What to do if Breas Medical Equipment ventilator starts, but no air is delivered?
If your Breas Medical Equipment ventilator starts but doesn't deliver air, ensure both ends of the patient circuit are correctly connected. Also, straighten the patient circuit or replace it.
Why is my Breas Fan humidifier not working properly?
If the humidifier is incorrectly assembled, disassemble it and then assemble it correctly. If the air is dry despite using the humidifier, increase the level of humidification.
What to do if my Breas Fan starts but doesn't deliver air?
Ensure that both ends of the patient circuit are correctly connected and straighten or replace the patient circuit.
Details legal manufacturer, contact, web address, and product identifiers.
Specifies target patients, user roles (specialists, operators), and contraindications.
Lists conditions where Vivo 2 use is not recommended or contraindicated.
Covers personal injury, faulty treatment, insufficient ventilation, electric shock, and power risks.
Details risks from environment, toxic substances, MR, fire, and patient circuit issues.
Addresses risks related to humidifiers, cleaning procedures, and oxygen usage.
Lists and illustrates key parts of the Vivo 2 system and their functions.
Describes front/back panel components, display symbols, and menu navigation.
Explains power source selection, priority, and indicators.
Table showing available parameters for each ventilation mode.
Explains operation of PCV+A, PSV, S, S/T, T, and CPAP modes.
Details settings like Auto-EPAP, Ramp, Humidifier, and Heated Circuit.
Steps for checking equipment, condition, filters, and proper device placement.
Instructions for connecting the Vivo 2 to power and the patient circuit.
Procedures for turning on, starting, stopping, and switching off the Vivo 2.
How to view and interpret treatment data on the monitor page.
Guidance on using the attachable humidifier, heated circuit, and SpO2 sensor.
Procedures for identifying, pausing, resetting, and viewing alarms.
Details on alarms related to patient pressure, rate, and volume.
Information on alarms related to device functions and sensors.
Safe procedures for cleaning the main unit and its external surfaces.
Methods for disinfecting air pathways and maintaining air inlet filters.
Physical dimensions, weight, and power supply requirements.
Operating, storage temperatures, humidity, and pressure ranges.
Diagrams of air pathways and technical data like noise levels.
Lists various patient circuits, heated circuits, and filters with part numbers.
Details on the attachable humidifier and air bypass unit.
SpO2 sensors, modules, cables, and oxygen adapters.
Memory cards, PC software, USB cables, and trolleys.
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General