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Verfügbare Sprachen
Verfügbare Sprachen
1.3.4.6
Sequence for Establishing SaQo
SaO2 measurements can be obtained from the Datascope ACGUTORR 3 SAT and the
ACCUTORR 4 SAT monitors.
1. Select the appropriate sensor for the patient.
Base your selection of the sensor on
the information included in this section.
Guidelines for the selection of a sensor are provided in the Sensor Selection Chart.
2. Follow the patient application instructions provided in each sensor package.
3. The SaOz2 waveform displays on the LCD.
4. Press PAGE DOWN
(17) or PAGE UP (18) to change the size of the waveform dis-
played.
(The selected waveform size is remembered once it has been selected.)
5. Press BEEP VOLUME (6) to set the volume of the SaOz beep. There are eight
available settings including OFF.
if held depressed, the volume will change in increas-
ing levels to maximum then off, etc. If an SaO2 sensor is not connected, then a beep
at the current volume will be generated.
If a sensor is connected a beep will not be
generated as the volume is increased,
1.3.4.7
Sensors
A wide range of sensors are available for connection to the Datascope ACCUTORR
3/4 SAT. The sensors cover both short-term and long-term monitoring needs on
patients ranging from neonates to large adults.
The DIGISENSOR is intended for short-term adult monitoring.
The FLEXISENSOR SD, available in five different sizes, provides both short-term and
long-term monitoring for large adults, adults, pediatrics, infants, and neonates.
The
FLEXISENSOR SD is used when the DIGISENSOR is not convienient or suitable.
The ear sensor is intended for long-term adult monitoring.
It is a convienient alternate
monitoring site for the anesthesiologist.
A range of disposable bandages are available for use with the FLEXISENSOR SDs.
They are available in 2 styles, butterfly (used for large adults, adults, and pediatrics)
and coban (used for infants and neonates).
Use of the sensors does not cause any penentration of the skin, nor is there any
electrical contact or transfer of excessive heat to the patient.
The sensor is composed of a light emitting diode (emitter) and a photodiode (detec-
tor). The emitter discharges two colors (wave lenght) of light into the patient's ex-
tremity (finger, toe, ear). The detector receives that amount of light not absorbed by
the blood or tissue components.
The ACCUTORR then uses the relative absorbtion of
the two light wavelengths to compute and display SaO2 and Rate measurements.
1-20
Revised
09/22/89
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