7
OxyMag_rev26
•
Consider the dead space of the
breathing circuit to make adjustment in
the ventilator, especially for small tidal
volumes.
•
Have available a manual ventilation
equipment, for the case of full battery
discharge, lack of gases to the
operation of the device or general
failure of the transport ventilation.
•
Test Sequence must be performed with
the patient disconnected
•
Do not expose the product to extreme
temperatures beyond the specified in
item 14.3.3 Physical and Environmental
Specifications during its use. The
equipment performance may be
adversely affected if the operating
temperature is beyond the specified
limits.
•
HME filter, HEPA filter and airway
adapter are single use. The reuse of
these accessories may cause cross
contamination.
•
During prolonged use of the equipment
in patients with excess secretion and /
or using a heated humidifier, the
condition of the flow sensor shall be
checked frequently, seeking to drain
accumulated fluid into the breathing
circuit as needed.
c.
Caution
Caution
•
Oxymag do not emit electromagnetic waves
that interfere with the equipment operation in
the vicinity.
•
Oxymag must pass annual periodic
maintenance or according the hours of use as
specified, whichever comes first.
•
Oxymag must have the ambient air intake
filter replaced every 500 hours of use, or at
shorter intervals, if the environment in which it
is used contains too much particulate matter
in suspension.
•
Oxymag should have their maintenance only
carried out by a qualified, trained technician
duly authorized by MAGNAMED.
d.
Notes
Note
•
There are additional contraindications, in
addition to those specified in Warning items in
page 5 of this manual. It remains the
responsibility of the trained operator the
choice and selection of suitable respiratory
mode to each patient.
•
The technical characteristics of MAGNAMED
Products are subject to change without notice
•
All ventilator parts, pieces and accessories
that are subject to disposal must comply with
the recommendations of Chapter 12 Disposal.
•
Pressure units:
1 mbar (millibar) = 1 hPa (hectoPascal) = 1.016 cmH2O (centimeter of water)
In practice, these units are not differentiated and can be used as:
1 mbar = 1 hPa
≈
1 cmH
2
O
