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Type | Automated Inoculation System |
---|---|
Automation Type | Full Automation |
Barcode Reading | Integrated barcode reader for sample and plate tracking |
Plate formats | 90 mm and 100 mm |
Plate Types Supported | Various agar plates |
Integration | LIS connectivity |
Power Requirements | 100-240 VAC, 50/60 Hz |
Operating Environment | 15-30°C, 20-80% relative humidity |
Explanation of formatting conventions used in the manual for clarity.
Explains how important safety and informational messages are presented.
Defines symbols used in the manual and on the device.
Describes the device's purpose as an automated in vitro diagnostic system.
Details the components and functions of the BarcodA and InoqulA modules.
Introduces the touchscreen interfaces for BarcodA and InoqulA modules.
Settings for destacker availability, media types, and stacker properties.
Settings for specimen tube compatibility, printer options, and validation.
Configuration for slide drying, alarms, logout times, and language.
Steps for setting up the handheld barcode scanner for InoqulA.
Steps for powering on, logging in, and initiating regular processing.
How to interpret alerts, respond to notifications, and pause module processing.
Instructions for loading pipette tips, beads, and slide racks.
Steps for preparing and executing fully automated and semi-automated runs.
Procedures for cleaning the module and work area, and powering down.
Importance of cleaning, methods (dry/wet), and frequency guidelines.
Detailed instructions for cleaning various parts like screens, sensors, and belts.
Guidelines for decontamination after spills and requirements for preventive maintenance.
Procedures for replacing printer supplies and cleaning the SPM print head.
Guidance on how to address and resolve system errors and alerts.
Lists error codes, messages, and resolutions for BarcodA and InoqulA modules.
Using Specimen Creator for test samples and selecting appropriate spreading patterns.
Methods for applying liquid specimens and traditional swabs to culture plates.
Lists physical dimensions, weight, and utility requirements for the module.