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General| SpO2 | Yes |
|---|---|
| NIBP | Yes |
| Temperature | Yes |
| Respiration | Yes |
| Display Type | TFT LCD |
| ECG | Yes |
| Battery Type | Lithium Ion |
| Networking | Ethernet |
| Parameters | ECG, SpO2, NIBP, Respiration, Temperature |
| Power Supply | AC 100-240V, 50/60Hz |
General warnings regarding electrical hazards, use environment, and interference.
Overview of the IntelliVue patient monitor, its capabilities, and basic operation.
Details on various modules and accessories used for patient data acquisition.
How to interact with the monitor's screen, keys, and controls for operation.
Predefined configurations (Profiles) and general settings to adapt the monitor to monitoring situations.
Features and improvements introduced in Release K.1 for specific monitor models.
Enhancements in Release J.0, including NMT module and alarm functionality.
Explanation of visual and audible alarms, messages, and indicators for monitoring alarm status.
How alarm limits are set to trigger yellow and red alarms based on patient condition.
Methods for viewing active alarms, messages, and historical alarm data.
Alphabetical listing of patient-specific alarms, their sources, conditions, and indications.
List of technical alarms (INOPs), their causes, and recommended actions.
Steps for admitting, identifying, and managing patient data for system operation.
Procedures for transferring patient data between devices and Information Centers.
Methods for identifying and resolving mismatches in patient data between connected devices.
Essential steps for preparing patient skin and connecting ECG cables for clear signals.
Guidelines for choosing appropriate leads for HR and arrhythmia analysis.
How to monitor patients with pacemakers, including identifying pace pulses and normal beats.
Defining which measurement source is used as the system pulse for alarms and trending.
Choosing between ECG or Pulse as the active alarm source to avoid simultaneous alarms.
Importance of correct lead placement for accurate respiration measurement and signal quality.
How to set respiration detection level automatically or manually for optimal performance.
Information on SpO2 sensors, adapter cables, and color coding for proper connection.
Step-by-step instructions for applying the SpO2 sensor to the patient for accurate readings.
Specific SpO2 alarms, including high/low limits and desaturation alarms.
Overview of the oscillometric method for NBP measurement and its advantages.
Essential steps for preparing the NBP cuff and applying it correctly for accurate measurements.
Step-by-step process for taking a temperature measurement, including probe selection and settings.
How to select the correct temperature label for the monitor to use stored color and alarm settings.
Procedures for connecting the pressure line, flushing the system, and applying the cuff.
Importance and methods for zeroing the pressure transducer to ensure accurate readings.
How to select the pressure source for alarm monitoring and set limits.
Table illustrating available hemodynamic parameters, their measurement methods, and display options.
Detailed steps for measuring Cardiac Output using the PiCCO method and its requirements.
Steps for measuring Cardiac Output using the right heart thermodilution method.
Explanation of the infrared transmission principle used for measuring carbon dioxide.
Steps for preparing the mainstream CO2 sensor, including zero calibration.
Instructions for connecting the sensor cable and sample line for sidestream CO2 measurement.
Guidance on selecting and attaching the correct flow sensor for accurate airway measurements.
How the zero calibration process maintains spirometry accuracy and its automatic execution.
How to adjust gas compensation settings to ensure accurate flow and volume measurements.
How to choose an appropriate temperature value for the transducer for optimal correlation and response.
Procedures for calibrating the tcGas transducer to ensure measurement accuracy.
Information on SpO2 sensors, adapter cables, and color coding for proper connection.
Recommended procedure for pre-insertion calibration of the catheter and optical module.
Steps for setting up EEG monitoring, including skin preparation and electrode placement.
How to open and use the EEG Impedance/Montage window to view electrode status and wiring.
Importance of electrode-to-skin impedance as a quality indicator for EEG signal monitoring.
Solutions for BIS monitoring using DSC/BIS Engine or BISx, including connection steps.
How the continuous impedance check functions and how to switch it off if necessary.
How the cyclic impedance check measures individual electrode impedance.
Overview of the four stimulation modes for NMT measurement: TOF, Twitch, PTC, DBS.
Skin preparation and electrode placement guidelines for accurate NMT measurements.
Steps for taking NMT measurements, including calibration and arm position.
Steps to run Guardian Early Warning Scoring by switching to the EWS/SpotCheck Screen.
Explanation of scoring types (SPS, MEWS) and how they assess patient deterioration.
Ways to combine a monitor and telemetry device for integrated patient monitoring.
How automatic pairing works for direct connections between devices like X2 and monitors.
How to view trend information graphically, tabularly, or in histogram format.
How to configure trend settings like groups, priorities, and scales for graphical and screen trends.
Overview of patient data calculated by the monitor, including hemodynamic, oxygenation, and ventilation parameters.
Steps to check input values and perform calculations, including manual entry and automatic substitution.
How to select and change the hi-res trend waves displayed on the screen.
How hi-res trend wave scales are determined by wave scale or patient category.
Differences between basic, advanced, and neonatal event surveillance options.
Information on stored event data, including pre-time, post-time, and episode types.
How to define manual or automatic triggers for event capture based on thresholds or procedures.
Details on the SSC Sepsis Protocol for screening and monitoring severe sepsis and its treatment.
How the monitor screens for severe sepsis by comparing vital signs and observations to set criteria.
How to make paper recordings using the M1116B/C recorders for numerics and waveforms.
Using pop-up keys to start and stop various types of recordings.
How to create and modify templates for commonly used recording types.
How to print patient reports manually or set up automatic printing based on triggers.
How to define content and settings for Auto Reports (Scheduled, End Case) and individual print jobs.
How to configure and check printer settings and port connections for report output.
Using the Drug Calculator to perform calculations for specific or non-specific drugs, based on patient data.
How to use the Drip Table to monitor infusion progress and time remaining.
Steps to insert and connect external devices using the VueLink module and its setup.
How external device alarms and INOPs are transmitted and displayed on the monitor.
Steps to connect external devices using the IntelliBridge EC10 module or interface board.
How IntelliBridge modules transmit alarms and INOPs from external devices to the monitor.
How to view currently active timers on the monitor screen or in the Timers window.
How to configure timer settings like type, display color, and run time.
How to view stored and realtime respiratory loops on the monitor screen.
Procedures for capturing current loops for reference and deleting them from the list.
How to view laboratory data received from an Information Center, grouped by category.
How to interpret battery LEDs and status information for tracking power status.
Step-by-step instructions for safely replacing the monitor's battery.
Procedures for cleaning the monitor, display screen, and measurement connectors with approved agents.
Recommended disinfecting agents and procedures for cleaning equipment before disinfection.
Visual inspection guidelines for the monitor and accessories before each use for safety and condition.
Steps for troubleshooting individual measurements or system-wide problems, including viewing status logs.
List of Philips-approved ECG/Resp cables and accessories, noting defibrillator proofing.
Details on NBP cuffs and kits, including reusable comfort care and multi-care options.
Accessories for Philips SpO2 technology, including sensors, cables, and options.
Specifies the intended use of the monitors for healthcare professionals monitoring patients.
Requirements for the monitor's operating environment, including electrical installation and prohibited conditions.
Compliance with directives and standards for monitor safety, including EMC and software.
Dimensions and weights of monitors and modules for installation and integration planning.
Operating and storage ranges for temperature, humidity, and altitude for optimal performance.
Detailed performance specifications for ECG, arrhythmia analysis, ST, and QT monitoring parameters.
Performance details for SpO2 measurement, including accuracy, averaging, and alarm specifications.
Specifications for NBP measurement ranges, accuracy, modes, and alarm settings.
Performance details for SO2, SvO2, ScvO2 measurements, including accuracy and resolution.
Specifications for EEG measurements, including bandwidth, filters, and impedance settings.
Specifications for Bispectral Index, SQI, EMG, SR, SEF, TP, Bursts, and impedance.
Specifications for NMT stimulation output, modes, and alarms.
Guidelines for ensuring proper use in electromagnetic environments and avoiding interference.
Guidelines for maintaining safe distances from RF equipment to prevent interference.
Default line frequency, units, and ECG cable color settings specific to various countries.
Factory default settings for alarms, measurements, and wave display.
Default settings for ECG, arrhythmia analysis, ST, and QT monitoring parameters across patient categories.
Default settings for SpO2 measurement, including mode, alarms, and signal quality.
Default settings for NBP measurement modes, alarms, and pressure ranges across patient categories.
Default settings for temperature measurements, including limits, alarms, and color.
Default settings for invasive pressure measurements (ABP, CVP, PAP, ICP) and their associated alarms.
Default settings for C.O. and CCO measurements, including calibration and alarms.
Default settings for CO2 measurements, including etCO2, imCO2, awRR, IPI, and color.
Default settings for spirometry measurements like apnea time, MVexp, PIP, PEEP, and scales.
Default settings for tcGas measurements, including limits, alarms, site timer, and corrections.
Default settings for SO2, SvO2, ScvO2 measurements, including limits, alarms, and color.
Default settings for EEG measurements, including TP, SEF, filters, impedance, and smoothing.
Default settings for BIS monitoring, including SQI, EMG, SR, SEF, filters, and smoothing rate.
Default settings for NMT measurements, including stimulation mode, repeat time, and alarms.
Default settings for VueLink device alarms and color configurations.
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