Download MPS450 Multiparameter Simulator Operators Manual

Transcript
Multiparameter Simulator
General Information
1
VIEWING CURRENT MPS450 PARAMETERS
The current settings for adjustable parameters—such as heart rate and BP static-pressure levels—are
available for display at any time on a series of LCD screens that are accessed by pressing the VIEW key.
(When the MPS450 is turned off, the parameters reset to defaults, with the exception of settings that can
be stored, i.e., respiration lead and baseline, BP sensitivity, view angle, and beeper mode. Power-on default
settings for functions are listed in Appendix A: “Specifications and Output Connections.”)
Action in the Menu-Control Mode
1.
Press the white key labeled VIEW to display the VIEW PAGE 1 screen—the ECG page—which
indicates current ECG settings:
ECG NSR
ADULT
2.0
<
90 BPM
+.30 mV ST
mV
50 HZ
VIEW PAGE 1
ARTF
>
The types of parameters displayed on VIEW PAGE 1 depend on which group of ECG waves is
running. In this example (the ECG-NSR-wave group), the settings displayed include NSR rate
(90 BPM), patient type (ADULT), ST-segment elevation (+.30 mV), NSR amplitude (2.00 mV), and
ECG artifact (50 HZ).
Four other types of ECG-wave groups display different parameter types on VIEW PAGE 1, and
three other VIEW PAGE screens display parameters for respiration, blood-pressure, and
temperature/cardiac-output functions. The following chart lists the parameters available for
viewing on the four pages:
VIEW
PAGE
WAVE / FUNCTION
CURRENT PARAMETERS DISPLAYED
ECG NSR
NSR rate, patient type, ST-segment elevation, NSR
amplitude, and ECG artifact
ECG performance
Performance wave and amplitude
ECG R-wave detection
R-wave rate, width, and amplitude
ECG arrhythmia
Arrhythmia and ECG artifact
Fetal / maternal
IUP wave, IUP period, and fetal heart rate
2
Respiration
Respiration rate, amplitude, lead, and baseline
3
Blood pressure
BP sensitivity; and settings on BP1, BP2, BP3, BP4
4
Temperature/
cardiac output
Temperature, thermistor, cardiac-output wave, and
CO-injectate temperature and flow
1
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