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General| Weight | 2.5 kg |
|---|---|
| Analytes | Na+, K+, Cl-, Ca++, Hct |
| Sample Type | Whole blood |
| Power | 100-240 V AC, 50-60 Hz |
| Calibration | Automatic |
| Display | LCD |
| Measurement Method | Electrochemical |
| Operating Conditions | 15-30°C |
Specifies the analyzer's clinical laboratory application and direct measurements.
Highlights safety warnings, biohazard considerations, and electrical precautions for analyzer operation.
Identifies and labels major components visible on the front of the analyzer.
Details the ports and connections available on the rear of the analyzer unit.
Explains the function of each key on the analyzer's keypad for operation.
Describes how to navigate and interpret information shown on the analyzer's display.
Illustrates the internal fluid path and the function of key modules within the analyzer.
Guides on carefully removing the analyzer from packaging and checking for shipping damage.
Provides environmental requirements and considerations for placing the analyzer.
Outlines the steps for connecting the analyzer to power and initial voltage settings.
Explains how to set the analyzer's internal clock for accurate record keeping.
Introduces the process of installing key analyzer components like electrodes and modules.
Details the procedure for performing two-point calibrations for accurate sample analysis.
Step-by-step guide for inserting samples and obtaining patient results.
Explains how to run and interpret quality control samples to verify analyzer performance.
Describes the routine cleaning steps necessary to maintain the fluid path and electrodes.
Explains how to put the analyzer into a low-power standby mode to conserve fluids.
Provides instructions and a schedule for replacing consumable and wearable analyzer parts.
Details how to run tests to check the functionality of various analyzer components and fluidics.
Guides on viewing and printing stored patient results, QC data, and calibration history.
Outlines how to adjust analyzer settings, parameters, and options for optimal performance.
Instructions for modifying display brightness and contrast for better visibility.
Explains how ion-selective electrodes measure ion concentrations in biological fluids.
Describes the specific technologies and mechanisms used by PCO2 and PO2 electrodes.
Details how the analyzer measures hematocrit using electrical impedance.
Provides visual representations and explanations of how electrodes function during measurement.
Clarifies the process of tonometering reagents for accurate gas calibration.
Outlines the formulas and equations used by the analyzer for calculating various parameters.
Lists the analyzer's performance specifications, including measured and calculated parameter ranges.
Presents the factory default settings for various analyzer parameters at initial startup.
Introduces the troubleshooting process and lists essential tools for diagnosing problems.
Provides solutions for common error messages related to electrode performance and calibration.
Addresses issues related to fluid path blockages, air in lines, and pump calibration failures.
Details troubleshooting steps for errors related to reagent module installation, expiration, or incompatibility.
Offers solutions for errors indicating sensor module stabilization or temperature issues.
Guides on diagnosing and resolving errors related to valve module operation and temperature.
Steps for troubleshooting common printer failures such as paper feed or printhead issues.
Covers error messages related to internal hardware, EEPROM, and clock functions.
Explains how to resolve errors that occur during quality control analysis.
Explains how to connect the analyzer to an external computer using the RS-232 serial interface.
Lists components requiring periodic replacement and their recommended service intervals.
Details the warranty period, coverage, limitations, and service contact information for the analyzer.
Provides a glossary of symbols used throughout the operator's manual and their meanings.
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