What to do if my EDAN iM70 Medical Equipment shows 'PRESSURE OVER RANGE, FAIL'?
If your EDAN Medical Equipment displays 'PRESSURE OVER RANGE, FAIL', ensure the stopcock is vented to the atmosphere. If the issue continues, it may require professional attention from a service technician.
What to do if EDAN iM70 displays 'PULSATILE PRESSURE ZERO FAIL'?
If you encounter 'PULSATILE PRESSURE ZERO FAIL' on your EDAN Medical Equipment, ensure the transducer is vented to air and not connected to a patient. Then, try the zeroing process again.
What to do if my EDAN Medical Equipment shows 'Art ZERO FAIL'?
If your EDAN Medical Equipment displays 'Art ZERO FAIL', make sure that the transducer is not attached to the patient.
What to do if EDAN iM70 Medical Equipment displays 'Art SENSOR OFF, FAIL'?
If your EDAN Medical Equipment displays 'Art SENSOR OFF, FAIL', ensure the transducer is properly connected and not off. Then, proceed with the zeroing process.
General| Brand | EDAN |
|---|---|
| Model | iM70 |
| Category | Medical Equipment |
| Language | English |
Defines the monitor's purpose for monitoring physiological parameters in hospital environments.
Provides critical safety warnings and precautions for operating the patient monitor.
Guide to interacting with the monitor's screen elements and menus.
Description of different operating modes like Demo, Standby, Night, Privacy, NFC.
Measures to protect personal health information and device performance.
Strategies for safeguarding personal health information and device security.
Configuring network security settings like passwords and firewalls.
Step-by-step guide to connecting the monitor to a wireless network.
Classification of alarms into physiological, technical, and prompts.
Description of alarms triggered by patient physiological parameters.
Description of alarms triggered by device technical status.
Classification of alarms into high, medium, and low severity levels.
Managing alarm settings including switch, record, level, and limit.
How to configure alarm settings for individual parameters.
Details of physiological alarms, their causes, and alarm levels.
Details of technical alarms, their causes, and action taken.
Steps for entering patient information for safe and accurate operation.
How patient category and pace settings affect algorithms and alarms.
Editing and managing patient data stored on the monitor.
Crucial safety warnings related to ECG monitoring procedures and accessories.
Understanding the ECG display elements like lead name and filter settings.
General steps for performing ECG monitoring.
Details on electrode placement for 3, 5, 6, and 10 electrode systems.
Navigating the ECG setup menu for various configurations.
Choosing the source for heart rate alarms (HR, PR, or AUTO).
Features and setup for 12-lead ECG monitoring.
Performing automatic ECG analysis for 12-lead data.
Analysis of ST segment elevations and depressions.
Enabling or disabling ST analysis and its alarm settings.
Procedure for positioning ST and ISO measurement points.
Configuring ST alarm modes, levels, limits, and delay.
Detecting and analyzing heart rate and rhythm changes for arrhythmia.
Algorithm for monitoring paced/non-paced patients and generating alarms.
Switching ARR analysis on/off and configuring alarm settings.
Configuring individual ARR alarms, levels, and thresholds.
Measuring QT interval to detect extended QT interval syndrome.
Factors affecting QT analysis accuracy.
Setting a QTc baseline for ΔQTc value calculation.
Configuring QTc and ΔQTc alarms and their thresholds.
Critical safety warnings for respiration monitoring.
Correct patient skin preparation and electrode placement for RESP.
Setting the delay time for apnea alarms.
Critical safety warnings for SpO2 sensor use and application.
Procedure for applying and measuring SpO2 accurately.
Factors that can affect SpO2 measurements or cause pulse signal loss.
Using pleth wave quality and SpO2 value stability to assess readings.
Managing SpO2 alarms using SatSeconds technique.
Selecting SpO2 or arterial pressure as the PR source.
Choosing HR or PR as the active alarm source to avoid simultaneous alarms.
Critical safety warnings and precautions for NIBP measurements.
Conditions under which NIBP measurements may be inaccurate or impossible.
Explanation of Manual, Auto, Continuous, and Sequence measurement modes.
Detailed steps for obtaining accurate NIBP measurements.
Critical safety warnings for temperature probe handling and use.
Critical safety warnings for accurate quick temperature measurements.
Step-by-step guide for oral, rectal, and axillary temperature measurements.
Procedure for taking oral temperature measurements correctly.
Critical safety warnings for invasive blood pressure monitoring.
Preparatory steps for accurate invasive blood pressure measurements.
Procedure for zeroing the pressure transducer to ensure accuracy.
Critical safety warnings for CO2 monitoring procedures and environment.
General procedures for CO2 monitoring setup and operation.
Steps for zeroing the CO2 sensor for accurate measurements.
Critical safety warnings for Cardiac Output monitoring procedures.
Procedures for preparing and performing Cardiac Output measurements.
Detailed steps for performing Cardiac Output measurements.
General safety warnings for AG monitoring modules.
Specific safety warnings for the EDAN G7 AG module.
Specific safety warnings for the Masimo ISA AG analyzer.
Specific safety warnings for the Dräger AG Minimodule.
Specific safety warnings for the Masimo IRMA AG module.
Procedures for monitoring anesthetic gases with different modules.
Steps for monitoring anesthetic gases using the G7 module.
Steps for monitoring anesthetic gases using the Masimo ISA module.
Steps for monitoring anesthetic gases using the Dräger Minimodule.
Steps for monitoring anesthetic gases using the Masimo IRMA module.
Viewing trend data in graphical format, selecting parameters and time spans.
Reviewing past alarm events, selecting event types and time indexes.
Reviewing ST segment data for individual leads or overlapped segments.
Performing drug dosage calculations based on patient data.
Steps for using the drug calculation function.
Calculating hemodynamic parameters like CI, BSA, SV, SVI.
Steps for accessing and performing hemodynamic calculations.
Calculating oxygenation parameters like VO2, Ca-vO2, O2ER.
Steps for accessing and performing oxygenation calculations.
Calculating ventilation parameters like FiO2, RR, VT, PAO2.
Steps for accessing and performing ventilation calculations.
Calculating renal function parameters like urine urea nitrogen clearance.
Steps for accessing and performing renal function calculations.
Procedures for starting and stopping various types of recording.
Procedures for printing various types of patient reports.
Managing data storage settings and options.
Critical safety precautions for handling and using the rechargeable battery.
Procedures for cleaning the monitor and its reusable accessories.
Steps for surface cleaning the monitor's exterior and screen.
High-level and low-level disinfection procedures for accessories.
Steps for disinfecting the monitor's exterior and display.
Overall safety checks and inspection items for the monitor.
Scheduled maintenance and testing tasks for service professionals.
Detailed ECG specifications including lead modes, sensitivity, and bandwidth.
Specifications for respiration monitoring, including accuracy and apnea settings.
Specifications for Non-Invasive Blood Pressure measurements.
Specifications for Pulse Oxygen Saturation measurements.
Specifications for Invasive Blood Pressure measurements.
Specifications for End-Tidal CO2 monitoring.
Specifications for Cardiac Output monitoring.
Specifications for Anesthetic Gas monitoring.
Specifications for sidestream AG monitoring modules.
Guidance on electromagnetic emissions and compliance levels.
Guidance on electromagnetic immunity and compliance levels.
Default settings for alarm pause time, sensor off, and alarm latch.
Default ECG alarm settings for ADU, PED, and NEO patient types.
Default RESP alarm settings for ADU, PED, and NEO patient types.
Default SpO2 alarm settings for ADU, PED, and NEO patient types.
Default NIBP alarm settings for ADU, PED, and NEO.
Default CO2 alarm settings for ADU, PED, and NEO.
Default Cardiac Output alarm settings for ADU, PED, and NEO.
Default Anesthetic Gas alarm settings for ADU, PED, and NEO.
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