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xtravisSep 6, 2025
What to do if Resvent Medical Equipment displays low PEEP?
- KKendra AllenSep 6, 2025
If the Resvent Medical Equipment displays low PEEP, check the patient tubing for leakage and perform a system check to test for leakage.
What to do if Resvent Medical Equipment displays low PEEP?
If the Resvent Medical Equipment displays low PEEP, check the patient tubing for leakage and perform a system check to test for leakage.
What to do if Resvent Medical Equipment shows high pressure?
If the Resvent Medical Equipment displays a high pressure warning, check the patient, adjust the pressure alarm limit, and inspect the breathing circuit and flow sensor tubes for any kinks or occlusions. If the issue persists and the ventilator enters the ambient state, provide alternative ventilation.
What to do if Resvent iHope RS shows low pressure?
If the Resvent Medical Equipment indicates low pressure, check the patient, verify the ventilation parameter setup and alarm limits. Also, check the patient tubing for leaks or disconnections.
What to do if Resvent iHope RS Medical Equipment displays pressure limited in sigh cycle?
If the Resvent Medical Equipment displays pressure limited in sigh cycle, check parameter settings, including pressure high alarm limit setting.
What to do if Resvent iHope RS pressure sensor test fails?
If the Resvent Medical Equipment pressure sensor test fails, check if the Y piece is occluded and its sampling tubes are correctly connected.
What to do if Resvent iHope RS displays battery1 recharge failed, temperature low?
If the Resvent Medical Equipment indicates that Battery1 recharge failed due to low temperature, connect it to the external power supply and wait for the machine to return to normal temperature.
What to do if Resvent Medical Equipment displays patient circuit occluded?
If the Resvent Medical Equipment indicates the patient circuit is occluded, check and clean the breathing circuit and the expiration valve.
What to do if Resvent iHope RS Medical Equipment displays high PEEP?
If the Resvent Medical Equipment displays high PEEP, check the patient and confirm that the ventilator and alarm settings are appropriate.
What to do if Resvent iHope RS shows technical fault (1058)?
Restart the machine. If it can't be solved, contact your service providers.
What to do if Resvent Medical Equipment shows high frequency?
If the Resvent Medical Equipment displays a high frequency, check the patient for adequate ventilation and adjust the high frequency alarm limit.
General safety information and definitions of WARNING, CAUTION, and NOTE.
Describes critical warnings for safe operation and usage of the ventilator.
Provides cautions for preventing damage or injury during ventilator use.
Offers notes for additional information and important considerations.
Explains symbols used on ventilator and battery labels for interpretation.
Defines the ventilator's purpose and intended areas of use for neonate, pediatric, and adult patients.
Lists situations where noninvasive ventilation is not recommended.
Describes potential side effects associated with noninvasive ventilation.
Details the physical aspects and components of the ventilator system.
Illustrates the front view of the ventilator with its breathing circuit and accessories.
Describes the controls, indicators, and other parts of the main ventilator unit.
Provides instructions for installing the patient tubing support arm on the ventilator trolley.
Details the process of assembling and connecting the patient breathing circuit.
Guides on how to properly install and use the humidifier with the ventilator.
Explains the steps for installing and using the nebulizer function.
Provides instructions for connecting high-pressure and low-pressure oxygen sources.
Details the procedure for securely installing the gas cylinder onto the trolley base.
Explains the installation of the O2 cell, its consumable nature, and calibration needs.
Guides on connecting the ventilator to the primary AC power source.
Provides instructions for checking battery charge levels and understanding battery status.
Details the layout and components of the ventilator's main screen display.
Explains how to access and view real-time pressure, flow, and volume waveforms.
Describes how to view and select different types of real-time pressure-volume loops.
Explains how to view numeric patient data and configure monitored parameters.
Details how to view rolling 72-hour trend data, including graphics and tables.
Explains how graphic trends record parameter values and alarm events over time.
Describes viewing patient monitored data and events in a tabular format.
Explains how the event log window shows clinically relevant ventilator occurrences.
Describes the freeze function to pause real-time refreshing of waveforms and loops.
Explains how to capture and save screen images in BMP format.
Details how to enter locked status to disable screen controls and unlock the screen.
Instructions for setting the system date, time, and their respective formats.
Configuration options for the ventilator's screen display settings.
Adjusting the screen brightness level for optimal visibility and battery saving.
Options for customizing the display of waveforms and value counts on the screen.
Procedures for exporting screen captures and patient data via USB.
Steps to export captured screen images to a USB device.
How to export patient demographics, settings, and trend data.
Instructions for exporting and importing system settings via USB.
Configuration of fundamental ventilation parameters and patient-specific settings.
Setting the inspiratory time or the inspiratory to expiratory time ratio.
Setting the tidal volume or ideal body weight ratio for ventilation calculations.
Setting the ideal body weight or patient height for default parameter calculations.
Configuring the apnea ventilation mode as Volume Control or Pressure Control.
Adjusting oxygen enrichment levels for different patient types during suctioning.
Enabling or disabling the monitoring of patient's inhaled gas oxygen concentration.
Selecting the desired oxygen source for ventilator operation.
Changing the system language for the ventilator interface.
Configuring pressure units and weight units for measurements.
Accessing information about system software version, configuration, and maintenance.
Step-by-step guide for powering on the ventilator and initial system checks.
Procedure for running the system check before patient use, including warnings.
Instructions for setting up patient information, including category, gender, and type.
Describes the two ventilation types: invasive and non-invasive.
Explains invasive ventilation and lists enabled modes for dual-limb systems.
Defines NIV and lists enabled modes for single-limb systems.
Steps to set the ventilation type to NIV or Invasive.
Overview of ventilation modes and parameter setup procedures.
Detailed guide for setting up ventilation modes and their associated parameters.
Explanation of the apnea ventilation backup mode and its settings.
Information on configuring and enabling the sigh function for ventilation.
Description of Volume-Controlled Ventilation mode and its settings.
Description of Pressure Controlled Ventilation mode and its settings.
Description of Pressure Regulated Volume Controlled Ventilation mode and its settings.
Description of Volume Controlled Synchronized Intermittent Mandatory Ventilation mode.
Description of Pressure Controlled Synchronized Intermittent Mandatory Ventilation mode.
Description of Pressure Regulated Volume Controlled Synchronized Intermittent Mandatory Ventilation mode.
Description of Continuous Positive Airway Pressure/Pressure Support Ventilation mode.
Description of Bilevel Positive Airway Pressure mode and its settings.
Description of Airway Pressure Release Ventilation mode and its settings.
Explanation of the ramp function for gradual pressure increase in ventilation.
Description of Spontaneous/Timed mode for single-limb non-invasive ventilation.
Description of Volume Support Ventilation mode for single-limb non-invasive ventilation.
Description of Proportional Pressure Support Ventilation mode for single-limb non-invasive ventilation.
Instructions for setting up synchronized tube resistance compensation (STRC).
Details the automatic leak compensation function and its impact on ventilation.
Steps to initiate ventilation after setup, including oxygen concentration checks.
How to enter standby mode to safely suspend ventilation or adjust settings.
Procedure for powering down the ventilator system safely.
Overview of ventilator alarms, their indication, and purpose.
Classification of alarms into physiological, technical, and prompt message types.
Explanation of alarm priorities (high, medium, low) and required actions.
Details the visual and audible signals used to indicate alarms.
Describes the color and flashing patterns of the alarm lamp based on priority.
Explains the different alarm tone patterns and their corresponding priorities.
Details how alarm messages appear, including background color and priority indicators.
How measured parameter numerics flash during alarm limit violations.
Explanation of symbols indicating alarm status, such as audio paused or multiple alarms.
Instructions for setting the alarm volume and minimum alarm volume.
How to access and view active or inactive alarms in the Alarm List window.
Guidelines for setting alarm limits to prevent patient injury and ensure system functionality.
Configuration of the nurse call function to output alarm signals to a nurse call system.
Procedures for responding to various alarm conditions and equipment malfunctions.
Instructions for pausing audible alarms and the implications of this function.
How to disable alarms, with warnings about potential patient endangerment.
Procedures for running alarm tests to verify their operation during start-up and use.
Procedure to test the Low PEEP alarm activation.
Steps to test the Patient Circuit Occluded alarm.
Procedure to test the High Oxygen alarm activation.
Steps to test the Low Oxygen alarm activation.
Procedure to test the Running on Internal Battery alarm.
Steps to test the Loss of Power alarm and battery shutdown.
Procedure to test the High Pressure alarm activation.
Steps to test the Low Pressure alarm activation.
Procedure to test the High Tidal Volume alarm activation.
Steps to test the Low Tidal Volume alarm activation.
Procedure to test the Low Minute Volume alarm activation.
A table listing alarm messages, definitions, and suggested corrective actions.
Describes the O2 enrichment function for increasing oxygen concentration.
Explains the use of the suctioning tool and its interaction with other functions.
Procedure for delivering a manually triggered breath during exhalation.
Instructions for performing an inspiratory hold maneuver.
Instructions for performing an expiratory hold maneuver.
Details on using the nebulization function for medication delivery.
Explains the P0.1 maneuver to determine neuromuscular drive to breathe.
Describes the Negative Inspiratory Force (NIF) maneuver.
Explains the Intrinsic PEEP (PEEPi) maneuver for measuring PEEPi and Vtrap.
Details the PV tool method for recording pressure/volume curves.
Describes O2 therapy for increasing airway oxygen concentration.
General instructions and warnings related to ventilator maintenance procedures.
Procedures for routine maintenance to prevent contamination and ensure proper operation.
Guidance on battery care, inspection, replacement, and storage.
Recommendations for regular battery inspection and use to maximize lifespan.
Steps for checking battery performance and identifying potential defects.
Procedure for conditioning batteries to maintain charge and performance.
Guidelines for storing batteries properly to prevent over-discharge and maintain charge.
Information on proper battery disposal and recycling procedures.
Procedure for zeroing pressure and flow sensors in standby mode.
Steps for calibrating the flow sensor to ensure accurate measurements.
Procedure for calibrating the oxygen cell for accurate oxygen concentration readings.
Guidelines for performing electrical safety inspections on the ventilator.
Details on cleaning and disinfecting methods, including wiping, immersion, and autoclaving.
Instructions for disassembling and reassembling specific ventilator parts.
Steps for disassembling and installing the expiration valve assembly and membrane.
Procedure for disassembling and installing the inspiratory valve assembly.
Instructions for removing and installing HEPA and air intake dust filters.
Procedure for disassembling and installing the cooling fan dust filter.
Guidelines for handling and installing patient tubing, including bacterial filter care.
Information on disassembling and installing the humidifier assembly.
Instructions for disassembling and installing the nebulizer.
Provides dimensions and weight specifications for the ventilator and trolley.
Specifies operating and storage conditions for temperature, humidity, and altitude.
Details input power, classification, and battery specifications for the ventilator.
Provides specifications for oxygen inlets, air supply, and respiratory circuit resistance.
Details control settings for timing, pressure, and flow triggers, with accuracy data.
Lists measured and computed variables, including their ranges, resolutions, and accuracies.
Compares features and modes available across different ventilator models (RS300, RS200, RS100).
Lists the default parameter settings for various ventilation modes.
Identifies residual risks associated with battery charging and system design.
Provides technical data on flow delivery, dynamic pressure regulation, and start-up time.
Describes the differences and disassembly/assembly of the neonatal expiration valve.
Steps for installing neonatal tubing, including filters and flow sensors.
Refers to the general system check procedure for neonatal ventilation.
Instructions for starting ventilation in neonatal mode.
Describes backup ventilation procedures in case of neonatal flow sensor error.
Instructions for calibrating the neonatal flow sensor.
Explains control settings for neonatal ventilation, noting similarities to adult parameters.
Lists monitored parameters specific to neonatal ventilation.
General| Pressure Range | 4-20 cmH2O |
|---|---|
| Humidification | Integrated heated humidifier |
| Power Supply | 100-240 V AC, 50/60 Hz |
| Therapy Mode | CPAP, Auto CPAP |
| Data Storage | SD Card |
| Operating Altitude | Up to 8, 000 feet |
| Display | Color LCD touchscreen |
| Type | CPAP device |
