Why inspiratory or expiratory hold do not end immediately on Magnamed Fan?
If the inspiratory or expiratory hold does not end as soon as the respective button is released on your Magnamed Fan, it indicates that the minimum set pause time is longer than desired. Press the ADVANCED MENU button and reset the minimum pause time.
What to do if Magnamed Fan shows disconnect alarm?
If the Magnamed Fan triggers a disconnect alarm, it could be due to several reasons: * A disconnection in the respiratory circuit: Locate the disconnect point and firmly connect all parts of the breathing circuit. * Lack of inspiratory flow: Check for inspiratory flow and increase it if necessary. * Alteration of the patient's respiratory mechanics: Establish adequate parameters for ventilatory support. * Incorrectly placed or damaged integrated valve diaphragm: Replace or correctly position the diaphragm. If none of these resolves the issue, it may be due to a failure of the electronic control system, requiring you to contact technical assistance.
Why does my Magnamed Fan keep alarming high pressure?
A high-pressure alarm on your Magnamed Fan can be triggered by several factors: * Alteration of the patient's respiratory mechanics: Establish adequate parameters for ventilatory support. * Obstruction in the expiratory branch of the respiratory circuit or in the integrated valve: Clear any obstruction or reposition the integrated valve diaphragm. * Obstruction of the patient's airway: Unclog or aspirate the patient's airway. * Monitored inspiratory pressure is higher than expected: Check the inspiratory pressure (absolute) setting, which is the sum of the controlled (relative) pressure and PEEP. * Tube Compensation is on: Turn off or reconfigure tube compensation.
Why is the electrical network alarm on my Magnamed FlexiMag Max 700 Fan activated?
The electrical network alarm on your Magnamed Fan may activate due to a disconnected power cord. Ensure the power cord is properly connected to the equipment. If you are using it during in-hospital transport, verify that there is sufficient battery power. The alarm can also be triggered by a power failure, so try to reestablish a power source.
What causes the low pressure alarm on the Magnamed FlexiMag Max 700 Fan?
The low-pressure alarm on the Magnamed Fan can be triggered by: * Alteration of the patient's respiratory mechanics: Establish adequate parameters for ventilatory support. * Excessive leakage in the respiratory circuit: Locate and correct the leak.
Why events cannot be viewed on my Magnamed Fan?
If events cannot be viewed on your Magnamed Fan, it is because there is still no loaded trend curve. Select a trend range before attempting to query the events.
How to adjust scaling of curves and ventilation loops on Magnamed FlexiMag Max 700 Fan?
If the curves and/or ventilation loops appear with inadequate scaling or tracing speed on your Magnamed Fan, it's likely because the automatic adjustment of scales or graphic speed is off. Tap on the graph screen and select the automatic adjustment in the corresponding window.
Why can't I activate automatic alarm adjustment on Magnamed FlexiMag Max 700?
If you cannot activate automatic alarm adjustment on your Magnamed Fan, it is likely because the equipment is in standby mode. Automatic adjustment of alarms can only be calculated with the ventilator cycling. Press the STAND BY button for 2 seconds to remove the ventilator from standby mode, wait for the ventilation to stabilize, and then activate the automatic adjustment.
What causes integrated valve test failure on Magnamed Fan?
An integrated valve test failure on the Magnamed Fan can occur if the respiratory circuit output was not obstructed. Restart the ventilator and redo the autotest with the respiratory circuit obstructed. Another cause may be the integrated valve diaphragm; reposition it, restart the equipment, and redo the autotest.
How to fix incorrect PEEP control on Magnamed FlexiMag Max 700 Fan?
If you're experiencing incorrect control of PEEP with your Magnamed Fan, it could be due to the calibration of the integrated valve. Try restarting the equipment and calibrating the integrated valve.
Defines key terms like WARNING, ATTENTION, and Observations used in the manual.
Provides critical safety information regarding equipment use, operation, and potential hazards.
Highlights important operational considerations and maintenance requirements.
Notes important technical specifications and product information.
Specifies the intended use and patient population for the FlexiMag Max ventilator family.
Explains the core operational modules and how the ventilator functions.
Lists key features and capabilities of the FlexiMag Max ventilator system.
Details the hardware and interface specifications of the ventilator.
Describes the integrated safety mechanisms of the ventilator.
Steps to verify the product's integrity and packaging before use.
Identifies all items included in the ventilator package.
Lists optional components and accessories available for the ventilator.
Diagram and labels identifying components on the front panel of the ventilator.
Diagram and labels identifying components on the back panel of the ventilator.
Identifies connectors and ports located at the bottom of the display unit.
Step-by-step instructions for assembling the ventilator and its accessories.
Guidelines for safely connecting the ventilator to the electrical power supply.
Essential checks to perform before operating the ventilator for patient use.
Procedure for powering on and initiating the ventilator for patient ventilation.
Accessing advanced settings, calibrations, and system information via a password.
Overview of the main ventilation screen interface and its areas.
Common occurrences, probable causes, and proposed solutions for ventilator issues.
Procedures for cleaning external surfaces of the ventilator.
Detailed procedures for cleaning, disinfecting, and sterilizing ventilator components.
Table summarizing processing methods for various ventilator components.
Daily checks and scheduled maintenance tasks for the ventilator.
Procedures for maintaining and replacing key components like consumables and batteries.
Instructions for maintaining water collectors, mesh filters, and O2 concentration cells.
Regulatory classification and applicable standards for the ventilator.
Device dimensions, operating conditions, and electrical requirements.
Details on pneumatic systems, flow, pressure, and O2 sensors.
Detailed specifications for all available ventilation modes.
Oxygen response time, accuracy, adjustable and monitored parameters.
Specifications for safety features, alarms, and testing procedures.
Details on respiratory circuits, filters, and maintenance/calibration.
Specifications for CO2 sensor and oximeter.
EMC guidelines, immunity, and electrical safety precautions.
Specifications for audible energy and NIV mask connections.
Purpose and application of the IRMA CO2 sensor in respiratory monitoring.
Steps for connecting, using, and zeroing the CO2 sensor.
Maintenance schedule and important warnings for the CO2 sensor.
Purpose of the Masimo MS-2040 pulse oximeter for SpO2 and pulse rate measurement.
Explanation of how the pulse oximeter measures SpO2 using light absorption.
Safety warnings and precautions for using the pulse oximeter.
Explanation of symbols found on the ventilator's equipment.
Explanation of symbols found on the product's packaging and labels.
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