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General| Resolution | 1024 x 768 pixels |
|---|---|
| Touchscreen | Yes |
| Display Type | LCD |
| Battery Type | Lithium-ion |
| Connectivity | Ethernet, USB |
| Parameters Monitored | ECG, SpO2, NIBP, Temperature |
| Operating Temperature | 0 to 40 °C |
| Storage Temperature | -20 to 60 °C (-4 to 140 °F) |
| Alarms | Audible and visual alarms |
Checklist to document the monitor installation process, including inspection and connection steps.
Procedures for inspecting and verifying the contents of the monitor and accessories shipment.
Guidelines on how and where to safely mount the monitor for optimal use.
Instructions for safely connecting the monitor to an AC power source.
Performing visual, power-on, and functionality tests to ensure the monitor is operational.
Step-by-step instructions for correctly loading paper into the monitor's recorder.
A basic introduction to operating the monitor using its touch screen interface.
Procedure for setting the monitor's internal date and time for accurate records.
Verifying factory settings that match specific country requirements.
Ensuring users have necessary documentation before end-user handover.
Overview of the MP5 monitor's key features, measurements, and capabilities.
How to interact with screen elements, menus, and keys to operate the monitor effectively.
Explanation of permanent keys and SmartKeys for accessing monitor functions.
Description of the monitor's different operating modes like Monitoring, Demonstration, and Configuration.
How to switch and customize monitor display screens for different monitoring scenarios.
How to use the XDS solution to view the monitor screen on an external display.
How to activate a visitor screen to clear display while maintaining monitoring.
Explanation of predefined monitor configurations (profiles) and their impact on settings.
Overview of how monitor behavior and appearance are defined by various settings.
How to adjust individual measurement settings via their respective setup menus.
How to freeze waves on the screen and measure parts using cursors.
How labels distinguish measurements and automatically apply default settings.
Procedure for entering values measured by other equipment or manually.
How to adjust the monitor's screen brightness for optimal viewing and power saving.
Procedures for safely disconnecting the monitor from power sources.
How the MP5 functions as a multi-measurement module when connected to a host monitor.
Highlights new features and improvements introduced in Release G.0.
Highlights new features and improvements introduced in Release F.0.
Overview of patient alarms (red/yellow) and technical alarms (INOPs).
Explanation of how alarms are visually indicated on the monitor.
Description of audible alarm tones and their configurations.
Procedures for temporarily pausing or permanently switching off alarms.
How alarm limits are set and how they trigger alarms.
How to view and manage active alarms and INOPs in the Alarm Messages window.
How alarm indicators behave when alarms are not acknowledged.
How alarms behave when the monitor is switched on or off.
How to configure the monitor to trigger alarm recordings.
Steps to admit a patient, including entering demographic and operational data.
Expedited patient admission process when time or detailed information is limited.
Procedures for discharging a patient and clearing data.
How to transfer patient data between monitors or to the Information Center.
Procedures for handling discrepancies in patient data between connected devices.
How to group bedside monitors into Care Groups for enhanced monitoring.
How to view alarm status, bed name, and patient name for beds in a Care Group.
How to view waveform and numeric data from another bed on the network.
Importance of good skin contact for optimal ECG signal quality.
Steps for connecting ECG cables and patient cables to the monitor.
How to choose primary and secondary leads for HR and arrhythmia analysis.
Importance of correctly setting the Paced status for paced patients.
Visualizing an ECG optimized for monitoring a paced patient.
Overview of available ECG and arrhythmia alarms based on monitor configuration.
How to switch ECG alarms on/off and adjust alarm limits.
Important safety precautions related to ECG monitoring and interference.
Information on arrhythmia analysis, its functions, and options.
How to enable or disable arrhythmia analysis on the monitor.
Guidelines for selecting the most suitable ECG lead for arrhythmia monitoring.
Explanation of how arrhythmia information is displayed on the monitor screen.
How the monitor automatically relearns arrhythmia patterns.
How to switch arrhythmia alarms on/off and adjust their limits.
Introduction to ST segment analysis and its display.
How ST segment data is displayed, including numerics and ST index.
How to update ST baseline snippets for accurate trend analysis.
How to record ST segments and baselines.
Information about ST alarms, their limits, and how to manage them.
How to display ST maps to detect changes in ST values.
Introduction to QT/QTc interval monitoring and its importance.
How to select leads for QT monitoring and available modes.
Verifying QT algorithm accuracy by viewing current and baseline waves.
Information about QTc and ΔQTc high limit alarms.
Steps to access the menu for configuring pulse rate monitoring.
How to define the system pulse source for alarms and trending.
How to enable or disable the pulse numeric display.
How to change pulse rate alarm limits and configure alarm sources.
How to choose between ECG or Pulse as the active alarm source for HR/Pulse.
Guidance on selecting and familiarizing with SpO2 sensors before use.
Step-by-step instructions for correctly applying the SpO2 sensor.
How to connect SpO2 sensor cables and adapter cables.
Steps for selecting patient category and ensuring proper application site for measurement.
Understanding the signal quality indicator for reliable SpO2 readings.
Methods to assess the validity of SpO2 readings using signal quality and pleth wave.
How to adjust the averaging time for SpO2 calculations.
How to switch between Continuous and Manual modes for SpO2 measurement.
Specific alarms related to SpO2, including high/low limits and desaturation.
How to set high and low alarm limits for SpO2.
How to adjust the high priority Desat alarm limit.
How the Pleth wave is displayed and its relation to pulse volume.
Understanding the perfusion numeric as a quality indicator for SpO2.
How to configure SpO2/Pleth as the system pulse source.
How to enable tone modulation for SpO2 level drops.
How to set the volume for the QRS tone.
Explanation of the oscillometric method for NBP measurement.
Conditions under which NBP measurement may be inaccurate or impossible.
Overview of manual, auto, sequence, and STAT measurement methods.
Explanation of the NBP measurement reference methods (Auscultatory or Invasive).
Steps for preparing to measure NBP, including cuff connection and application.
Formula for correcting NBP measurements when the limb is not at heart level.
Explanation of the different NBP numeric displays and timestamps.
How to start and stop manual, auto, and STAT NBP measurements.
How to configure automatic NBP measurements and set repetition intervals.
How to set up sequential NBP measurements.
How to select the alarm source for NBP measurements (systolic, diastolic, mean).
How to enable or disable the pulse value derived from NBP.
Using the NBP cuff for sub-diastolic pressure during venous puncture.
Information on NBP transducer calibration requirements.
Steps for making temperature measurements using the predictive feature.
How to select the correct temperature label for the measurement site.
How to choose between Predictive and Continuous modes for temperature measurement.
Steps to make a temperature measurement, including probe selection and alarm settings.
How to select the temperature label to monitor and its associated settings.
How the monitor calculates and displays the difference between two temperature values.
Procedures for setting up the pressure measurement system, including flushing and positioning.
How to select the pressure label and its associated settings.
Procedures for zeroing the pressure transducer to ensure accurate readings.
How to compare and set the calibration factor for reusable transducers.
How to configure the display to show only the mean pressure value.
How to adjust the scale of the pressure wave display.
Using optimum scale to adjust wave display settings.
How to display and position a cursor on the pressure wave.
How the monitor suppresses artifacts during procedures like flushing or blood sampling.
How to select the alarm source for pressure measurements.
How extreme pressure alarms are configured and set.
How the monitor calculates Cerebral Perfusion Pressure (CPP).
How Pulse Pressure Variation (PPV) is calculated.
How the monitor measures carbon dioxide in expired gas.
Steps for preparing to measure mainstream CO2, including sensor zeroing.
Steps for preparing to measure sidestream CO2, including sensor zeroing.
How to use the sidestream sensor holder for mounting.
Information on the Microstream CO2 measurement method.
Guidance on using microstream accessories like FilterLine sets.
Steps for connecting the FilterLine and airway adapter for CO2 measurement.
How to prevent automatic zero calibration for CO2 measurements.
Common setup tasks for all CO2 measurements.
How to adjust the scale of the CO2 waveform.
How to apply corrections for humidity, gas, and agent affecting CO2 readings.
How to set high and low alarm limits for airway respiration rate.
Explains direct and indirect connection methods for combining devices.
Steps for manually pairing the monitor with a telemetry device.
How to assign a telemetry transceiver with SRR adapter to a monitor.
How to control telemetry devices and view/silence alarms from the bedside.
How to pause or turn off telemetry alarms.
Functions available for devices connected via Short Range Radio (SRR).
Telemetry functions valid for directly and indirectly connected devices.
Standard use models for combining monitors and telemetry devices.
Requirements for using the monitor with telemetry transceivers.
Information about the data transmitted to the Information Center via telemetry.
Steps to assign a new telemetry transceiver to the monitor.
How to end the pairing between a monitor and a telemetry device.
How to view trend data embedded in screens or in trend windows.
Explanation of pop-up keys for navigating and managing trends.
How to open and view graphic trend windows.
How to view vital signs trends in tabular format.
How trends configured on special monitor screens are displayed.
How to set the time period for screen trends.
How to change which trends are displayed on a screen.
How to activate and use the cursor in screen trend windows.
How to switch between tabular, graphic, histogram, and horizon views for screen trends.
Information on how trend data is stored in databases.
How to view trends in histogram format.
How to configure trend settings like groups, priorities, and scales.
How to adjust settings for individual segments within graphical trends.
How to change the scales for measurements within trend segments.
How to let the monitor automatically select an optimum scale for viewing trends.
How to add, remove, or reorder measurements in trend groups.
How to select the number of segments displayed in graphical trend windows.
Description of OxyCRG as a combination of three hi-res trend waves used in neonatal monitoring.
How to print hi-res trend wave reports, including VisibleWaves and OxyCRG Waves.
How to start hi-res trend wave recordings using templates.
Information stored for each event episode, including pre-time and post-time.
Explanation of pop-up keys for navigating stored events and performing tasks.
How to set manual or automatic event triggers based on values or conditions.
Information on the event database capacity, storage, and automatic deletion.
How to review all events or individual event episodes.
How the monitor combines and displays distinct events as combi-events.
How to access and interpret the event review window.
How to access and view detailed event episode information.
How to add commonly-used clinical notes to event episodes.
How to print or record events history or individual event episodes.
Explanation of event review and event episode recordings.
How to print or record event episode data.
A protocol for recognizing early signs and symptoms of sepsis.
How the orientation line shows available phases in ProtocolWatch windows.
How to temporarily suspend the protocol for 24 hours.
Conditions under which the Severe Sepsis Screening window reappears.
What happens when multiple infection signs are confirmed in screening.
How to enter lactate values and their implications for sepsis criteria.
How the monitor evaluates persistent hypotension as part of the sepsis protocol.
When authorized clinician review is recommended for sepsis criteria.
How to review and print the protocol log.
Importance of discharging patients to clear logs and reset timers.
How to start and stop recordings using SmartKeys and pop-up keys.
How to quickly start recordings using preconfigured templates or delayed start.
How to extend ongoing recordings or make them continuous.
Conditions under which recordings stop automatically or can be manually stopped.
How to record without a template, selecting specific waves and settings.
Details of settings for local and central recordings.
How an All ECG Waves recording is structured.
How to create and modify templates for commonly used recording types.
How ECG gain settings affect recorded ECG waves.
How recording priorities are managed (manual vs. automatic, alarm priority).
Explanation of the information printed on a sample recording strip.
Step-by-step instructions for reloading paper into the recorder.
Common recorder status messages and their possible causes.
How to start printing patient reports, including manual and automatic options.
How to stop current or queued report print jobs.
How to define ECG report layout and Auto Reports settings.
How to adjust appearance settings for individual print jobs.
How to check printer settings and enable/disable printers for reports.
Procedure for printing a test report.
How to enable or disable specific printers for report printing.
Explanation of dashed lines on reports indicating changed settings.
How to re-route reports when a printer is unavailable.
How to check report status and print jobs manually.
Common printer status messages and their possible causes.
Examples of different report printouts (Alarm Limits, Realtime, ECG).
How to access the Drug Calculator function.
How to perform drug calculations using pre-configured or non-specific drugs.
Explanation of the Rule of Six formula for quick drug calculations.
How to calculate doses for generic drugs when specific ones are not configured.
How to perform calculations for specific drugs, including patient category and weight.
How the Drip Table shows administered infusion amounts and remaining time.
How to view drug dosage at different infusion rates using the Titration Table.
How to record or print drug calculations.
How to view active timers on the Main Screen or in the Timer window.
Explanation of different timer types (Basic, Enhanced, Cyclic, No Limit).
Pop-up keys for activating and controlling timers.
How to configure timer settings like type, display color, and pop-up behavior.
How to select specific or non-specific labels for timers.
How to set the run time for timers.
How to change the direction of timer counting (up or down).
How timers notify expiry via color change, messages, or sound.
How to set the volume for timer notifications.
How to substitute a timer for a numeric display on the Main Screen.
Pop-up keys available when a timer is displayed on the Main Screen.
How to substitute a clock display for a numeric on the Main Screen.
How to view received laboratory data from the Information Center.
General precautions and recommendations for keeping the monitor clean and safe.
Instructions for cleaning the monitor, screen, and connectors.
Guidelines for disinfecting the monitor according to hospital policy.
Information regarding the non-recommendation of sterilizing the monitor.
How to clean, disinfect, and sterilize various monitoring accessories.
Instructions for cleaning monitor batteries and their compartment.
Understanding the battery LED and status information for power monitoring.
How battery status information is displayed on the main screen.
Accessing and interpreting the battery status window for detailed information.
How to print battery status information to a connected recorder.
How to print battery status information to a connected printer.
How to check the charge status of a monitor or standalone battery.
Step-by-step instructions for replacing the monitor's battery.
Tips for optimizing rechargeable battery performance and lifespan.
How adjusting display brightness affects battery power usage.
Instructions for charging the monitor's battery.
When and how to condition a battery for optimal performance.
Guidelines for storing batteries properly when not in use.
Crucial safety information regarding battery usage and handling.
Visual inspection guidelines for the monitor and its accessories before use.
How to inspect cables, power plugs, and connectors for damage.
Schedule of maintenance tasks and performance tests for qualified service professionals.
Guidance on identifying and resolving measurement or system-wide problems.
Procedures for appropriate disposal of the monitor and its components.
Instructions for safely disposing of empty calibration gas cylinders.
Information on ECG and Respiration accessories, including recommended cables.
Details on NBP cuffs, tubings, and kits for different patient categories.
List of transducers, accessories, and sensor kits for invasive pressure monitoring.
Information on SpO2 sensors, adapter cables, and compatible devices.
Information on temperature probes and disposable covers.
List of accessories for mainstream CO2 measurement.
List of accessories for sidestream CO2 measurement.
Information on microstream CO2 accessories and their usage.
Information on the telemetry interface cable.
Details on battery chargers and conditioners.
Description of the monitor's intended use and limitations.
Contact information and website for Philips.
Explanation of symbols used on the monitor and equipment.
Crucial safety information regarding electrical installations and connections.
Information on the placement and types of monitor connectors.
Description of the measurement connectors on the left side of the monitor.
Description of the connectors and compartments on the right side of the monitor.
Importance of configuring the correct altitude for CO2 measurements.
Compliance of the monitor with Medical Device Directive 93/42/EEC.
Compliance with EMC and radio regulations (FCC, Industry Canada, etc.).
Standards and requirements for using the monitor during patient transport.
Key physical dimensions and weight specifications of the monitor.
Operating and storage conditions for temperature and humidity.
Detailed performance specifications for power, indicators, sounds, trends, and events.
Technical specifications for various monitor interfaces like MSL, MIB/RS232, and ECG Sync.
Technical details for the integrated SVGA display.
List of compatible displays and network adapters.
Detailed specifications for the M4605A battery.
Comprehensive specifications for ECG, Arrhythmia, ST, QT, Respiration, SpO2, NBP, and CO2 measurements.
Detailed performance metrics and ranges for ECG, Arrhythmia, ST, and QT monitoring.
Detailed performance metrics and ranges for respiration monitoring.
Detailed performance metrics and ranges for SpO2 monitoring.
Detailed performance metrics and ranges for NBP measurements.
Detailed performance metrics and ranges for invasive pressure monitoring.
Performance specifications for temperature measurements.
Performance specifications for predictive temperature measurements.
Performance specifications for microstream CO2 measurements.
Performance specifications for mainstream CO2 measurements.
How gases and vapors can affect CO2 measurement values.
Overview of safety and performance tests, including EMC specifications.
Specifications related to electromagnetic compatibility and emissions.
Precautions to avoid electromagnetic interference affecting respiration measurement.
Immunity levels of the monitor to electromagnetic fields.
Recommended distances from RF communication equipment to prevent interference.
Default settings specific to different countries, including line frequency, units, and cable colors.
Default settings for alarms and various measurements across patient categories.
Default settings for ECG, arrhythmia, ST, and QT monitoring parameters.
Default settings for pulse monitoring and alarms.
Default settings for respiration monitoring and alarms.
Default settings for SpO2 monitoring, alarms, and pulse.
Default settings for NBP monitoring, alarms, and measurement parameters.
Default settings for temperature monitoring, including limits and color.
Default settings specific to predictive temperature measurements.
Default settings for invasive pressure monitoring, including alarms and parameters.
Default settings for CO2 monitoring, including alarms and measurement parameters.
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