User's Manual

Ultraview Care Network
5-22
Maternal Obstetrical Monitor - 94000
The Maternal Obstetrical Monitor (MOM) is a fetal monitor which, when used with
an Ultraview Command Module or other Ultraview modules, provides the optional
ability to monitor maternal ECG, NIBP, temperature, and SpO
2
. The multiple trace
screen enables simultaneous display of real-time fetal and maternal ECG and
maternal SpO
2
. Both internal and external fetal monitoring capabilities are
provided.
The monitor provides networking capabilities to Spacelabs Medical monitors
through an Ethernet network, BirthNet
®
, and other manufacturers’ fetal data
management systems.
Data for the fetal heart rate and uterine activity can be captured using telemetry or
Mermaid wireless technology options.
WARNING:
• Shock hazards may exist if this instrument is not properly
grounded. Protection against electrical shock is provided
by grounding the chassis with a three-wire cable and plug.
The grounding wire must not be removed or defeated.
Grounding reliability can only be assured if connected to a
receptacle marked Hospital Only or Hospital Grade.
• To reduce the risk of electric shock, do not remove the
protective covers. Only qualified Spacelabs Medical
personnel should service the instrument.
• There is a risk of explosion if the instrument is operated in
the presence of flammable anesthetics.
• Always inspect the transducer face, housing, cable, and
power cord before using the instrument. If the transducer
is cracked or chipped, or if the power cord is frayed,
broken, or otherwise damaged, call a qualified technician.
Do not use the transducer or the monitor on a patient.
• Always disconnect the instrument from the power supply
prior to cleaning the monitor.
• The total system chassis risk current should not exceed
300 µA @ 120V, 500 µA @ 240V.
• Do not operate this instrument if it is wet or if condensation
is present.
• During recharging, the wireless transducers may become
hot or warm to the touch. Allow the wireless transducers to
cool prior to using them on a patient.
• An intentional reset will occur if the processors lose
communication with each other. Under these
circumstances, the main processor will self-reset and the
communication will be re-established after the startup
sequence. A solid triangle is printed on the 60-bpm line of
the FHR scale to differentiate this type of reset from others.
A small gap in the heart rate tracing will result.