Spacelabs Healthcare 76A90343-WMTS 90343/90347 Digital Telemetry Transmitter User Manual

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Date Submitted	2000-10-05 00:00:00
Date Available	2001-04-06 00:00:00
Creation Date	1995-03-23 10:57:16
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EXHIBIT C – User Manual 1
FCC ID CM676A90343-WMTS
1
Ultraview Digital Telemetry
Directory of Keys - UCW and Ultraview 1700
MONITOR SETUP
SCREEN
FORMAT
ADMIT/
DISCHARGE
TONES
MONITOR
CONFIGURATION
MONITOR
SETUP
PRIVILEGED
ACCESS.
CLINICAL LEVEL: Select Parameter
SCALED
DISPLAY
select bed
(or subnet,
then bed)
select bed
(or subnet,
then bed)
RECORDER
DESTINATION
TIME/
DATE
UNITS OF
MEASURE
PRESELECTED
RECORDINGS
USER ACCESS
ENABLE
ALARM
SETUP
MONITOR CONFIGURATION
BRIGHTNESS
CLOCK
ON OFF
CONTRAST
ACTIVATE
SCREEN SAVER
ADMIT/DISCHARGE - Select Function (see Admit/Discharge)
select ECG 1
CHANGE
DATA
ADMIT
DISCHARGE
MONITOR SETUP - Select type of tone to change (see Alarms)
Select
waveform
zone
REMOTE
ALARMS
ALARM
WATCH
KEY
TONE
ECG MENU - (Multi-Lead) (MultiViewTM II option with Arrhythmia and Review ON - used with 90343/90347 transmitter)
ALARM
LIMITS
SIZE
LEAD
SELECT
SETUP
CHANNEL
FORMAT
SUSPEND
PROCESSING
RELEARN
PRINT
REVIEW
ECG - RELEARN
CLEAR
MEMORY
ECG - CHANNEL FORMAT
2nd LEAD
ON OFF
SpO2
ON OFF
SAVE
MEMORY
NIBP
ON OFF
SpO2(IABP)(NEO)
(RATE)(AVG)
NIBP ACTIVE
(NO CABLE)
90343
only
ECG - LEAD SELECT
90347
(and
90343
with
SpO2
and
NIBP
turned
OFF)
90343
AUTO LEAD SWITCH
2nd LEAD
xx
1st LEAD
xx
ON
ON
PACED
YES NO
MONITOR
EXTENDED
QRS
TONE
ADULT
INFANT
RATE
SOURCE
CONFIG
ECG - CONFIG
ARR
ON OFF
PT RECORD
YES NO
ECG
SPO2 ALARM
LIMITS
NIBP ALARM
LIMITS
ECG ALM
ON OFF
LO=
XXX
HI=
XXX
HI=
XXX
•
ART
LO BAT
ON OFF
TM
SETUP
Central
Bedside
only
only
ASSIGN
TM BED
SET TM
CHAN
Enable alternate rate source(s)
UA
SPO2
MEAN
↑
ART
ON OFF
UA
ON OFF
SPO2
ON OFF
90343
only
NIBP ALM
ON OFF
SPO2 ALM
ON OFF
RESTORE
SETTINGS
ECG - TM SETUP
Select primary heart rate source
ECG ALARM
LIMITS
OFF
Bedside
monitors only
ECG - SETUP
SWEEP
SPEED
SINGLE LEAD ALARM
OFF
LO=
XXX
ABN IN
ROW=XX
HI=
XXX
LO=
XXX
ALM DELAY
=XXs
ABN PER
MIN=XX
SYS
DIA
MSG ALM
DELAY =XXs
↑
↓
↑
↓
↓
ST LIMITS
CH 1
ST LIMITS
CH 2
Based on features purchased, more or fewer keys may appear here than on your menu screens.
1
Ultraview Digital Telemetry
Contents
General Telemetry Overview...............................................................................3
Cleaning .................................................................................................................9
Assigning a Telemetry Channel .............................................................................9
Tuning a Receiver for a Bedside............................................................................9
Entering Patient Information.................................................................................10
Discharging a Patient ...........................................................................................10
Acknowledging Signal Loss .................................................................................11
Setting Battery Status Alarms ..............................................................................11
Controlling Patient-Initiated Recordings...............................................................11
Telemetry Alarm Message Summary...................................................................11
ECG Overview ....................................................................................................12
Setting Up ECG Monitoring..................................................................................12
Display Detail .......................................................................................................14
Monitoring Paced ECG Patients ..........................................................................15
Restoring Default Settings ...................................................................................16
Changing the Display Resolution .........................................................................16
Selecting Options for Lead Display ......................................................................16
ECG Alarm Message Summary ...........................................................................17
ECG Troubleshooting Guide ................................................................................20
SpO2 Overview (90343 only) .............................................................................22
Setting Up SpO2 Monitoring ................................................................................22
Ensuring Accurate Monitoring ..............................................................................24
Setting or Adjusting Alarm Limits .........................................................................24
Setting SpO2 Data Averaging Period and Sampling Interval...............................26
Viewing Pulse Rate ..............................................................................................27
SpO2 with Intra-Aortic Balloon Pumps.................................................................27
Using SpO2 with Neonates ..................................................................................28
SpO2 Alarm Message Summary..........................................................................28
SpO2 Troubleshooting Guide...............................................................................30
NIBP Overview (90343 only)..............................................................................32
Setting Up NIBP Monitoring .................................................................................32
Setting Up the ABP Monitor .................................................................................33
Setting or Adjusting Alarm Limits .........................................................................37
Displaying New or Previous Readings .................................................................38
NIBP Alarm Message Summary ..........................................................................39
NIBP Troubleshooting Guide ...............................................................................42
Alarm Message Summary .................................................................................44
Accessories ........................................................................................................47
Ultraview Digital Telemetry
General Telemetry Overview
The 90478-A digital telemetry receiver module, when used in conjunction with
Spacelabs Medical telemetry transmitters, an Ultraview™ monitor, and 90479-A
modular receiver housing, provides continuous monitoring of electrocardiographic
signals in order to detect abnormal cardiac rhythms, including asystole, ventricular
fibrillation, and ventricular tachycardia. In addition, when used with the 90343
digital telemetry multi-parameter transmitter and the 90217 Ambulatory Blood
Pressure (ABP) monitor, monitoring of electrocardiographic signals is augmented
by the availability of continuous or episodic SpO2 measurements and episodic
noninvasive blood pressure (NIBP) measurements.
•
Spacelabs Medical’s telemetry equipment complies with part 15
(602 to 620 MHz operation) and part 95 (608-614 MHz
operation—Wireless Medical Telemetry Service) of the FCC
Rules and with RSS-210 of Industry Canada. Repeated here
are operational cautions for biomedical telemetry from the FCC
Rules (47CFR15.242(f)):
“Biomedical telemetry devices must not cause harmful
interference to licensed TV broadcast stations or to other
authorized radio services, such as operations on the
broadcast frequencies under subpart G and H of part 74 of
this chapter, land mobile stations operating under part 90 of
this chapter in the 470-512 MHz band, and radio astronomy
operation in the 608-614 MHz band. (See section 15.5). If
harmful interference occurs, the interference must either be
corrected or the device must immediately cease operation
on the occupied frequency. Further, the operator of the
biomedical telemetry device must accept whatever level of
intereference is received from other radio operations. The
operator, i.e., the health care facility, is responsible for
resolving any interference that occurs subsequent to the
installation of these devices.”
•
Medical telemetry equipment is only for installation and use in
hospitals and health care facilities. It is not permitted for use in
vehicles that operate outside of the medical facility premises.
The user of this equipment is not authorized to make any
changes or alterations that could compromise the national
certifications.
•
Unlicensed low power operation of biomedical telemetry is on a
no-protection and no-interference basis. Biomedical telemetry
operations are listed as a secondary allocation to VHF/UHF
television broadcast and are listed as co-primary allocation to
radio astronomy services (608-614 MHz). Additionally, some
frequency bands may be shared with amateur radio operations
and other unlicensed low power devices.
•
Operation of telemetry equipment in the 608-614 MHz band
may be geographically restricted by government regulation.
Spacelabs Medical Customer Service can assist in evaluating if
a hospital’s location requires coordination with a protected radio
astronomy observatory that may be within 80 Km (50 mile)
radius.
Ultraview Care Network
WARNING:
•
Changes or modifications not expressly approved by
Spacelabs Medical will void the user’s authority to operate
the equipment.
Intended Use
As an option, on adult patients, additional abnormal cardiac rhythms, such as
ventricular runs, tachycardia, and ST segment deviations can be detected. The
Ultraview Digital Telemetry System also provides a means for the episodic
monitoring of NIBP signals to detect abnormal events such as high and low blood
pressure. Finally, it provides a means for both continuous and episodic monitoring
of pulse blood oxygen saturation signals in order to detect oxygen desaturation
caused by abnormal pulmonary/circulatory functions.
The Spacelabs Medical 90343 and 90347 Ultraview Digital Telemetry Systems
are intended for use with either adult or neonatal patients in a hospital
environment. When the NIBP option is selected in the 90343 configuration, the
NIBP feature is to be used with adult patients only.
WARNING:
•
The Ultraview Digital Telemetry transmitters are
contraindicated for use with other medical instrumentation
(e.g., respiration monitors using impedance
pneumography, electrocautery, etc.) that source electrical
current through the patient. Further, telemetry monitoring
is contraindicated for the Operating Room environment.
Transmitters
The transmitter is a small, battery-powered device carried by the patient that
monitors ECG activity and SpO2/NIBP (90343 only) data, and transmits this
information to the telemetry receiver module.
•
The 90343 and 90347 transmit four leads of ECG and use up to five lead
wires. However, only two leads may be displayed simultaneously.
•
The 90343 is also capable of transmitting numerical NIBP and SpO2 data.
This data is displayed simultaneously with that of the ECG waveform data.
Each telemetry channel requires its own transmitter operating on a unique radio
frequency. Channel receivers are tuned from the Ultraview monitor touchscreen to
receive the available transmitter frequencies.
•
Operation of this equipment may be subject to licensing
requirements by your local telecommunications authority.
Please check with your Spacelabs Medical customer service
representative.
Ultraview Digital Telemetry
WARNING:
•
Medical telemetry spectrum allocations may be assigned to
frequencies already allotted to other priority users. This
means that telemetry operations may be exposed to radio
frequency interference that may disrupt or impede
telemetry patient monitoring during the life of this
equipment. You are urged to regularly consult with
applicable local and federal regulatory agencies (e.g., FCC,
FDA, etc.) regarding the locations and frequencies of other
spectrum users in your geographic area. Spacelabs
Medical service representatives may be able to assist you
in reconfiguring your equipment frequencies to reduce the
risk of interference. Spacelabs Medical cannot, and does
not, guarantee interference-free telemetry operation.
Up to five standard disposable silver/silver chloride chest electrodes are
connected to the patient. The ECG lead wires are attached to these electrodes
and connected to the transmitter. A patient-operated [Record] button initiates an
ECG strip at the system printer, if this feature is enabled at the central or bedside
monitor.
CAUTION:
•
This device has a limited bandwidth range of .05 to 30 Hz,
which may adversely affect the recording of high
frequency components in the ECG signal, especially when
the morphology of the ECG changes rapidly.
•
This device has a limited dynamic range of ±4 mV, which
may render the device vulnerable to saturation by ECG
signals with amplitudes higher than 4 mV.
•
To clean the transmitter, use only the following solutions
per the manufacturer’s labeling: isopropyl alcohol (70%),
hydrogen peroxide, Cidex, Betadine, and Clorox. Use of
cleaning solutions other than those listed will VOID the
warranty of the digital telemetry transmitter cases.
•
Patients should not use any type of electronic equipment
(e.g., portable radios, cellular telephones, pagers, personal
computers, etc.) while connected to any medical electronic
device without in-situ evaluation by the biomedical
engineering staff.
•
Use of 2-way radio equipment and other personal
communication devices must be evaluated in-situ to
assess the potential for disruption of monitoring.
•
Clean the transmitter after each use. The transmitter does not
require any preventive maintenance other than cleaning.
Transmitter Batteries
A 9-volt alkaline battery is recommended for standard use in the digital telemetry
transmitter. A 9-volt lithium battery may also be used for applications requiring
more extended battery service life.
Ultraview Care Network
Always observe the battery position and polarity as illustrated at the bottom of the
battery compartment. After battery installation, close and latch the compartment
cover. The transmitter begins transmitting as soon as the battery is in place.
•
Whenever the transmitter is not in use, the battery should be
removed. Insert a battery only when the transmitter is being
used with a patient.
•
The LOW BATTERY message appears and an alarm tone
sounds (if LO BAT is set to ON) when the transmitter battery
voltage falls below 7.0 volts. When this message appears, the
transmitter has approximately three hours of operating time left,
depending on transmitter type, selected options, and the type of
battery.
•
When the battery level falls below 7.0 volts, the low battery LED
on the transmitter will flash once every 15 seconds. When the
battery level falls below 6.0 volts, the low battery LED will flash
once every two seconds. When the battery level falls below 5.5
volts, the SpO2 and NIBP functions will shutdown.
Battery Disposal
Both the 90343 and 90347 Ultraview Digital Telemetry transmitters are operated
by 9-volt primary (non-rechargeable) batteries that must be properly disposed
when discharged. The batteries specified may be of either alkaline or lithium
chemistry. Attempting to recharge these batteries is not recommended and can
result in leaking, venting, or explosion.
Follow the battery manufacturer’s recommended handling procedure for both
types of batteries: Collect and transport the batteries in a manner that prevents
short circuit, compacting, mutilation, or any other physical abuse or electric
handling that would destroy their physical integrity. Exposure to high temperatures
or fire can cause the batteries to leak, vent, or explode.
Disposing of used batteries may be subject to national, state/provincial, and/or
local regulation, which varies depending on jurisdiction.
The recommended disposal procedure for alkaline batteries is to transport them to
a hazardous waste landfill. Since these batteries may not be classified as
hazardous waste, they may be transported to the disposal facility as nonhazardous waste.
The recommended disposal procedure for lithium batteries is to transport them as
hazardous waste to a hazardous waste facility. If the batteries are physically
sound, disposal of these discharged batteries in a hazardous waste landfill may
be permissible. If the batteries are leaking, cracked, opened, vented, or otherwise
not physically sound, they must be transported to a qualified hazardous waste
facility.
Digital Telemetry Receiver Module
The 90478 telemetry receiver module plugs into a bedside, central, or transport
monitor, or into a digital telemetry module housing. The receiver module receives
patient vital signs data from the transmitter. This data is reconstructed by the
Ultraview Digital Telemetry
receiver module, displayed on the monitor and analyzed as described in the ECG,
Arrhythmia, and ST Analysis chapters, and in the SpO2 and NIBP sections of this
chapter.
WARNING:
•
Telemetry systems may be more susceptible to interference
than hardwired systems, which may impact signal quality.
•
Operation of hand-held, wireless telephone equipment
(e.g., cordless telephones, cellular telephones) near
telemetry systems may cause interference and should be
discouraged. While personal communication devices are
turned on, a separation of > 6.5 feet (> 2 meters) should be
maintained between personal communication devices and
interior walls, the patient cables, and any electronic
medical device to which the patient may be connected.
Patients should not use any type of electronic
communication equipment while connected to any
electronic medical device without an on-site evaluation by
the biomedical staff. Two-way radio equipment and other
personal communication devices must be evaluated on site
to determine if additional space limitations are needed.
•
Do not install a telemetry receiver module into a bedside
that is currently equipped with any other ECG module,
hardwired or telemetry (or SpO2 module or NIBP module, if
the 90343 is operating with that specific receiver module).
Doing so may cause inaccurate patient data displays at
remote monitors.
Digital Telemetry Receiver Housing
The telemetry receiver housing can hold up to eight separate telemetry receiver
modules. Except for the ON/OFF switches, there are no operator controls on the
module housing. For normal operation with AC mains power applied, the AC
mains indicator light on the front panel of the housing must be illuminated.
Operating the system without AC mains power is limited to ten minutes of battery
backup time.
Ultraview Care Network
Diversity
Antenna
System
NOTE: The UCW bedside connects to
the remote module housing, and the
UCW central connects to the digital telemetry module housing.
VI
ST=0.00
A=3
70
Ultraview 1700
shown with flat
panel display
HELP: Access controls that pertain to ECG
ECG MENU
ALARM
LIMITS
SIZE
SETUP
LEAD
SELECT
CHANNEL
FORMAT
SUSPEND
PROCESSING
remote module
housing
Ultraview 1500 or
UCW bedside or central
SDLC
90478-Q, -T, -V
receiver module
Ultraview 1050/1030 or PC Scout
SDLC
90479-A
Digital Telemetry Module Housing
90347
Digital Telemetry
ECG Transmitter
90343
Digital Telemetry
Multi-parameter Transmitter
Figure Telemetry-1: Ultraview Digital Telemetry System
Ultraview Digital Telemetry
Cleaning
Clean the transmitter after each use. The transmitter does not require any
preventive maintenance other than cleaning.
To clean the transmitter, use only the following solutions per the manufacturer’s
labeling: isopropyl alcohol (70%), hydrogen peroxide, Cidex, Betadine, and
Clorox. Use of cleaning solutions other than those listed will VOID the warranty of
the digital telemetry transmitter cases.
Assigning a Telemetry Channel
To set up the central for ECG (if
bed name not remembered):
Touch key label that matches
transmitter’s frequency
Select bed/room number for
transmitter channel
To set up the central for ECG
(UCW and 1700):
Telemetry transmitters have preassigned channel frequencies. This channel
number is identified on the back of the case and cannot be changed. To receive
this telemetry channel, one of the receivers in the telemetry receiver housing must
be tuned to its assigned frequency.
•
Tuning telemetry receiver modules to transmitter channels at
the central monitor must be done by a qualified service person.
•
Your central monitor can be configured to remember beds that
are assigned to individual telemetry channels using the Module
Configuration Manager feature. These beds are permanently
assigned until you unassign or reassign them. Refer to the
Module Configuration Manager chapter.
Touch MONITOR SETUP
Touch SCREEN FORMAT
Select subnet and bed/room
number
Select ECG and then desired
zone
Tuning a Receiver for a Bedside
To tune a receiver module at
bedside:
Touch ECG
Touch SETUP
Touch TM SETUP
Touch SET TM CHANNEL
Select the digit to change. Use
the ↑ ↓ keys to select the value
for that digit
Repeat for all digits as
necessary
Touch STORE
The central monitor must be tuned by a qualified service person, but the bedside
monitor may be tuned using the ECG TM SETUP menu. You may use this menu
to tune the receiver module to the pre-assigned channel frequencies on the
telemetry transmitter.
•
The module default is set for North America using UHF band
operation.
Ultraview Care Network
Entering Patient Information
To admit a patient:
Touch MONITOR SETUP
Touch ADMIT/DISCH
Select subnet (UCW and 1700
only)
4 Select bed/room number for
channel
5 Touch ADMIT
6 Select YES
7 Use keyboard to enter patient
info (UCW and 1700 only)
8 Select ID, NAME, HEIGHT,
WEIGHT, or BSA (PC Scout,
UV1050/1500 only)
9 Enter data using pop-up keypad
or keyboard (PC Scout,
UV1050/1500 only)
10 Touch ENTER
11 Repeat steps 7 - 10 until all data
has been entered
12 Touch ACCEPT (UCW and
1700 only)
The ADMIT/DISCHARGE menu enables you to enter a patient identification (ID)
number, name, height, weight, and body surface area (BSA).
•
Admitting a new patient purges data from the previous patient
on that telemetry channel.
Discharging a Patient
To discharge a patient:
Remove battery
Disconnect the transmitter from
the patient
Select YES to confirm signal
loss permanent
Select YES to discharge
Select YES to purge data
A patient is discharged by first removing the battery from the 90343/90347
Ultraview Digital Telemetry Transmitter. The monitor displays the squelch
waveform followed by the message INTERMITTANT SIGNAL LOSS after a short
delay. An alarm condition is displayed on the monitor because of the signal loss.
The message IS SIGNAL LOSS PERMANENT? appears with keys labeled YES
and NO in the waveform zone. Touch YES to indicate that the signal loss is
permanent. Touch NO to cancel the discharge operation.
The next message displayed is DISCHARGE THE PATIENT?. Touch YES to
continue the discharge process. Touch NO to cancel the discharge operation.
The monitor displays PURGES DATA-ARE YOU SURE? Touch YES to discharge
the patient and erase all patient data. The intermittent signal loss alarm is then
canceled. Touch NO to cancel the discharge operation and cause the message IS
SIGNAL LOSS PERMANENT? to appear in the waveform zone.
WARNING:
•
During INTERMITTANT SIGNAL LOSS message activation,
the display of SpO2 and NIBP data is disabled.
10
Ultraview Digital Telemetry
Acknowledging Signal Loss
When a telemetry signal is lost because the transmitter is out of range or the
battery is removed, the receiver initiates a squelch condition indicated by a
triangular waveform that replaces the normal ECG waveform and SQUELCH is
included in the edge print for any strip chart recording. The ECG trace
automatically begins again if the lost signal returns.
After eight seconds of signal loss, the IS SIGNAL LOSS PERMANENT? message
appears. Selecting NO suspends alarm tones. Selecting YES displays the
message DISCHARGE THE PATIENT? Selecting YES again, provides you with
the message PURGES DATA-ARE YOU SURE? Selecting YES a third time,
discharges the patient from the system and purges all data for that patient.
Selecting NO at any point in this sequence returns you to the previous option.
Setting Battery Status Alarms
To control low battery alarms:
Touch ECG
Touch SETUP
Touch TM SETUP
Select LO BAT ON or OFF
The telemetry battery alarm tone, and a LOW BATTERY message in the ECG
zone involved, alerts you to a low battery condition in the transmitter. You may
disable the low battery alarm tone, if your bedside or central is configured to
do so.
The factory default setting for low battery alarm is ON.
Controlling Patient-Initiated Recordings
To control transmitter’s Patient
Record function:
Touch ECG
Touch SETUP
Touch TM SETUP
Select PT RECORD YES or NO
If the Patient Record function is activated (PT RECORD is YES) in the ECG TM
SETUP menu, the patient may initiate a recording by pressing the RECORD
button on the front of the transmitter.
Telemetry Alarm Message Summary
INTERMITTENT SIGNAL LOSS
The intermittent signal loss message indicates that the patient may be out of
antenna range, or the battery is depleted. Return the patient into antenna range.
Check that the battery is functioning properly.
LOW BATTERY
A Low Battery Message indicates that the battery is weak. After this message
appears, the battery has approximately three hours of useful life left (depending
on the type of battery used). Install new battery.
SIGNAL INTERFERENCE
The Signal Interference message indicates, via the displayed triangle squelch
waveform, that an interfering signal has been detected.
PERMANENT SIGNAL LOSS
The Permanent Signal loss message indicates that no RF signal is being
detected.
11
Ultraview Care Network
ECG Overview
Digital telemetry ECG monitoring provides continuous monitoring of
electrocardiographic signals in order to detect abnormal cardiac rhythms,
including life-threatening arrhythmias such as asystole, ventricular fibrillation, and
ventricular tachycardia.
Setting Up ECG Monitoring
To initiate ECG monitoring:
Select a transmitter
Note its channel number
Attach lead wires to transmitter
Attach lead wires to electrodes
Apply electrodes to patient
Install a transmitter battery
Close the transmitter case
To set up ECG monitoring, plug each lead wire into the transmitter, connect each
to an electrode, and then attach the leads to the patient. Match the lead wire color
to the color-coded connectors on the top of the transmitter case. Refer to the ECG
chapter in this manual for details regarding electrode application. Telemetry
patients are commonly ambulatory and require optimal skin preparation and lead
application to minimize motion artifact. After the electrodes and lead wires have
been attached, it is important to tape a loop of lead wire close to the electrode to
minimize stress or pulling on the electrode itself. This is called stress-looping.
ECG monitoring begins when the telemetry receiver module detects a signal sent
by a telemetry transmitter. The telemetry transmitter sends a signal as soon as its
battery is installed.
ECG telemetry reception requires the following minimum conditions:
•
The telemetry receiver module must be connected to an Ultraview or PCMS
monitor, either directly or through a module housing, with the power ON and a
Spacelabs Medical diversity antenna connected.
•
ECG electrodes must be properly attached to the patient; and lead wires
must be properly attached to the transmitter.
•
The transmitter battery must be functional.
•
The telemetry receiver module must be tuned to the telemetry transmitter's
frequency (channel number).
•
All system connections must be made by Spacelabs Medical
personnel only.
•
Leakage currents are not affected by the high level output.
The patient is electrically isolated from the patient monitor by
the RF link.
WARNING:
•
Operating television receivers or other CRT displays near
the transmitter (within 2 to 3 feet), or operation of some
pacemaker programmers may suppress the ECG waveform,
preventing QRS detection and rate counting. An erroneous
asystole alarm may result.
•
12
Signals resulting from devices such as Automatic
Implantable Cardiac Defibrillators (AICD) may momentarily
blank the ECG trace rather than display an out-of-range
signal. In such cases, it may not be apparent that the AICD
has signaled and the condition of the patient should be
checked. In all instances of AICD signaling, the bedside or
central will redisplay the ECG waveform within 5 seconds.
Ultraview Digital Telemetry
ECG monitoring in telemetry is identical to hardwired ECG monitoring. Refer to
the ECG, Arrhythmia, and ST Analysis chapters of this manual for detailed
descriptions of configurations, displays, and controls. A brief overview of ECG
monitoring follows.
Electrodes
For ECG tracing with telemetry, use silver/silver-chloride electrodes or their
equivalent. Always connect all the electrodes required for a particular lead.
Missing electrodes may result in the loss of ECG tracing. Refer to the ECG
chapter for information on placing the electrodes.
WARNING:
•
Use only Spacelabs Medical recommended electrodes.
Some electrodes may be subject to large offset potentials
due to polarization. Recovery time after application of
defibrillator pulses may be especially compromised.
Squeeze bulb electrodes, commonly used for diagnostic
ECG recording, may be particularly vulnerable to this
effect.
CAUTION:
•
Visually inspect each lead wire for obvious damage and
replace them as needed.
•
Only use patient cables and lead wires specified by
Spacelabs Medical. Other cables and lead wires may
degrade performance and may damage the monitor during
defibrillation. Non-Spacelabs Medical cables and lead
wires may also change the required input impedance and
DC offset voltage, affecting monitor performance.
•
Do not use stainless steel electrodes.
•
Do not allow conductive parts of electrodes and
connectors, including the reference electrode, to contact
other conductive parts, including the ground.
•
Poor cable dressing or improper electrode preparation
may cause line isolation monitor transients to resemble
actual cardiac waveforms and inhibit heart rate alarms.
Refer to the ECG chapter in this manual for details on
proper electrode preparation and application.
13
Ultraview Care Network
Display Detail
Signal detection is indicated on your monitor when an ECG signal appears next to
the ECG parameter key in the zone assigned to receive the transmitted telemetry
channel. The transmitter’s channel number is always identified above the
waveform, to the left of the ECG key.
➊
➋
20
18
➌
➍ ➎
➑*
II
CHAN 2241
21
➏
Full Screen Central/Bedside
MON PACED
70
NIBP=120/68(94) 10:20 SpO2=98% 10:20
➒ **
A/M 10
ROW 4
120
40
ST=0.00
A=3
➓
11
12 *
13
VI
ST=0.08
14
15 **
19
17
HR=70 A=3
VI
16
18
CHAN 2241
Split Screen Central
NIBP=120/68(94) 10:20 SpO2=98% 10:20
BED 01 DANIELS,R
HR=70
II
BED 01 DANIELS,R
➊ ECG trace for first lead
➋ telemetry channel number
➌ ECG key for first lead
➍ QRS indicator (flashes once per detected beat)
➎ ECG lead designator
➏ display resolution (monitor or extended)
➐ paced operation indication (pacemaker
detection is enabled)
➑ abnormals per minute alarm limit*
➒ ST segment level for first lead **
➓ abnormals in a row alarm limit *
11 ECG rate alarm limits; split screen centrals display a bell symbol when alarms
are enabled; bedsides display the rate alarm limits (120/40)
12 abnormals per minute counter *
13 current heart rate
14 ECG lead designator for second lead
15 ST segment level for second lead**
16 ECG key for second lead
14
Ultraview Digital Telemetry
17 NIBP measurements: systolic/diastolic (mean) at hours:minutes; SpO2
measurement at hours:minutes (90343 only; hh:mm not seen on continuous
SpO2). Depending on the patient monitor’s display size, the title “NIBP” may
not appear.
18 SpO2 SensorWatch bar: shaded area (waveform index) expands up
proportionally to signal strength; horizontal line is minimum signal level.
Waveform Index (WFI) is used for displaying signal strength in SensorWatch.
19 Large size bell indicates ECG alarms enabled.
20 Equal sign becomes a bell when SpO2 alarms enabled.
21 Equal sign becomes a bell when NIBP alarms enabled.
* Only appears with the MultiView I or II option in the adult mode with Arrhythmia
detection enabled.
** Only appears in adult mode with the ST segment analysis option.
Monitoring Paced ECG Patients
To monitor paced patients:
Touch ECG
Touch SETUP
Select PACED YES
When monitoring pacemaker patients, use the paced feature to automatically
enhance pacemaker spikes for display and eliminate them from the heart rate
counter. The last YES/NO setting of the paced feature you select is retained as
the default.
If the interval between the pacemaker pulse and the QRS complex is greater than
150 milliseconds, the beat is considered to have originated in the atria and is not
classified as a paced beat.
To prevent pacemaker pulses from being counted as actual beats, specialized
circuitry removes the pacemaker pulses from the ECG signal and replaces them
with pacemaker flags.
•
The optimal leads for monitoring paced patients may vary. In
telemetry monitoring, pacemaker spikes are detected on lead II.
If pacemaker spikes are not detected, change the electrode
position.
WARNING:
•
ECG detection circuitry may continue to count the
pacemaker rate during occurrences of cardiac arrest or
some arrhythmias. Do not rely entirely upon ECG rate
alarms. Keep pacemaker patients under close surveillance.
•
The system may insert pacemaker flags into the ECG signal
in response to signals that are not pacemaker pulses.
Therefore, if you use a Spacelabs Medical monitor to
observe pacemaker performance, you must take into
account all possible sources of pacemaker flags.
•
Use the pacemaker manufacturer's performance analyzer
as the primary means of evaluating pacemaker operation.
15
Ultraview Care Network
Restoring Default Settings
To restore default settings:
Touch ECG
Touch SETUP
Touch RESTORE SETTINGS
Select YES
With the Module Configuration Manager feature, you can restore all default
settings. User-configurable options are listed in the Module Configuration
Manager chapter.
•
RESTORE SETTINGS changes the user-configurable options
for all parameters in the module.
Changing the Display Resolution
To change the display resolution:
Touch ECG
Touch SETUP
Select MONITOR or
EXTENDED
The MONITOR/EXTENDED key determines the display resolution of the two ECG
traces, whether or not both traces are currently displayed on the monitor.
Table Telemetry-1: Display Resolution
Key
•
Display Resolution
Monitor
(0.5 – 30 Hz)
Extended
(0.05 – 30 Hz)
Changing the display resolution does not change the waveform
bandwidth used to analyze the ECG signals for the arrhythmia
and ST segment level.
The factory default setting for display resolution is monitor mode.
Selecting Options for Lead Display
To select ECG leads:
16
Touch ECG
Touch LEAD SELECT
Touch 1ST or 2ND LEAD
Select the desired lead
One operational mode is available with the 90343 and 90347 multi-lead
transmitters. When all electrodes are connected to the patient, leads I, II, III, AVR,
AVL, AVF, and Vx, where x = 1 to 6, are available. When no chest lead is applied,
leads I, II, III, AVR, AVL, and AVF are available using the remaining connected
electrodes.
Ultraview Digital Telemetry
Table Telemetry-2: Lead Display Options
Connected Electrodes
(X)
LL
V1-6, I, II, III, AVR, AVL,
AVF
II
I, II, III, AVR, AVL, AVF
II
90343/90347
Valid Lead Vectors
III
I, II, III, AVR, AVL, AVF
II
III
III
II
•
Combinations of leads not included above produce invalid lead
vectors. In general, for at least one valid vector, either RL or C
and two limb leads must be connected.
•
The RA lead wire must be connected to the transmitter at all
times. This lead wire also serves as the transmitter’s antenna.
ECG Alarm Message Summary
To set or adjust ECG alarms:
Touch ECG
Touch ALARM LIMITS
Touch ECG ALARMS
Select ECG ALARM ON
Select HI, LO, ABN IN ROW,
and ABN PER MIN
Use arrow keys to adjust
Touch ST LIMITS CH1 or ST
LIMITS CH2 to adjust ST
segment alarm limits
Refer to the ECG Problem Solving section in the ECG chapter of this manual for
additional conditions and solutions.
CHECK XX
Displayed in the waveform zone, where XX is the name of the faulted electrode.
The message clears after 60 seconds for V1 – V6 and RL. It is not cleared for limb
lead (RA, LA, LL) faults. If multiple electrodes have faulted, only the highest
priority fault is displayed. The limb leads are highest, followed by RL, and then the
Vx leads.
ABNORMAL/MINUTE ALARM
Displayed whenever the initial abnormal in minute count (A=XX) exceeds the ABN
IN MIN alarm setting. This message is displayed for 10 seconds.
ASYSTOLE
17
Ultraview Care Network
Displayed whenever no beat is detected for 5 seconds. This message is displayed
for 10 seconds or the duration of the alarm. An ASYSTOLE message means it
has been 5 seconds or more since a QRS complex has been detected. Check the
patient. If the patient is stable:
•
•
•
•
Check that the lead wires are inserted into the proper receptacle.
Using the continuity tester, check that there is no damage to the lead wires.
If the amplitude is poor, check the appropriate lead with a 12-lead ECG.
Check that the transmitter is more than 3 feet from any television receiver or
CRT display.
COUPLET ALARM
Displayed for 10 seconds whenever a couplet is detected and the ABN IN ROW
alarm limit is ON and is set to two.
ECG ALARMS OFF
Displayed in reverse video whenever ECG alarms are OFF.
ECG ALARMS SUSPENDED
Displayed in reverse video whenever alarms have been suspended by pressing
the [TONE RESET/ALM SUSPEND] key.
ECG PROCESSING SUSPENDED
Appears whenever ECG and arrhythmia processing have been suspended by
pressing the SUSPEND PROCESSING key and menu. This message is
displayed until processing is resumed.
ECG VOLTAGE TOO LOW
Displayed whenever the ECG signal is below the detection threshold. This
message only applies to the ADULT mode for QRS amplitudes in the range of
160 µV to 200 µV. After 10 seconds in this condition, an alarm tone sounds if ECG
alarms are enabled and alarm tones have not been turned OFF or suspended.
The ECG amplitude may have dropped below the R-wave detector threshold
level. Reposition the electrodes to obtain a QRS amplitude of at least 0.20 mV
(adult) or 0.15 mV (neonate).
HI RATE ALARM
Displayed during high rate alarms for either 10 seconds or the duration of the
alarm.
IN LEARN
Displayed when the software is in learn mode.
CHAN 1 & 2 LEADS OFF
Displayed when lead failures preclude ECG monitoring in both ECG channels 1
and 2. The message is displayed in the waveform zone for the first ECG channel.
An alarm tone sounds if the module has completed its initial period of learning and
ECG processing has not been suspended.
CHAN 1 LEADS OFF
Displayed when a lead failure occurs on ECG channel 1 when automatic lead
switching is disabled.
CHAN 2 LEADS OFF
Displayed when a lead failure occurs on ECG channel 2. The message is
displayed in the waveform zone for both ECG channels 1 and 2.
18
Ultraview Digital Telemetry
LO RATE ALARM
Displayed during low rate alarms for either 10 seconds or the duration of the
alarm.
NEW DOMINANT
Displayed for 1 minute when a switch to a different dominant ECG morphology
occurs.
NOISY SIGNAL
Displayed in ECG channel 1 when the ECG software suspends processing on
either channel because of excessive noise on the ECG signal. After 10 seconds in
this condition, an alarm tone sounds if ECG alarms are enabled and alarm tones
have not been turned OFF or suspended. This message is displayed for the
duration of the noisy signal condition plus approximately three seconds. The
patient may be moving excessively. Secure the lead wires to the patient.
•
•
Check the electrodes for good skin adhesion.
Check lead wires at the transmitter for contact.
RUN ALARM
Displayed whenever a RUN of three or more beats is detected and the ABN IN
ROW limit is set lower than or equal to the number of beats in the run. This
message is displayed for either 10 seconds or the duration of the alarm.
V FIB
Displayed whenever ventricular fibrillation is detected. This message is displayed
for either 10 seconds or the duration of the alarm.
19
ECG Troubleshooting Guide
Clinical Situation
Noisy signal
Baseline wanders
Low amplitude ECG
ECG will not learn
Excessive alarms
Possible Cause
Solution
■
ECG frequency response set to
extended mode
■
Select monitor mode
■
Electrodes dry or poor skin adhesion
■
Repeat skin preparation and apply
new, moist electrodes
■
Patient moving excessively
■
Secure lead wires by stress-looping to
the patient
■
Respiration artifact
■
Re-position electrodes
■
Electrodes dry or poor skin adhesion
■
Repeat skin preparation and apply
new, moist electrodes
■
Skin improperly prepared
■
Abrade skin and reapply electrodes
■
Lead selected not providing QRS
complex with greatest amplitude
■
Select another lead for monitoring
■
Electrodes could be positioned on
bone or muscle mass
■
Re-position electrodes
■
ECG signal too noisy
■
Check lead wires and electrodes, then
relearn patient rhythm
■
ECG voltage not within threshold.
ECG VOLTAGE TOO LOW
message may be displayed
■
Select a different lead or adjust
electrode location
■
Electrodes dry or poor skin adhesion
■
Repeat skin preparation and apply
new, moist electrodes
■
Alarm limits set too close to normal
patient heart rate
■
Re-adjust alarm limit
■
Excessive patient movement or
muscle tremor
■
Reposition electrodes and secure
electrodes with tape if necessary
Refer to the Problem Solving sections in this chapter and in the ECG chapter for further monitoring tips.
Ultraview Care Network
SpO2 Overview (90343 only)
Pulse oximetry enables you to noninvasively monitor a patient’s hemoglobin
oxygen saturation either continuously or episodically. The oximetry sensor
contains two light emitting diodes (LEDs) that transmit specific wavelengths
(approximately 660 and 940 nanometers) of light that are received by a
photodetector.
Oxygen saturated blood absorbs light differently than unsaturated blood. Thus,
the amount of light absorbed by the blood can be used to calculate the ratio of
oxygenated hemoglobin to total hemoglobin in arterial blood. This ratio is
displayed as percent SpO2. Normal values range from 95 to 100%.
WARNING:
•
A pulse oximeter should NOT be used as an apnea monitor.
•
A pulse oximeter should be considered an early warning
device. If a trend towards patient deoxygenation is
indicated, blood samples should be analyzed by a
laboratory co-oximeter.
•
With the Module Configuration Manager feature, you can define
your own default settings for characteristics such as alarm limits
and display configuration. Refer to the Module Configuration
Manager chapter in this manual for further details.
Setting Up SpO2 Monitoring
To set up SpO2 monitoring:
22
Open the battery cover and
remove the battery
Confirm that the DIP switches 1
through 8 are in the correct
setting (Switch 7 must be set to
ON for neonatal use and to OFF
for adult use)
Reinstall the battery and close
the battery cover
Connect the SpO2 adapter
cable (P/N 700-0014-00) to the
transmitter
Attach the sensor to the patient
and connect the sensor cable to
the SpO2 adapter cable
Initiate ECG monitoring
Touch ECG
Touch CHANNEL FORMAT
Select SpO2 ON
The 90343 digital telemetry multi-parameter transmitter uses Spacelabs Medical
sensors as well as those from other manufacturers.
Refer to Accessories on page -47 for information concerning specific sensors.
CAUTION:
•
Use only patient sensors specified by Spacelabs Medical.
Using sensors other than those specified may degrade
performance and damage the transmitter during
defibrillation.
•
Check the sensor site frequently. Do not allow the sensor
to remain on one site for a prolonged time, especially when
monitoring neonates. Refer to the sensor manufacturer's
instructions.
•
Never attach an SpO2 sensor on a limb being monitored
with a blood pressure cuff or a limb with restricted blood
flow.
•
A poorly applied sensor may give inaccurate saturation
values.
•
Choose a site with sufficient perfusion to ensure accurate
oximetry values.
Ultraview Digital Telemetry
All sensors require an adapter cable between the sensor and the transmitter.
Because the adaptor cable is reusable, do not discard it when you have finished
using a disposable oximetry sensor. Disconnect the sensor cable from the adapter
cable before discarding the sensor.
To connect the SpO2 adapter cable to the transmitter, align the cable with the
notch on the front of the transmitter connector, and push the cable straight down
into the transmitter. To remove the cable, press the latch release on the bottom of
the cable, and pull the cable straight out.
CAUTION:
•
Never twist the cable.
Figure Telemetry-2: SpO2 Adapter Cable to Transmitter
To enable SpO2 monitoring in the 90343 digital telemetry multi-parameter
transmitter, choose an averaging interval of 4, 8, or 16, seconds by setting DIP
switches 1 and 2 as explained in Setting SpO2 Data Averaging Period and
Sampling Interval on page -26.
CHECK XX
XX YYY
CHAN 2241
ECG WAVEFORM ZONE
➊
SpO2=98% 10:22
A=XX
78
BED NAME PATIENT NAME
PACED
A/M 10
ROW 5
130
40
➌
➋
Figure Telemetry-3: Display Zone — Full Screen
➌
➊
HR=XXX A=XX LEAD
CHAN 2241
ECG WAVEFORM ZONE
SpO2=98% 10:22
347-2 Jane Doe
➋
Figure Telemetry-4: Display Zone — Split Screen
➊
Current SpO2 value (percent) and episodic time of reading. (Time is not
displayed when using continuous mode of operation.)
➋
The bell indicates that alarms are enabled (equal sign turns to a small bell
when SpO2 alarms are enabled).
➌
SensorWatch bar: shaded area (waveform index — WFI) expands up
proportionally to signal strength; horizontal line is minimum signal level.
23
Ultraview Care Network
Ensuring Accurate Monitoring
Each sensor requires site specific application procedures, and the following
general points will aid oximetry monitoring success.
•
Choose a site that provides proper alignment of the LEDs and receiving
photodetector.
•
Reduce light interference when monitoring under bright light by using a light
block over the sensor.
•
Select a site that has unrestricted blood flow and can remain as immobile as
possible to reduce or eliminate movement artifact.
•
Do not restrict blood flow when securing a sensor with tape.
•
Do not select a site near potential electrical interference (e.g., electrical
cords).
•
The SensorWatch bar should be above the minimum signal level.
Setting or Adjusting Alarm Limits
To set or adjust SpO2 alarms:
Touch ECG
Touch ALARM LIMITS
Touch SPO2 ALARM LIMITS
Select SpO2 ALARMS ON
Select HI=, LO=, ALM DELAY,
and MSG ALARM DELAY
Use arrow keys to adjust
Pulse oximetry alarm limits and delays are based either on factory default limits or
user-defined limits. The factory default settings for alarm limits are 100% for high
and 85% for low. For alarm delays, the factory default settings are 15 seconds for
alarm limit delay and 20 seconds for message alarm delay. Refer to the Alarms
chapter for details concerning Ultraview Care Network alarm operation.
When SpO2 alarms are enabled, a bell symbol will be displayed between the
“SpO2” label and the SpO2 measured saturation value.
Refer to the Module Configuration Manager chapter for SpO2 parameter tables
that list available user settings and factory defaults for this parameter.
ALM DELAY Key
This key sets the number of seconds the system will wait before it reports that an
alarm limit has been violated. When this feature is OFF, the key label will read
“ALM DELAY OFF”. When it is on, the label will read “ALM DELAY xx”, where “xx”
is the value, in seconds, of the delay.
To set the delay time:
1.
Touch ALM DELAY xx (or ALM DELAY OFF).
2.
Touch the up and down arrow keys until the value is set as desired. Possible
settings are OFF, 5, 10, 15, 20, 25, or 30 seconds.
•
If you press the down arrow key after the lowest value has been
reached, the following message will appear on the prompt line:
Minimum alarm delay time has been reached.
•
If you press the up arrow key after the highest value has been
reached, the following message will appear on the prompt line:
Maximum alarm delay time has been reached.
24
Ultraview Digital Telemetry
MSG ALM DELAY Key
This key sets the number of seconds the system will wait before it issues an alarm
tone following any of the following messages:
•
•
•
•
•
•
•
SpO2 UNAVAILABLE
SpO2 FAULTY SENSOR
SpO2 SENSOR DISCONNECTED
SpO2 SENSOR OFF PATIENT
SpO2 INSUFFICIENT SIGNAL
SpO2 AMBIENT LIGHT INTF.
SpO2 NOISY SIGNAL
When this feature is OFF, the key label will read “MSG ALM DELAY OFF”. When
it is ON, the label will read “MSG ALM DELAY xx” where “xx” is the value, in
seconds, of the delay.
To set the message delay time:
1.
Touch MSG ALM DELAY xx (or MSG ALM DELAY OFF).
2.
Touch the up and down arrow keys until the value is set as desired. Possible
settings are OFF, 10, 20, 30, 40, 50, or 60 seconds.
•
If you press the down arrow key after the lowest value has been
reached, the following message will appear on the prompt line:
Minimum message alarm delay time has been reached.
•
If you press the up arrow key after the highest value has been
reached, the following message will appear on the prompt line:
Maximum message alarm delay time has been reached.
25
Ultraview Care Network
Setting SpO2 Data Averaging Period and
Sampling Interval
To set SpO2 data averaging
period and sampling interval, set
transmitter DIP switches 1
through 4 to correct
configuration
SpO2 data averaging is used to smooth the oximetry saturation value by
averaging the patient input values over 4, 8, or 16 seconds. This selection is made
by setting the DIP switches 1 and 2 beneath the battery compartment in the 90343
digital telemetry multi-parameter transmitter. The default value is 8 seconds.
Refer to Figure Telemetry-5: DIP Switch Setting in Battery Compartment.
•
Setting both DIP switches 1 and 2 to ON disables SpO2 data
transmission.
•
To enable SpO2, remove the battery, set the selected interval,
and re-install the battery.
•
Disabling SpO2 operation in the 90343 transmitter lengthens
battery life.
CAUTION:
•
Use care when configuring the DIP switches. Avoid using
pens or pencils to configure the DIP switches since they
may cause contamination. Avoid using sharp cutting
instruments which may cause physical damage.
Table Telemetry-3: DIP Switch 1 and 2 Settings
DIP Switch 1
DIP Switch 2
Effect
OFF
OFF
4 seconds averaging enabled
OFF
ON
8 seconds averaging enabled (default)
ON
OFF
16 seconds averaging enabled
ON
ON
Disable SpO2 operation
The current setting of the SpO2 averaging period may be displayed by pressing
the ECG CHANNEL FORMAT key and enabling SpO2.
enable enable enable enable
NIBP
IABP Neonate Service use
ON
OFF
SpO2 averaging
period
SpO2 reading
interval
disable disable enable
NIBP
IABP Adult
enable
normal
operation
Figure Telemetry-5: DIP Switch Setting in Battery Compartment
The sampling interval selection enables you to determine how often an SpO2
measurement will be taken. Less frequent SpO2 readings can extend the usable
life of the battery. (Refer to the Ultraview Digital Telemetry Products data sheet,
26
Ultraview Digital Telemetry
P/N 061-0801-xx, for more information on battery service life.) This selection is
made by setting DIP switches 3 and 4 beneath the battery compartment. The
default setting is in continuous.
CAUTION:
•
No SpO2 monitoring occurs between episodic sampling
intervals. Clinical practice or medical judgement should be
used in selecting continuous or episodic SpO2 monitoring
mode for each specific patient.
Table Telemetry-4: DIP Switch 3 and 4 Settings
DIP Switch 3
DIP Switch 4
Effect
OFF
OFF
Continuous sampling (default)
OFF
ON
2 minute sampling interval
ON
OFF
5 minute sampling interval
ON
ON
30 minute sampling interval
CAUTION:
•
DIP switch 8 must remain OFF for normal operation.
Viewing Pulse Rate
To display heart rate from SpO2
sensor:
Touch ECG
Touch SETUP
Touch RATE SOURCE
Select SpO2 ON
Select SpO2 as rate source
To use with balloon pump:
Set transmitter DIP switch 6 to
ON
To view the current setting of the
IABP DIP switch:
Touch ECG
Touch CHANNEL FORMAT
Select SpO2 ON
In normal operations, the heart rate for display is obtained directly from the
acquired ECG leads or an alternate rate source. SpO2 can be used as the
alternate source, if it is set for continuous measurement. When it is set for
episodic measurement, SpO2 cannot be used as an alternate rate source.
SpO2 with Intra-Aortic Balloon Pumps
Enabling the intra-aortic balloon pump (IABP) feature informs the SpO2 software
that an IABP is in use. The 90343 must differentiate between true arterial
pulsations and those produced by the IABP. With the IABP feature enabled, the
transmitter excludes the IABP-generated pulsations from the calculation for SpO2.
The IABP feature also may be useful with patients experiencing irregular heart
rhythms. Enabling the IABP feature permits the transmitter to reject irregular
pulses, providing a more accurate SpO2 measurement.
•
When the IABP feature is enabled, the pulse rate obtained from
SpO2 may not match the heart rate obtained from ECG.
•
In cases of excessive patient motion or artifact, the accuracy of
the SpO2 measurement may be compromised when the IABP
feature is enabled.
•
When the IABP operation is selected, the SpO2 status key in
the Channel Format menu indicates IABP.
27
Ultraview Care Network
Using SpO2 with Neonates
Enabling neonatal operation, by setting transmitter DIP switch 7, changes the
sensor detection operation in the transmitter, improving the signal quality for
neonatal patients. This switch must be set ON for neonatal use and set OFF for
adult use. When the neonate operation is selected the SpO2 status key in the
Channel Format menu indicates NEO.
SpO2 Alarm Message Summary
WARNING:
•
Error messages indicate a problem or condition that may
affect accurate monitoring values. Do not ignore these
messages. Correct any fault before continuing.
•
When the SpO2 SENSOR DISCONNECTED and SpO2
UNAVAILABLE messages are displayed, the saturation value is
immediately changed to ??? and an alarm is triggered, if your
module has been configured with an alarm for that message.
When any of the other messages appear, the monitor displays
the saturation value alternately with the message ??? every two
seconds. An alarm will begin after the message alarm delay
time has elapsed. (Refer to the Module Configuration Manager
chapter.)
SpO2 SENSOR DISCONNECTED
Displayed when the transmitter does not detect either an adapter cable or a
sensor connected to an adapter cable. If the message persists and the adapter
cable is secure, replace the adapter cable. The alarm will stop after approximately
10 seconds. On remote view, there may be no audible alarm on the remote
mainframe before the local alarm stops.
SpO2 FAULTY SENSOR
The 90343 SpO2 processor has detected a defective sensor that will require
replacement.
SpO2 UNAVAILABLE
Displayed when the LED and/or photodiode have failed. Replace the sensor
and/or SpO2 adapter cable.
SpO2 AMBIENT LIGHT INTF.
Displayed when:
•
The sensor is receiving external light interference from a bright light source
near the sensor. Shield the sensor from the external light source. If the
condition persists for more than 30 seconds, ??? will replace the data display.
•
The sensor photodiode and LEDs are misaligned on flexible sensors allowing
light to enter. Realign the sensor photodiode with LEDs.
•
If a message appears with finger clip, replace the sensor.
SpO2 INSUFFICIENT SIGNAL
Displayed when:
•
28
Insufficient signal for proper operation.
Ultraview Digital Telemetry
•
Poor sensor application or site. Correctly re-apply or reposition to a more
perfused site, massage the site, or apply a new sensor.
SpO2 NOISY SIGNAL
Displayed when:
•
The sensor signal is disturbed by motion or other interference. Eliminate
sensor movement. The message disappears when a value is obtained.
•
The sensor is placed adjacent to power cords or other electrically noisy
devices. Move the noisy device or move the sensor to another site.
SpO2 SENSOR OFF PATIENT
Displayed when:
•
The transmitter is unable to detect a valid sensor input signal. Check the
patient for proper sensor placement.This alarm is only available when the
SpO2 sensor is a reusable, finger-clip type.
•
•
This message is not available with disposable SpO2 sensors or
non-clip type sensors.
Tissue between the LED and photodiode is too transmissive. If sensor
placement seems correct and the message persists, try a sensor site with a
thicker tissue bed.
•
Adapter cables and sensors are ordered separately through the
Spacelabs Medical Supplies Products Catalog.
29
SpO2 Troubleshooting Guide
Clinical Situation
No SpO2 label is
displayed
SpO2 value displays ???
Insufficient signal or
noisy signal
Intermittent or complete
failure to operate
Factors that cause
significant variances in
sensor accuracy
Possible Cause
Solution
■
SpO2 is not enabled at the 90343
■
Be sure transmitter DIP switch 1 and 2
are set correctly
■
SpO2 is not enabled at the 90478
receiver
■
Be sure transmitter DIP switch 8 is
OFF
■
Sensor not connected to patient
■
Re-attach sensor
■
Adapter cable not connected to module
properly
■
Correctly connect the adapter cable
■
Sensor not connected to adapter cable
■
Correctly connect the sensor
■
Excessive patient motion
■
Urge patient to remain still while
reading is in progress
■
Transmitter is in the initialization phase
(the first 15 seconds after sensor
application)
■
Wait until initialization is complete
■
Low battery indicator constantly
illuminated
■
Call qualified service person
■
Sensor placement not optimum
■
Move sensor to a site which has better
perfusion
■
Align LED with sensor photodetector
■
Sensor placed below blood pressure cuff
■
Move sensor to an alternate limb
■
Depleted battery
■
Replace battery
■
Low battery light constantly illuminated
■
Call qualified service person
■
Presence of dysfunctional hemoglobins
(COHb, MetHb)
■
Follow hospital procedure for
determining oxygenation in these
patients
■
Presence of intravascular dyes
(indocyamine green, methylene blue)
depending on their concentration in the
blood stream
■
Follow hospital procedure for
determining oxygenation in these
patients
■
High ambient light level
■
Reduce light levels near patient; wrap
sensor with light blocking material
■
Electrosurgical interference
■
Ultraview digital telemetry is contraindicated for electrosurgical use
■
Patient is significantly anemic (Hb less
than 5 gm/dl) or patient has received
large amounts of IV solutions
■
Follow hospital procedure for
determining oxygenation in these
patients
Ultraview Care Network
NIBP Overview (90343 only)
The 90343 digital telemetry multi-parameter transmitter sends NIBP patient data,
acquired by the 90217 ambulatory blood pressure (ABP) monitor, to the 90478
digital telemetry receiver. The 90478 displays the patient’s episodic NIBP data
and trigger alarms based on thresholds set at the patient monitor.
The 90217 ABP monitor is a small, lightweight, battery-powered unit designed to
take blood pressure measurements. Please refer to the 90217 Operations Manual
(070-0137-xx) for more detailed information on this product, its initialization by a
direct PC interface (90121 ABP Report Management System Operations Manual
— P/N 070-0529-xx), Patient Preparation, and Event Codes.
NIBP uses oscillometric monitoring to measure systolic (S), diastolic (D), and
mean (M) arterial blood pressures. The pressure readings are sent from the
90217 ABP monitor to the 90343 transmitter by a connecting cable. The 90343
transmitter then includes the NIBP readings in the communications to the 90478
receiver using the radio frequency data link. Received NIBP measurements are
checked to eliminate the possibility of erroneous readings and valid
measurements are displayed on the patient monitor and stored in the patient
monitor for trending. The Ultraview Care Network monitor displays valid
measurements and the time the measurement was acquired. The most recent
reading is displayed by the Ultraview Care Network monitor. The most recent 120
readings are stored and may be displayed by the monitor.
•
The 90217 ABP Monitor is intended for use with adult patients
only.
•
The 90217 ABP, when used with the 90343 Ultraview Digital
Telemetry system, purges its measurements as they are
successfully sent. This operation differs from when the 90217
ABP is used in a stand-alone manner and stores a maximum of
240 NIBP readings and event codes.
•
NIBP readings which are not successfully transmitted by the
90217 to the 90478 within twenty-four hours of their
measurement are unavailable for patient monitor display or
trending.
To set up NIBP monitoring:
32
Configure 90343 DIP switch 5 to
ON (refer to Figure Telemetry-5:
DIP Switch Setting in Battery
Compartment)
Initialize 90217 with 90121 ABP
report management system
using the ABP Remote
Management System adapter
cable (P/N 012-0097-02)
Apply appropriate cuff to patient
Attach cuff to 90217 monitor
Connect NIBP adapter cable
(700-0015-00) between 90217
and 90343
Touch ECG
Touch CHANNEL FORMAT
Select NIBP ON
Setting Up NIBP Monitoring
Proper cuff selection and application is critical in ensuring the accuracy of NIBP
readings. To ensure proper cuff selection, first measure the circumference of the
limb at its midpoint. Match the limb measurement to the range of appropriate
circumferences (in centimeters) specified on each cuff. If the cuff bladder is too
wide for the patient, the reading will be falsely lowered; if it is too narrow, the
reading will be falsely elevated. Undersizing the cuff results in the greatest chance
of error, so a variety of cuff sizes should be available to accommodate your full
patient population.
Apply the cuff snugly. When the cuff is properly applied to an adult, you should be
able to insert one finger between the cuff and the arm. If you can insert two
fingers, the cuff is too loose, which may result in falsely elevated readings. Ensure
that the hose is not kinked when the cuff is applied.
Ultraview Digital Telemetry
During blood pressure measurement, the inflated cuff reduces blood flow to the
limb to which it is applied. Do not apply a cuff to a limb that has restricted blood
flow. Check the patient periodically.
•
Do not apply a blood pressure cuff to a limb being monitored
with a pulse oximetry sensor, because SpO2 is affected during
NIBP readings. Avoid applying a cuff to a limb that has an
intravenous line in place. Do not apply a cuff to a limb that has
restricted blood flow.
•
Use only single hose cuffs to ensure proper operation.
Spacelabs Medical’s hoses are non-conductive with respect to
defibrillator discharge effects.
Patient Factors Affecting Readings
Excess patient movement, speech, or muscle contractions as a result of severe
pain or shivering can interfere with automated NIBP readings. Ensure that the
patient is quiet and not moving during NIBP readings just as you would manual
readings. The patient must avoid applying external pressure to the cuff during
readings. Institute measures to minimize shivering and alleviate pain.
Some arrhythmias may cause beat-to-beat pressure fluctuations that can make
obtaining NIBP readings more difficult. If it becomes difficult to obtain readings in
the presence of arrhythmia, pressure should be temporarily verified using another
method (i.e., ausculatory, oscillometric, Doppler). Pressure also varies cyclically
with normal respiration. With deep respirations or in certain patients this effect
may be enhanced, increasing reading variability.
For patients in shock, indirect methods of measuring pressure (auscultatory,
oscillometric, Doppler) may not be reliable because of peripheral vascular
changes. These changes include peripheral vasoconstriction and diminished
peripheral circulation resulting from shunting of blood to central organs. In some
cases, peripheral pulses or Korotkoff sounds may be diminished or disappear in
spite of adequate blood pressure. In such cases, measuring a cuff pressure may
be impossible or give misleading results. Direct blood pressure measurements
(invasive) should be considered in patients with signs of shock or any patient who
rapidly becomes unstable for unknown reasons.
Setting Up the ABP Monitor
The 90217 ABP must be initialized prior to the monitoring of each patient.
Initialization is accomplished using the 90121 ABP report management system.
(Refer to the section Setting Up the ABP Monitor in the 90217 Operations Manual,
P/N 070-0137-xx.)
CAUTION:
•
Failure to initialize the 90217 as specified may result in the
display and storage of measurements that are incorrect or
that were acquired from a prior patient.
33
Ultraview Care Network
After the monitor has been initialized, prepare the patient for monitoring as
follows:
1.
Turn on the monitor and wait for the monitor to perform self-tests. When the
LCD displays the current time, the monitor is ready for operation.
2.
Strap the monitor to the patient on the hip opposite the side on which the cuff
is worn. Secure the monitor using the patient’s own belt or the ABP pouch
strapped over the opposite shoulder. When using the shoulder strap, use the
belt supplied with the monitor, or the patient’s belt, to provide additional
security.
3.
To select the proper cuff, measure the circumference of the limb at the point
where the cuff is to be applied. Match the limb measurement to the range of
appropriate circumferences (in centimeters) specified on each cuff (refer to
Table Telemetry-5: Cuff Size by Limb Circumference).
Table Telemetry-5: Cuff Size by Limb Circumference
Cuff Size
4.
Pediatric
13 to 20 cm
Small adult
17 to 26 cm
Average adult
24 to 32 cm
Large adult
32 to 42 cm
Extra-large adult
38 to 50 cm
Position the cuff so that the center of the inflatable bladder is directly over the
brachial artery. The center of the bladder location is marked on the outside of
the cuff. Once the proper position is determined, the cuff must be tightened to
ensure that it is equally snug at the top and bottom edges and that it is not
kinked. This is especially important on larger arms. Insert a finger between the
cuff and the limb to ensure it is not too tight. It may be necessary to wrap the
cuff with its tail at an angle to achieve uniform tightness. If the cuff is not
equally snug at the top and bottom edges, the number of readings available
will be limited and the monitor may indicate that the cuff is improperly applied.
34
Limb Circumference
•
Use only Spacelabs Medical cuffs with this monitor. Using other
manufacturer’s cuffs may result in inaccurate readings, even if
the manufacturer’s recommended size is observed.
•
If the cuff is too small, pressure readings may be falsely high; a
cuff that is too large produces a falsely low reading. The bladder
can be positioned in the cuff for either the left or right arm.
Ultraview Digital Telemetry
CAUTION:
•
Avoid compression or restriction of pressure in the NIBP
patient connector tubes. Check that operation of the
equipment does not result in prolonged impairment of
circulation.
•
Do not apply cuff to areas of breached or injured skin.
•
Cuff hose connections use luer fittings. Be careful not to
connect the ABP monitor into an intravenous fluid line
when working close to them.
•
This product contains natural latex rubber components to
which some people may be allergic. These components
include the bladder and the first four inches of tubing
extending from the cuff.
5.
Once the cuff is applied, the arm should be relaxed at the patient’s side. To
avoid reading errors due to hydrostatic pressure differences, the level of the
cuff on the arm should be near the level of the heart.
6.
Lead the hose up the arm with the cuff and place it across the back of the
patient. Drape the hose so it does not cause the patient discomfort and is not
pinched shut by too tight a radius. Figure Telemetry-6: Common Cuff Hose
Positions shows the most common positions for the cuff hose.
alternative #1
alternative #2
Figure Telemetry-6: Common Cuff Hose Positions
7.
Connect the hose to the monitor.
8.
To verify proper monitor operation, take one or more blood pressure readings.
Push the START/STOP key to begin a measurement.
9.
The 90343 transmitter must be configured for use with the 90217 ABP monitor
by opening the battery compartment door, removing the battery, and setting
DIP switches 5 ON and 8 OFF. Refer to Figure Telemetry-5: DIP Switch
Setting in Battery Compartment.
10. The 90478 receiver must be configured for operation with the 90343
transmitter and attached 90217 ABP. Touch the monitor ECG key to display
35
Ultraview Care Network
the main menu. Touch CHANNEL FORMAT, then NIBP ON. The monitor will
display the NIBP measurement in a numeric format in the display zone. The
values of the measurement are displayed as ??? until a valid NIBP
measurement has been taken.
11. Interconnect the adapter cable between the communications port on the
90217 and the NIBP port on the 90343 as shown in Figure Telemetry-7:
Transmitter and ABP Monitor Connections.
SpO2
adapter cable
NIBP cuff
SpO2 sensor
NIBP adapter cable
90217 & 90343 mount in
pouches to patient’s belt.
Figure Telemetry-7: Transmitter and ABP Monitor Connections
Figure Telemetry-8: Display Zone — Full Screen and Figure Telemetry-9: Display
Zone — Split Screen illustrate typical NIBP displays. You can view NIBP readings
from any Ultraview bedside or central monitor on a network. NIBP displays on a
36
Ultraview Digital Telemetry
split screen central monitor appear in a format slightly different from that of
bedside or full screen central monitors. Depending on the patient monitor’s display
size, the title “NIBP” may not appear.
➍
➌
CHAN xxxx
➋
➊
ECG WAVEFORM ZONE
NIBP=120/68(94) hh:mm SpO2=98% hh:mm
➎
XX YYY
A/M 10
ROW 5
130
40
A=XX
78
BED NAME PATIENT NAME
PACED
Figure Telemetry-8: Display Zone — Full Screen
➍
HR=XXX A=XX LEAD
➌
➋
➊
➎
CHAN xxxx
ECG WAVEFORM ZONE
NIBP=120/68(94) hh:mm SpO2=98% hh:mm
BED NAME PATIENT NAME
Figure Telemetry-9: Display Zone — Split Screen
➊ Last systolic reading
➋ Last diastolic reading
➌ Last mean reading
➍ Hour and minutes of last reading
➎ Equal sign becomes bell symbol when NIBP alarms are enabled
Setting or Adjusting Alarm Limits
To set or adjust NIBP alarms:
Touch ECG
Touch ALARM LIMITS
Touch NIBP ALARM LIMITS
Select NIBP ALM ON
Select SYS, DIA, or MEAN
Select HI= or LO=
Use arrow keys to adjust
You can define pressure alarm limits for systolic, diastolic, and mean values. The
default setting for alarms is OFF. Refer to the Alarms chapter in this manual for
Ultraview system alarm functions. The alarm limits defaults are listed in Table
Telemetry-6: Alarm Limits.
Table Telemetry-6: Alarm Limits
High
Low
systolic
180 mmHg
(24.0 kPa)
100 mmHg
(13.3 kPa)
diastolic
120 mmHg
(16.0 kPa)
60 mmHg
(8.0 kPa)
mean
130 mmHg
(17.3 kPa)
80 mmHg
(12.0 kPa)
Refer to the Module Configuration Manager chapter for NIBP parameter tables
that list available user settings and factory defaults for this parameter.
37
Ultraview Care Network
To display the current reading:
Touch ECG
Touch CHANNEL FORMAT
Select NIBP ON
To display previous readings in
tabular format (PC Scout):
Touch SPECIAL FUNCTIONS
Select LOCAL TRENDS or
REMOTE TRENDS
Select subnet and bed number
Touch TABULAR TRENDS
Select TIME INTERVAL or
ARROWS to adjust the time
interval and period
(UCW and 1700):
Touch SPECIAL FUNCTIONS
Touch TABULAR TRENDS
Select LOCAL BED or
REMOTE BED
Select bed number
Select TIME INTERVAL or
ARROWS to adjust the time
interval and period
To display previous readings in
graphic format (PC Scout):
Touch SPECIAL FUNCTIONS
Touch LOCAL TRENDS or
REMOTE TRENDS
Touch GRAPHIC TRENDS
Touch TOP GRAPH of
BOTTOM GRAPH
Touch desired parameter to
graph
(UCW and 1700):
38
Touch SPECIAL FUNCTIONS
Touch GRAPHIC TRENDS
Select LOCAL BED or
REMOTE BED
Select bed number
Touch desired parameter to
graph
Displaying New or Previous Readings
The current (or latest) NIBP reading taken may be displayed when the NIBP
parameter is enabled and the 90217 ABP monitor is correctly setup. The current
reading is displayed just below the isoelectric line showing systolic, diastolic, and
mean values with the time of the reading. The displayed values are replaced by
??? when no valid values have been acquired from the 90217.
The previous NIBP readings may be displayed using the Tabular Trend or
Graphic Trend monitor functions. The parameter trend information is collected
from the module on a minute-by-minute basis and stored in system memory for
retrieval. The collected NIBP trend readings may be displayed in the same
manner as any other monitored parameter. Refer to the Trends chapter for
details.
Ultraview Digital Telemetry
Tabular Trends Display
Bed: ICU1
Patient: John Smith
Time
Date: 26 FEB 1999
11:32
11:33
11:34
11:35
11:36
11:37
11:38
HR (ECG)
b/min
60
60
59
60
61
60
59
60
ABN
b.min
SpO2
96
97
97
96
97
96
96
96
SpO2 PR
b/min
70
70
70
70
70
70
70
70
363
364
362
365
367
285
300
340
SpO2 (WFI)
NIBP/s
Time
11:32
mmHg
100
102
NIBP/d
Time
11:32
11:37
mmHg
72
70
NIBP/m
Time
11:32
11:37
mmHg
80
79
11:39
11:37
NIBP Alarm Message Summary
The 90217 ABP monitor provides an extensive set of result codes that indicate the
status of the monitor and the potential causes of an inability to take a valid
reading.
The following messages are displayed on the Ultraview monitor to provide ABP
status information to the caregiver. These messages summarize the 90217 event
codes. Some of these messages include an event code in parentheses to provide
more detailed analysis of the event. A complete list of the event codes may be
found in the 90217 ABP Monitor Operations Manual (P/N 070-0137-xx).
NIBP UNAVAILABLE (xx)
Displayed when the 90217 ABP monitor has detected an internal condition,
defined by the code (xx). Typically, this indicates a hardware or software failure
that requires that the transmitter be removed from service.
NIBP READING FAILURE (xx)
Displayed when the ABP monitor was unable to make a reading. The code (xx)
defines the cause of failure.
NIBP AIR LEAK
Displayed when an air leak has been detected in the pneumatic system,
preventing a reading from being taken.
NIBP LOOSE OR NO CUFF
Displayed when the cuff was able to be inflated in a manner indicating that it was
not attached to the patient correctly.
NIBP PATIENT CANCELLED
Displayed when the patient has pressed the START/STOP button on the 90217,
halting a reading in progress.
NIBP LOW BATTERY
Displayed when the primary (3xAA) battery voltage is low. Replace with fresh
batteries.
39
Ultraview Care Network
NIBP KINKED HOSE
Displayed when the pressure value increased too rapidly indicating a kinked hose
or other restriction.
NIBP EVENT CODE (xx)
Displayed when the event code returned from the 90217 monitor is not defined
into one of the other messages.
40
NIBP Troubleshooting Guide
Clinical Situation
Possible Cause
Solution
■
Adapter cable not inserted correctly
■
Remove and re-insert adapter cable
■
NIBP not enabled on 90343 or 90478
■
Enable NIBP function by setting
transmitter DIP switch 5 ON and setting
DIP switch 8 OFF
■
90217 ABP not properly initialized
■
Reinitialize 90217 ABP using 90121
■
90343 Low battery indicator constantly
illuminated
■
Call qualified service person
■
Incorrect or inoperative cuff in use
■
Replace with cuff known to be operative
■
Tubing is kinked
■
Locate kink and straighten tubing
■
Some arrhythmias (e.g., atrial
fibrillation and frequent ventricular
ectopy) may cause a single or repeated
failure to obtain a reading (may be due
to true beat-to-beat variations in
pressure)
■
Document arrhythmia if present, verify
pressure with another method, then follow
hospital procedure for care of this type of
patient
■
Excessive patient motion or muscle
contractions associated with shivering
or severe pain
■
Ensure that patient is quiet with minimal
movement during NIBP readings;
minimize patient’s shivering
■
Blood pressure outside of
measurement range
■
Verify extremely high or low pressure with
another method
Intermittent or complete
failure to operate
■
90217 ABP error
■
Remove 90217 ABP from service; record
event code; and call qualified service
person
Apparent incorrect value
■
Wrong size cuff for patient
■
Measure patient’s limbs at the midpoint;
match limb measurement to range
specified on cuff (undersizing the cuff
results in the greatest degree of error)
■
Cuff is damaged
■
Replace with good cuff
■
Excessive patient motion, shivering or
severe pain
■
Ensure patient is quiet with minimal
movement during NIBP readings;
minimize patient’s shivering
■
False high readings may be the result
of venous congestion caused by
frequent readings
■
Reduce frequency of readings
■
Cuff too loose or positioned incorrectly
■
Tighten cuff or reposition appropriately
■
Data not retained
■
Replace backup battery
■
Low or no power
■
Check the batteries for a full charge; if
needed, replace or recharge the batteries
■
May be one of the following: time-out,
no reading due to air leak in the
system, improper cuff size, cuff size not
properly attached to the 90217 ABP
■
Isolate cause and correct
No NIBP displays
No NIBP readings can be
obtained
90217 ABP Display is
incorrect
NIBP Troubleshooting Guide (continued)
Clinical Situation
Possible Cause
Solution
■
Some arrhythmias may cause beat-tobeat pressure and NIBP readings
■
Document arrhythmia if present, verify
pressure using another method, then
follow hospital procedure for care of this
type of patient
■
Larger than normal influence of
respiratory phases on blood pressure
(inspiratory fall in blood pressure;
expiratory rise)
■
NIBP software usually compensates for
normal variation
No NIBP readings or
questionable values in the
presence of shock
■
Peripheral vascular changes
experienced during shock may reduce
the reliability of blood pressure
readings obtained with any indirect
method; peripheral pulses may be
diminished or absent
■
Consider invasive pressure
measurements in patients with symptoms
of shock or in any patient who rapidly
becomes unstable for unknown reasons
90217 displays “LLL” and
alarm sounds
■
Low main battery condition
■
Turn off and replace batteries within 60
seconds after removal to continue
monitoring.
Cuff too tight
■
Cuff placed on patient too tightly
■
Reposition the cuff
■
Air pump staying on too long
■
Return unit to Spacelabs Medical for
service
■
Cuff placed on patient too loosely
■
Reposition the cuff
■
Air pump not staying on long enough
■
Return unit to Spacelabs Medical for
service
Variable readings occur
Cuff too loose
Ultraview Care Network
Alarm Message Summary
Unless otherwise specified in their description, the following messages are left on
the top line (full screen monitors, medium font) or second line (split screen
monitors, small font) of the waveform zone. They are displayed for the duration of
the condition that caused the message or for the period specified in their
description unless replaced by a higher priority message. The conditions under
which these messages can be displayed are outlined below. During alarms, alarm
messages flash unless alarms are suspended.
ECG Alarm Messages
The following messages apply when either the 90343 or 90347 is in use.
CHECK XX
Displayed in the waveform zone, where XX is the name of the faulted electrode.
The message clears after 60 seconds for V1 – V6 and RL. It is not cleared for limb
lead (RA, LA, LL) faults. If multiple electrodes have faulted, only the highest
priority fault is displayed. The limb leads are highest, followed by RL, followed by
the Vx leads.
ABNORMAL/MINUTE ALARM
Displayed whenever the abnormal in minute count (A=XX) initially exceeds the
ABN IN MIN alarm setting. This message is displayed for 10 seconds.
ASYSTOLE
Displayed whenever no beat is detected for 5 seconds. This message is displayed
for the greater of 10 seconds or the duration of the alarm.
COUPLET ALARM
Displayed whenever a couplet is detected and the ABN IN ROW alarm limit is ON
and set to 2. This message is displayed for 10 seconds.
ECG ALARMS OFF
Displayed in reverse video whenever ECG alarms are OFF.
ECG ALARMS SUSPENDED
Displayed in reverse video whenever alarms have been suspended with the
monitor’s TONE RESET/ALM SUSPEND hard key.
ECG PROCESSING SUSPENDED
Appears whenever ECG and arrhythmia processing have been suspended with
the SUSPEND PROCESSING key and menu. This message is displayed until
processing is resumed.
ECG VOLTAGE TOO LOW
Displayed whenever the ECG signal is below the detection threshold. This
message only applies to ADULT mode for QRS amplitudes in the range of 160 µV
to 200 µV. After 10 seconds in this condition, an alarm tone sounds if ECG alarms
are enabled and alarm tones have not been turned OFF or suspended.
HI RATE ALARM
Displayed during high rate alarms for the greater of 10 seconds or for the duration
of the alarm.
44
Ultraview Digital Telemetry
IN LEARN
Displayed when the module is in learning mode.
CHAN 1 & 2 LEADS OFF
Displayed when lead failures preclude ECG monitoring in both ECG channels 1
and 2. The message in displayed in the waveform zone for the first ECG channel.
An alarm tone sounds if the module has completed its initial period of learning and
ECG processing has not been suspended.
CHAN 1 LEADS OFF
Displayed when a lead failure occurs on ECG channel 1 when automatic lead
switching is disabled.
CHAN 2 LEADS OFF
Displayed when a lead failure occurs on ECG channel 2. The message is
displayed in the waveform zone for both ECG channels 1 and 2.
LO RATE ALARM
Displayed during low rate alarms for the greater of 10 seconds or the duration of
the alarm.
NEW DOMINANT
Displayed for 1 minute when a switch to a different dominant ECG morphology
occurs.
NOISY SIGNAL
Displayed in ECG channel 1 when the ECG software suspends processing on
either channel due to excessive noise on the ECG signal. After 10 seconds in this
condition, an alarm tone sounds if ECG alarms are enabled and alarm tones have
not been turned OFF or suspended. This message is displayed for the duration of
the noisy signal condition plus approximately three seconds.
RUN ALARM
Displayed whenever a RUN of three or more beats is detected and the ABN IN
ROW limit is set lower than or equal to the number of beats in the run. This
message is displayed for the greater of 10 seconds or the duration of the alarm.
V FIB
Displayed whenever ventricular fibrillation is detected. This message is displayed
for the greater of 10 seconds or the duration of the alarm.
SpO2 Alarm Messages
The following general messages apply only when the 90343 transmitter is in use
and the SpO2 option is enabled on the transmitter and receiver.
SpO2 UNAVAILABLE
The 90343 has reported and internal error or the communications from the 90343
transmitter contain an excessive number of errors.
SpO2 FAULTY SENSOR
The 90343 SpO2 processor has detected a defective sensor that will require
replacement.
45
Ultraview Care Network
SPO2 SENSOR DISCONNECTED
The sensor is not connected properly to the adapter cable or the adapter cable is
not connected properly to the 90343 transmitter.
SpO2 AMBIENT LIGHT INTF.
The ambient light present is causing interference with the signal from the sensor.
Attempt to reduce the amount of ambient light.
SENSOR OFF PATIENT
The sensor is not properly applied to the patient. (This alarm is available only with
non-disposable, finger-clip type sensors.)
SpO2 INSUFFICIENT SIGNAL
The signal amplitude from the sensor is not sufficient.
SpO2 NOISY SIGNAL
The signal is sufficiently disrupted that it may cause erroneous saturation or heart
rate data. This may be caused by patient motion, electrical interference, or other
cause.
NIBP Alarm Messages
The following general messages apply only when the 90343 transmitter is in use
and the NIBP option is enabled on the transmitter and receiver.
NIBP UNAVAILABLE (xx)
The 90217 ABP monitor has detected an internal condition that is defined by the
code (xx). Typically this indicates a hardware or software failure that requires the
transmitter being removed from service.
NIBP READING FAILURE (xx)
The ABP monitor was unable to make a reading. The code (xx) defines the cause
of failure.
NIBP AIR LEAK
An air leak has been detected in the pneumatic system, preventing a reading from
being taken.
NIBP LOOSE OR NO CUFF
The cuff was able to be inflated in a manner indicating that it was not attached to
the patient correctly.
NIBP PATIENT CANCELLED
The patient has pressed the START/STOP button on the 90217, halting a reading
in progress.
NIBP LOW BATTERY
The primary (3xAA) battery voltage is low. Replace with fresh batteries.
NIBP KINKED HOSE
The pressure value increased too rapidly indicating a kinked hose or other
restriction.
46
Ultraview Digital Telemetry
NIBP EVENT CODE (xx)
The event code returned from the 90217 monitor is not defined as one of the other
messages.
Telemetry Alarm Messages
The following are general telemetry messages and apply to both 90343 and
90347 transmitters.
INTERMITTENT SIGNAL LOSS
Displayed in the waveform zone whenever a minimum of the previous 100
samples were missed. A level 2/low priority alarm tone sounds after 10 seconds in
this condition.
LOW BATTERY
Displayed in the waveform zone when the transmitter voltage is low. This
message is accompanied by a level 2/low priority alarm tone if the SETUP menu’s
LOW BAT ON/OFF key is set to ON and displayed.
SIGNAL INTERFERENCE
Displayed in the waveform zone whenever a signal can no longer be detected
because of interference from a stronger signal source lasting more than 0.5
seconds. A level 2/low priority alarm tone sounds whenever this message is
displayed.
Accessories
Refer to the Spacelabs Medical Supplies Products Catalog for availability of
accessories. Some of the more commonly used accessories are listed below.
Digital Telemetry Accessories
9034/90347 telemetry transmitter pouch
015-0500-00
Belt clip
344-0020-00
Receiver whip antenna (UHF)
117-0040-00
Receiver housing protective cover
200-0180-00
ECG Accessories
DIN standard safety lead wire set, 5 wire
012-0605-00
Adult general purpose electrode
015-0097-01
Holter/stress disposable electrode
392015-001
47
Ultraview Care Network
SpO2 Accessories
Nellcor SpO2 adapter cable
700-0014-00
Nellcor SpO2 sensors
Adult/Neonatal (N-25)
690-0006-00
Pediatric (P-20)
690-0007-00
Adult disposable (D-25)
690-0001-00
Finger clip (DS-100A)
690-0003-00
Nasal (R-15)
690-0005-00
Oxiband A/N
690-0004-00
Oxiband pediatric/infant reusable
sensor P/I
690-0039-00
NIBP Accessories
48
ABP adapter cable
700-0015-00
ABP Pouch
015-0501-00
ABP Shoulder Strap
016-0262-00
ABP Waist Belt
016-0080-00
Cuff assembly, child (13-20 cm) w/ hose
015-0118-01
Cuff assembly, small adult (17-26 cm)
w/ hose
015-0067-01
Cuff assembly, adult (24-32 cm) w/ hose
015-0068-02
Cuff assembly, large adult (32-42 cm)
w/ hose
016-0077-01
Cuff assembly, extra-large adult (38-50 cm)
w/ hose and cuff support harness
016-0109-01
ABP Report Management System
90121
ABP Report Management System
Adaptor Cable
012-0097-02
90121 ABP Report Management System
Operations Manual
070-0529-xx
90217 Operations Manual
070-0137-xx

---

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File Type Extension             : pdf
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PDF Version                     : 1.3
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Producer                        : Acrobat Distiller 4.05 for Windows
Title                           : Untitled Document
Modify Date                     : 2000:10:05 14:25:22-07:00
Create Date                     : 1995:03:23 10:57:16
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