's battery.
Details operating the instrument from mains power and its automatic standby mode.
Explains the instrument's automatic shutdown feature after a period of inactivity.
Instructions for using the instrument when controlled by a RUID.
Explains how to operate the instrument autonomously using its keypad.
Covers programming options, characteristics, and control features for sampling operations.
Presents a diagram illustrating the instrument's menu structure and navigation flow.
Step-by-step guide on powering on the instrument and interpreting the initial display.
Explains how to put the instrument into standby mode and how to reactivate it.
Instructions on how to properly power down the instrument.
Guides the user on selecting one of the four factory-set sample volumes via Menu 1.
Instructions for programming a custom sample volume not stored in memory using Menu 2.
Details how to change the four pre-programmed sample volume settings using Menu 3.
Explains how to set a delayed start time for sampling operations using Menu 4.
Guides the user on setting up multiple sampling sequences with specific intervals using Menu 5.
Describes how to perform a battery life test and check its compliance with specifications.
Step-by-step instructions on how to initiate a sampling cycle on the instrument.
Explains how to safely stop an ongoing sampling operation.
Provides a visual overview of how to navigate and set various instrument parameters.
Illustrates how to access and navigate the instrument's maintenance menu using the keypad.
Outlines the principles of aerobiocontamination measurement and requirements for quality sampling.
Covers precautions, manual sampling steps, and instrument handling during the process.
Instructions on proper incubation of Petri dishes and how to read and interpret results.
Guidance on creating a sampling plan, including critical points, frequency, and volume.
Details the documentation required for recording and evaluating air sampling results.
Information on user-performed maintenance tasks like battery charging and cleaning.
Procedures for cleaning external parts, air circuits, and use in glove boxes.
Guidelines on sterilizing the sampling grids via autoclaving.
Specifies when and how airflow control should be performed by authorized personnel.
Lists error messages and indicator light statuses with possible causes and actions.
Addresses issues related to motor jams and expired calibration dates.
Covers troubleshooting for low battery, unknown serial numbers, and missing calibration data.
Explains how to use the provided tables to interpret CFU counts.
Provides the formula and context for Feller's law used in MPN calculations.
Presents the actual data tables used for converting CFU counts to MPN values.
