How to switch on pressure measurement on Philips Control Unit?
If the Philips Control Unit displays 'switch on first', it means the pressure measurement is off. To turn it on, go to the Setup Pressure menu and select the pressure's label.
What to do if Philips IntelliVue X2 Control Unit is unable to zero and timed out?
If the Philips Control Unit is unable to zero and the process times out, try pressing the Zero key again. If that doesn't work, replace the transducer and adapter cable. If the issue persists, contact your service personnel.
What to do if Philips Control Unit can’t zero because no transducer?
If the Philips Control Unit can't zero because no transducer is detected, first, ensure the transducer is properly connected. If the problem persists, try exchanging the adapter cable. If it still fails, exchange the transducer itself.
General| Brand | Philips |
|---|---|
| Model | IntelliVue X2 |
| Category | Control Unit |
| Language | English |
Introduction to basic monitor operation using the touchscreen interface.
Overview of the IntelliVue X2 patient monitoring device.
Overview of the X2 monitor's physical controls, indicators, and connectors.
Detailed explanation of the X2's controls, LEDs, and keys.
How to operate the monitor using the touchscreen and physical keys.
Interaction methods for the touchscreen interface and measurement setup menus.
Description of the different operating modes: Monitoring, Demonstration, Configuration, Service.
How profiles adapt monitor configuration to different monitoring situations.
Initial steps after switching on the monitor to begin patient monitoring.
How the X2 functions when connected to a host monitor as a multi-measurement module.
Explanation of visual cues for alarms, including messages, flashing numerics, and alarm lamps.
How audible alarms function and can be configured based on hospital standards.
Procedure for acknowledging alarms using the Silence key or by removing the cause.
Temporarily pausing or switching off alarms, especially during patient movement.
Setting conditions that trigger yellow and red limit alarms for measurements.
How to change individual measurement alarm limits via the setup menu.
Viewing active and historical alarms and INOPs in the Review Alarms window.
Lists patient alarms, their source, condition, and indication.
Lists technical alarms (INOPs), their source, and recommended actions.
Process of admitting a patient, entering physiological data and settings.
Procedure for discharging a patient and clearing data.
Moving a monitored patient to another location without interrupting data collection.
Identifying and resolving discrepancies in patient data across connected devices.
Proper skin preparation techniques for good ECG signal quality.
Choosing primary and secondary leads for HR and arrhythmia analysis.
Explanation of the ECG display elements, including heart rate and pacer spikes.
How to optimize ECG display for monitoring patients with pacemakers.
Configuring pace pulse rejection to correctly count QRS complexes.
Overview of ECG and arrhythmia alarms, depending on measurement and option enabled.
How to switch ECG alarms on/off and change high/low alarm limits.
Safety precautions related to ECG monitoring, defibrillation, and electrosurgery.
How arrhythmia analysis provides information on patient's rhythm and ectopics.
Turning arrhythmia analysis on or off and understanding its effect on alarms.
Selecting suitable ECG leads for accurate arrhythmia monitoring.
Explanation of beat labels and rhythm status messages on the arrhythmia display.
Display of rhythm and ectopic status messages indicating patient's condition.
How arrhythmia alarms are detected, generated, and applied.
Specific short yellow alarms for arrhythmia-related patient conditions.
How the monitor performs ST segment analysis and displays elevations/depressions.
Explanation of ST value calculation based on ISO, J, and ST points.
Positioning ISO, J, and ST points for accurate ST segment measurement.
How ST alarms are triggered and managed based on alarm limits.
Displaying multi-axis portraits of ST values to detect changes.
Monitoring QT/QTc intervals to detect prolonged QT interval syndrome.
Information on QTc high limit and ΔQTc high alarms.
Selecting the system pulse source for monitoring and alarm generation.
Changing pulse rate alarm limits in the ECG/Pulse Alarms menu.
Choosing ECG or Pulse as the active alarm source to avoid simultaneous alarms.
Importance of patient skin preparation and ECG cable sets for Resp measurement.
How the respiration rate is displayed as a continuous wave and numeric.
Setting the time delay before the monitor alarms for apnea.
Safety precautions and limitations for respiration measurement.
Information on selecting and using SpO2 sensors and adapter cables.
Steps for correctly applying the SpO2 sensor to the patient.
Selecting patient category and ensuring proper application site for SpO2 measurement.
Using the signal quality indicator to assess the reliability of SpO2 values.
Methods to assess the validity of SpO2 readings using indicators and waveforms.
Specific alarms for SpO2, including high/low limits and desaturation alarms.
Setting high and low alarm limits for SpO2 measurements.
Setting the Desat alarm for life-threatening drops in oxygen saturation.
Explanation of the oscillometric method for measuring Non-Invasive Blood Pressure (NBP).
How to start and stop NBP measurements, with safety precautions.
Selecting the source (Systolic, Diastolic, Mean) for NBP alarm conditions.
Steps for selecting probes, connecting cables, and applying the temperature probe.
Choosing a temperature label to tell the monitor which temperature to monitor.
Steps for plugging in the pressure cable, preparing flush solution, and flushing the system.
Choosing a pressure label to monitor, which sets stored parameters and algorithms.
Procedure for zeroing the pressure transducer to ensure accurate readings.
Comparing and setting the calibration factor for reusable transducers.
Selecting the source (systolic, diastolic, mean) for pressure alarm conditions.
Performing mercury calibration for reusable transducers.
Steps for preparing to measure mainstream CO2, including adapter and zeroing.
Measuring CO2 using the monitor option or M3014A Capnography Extension.
Steps for preparing to measure sidestream CO2, including filter lines and adapters.
Measuring CO2 using the M3016A Mainstream CO2 Extension.
Adjusting etCO2 alarm settings, including limits and on/off status.
Methods for combining monitor and telemetry device data for patient monitoring.
Assigning a telemetry device with an SRR adapter directly to a monitor.
How patient data collected over time is displayed graphically or tabularly.
Navigating and viewing trends data using cursors and pop-up keys.
Using pop-up keys to start and stop recordings.
Types of recordings (Delayed, Alarm, Realtime) and their configurations.
Creating templates for commonly used recording settings.
How to print patient reports manually or set up automatic printing.
Defining ECG report layout and Auto Reports settings in Configuration Mode.
Adjusting appearance of individual print jobs, including report type, size, and orientation.
General precautions for keeping the monitor, cables, and accessories clean and safe.
Procedures for cleaning the monitor, including the screen and connectors.
Hospital policy guidelines for disinfecting the monitor.
Requirement to always insert a Philips M4607A battery when monitoring.
Using battery LED and status information to track power status.
Critical safety warnings regarding battery handling, disposal, and usage.
Schedule of maintenance tasks and performance tests for Philips-qualified professionals.
Steps to diagnose individual measurement or system-wide problems.
Lists of ECG and Respiration accessories, including recommended trunk cables.
NBP cuffs, disposable cuffs, and reusable cuff kits with part numbers.
Lists accessories for Philips SpO2 technology, including reusable and disposable sensors.
Probes and accessories for temperature measurement.
Battery charger, conditioner, and size adapter.
Describes the monitor's intended use by healthcare professionals for patient monitoring.
Warnings and precautions related to connecting multiple instruments and medical devices.
Compliance with Medical Device Directive and various international standards.
Compliance with Canadian ICES-001 and FCC Rules for radio frequency emissions.
Key performance specifications for the X2 monitor, including power and battery.
Details on measurement link, ECG sync pulse output, and wireless interface specifications.
Physical, performance, environmental, and safety specifications for the M4607A battery.
Default settings and performance specifications for ECG, Arrhythmia, ST, and QT.
Performance specifications for ECG, Arrhythmia, ST, and QT measurements.
Range, accuracy, resolution, bandwidth, and noise specifications for respiration.
National regulations and requirements for testing personnel and facilities.
Monitor suitability for specific electromagnetic environments based on immunity tests.
Performance specifications for invasive pressure and pulse rate measurements.
Performance specifications for Microstream CO2 measurements.
Monitor suitability for electromagnetic environments based on emissions tests.
Default settings for line frequency, units, and ECG cable color by country.
Factory default settings for alarms and measurements.
Factory default settings for ECG, Arrhythmia, ST, and QT monitoring parameters.
Factory default settings for pulse monitoring and alarms.
Factory default settings for respiration monitoring and apnea alarms.
Factory default settings for SpO2 monitoring, alarms, and pulse.
Factory default settings for NBP measurement, alarms, and overpressure.
Factory default settings for invasive pressure and pulse measurements.
Factory default settings for CO2 measurements, including alarms and corrections.
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