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General| Device Type | Vital Signs Monitor |
|---|---|
| Model | VC150 |
| Manufacturer | Innokas Medical |
| Battery Life | Up to 8 hours |
| Measurement Parameters | SpO2, NIBP, Temperature |
| Display | LCD |
| Power Source | Rechargeable battery |
| Connectivity | USB |
Provides an overview of the VC150 vital signs monitor's capabilities and intended use for patient monitoring.
Details the VC150 monitor's intended use for vital signs monitoring in various healthcare settings.
Outlines crucial safety measures to prevent electric shock, injury, and equipment damage during operation.
Lists compliance classifications and standards met by the VC150 vital signs monitor.
Provides instructions for warranty, repair services, and contact information for Innokas Medical.
Details the VC150 monitor's screen layout and available physical connections for peripherals.
Explains the different modes of operation: Clinical, Spot-check, Monitoring, and Configuration.
Describes the three types of monitor settings: current, default, and factory defaults.
Lists the mechanical, power, and environmental specifications of the VC150 vital signs monitor.
Step-by-step guide for connecting NIBP hoses and cuffs for accurate blood pressure measurements.
Instructions for connecting SpO2 sensors and extension cables based on technology type.
Guide for connecting Welch Allyn temperature probes and covers for accurate temperature readings.
Procedure for powering the monitor on and off, including touch screen recalibration.
Instructions on how to set up or adjust upper and lower alarm limits for individual parameters.
Explains how to select options and modify settings via the Monitor Setup menu tabs.
Details on identifying patients and caregivers, including using barcode readers for data entry.
Explains physiological, technical, and battery alarms, including notification types.
Categorizes alarms into Physiological, Technical, and Battery types for clarity.
Details visual and audible alarm signals, priorities, highlight colors, and LED indications.
Lists physiological alarm conditions with their ranges, default limits, and priorities.
Provides a guide to technical alarm messages, their causes, and recommended actions.
Instructions for manually entering or scanning patient IDs and adding new patient records.
Details on obtaining, viewing, and managing vital signs snapshots for patient data.
Procedure for deleting individual measurements within a snapshot or the entire snapshot.
Addresses common issues with the printer, EMR transmission, patient search, and barcode reader.
Explains the NIBP parameter, its technologies, and measurement principles.
Details the different NIBP modes: Single, STAT, Cycle, and Profile for automated measurements.
Provides a comprehensive procedure for taking NIBP measurements on patients.
Lists technical specifications for NIBP, including cuff pressure range and accuracy.
Guides users through common NIBP issues like overpressure and determination time.
Introduces the GE TruSignal SpO2 technology for measuring arterial oxygen saturation.
Highlights factors affecting SpO2 accuracy and patient safety considerations.
Explains how SpO2 and Perfusion Index values are displayed on the monitor screen.
Step-by-step instructions for connecting and applying GE TruSignal SpO2 sensors.
Provides default settings and measurement range/accuracy for GE TruSignal SpO2.
Addresses common problems with GE TruSignal SpO2 sensors and measurements.
Introduces Masimo rainbow® SET® SpO2 technology for vital signs monitoring.
Highlights safety considerations for Masimo SpO2 sensors and potential sources of error.
Explains the display of SpO2 values, PI, and Signal IQ on the monitor.
Details Masimo's advanced technologies like rainbow Pulse CO-Oximetry and RAM.
Lists accuracy specifications for various Masimo M-LNCS, LNCS, and LNOP sensors.
Provides solutions for common Masimo SpO2 measurement and sensor connection problems.
Introduces Nellcor OxiMax™ SpO2 technology for monitoring oxygen saturation.
Highlights safety considerations and factors affecting Nellcor SpO2 measurement accuracy.
Explains the display of SpO2, PI, and Perfusion Index values for Nellcor sensors.
Step-by-step guide for connecting and applying Nellcor SpO2 sensors and monitoring respiration rate.
Details Nellcor's features like SatSeconds, OxiMax SPD™, and Respiration Rate theory.
Explains Nellcor sensor technology, memory chip features, and calibration data.
Provides measurement ranges, data update, and accuracy specifications for Nellcor SpO2 sensors.
Lists accuracy specifications for various Nellcor OxiMax sensors by model type.
Addresses common problems with Nellcor SpO2 sensors and measurement accuracy.
Explains the PR measurement, its data sources, and audible heartbeat representation.
Details the adjustable upper and lower alarm limits for Pulse Rate monitoring.
Details the Welch Allyn SureTemp® Plus thermometer's measurement method and display.
Outlines safety warnings and precautions for using Welch Allyn temperature measurement.
Explains predictive and monitoring modes for temperature measurement.
Lists units of measure, range, accuracy, and measurement time for Welch Allyn temperature.
Addresses issues with temperature readings and repeated error messages.
Introduces the Exergen Temporalscanner technology for temperature assessment.
Guides users on how to use the Exergen temporal scanner for accurate temperature readings.
Lists measurement range, accuracy, and environmental specifications for the Exergen scanner.
Addresses problems with measurement accuracy and scanner readings.
Details the rechargeable Li-Ion battery, its indicators, and operating status.
Provides instructions and warnings for charging the monitor's Li-Ion battery pack.
Explains how to interpret battery indicators and charge levels on the monitor screen.
Guidance on storing, caring for, and replacing the monitor's batteries.
Addresses issues like the monitor not turning on or the battery not lasting long.
Configures general monitor settings like alarm volume, system time, and measurement expiration.
Sets default parameter-specific alarm limits and priority, which persist after restart.
Allows customization of parameter colors and waveform display on the home screen.
Enables the creation and configuration of custom NIBP measurement profiles.
Details the monitor's available connections for NIBP, SpO2, USB, Welch Allyn, and remote alarm.
Information on obtaining service, spare parts, and contacting customer support.
Outlines recommended daily and monthly maintenance procedures for monitor uptime.
Explains that only touch screen recalibration is user-accessible.
Provides lists of approved and prohibited cleaning agents for the monitor and accessories.
Guidance on storing the monitor and accessories, including battery care for short and extended periods.
Details the process for obtaining warranty or non-warranty repair services.
Guidelines for the proper disposal or recycling of batteries, patient-applied parts, and the monitor.
Explains the oscillometric method and algorithm used for NIBP measurements.
Describes the auscultatory method for NIBP determination using Korotkoff sounds.
Presents Bland-Altman plots and analysis for GE TruSignal V2 SpO2 measurement accuracy.
Summarizes clinical test results for GE SpO2 sensors against reference values.
Presents SpO2 accuracy data for Nellcor sensors compared to CO-oximeters.
Provides performance specifications and accuracy data for Masimo sensors.
Details accuracy values for Masimo M-LNCS, LNCS, and LNOP adhesive sensors.
Lists accuracy values for Rainbow ReSposable sensors with Masimo SET Oximetry.
Provides accuracy data for Masimo M-LNCS/LNCS/LNOP Multisite sensors.
Lists accuracy values for DBI sensors with Masimo SET Oximetry Technology.
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