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Points to note when using soda lime
Soda lime cannot escape from the disposable CO
it is used for its intended purpose.
WARNING
Risk of patient injury
Do not use with trichloroethylene or chloroform because
chemical reactions produce toxic products.
CAUTION
If soda lime has escaped – e.g., when the disposable CO
absorber is damaged:
–
Do not inhale or swallow powdered soda lime.
–
Wear protective gloves and goggles, or a face mask.
–
If soda lime enters the eyes, rinse immediately with large
amounts of water and consult a doctor immediately to
prevent eye injuries.
–
Powdered soda lime on the skin must be washed off
immediately as it can irritate the skin.
NOTE
Fresh Drägersorb Free may be colored slightly violet.
When Drägersorb Free comes into contact with sevoflurane, it
changes its color to light violet.
Intended use
The CLIC adapter is used to connect the disposable CO
CLIC Absorber Free.
The disposable CO
absorber CLIC Absorber Free is designed to
2
absorb carbon dioxide from the breathing systems of Dräger
anesthesia workstations.
To be used with the volatile anesthetic agents halothane,
enflurane, isoflurane, sevoflurane, desflurane, and nitrous oxide
(N
O).
2
The disposable CO
absorber can be replaced during operation.
2
A valve in the CLIC adapter tightly seals the breathing system
when the disposable CO
absorber mounting swings open.
2
Ventilation can be continued without impairment.
Application
The disposable CO
absorber can be used with the following
2
Dräger anesthesia workstations:
–
Zeus, Zeus IE
–
Primus, Primus IE, Apollo, Pallas
–
Fabius CE, Fabius GS, Fabius GS premium, Fabius Tiro,
Fabius MRI, Fabius plus, Fabius plus XL
–
Julian
–
Cicero EM, color SW 7.20/4.0 or later
–
Cato (without UPS) SW 7.20/2.04 or later
–
Narkomed 6000 SW 7.20 or later
–
Perseus A500
Do not use with Cicero A, B, C, monochrome, and Cato < SW
7.20.
Preparation
CLIC adapters are available for the devices listed under
"Application". The appropriate CLIC adapter must be installed by
experts, e.g., DrägerService.
Instructions for use CLIC Absorber Free / Infinity ID CLIC Absorber Free / CLIC Adapter
The disposable CO
before switching on the anesthesia workstation. This ensures
absorber when
2
that the disposable CO
and compliance test (Fabius CE: leakage test only) of the
device.
Installing the CLIC adapter
2
Insert the CLIC adapter into the breathing system from below
and turn it to the right as far as possible. The unlocking button
(A) must face forward and be visible to the user.
Operation
The soda lime has a defined moisture content in order to ensure
optimal CO
CAUTION
When the disposable CO
absorber
transport, during storage, or when it is in standby mode, the
2
sealing cap must be mounted to the disposable CO
When the soda lime dries out, its performance is reduced.
WARNING
Risk of patient injury
Do not flush disposable CO
longer than necessary during operation.
The soda lime will dehydrate. If the humidity falls below a
minimum set point, undesirable reactions can occur,
independent of the type of lime and the volatile anesthetic
agent being used: reduced CO
generation in the CO
breathing gas temperature. The above mentioned reactions
may endanger the patient.
WARNING
Risk of patient injury
Points to note when treating neonates and infants (only
applies to Cicero, Cato, Narkomed 6000 and Julian):
The compliance of the breathing system is reduced when
the disposable CO
ventilator delivers a higher tidal volume to the patient
during IPPV/SIMV, and the airway pressure increases
accordingly. The effect on the tidal volume and airway
pressure is negligible in adults with a lung compliance of
approx. 50 mL/mbar.
In neonates and infants with a lung compliance of approx.
5 mL/mbar and less, the tidal volume and airway pressure
can increase considerably and harm the patient if the
disposable CO
Before removing the disposable CO
Set Pmax to the plateau pressure.
As soon as the disposable CO
replaced:
Reset Pmax to the original value again.
absorber must be clicked into place
2
absorber is included in the leakage
2
absorption.
2
absorber is not in use, e.g., during
2
absorbers with dry gases for
2
absorption, increased heat
2
absorber and therefore increased
2
absorber is removed. As a result, the
2
absorber is removed during IPPV/SIMV.
2
2
absorber has been
2
English
A
absorber.
2
absorber:
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