All rights reserved. Contents of this publication may not be reproduced in any form without the written permission of Spacelabs
Medical. Products of Spacelabs Medical are covered by U.S. and foreign patents and/or pending patents. Printed in U.S.A.
Specifications and price change privileges are reserved.
Spacelabs Medical considers itself responsible for the effects on safety, reliability and performance of the equipment only if:
•assembly operations, re-adjustments, modifications or repairs are carried out by persons authorized by Spacelabs
Medical, and
•the electrical installation of the relevant room complies with the requirements of the standard in force, and
•the equipment is used in accordance with the operations manual.
Spacelabs Medical will make available, on request, such circuit diagrams, component part lists, descriptions, calibration instructions
or other information which will assist appropriately qualified technical personnel to repair those parts of the equipment which are
classified by Spacelabs Medical as field repairable.
Spacelabs Medical is committed to providing comprehensive customer support beginning with your initial inquiry through purchase,
training, and service for the life of your Spacelabs Medical equipment.
CORPORATE OFFICES
U.S.A.
Spacelabs Medical, Inc.
5150 220th Ave SE
Issaquah, WA 98029
Telephone: 425-657-7200
Telephone: 800-522-7025
Fax: 425-657-7212
Authorized EC Representative
UNITED KINGDOM
Spacelabs Medical Ltd.
Basepoint Business Centre
Metcalf Way, Crawley
West Sussex RH11 7XX
Telephone: 44 (0) 845 6017224
Fax: 44 (0) 845 6017225
BirthNet, Data Shuttle, Flexport, Intesys Clinical Suite, Maternal Obstetrical Monitor, MOM, Mermaid, Multiview, PCIS, PCMS,
PrintMaster, Quicknet, Sensorwatch, TRU-CAP, TRU-CUFF, TRU-LINK, UCW, Ultralite, Ultraview, Ultraview Clinical Messenger,
Ultraview SL, Uni-Pouch, Universal Flexport, Varitrend and WinDNA are trademarks of Spacelabs Medical, Inc.
Other brands and product names are trademarks of their respective owners.
CAUTION:
US Federal law restricts the devices documented herein to sale by, or on the order
Spacelabs Medical’s products are designed and manufactured under good manufacturing practices
and in compliance with all applicable regulatory requirements. To ensure proper operation in
accordance with these guidelines, this product must be maintained by trained technicians using
Spacelabs Medical authorized replacement parts.
This manual applies to the 90385 Universal Clinical Workstation (UCW®) and the 90387 Ultraview®
1700 monitors. The 90385 UCW monitor is a fully Ultraview-compatible bedside or central monitor. It
features a 15-inch color display and an infrared touchscreen.
The 90387 Ultraview 1700 monitor combines the module-mounting capability of the 90491 module
housing, with the processing and display capabilities of the 90385 UCW. The right side of the
chassis is used to house the CPU and I/O PCBAs, while the left side provides two slots for module
plug-in. The Ultraview 1700 is capable of driving an external speaker (either amplified or
unamplified) or may stand alone, using the internal speaker. The result is a product that provides the
same Ultraview Care Network
in a single, compact unit, with a separate display. The Ultraview 1700 is primarily intended to
function as a compact, two-module bedside or central monitor.
™
capabilities as the UCW, but adds plug-in support for two modules
!
•This service manual is intended for use with 90385 monitors, serial numbers
385-3xxx and higher, and 90387 monitors, serial numbers 387-1xxx and higher.
1-1
UCW and Ultraview 1700 Monitors — Service Manual
Refer to Theory on page 3-1 of this manual for a detailed description of each monitor and its
components.
90385
wall track
90491
module housing
90385
Figure 1-1: UCW with wall mount
1-2
Figure 1-2: UCW with pedestal mount
Introduction
Figure 1-3: Ultraview 1700 with external power supply
1-3
UCW and Ultraview 1700 Monitors — Service Manual
Accessories
Monitor Options
Table 1: UCW and Ultraview 1700 Options
OptionDefinition
-A
-B
-F
-G
-H
-I
-J
-K
-LSixteen Waveforms
-MGraphic and Tabular Trends
-NVital Sign Calculations *†
-ODrug Dose Calculations *†
-PInteractive Network
-QData Shuttle
-RPatient Data Logger †
-SDynamic Network Access (DNA) †
-TIR Remote Control *** **** †
-VFull View
-WFull Bed Review
-X220–240 Volt Operation **
-01English
-02German
-03French
-04Italian
-05Spanish
-06Swedish
-07Polish †
-09Dutch
Central/Bedside *
Bedside
Four Waveforms
Five Waveforms
Six Waveforms
Seven Waveforms
Eight Waveforms
Twelve Waveform
1-4
* For central configurations (Option A): If Options N or O are selected, then option P must
be selected.
** Option X is only valid for the 90385 monitor.
*** 90360-01 and 90360-03 are required and must be purchased separately when used with
model 90387.
**** 90360-01 is required and must be purchased when used with model 90385.
† Option -07 is only valid for the 90387 monitor; options N, O, R, S, and T are not valid with this option.
Introduction
Example:
A 90385-XFQ (where “X” represents the language designator) is an UCW equipped with:
• Q = Data Shuttle option
• F = Four waveform zones
Accessory devices supported by the UCW/1700 are as follows:
Modules — Supports all existing Ultraview modules except 90425, 90428, 90432, and 90410. Use
of modules in conjunction with the UCW requires a module housing(s) and DC power supply(s);
whereas, the Ultraview 1700 provides plug-in support for either two single-height modules or one
double-height module. Additional modules are supported by means of external module housings.
Flexport® systeminterfaces — Supports the use of all existing Spacelabs Medical Flexport
interfaces. Refer to Setup on page 2-1 for installation requirements.
Repeater Displays — Up to two repeater displays may be connected. The repeater displays serve
only to duplicate the information shown on the Ultraview monitor and does not accept user input.
Repeater displays may be located up to 100 feet from the Ultraview monitor.
Touchscreen — The Ultraview 1700 supports the ELO Touch brand touchscreens. The UCW uses
an integral infrared touchscreen.
Mouse — Supports the use of a PS/2-style mouse.
Keyboard — Supports the use of a PS/2-style keyboard.
Nurse Alert — Supports the use of a Spacelabs Medical nurse alert device. This device provides an
external indication that one of the parameters being monitored is in an alarm condition.
1-5
UCW and Ultraview 1700 Monitors — Service Manual
Equipment Illustrations — Rear
UCW (90385)
1
1
SDLC
unavailable
unavailable
nurse alert
speaker
unavailable
mouse port
keyboard
1
serial out 1
2
serial out 2
Figure 1-4: Rear view (90385)
WARNING:
•For safety, the power cord retainer hardware must always be used.
Prior to installation of your patient monitor, conduct an equipment audit.
Upon receipt of the equipment, a detailed inventory must be taken to verify that the equipment
received matches your order. This inventory should include serial numbers, model numbers with
options, and cables. Carefully inspect these items for shipping damage. If damage is apparent,
notify the freight company and Spacelabs Medical immediately.
•When removing items from the shipping container, make sure you remove ALL
!
The monitors are typically shipped as follows:
UCW Monitor (90385) — Contains the monitor with installed I/O and CPU printed circuit board
assemblies (PCBAs), power cord, and AC cord retainer.
Ultraview 1700 Monitor (90387) — Contains the main assembly with installed I/O and CPU
printed circuit board assemblies (PCBAs), power cord, and AC cord retainer.
External Module Housing — The 90491 four-slot housing or the 90499 two-slot housing, DC
power supply, SDLC cables, and power cord.
Accessories — Contains the power cords and cable assemblies ordered.
Mounting Hardware — All ordered mounting hardware is supplied with appropriate instruction
sheets.
components from each container.
2-2
Setup
Pre-Installation Testing
Before mounting the equipment, it is recommended that you first verify its operation as
follows:
1.Power ON the unit and let the power-on diagnostics run.
2.Look in the upper-left corner of the display for any diagnostic failures or other system errors.
The monitor will start up normally if no unacceptable diagnostic errors occur. Refer to
Troubleshooting on page 5-1 for more information on the diagnostics features if the monitor
does not start up normally.
3.Insert at least one parameter module for testing purposes.
4.Refer to Preventive Maintenance (PM) Procedures on page 4-3 and complete those
procedures.
Mounting
The monitor can be mounted in one of three ways:
Wall Mount — The unit is attached to an adjustable mounting arm that projects out from a wall
track. This mounting scheme is suitable for a bedside configuration.
Pedestal Mount — The unit is securely attached to a flat surface, such as a shelf or an
operating room cart.
Roll Stand — The unit can be easily rolled from one location to another.
The 90387 can also be operated unmounted in a free-standing, table-top configuration, or it can be
console-mounted.
For installation requirements of the module housing(s), refer to the Module Housings and Power Supplies Service Manual (P/N 070-0680-xx, located on CD-ROM 084-0700-xx).
Base Tension Adjustment (90385)
The 90385 monitor’s base can be adjusted to increase or decrease the tension that allows tilting of
the monitor screen. Tension is factory-adjusted for optimum performance and further adjustment is
usually not necessary. If adjustment is necessary, turn the base screw clockwise (refer to
Figure 2-1) to increase base tension or counter clockwise to decrease tension. Set the tension
loosely enough to allow normal viewer adjustments, yet tightly enough to hold the adjusted position.
2-3
UCW and Ultraview 1700 Monitors — Service Manual
base tension adjusting screw
Figure 2-1: 90385 base tension adjustment
•If necessary, base adjustment must be done prior to installing the monitor onto a
!
mount.
•Not all monitors will have the base tension adjustment described here.
Wall Mounting
•Specific wall requirements for the installation of wall mounts are not covered in
!
this manual and are the responsibility of each hospital. Refer to the Module
Housings and Power Supplies Service Manual (P/N 070-0680-xx, located on
CD-ROM 084-0700-xx) for detailed instructions.
patient bed
AC mains
10’ patient cable
minimum of 60”
from floor
90385, 91415, or 91418
Ethernet connector
90491 or 90387
power supply
route all power cables
inside the wall track
2-4
Figure 2-2: Bedside configuration
Setup
The wall mounting hardware consists of:
Wall Track — The wall track is mounted vertically on the wall with the mounting arm installed in
the track. The mounting arm can be slid up and down in the wall track to the desired height. Wall
tracks are available in multiple lengths.
Wall Track End Caps — The wall track end caps are installed on the top and bottom of the wall
track to give the track a finished appearance and to prevent the equipment from sliding off the
end of the mounting track.
Mounting Arm — The mounting arm projects horizontally out from the wall track and holds the
display assembly and module housings. Two types of arms are available: one for a monitor-only
installation; the other for installation of the monitor and module housing(s).
Mounting Screws — Mounting screws are provided to install the end caps and to secure the
mounting arm at the desired vertical position.
Mounting Considerations
Power supply should be placed no closer than three inches (7.62 cm) to the remote housings to
allow sufficient air flow. Install a minimum of four AC outlets.
•The monitor, monitor wall plate, and AC outlet must be located on the same side
!
of the patient bed. The power cord has a standard length of 10 feet (3.05 m).
Pedestal Mounting (90385)
To attach the pedestal mount to the display assembly refer to Figure 2-3.
1.Verify that the pedestal’s six rubber feet and four retaining studs with retaining rings have
not been dislodged during shipping.
2.Carefully place the display on its side. A cushion should be used under the display to avoid
scratching the display case.
3.Rotate the display’s round base (if necessary) so that its tick mark points toward the front of
the unit.
4.Line up the four retaining studs on the pedestal with the four holes in the display’s round
base.
5.Push the pedestal onto the round base and secure it by turning each of the four retaining
studs 90 degrees clockwise with a straight blade screwdriver. The studs will lock in place
and can no longer be turned.
6.Carefully return the display to its normal upright position.
2-5
UCW and Ultraview 1700 Monitors — Service Manual
rubber feet (6)
tick mark
Figure 2-3: Pedestal mount
retaining
studs (4)
Console Mounting (90387)
The physical layout and other console characteristics depend on the requirements of the hospital or
other institution. It is the responsibility of the institution to define its specific console needs and to
design and construct the console according to its specifications.
For this reason, Spacelabs Medical does not supply a pre-fabricated console assembly. Instead, this
section provides the information necessary to create a custom console design. In designing the
console, the following considerations must be kept in mind.
•Access
The rear of the console must be designed to allow for easy access. The dimensions of the rear
access door must allow the 90387 and display monitor to be easily installed and removed.
•Cooling
•The 90387 does not contain a fan.
!
The console cabinet must be designed to allow sufficient air flow for natural convection.
If the console cabinet is enclosed, one of two cooling methods can be used:
Central Air Conditioning — The console can be connected directly to an air conditioning
cooling duct. The maximum ambient air temperature should be limited to approximately
C, and vented from the console at the highest exit.
32°
2-6
Setup
Forced Air Fan — Small, quiet muffin fans rated at 100 cubic feet per minute (CFM) or
equivalent (to be provided by the institution) can be installed. In this case, provide one fan
for every central station or two system printers/module recorders that are installed in the
console.
•If a network printer is to be installed in the console, the power dissipation and
!
An example console design is shown in Figure 2-4. This figure shows the minimum dimensions
required to satisfy the above requirements.
dimensional requirements will be different. Refer to the printer specifications for
further information.
exhaust fan
with louvers
removable back
air inlet
26.5”
(67.3 cm)
cable access
hole
10×
DC power supply
optional DC power
supply mount using wall
mount
optional
air inlet
16.5”
(41.94 cm)
30”
(76.2 cm)
46.5”
(118.20 cm)
!
AC power
Figure 2-4: Minimum cavity sizes for console setup
•The dimensions shown in Figure 2-4 may not allow for appropriate clearance of
displays larger than 15 inches.
2-7
UCW and Ultraview 1700 Monitors — Service Manual
Installation
Cables (90385)
The cables and adapters available for making interconnections to the 90385 and other components
are listed in Table 1 and Table 2 below. The use of these cables is illustrated schematically in
Figure 2-5 on page 2-9.
CAUTION:
•Spacelabs Medical has tested and approved the cables listed in Table 1 and
Table 2 for use with the 90385 monitor. For continued EMI radiation
compliance, use only these cables.
B012-0391-xxCable, Display Assembly to Module Housing
C175-0951-xxCable, Assembly, Ethernet, 10BaseT
E012-0395-00Cable, Serial Data, RS-232
Cable/
Adapter
F012-0584-00Cable, Display Assembly, male DB15 to RGB, 6 feet (1.8 m)
Refer to Parts on page 6-1 of this manual for additional cable part numbers.
P/NDescription
Table 2: 90385 Cables and Adapters
P/NDescription
2-8
A
Setup
nurse alert
90385
monitor
SDLC
B, G
C
F
E
ferrite beads
Ethernet
Video
serial I/O
*
**
P1
DC
power
supply
90491/90499
module housing
Figure 2-5: 90385 cabling diagram
* Video output is a repeater display and is not configurable.
** Serial output may also be used for external touchscreen input in some external display applications.
Cables (90387)
The cables and adapters available for making interconnections to the 90387 and other components
are listed in Table 2 on page 2-8 and Table 3 below. The use of these cables is illustrated
schematically in Figure 2-6 on page 2-10.
CAUTION:
•Spacelabs Medical has tested and approved the cables listed in Table 3 for
use with the 90387. For continued EMI radiation compliance, use only these
cables.
Table 3: 90387 Cables and Adapters
Cable/
Adapter
G012-0601-00Cable, SDLC with Power Interface, 1 foot (0.305 m)
H012-0593-00Cable, Video
J012-0555-00Cable, Powered Flexport
K012-0595-00Cable, Audio
L012-0620-00Cable, Touchscreen/video Sync
Refer to Parts on page 6-1 for additional cable part numbers.
P/NDescription
2-9
UCW and Ultraview 1700 Monitors — Service Manual
G
**
generic
display with
touchscreen
and audio
**
91416-B
display
* The J9 COM port must be used to interface a serial touchscreen. Using J15 to interface the touchscreen is
not supported.
** Only one display with touchscreen can be attached to the 90387. A second display can only be driven for
video. Audio is not available.
J7
J9
H
E
K
serial I/O
L
J16P1
J7
*
J9
J10
J19
90387
J2
Figure 2-6: 90387 cabling diagram
J14
J15
J18
DC power
supply
A
E
C
G
serial I/O
Ethernet
P1
90499
module
housing
J2
J
nurse
alert
terminator
Flexport
2-10
CAUTION:
•To prevent accidental removal of the audio output connector, loop the cable
at least two times around the supplied strain relief, which is located at the
rear bottom corner of the 90387. Refer to
•Examine any external display for strain relief capability and set it up per
manufacturer recommendations. Spacelabs 91415 and 91418 displays
incorporate the same strain relief indicated in
display incorporating audio must have cable secured at both ends to assure
reliable audio at both monitor and display.
Figure 2-7.
Figure 2-7. Any remote
Setup
Examples of looping the audio output cable
around the supplied strain relief.
Figure 2-7: Looping the audio output cable around the supplied strain relief
Ethernet LAN Cables
•Pre-molded Cables — When connecting a monitor to the wall plate or in the construction of a
central station, use cables with both ends pre-molded. These cables have ferrite beads molded
into each end for EMI compliance and are available in multiple lengths.
•Bulk Cables — If desired, cables can be constructed from bulk 500-foot (152.4 m) spools. This
type of cable construction is preferable in cases where conduit lengths are unknown.
2-11
UCW and Ultraview 1700 Monitors — Service Manual
SDLC Bus Connections
The 90387 has two integral module slots providing plug-in support for either two single-high modules
or one double-high module. If additional modules are required, these are installed in external module
housings and connected to the 90387 by the SDLC interface.
The 90385 requires an external module housing for parameter module support. Flexport devices are
also connected by the SDLC interface. External module housings or Flexport devices require that
the SDLC bus be configured correctly.
The 90385/90387 support the 90491 four-slot external module housing, or the 90485/90499 two-slot
external module housings.
Multiple module housings may be used. They are interfaced to the 90385/90387 by daisy-chaining
them together to create an extended SDLC bus.
Maximum Cable Lengths
The following cables are limited to the indicated maximum length:
Ethernet Cable (10Base5) — 10Base5 cables have a maximum length of 164 feet (50 m)
including the total cable length from the monitor to the wall plate and/or transceiver, and a
35-foot (10 m) propagation delay for any Multiport present.
Ethernet Cable (10BaseT) — 10BaseT cables have a maximum length of 328 feet (100 m).
SDLC Cable — SDLC cables have a maximum length of 40 feet (12.2 m), including the total
SDLC cable length from the monitor to last device on the SDLC bus.
Video Display Cable — Video display cables have a maximum length of 100 feet (30.5 m),
including the total length of cable from the monitor to the last repeater display.
91416-BTouchscreen Cable — 91416-B touchscreen cables have a maximum length of 6 feet
(1.83 m).
2-12
Setup
Network Configuration
Figure 2-8 illustrates a typical network system composed of bedside monitors, central monitors, and
a clinical information system.
router
Ultraview
Workstation
equip #192
164.90.254.192
Ultraview
Workstation
equip #192
Intesys
Clinical Suite
equip #100
164.90.254.100
subnet 254
(standard Spacelabs Medical
network)
164.90.254
164.90.254.10164.90.254.11
monitor #10
Intesys
Clinical Suite
equip #100
monitor #11
Ethernet
164.90.250.192
164.90.250.100
Ethernet
Figure 2-8: Example of Spacelabs Medical network
For the example in Figure 2-8 on page 2-13, the Network Setup entries are as follows:
Monitor #10
• Monitor ID: 10
• IP Address: 164.90.254.10
Monitor #11
• Monitor ID: 11
• IP Address: 164.90.254.11
2-13
UCW and Ultraview 1700 Monitors — Service Manual
Ethernet LAN Installation
•Detailed installation instructions for an Ethernet local area network (LAN) are
!
To install a 90385/90387 monitor onto an existing Spacelabs Medical Ethernet LAN, complete the
following (refer to
page 2-8, and Table 3 on page 2-9).
1.Power OFF the monitor.
2.Attach one end of a 10BaseT Ethernet cable (C) to of the monitor.
3.Power ON the monitor and refer to System Configuration on page 2-14 to set up the monitor
for network operation.
beyond the scope of this document.
CAUTION:
•Only qualified personnel should attempt to install a monitor onto an
Ethernet LAN.
Figure 2-5 on page 2-9, Figure 2-6 on page 2-10, Table 1 on page 2-8, Table 2 on
•Do not connect the monitor to an Ethernet LAN prior to configuring the network
!
4.Connect the other end of the Ethernet cable (C) from the monitor to the nearest network port.
parameters. If it is incorrectly configured for LAN access, other units on the
network may be interrupted.
WARNING:
•When 10Base5 hardware is used for the LAN, make sure the Ethernet wall
plate and the shield of the Ethernet connecting cable are bonded to the
hospital grounding system.
System Configuration
The Biomed menu enables an authorized service representative to set user defaults for monitor
operation.
To access the Biomed menu:
1.Touch MONITOR SETUP.
2.Touch PRIVILEGED ACCESS to display the Keyboard menu (refer to Keyboard Menu on
page 2-19).
3.Enter the correct password (case-sensitive) to display the Biomed Monitor Setup menu
(refer to
Figure 2-9).
2-14
•Based on your software version, your screen may differ from the following.
!
MONITOR SETUP - Select parameter
NETWORKMONITOR
SETUP
TELEMETRY
CONFIGURATION
RECORDER
SETUP
SERIAL
PORTS
CALIBRATION
Setup
MORE
TELEMETRY
BED NAMESRECORDERS
NETWORK SETUP - Restart monitor after entering changes
SUBNET
RECORDER SETUP - Select parameter
NAMESRECORDERS
(SELECTION BACKUP) or
PRIMARY
TELEMETRY
NODENODE
IDNAMEDIRECTORY
SELECTRECORDER
SELECT
RECORDERS
BACKUP
TCP/IP
SETUP
SELECTION
AUTO
BACKUP
RECORDER A
BED
CHANGE BIOMED
CENTRAL
BEDSIDE
ALARM EXTENDED
DURATION SETTING
(SELECTION = AUTO)
RECORDER B
PASSWORD
DATA COMM
WATCH
SUBNET ACCESS
ON
OFF
CLINCAL
MENU
EDIT
DRUG NAMES
TONE
CONFIGURATION
MINIMUM VOLUME
ON
OFF
SYSTEM
INFO
MORE
MORE
RESET
MONITOR
0 SECONDS6 SECONDS12 SECONDS
2-15
UCW and Ultraview 1700 Monitors — Service Manual
MONITOR SETUP - Select parameter
NETWORKMONITOR
SETUP
Select serial port to assign owner to:
1
BIOMED LEVEL - Serial Port Configuration
SETTINGS
BIOMED LEVEL - Serial port settings: Changes committed on exit
DATA BITS
8
TELEMETRY
CONFIGURATION
2
2
ASSIGNMENT
Restart monitor after selecting owner for serial port
DIAGNOSTICS
PAR ITY
NONE
RECORDER
SETUP
LOGGER
STOP BITS
1
DATA
ECHO
NONE
SERIAL
PORTS
CR/LFXON/XOFF
NONE
CALIBRATION
DISABLE
MORE
BAUD RATE
9600
POSITION
SYNC ON GREENCRT
ON OFF
TOUCHSCREEN MARGIN
ADJUSTMENT
DEFAULTABCDE
TOUCHSCREEN
CALIBRATION
2-16
Loading...
+ 95 hidden pages
You need points to download manuals.
1 point = 1 manual.
You can buy points or you can get point for every manual you upload.