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Philips Medical Systems
Cardiac and Monitoring Systems
3000 Minuteman Road
Andover, MA 01810
+1 (800) 934-7372
Publication number
M1046-9423L
Printed in Germany
WarrantyThe information contained in this document is subject to change without notice.
Philips makes no warranty of any kind with regard to this material, including, but not
limited to, the implied warranties or merchantability and fitness for a particular
purpose.
Philips shall not be liable for errors contained herein or for incidental or consequential
damages in connection with the furnishing, performance, or use of this material.
New editions of this document will incorporate all material updated since the
previous edition. Update packages may be issued between editions and contain
replacement and additional pages to be merged by a revision date at the bottom of the
page. Note that pages which are rearranged due to changes on a previous page are not
considered revised.
The documentation printing date and part number indicate its current edition. The
printing date and part number change when a new edition is printed.
Part Number M1046-9303F
First Edition ............................... ...... ....January 1996
Part Number M1046-9303G
Second Edition.....................................May 1997
Part Number M1046-9088G
Third Edition........................................January 1998
IntroductionThe Philips CMS Patient Monitoring System Service Guide is a reference guide
featuring six chapters on how to test, troubleshoot, and repair the instrument.
The Philips CMS Patient Monitoring System and the Philips Anesthesia CMS Patient
Monitoring System, as well as the Philips Neonatal CMS Patient Monitoring System
will be referred to throughout this guide as the CMS.
Target AudienceThis reference guide is intended for hospital Biomedical Engineers and Technicians,
Philips Customer Engineers, Response Center Engineers, and Install a tion Planning
Specialists who have experience servicing Philips patient monitoring devices or
similar products.
PrerequisitesIn addition to this guide we recommend you to complete the Philips Patient Mon it or s
– Concepts Guide also contained in the Service Training Kit.
Course ObjectivesThis guides objectives are:
•Identify the major units of CMS.
•Identify the controls and connectors of the major units of CMS.
•Identify the four operating modes of CMS.
•Connect the cabling of the CMS.
•Complete a Quick Check of the system.
•Perform Safety checks.
•Perform recommended maintenance.
•Perform a general inspection of the system.
•Clean the major units of the CMS.
•Perform Self-check procedures for CMS modules.
•Recognize a properly operating CMS.
•Identify symptoms of improper operation for the CMS.
•Use any symptoms or indications to identify a fault as being in the display
module, computer module, or the plug-in parameter modules.
•Further isolate faults down to field-replaceable assemblies.
•Locate and understand the removal and replacement procedures for the CMS and
ACMS.
•Provide a list of available parts for the CMS and ACMS.
iv
In This Guide
Chapter 1 - Introducing the CMS provides a physical/functional overview of the
monitor.
Chapter 2 - Testing & Maintaining the CMS describes h ow to test, m a intain and
check that the instrument operates in an optimum condition.
Chapter 3 - Troubleshooting the CMS provides troubleshooting and diagnostic
procedures for the monitor.
Chapter 4 - Troubleshooting the Plug-in Modules provides troubleshooting and
self-test procedures for the parameter modules.
Chapter 5 - Repairing the CMS includes removal and replacement procedures for
field replaceable parts.
Chapter 6 - Parts List for CMS lists replacement and exchange part numbers for the
instrument.
Appendix A - Product Information gives a listing of the options for the monitor.
Appendix B - Conversion Charts gives relative conversion information.
Appendix C - Philips 15210B Calibration Unit gives service and installati on
information for this instrument used in calibrating plug-in modules.
Appendix D - CPC Programming Tool Manual
Glossary gives relevant definitions for the system
Index gives an alphabetical listing the contents of the guide.
v
How to Use this Guide
Each chapter begins with a title which is followed by three sections: an opening
statement, an objectives statement and a concepts listing. These three sections can be
thought of as your guide to the chapter. They will tell you what you are going to find
in the chapter, what you should take away from the chapter in the way of goals and
terms, and concepts central to the chapter.
Chapters containing procedures will then proceed with a procedure overview table
and the body of the chapter. The procedure overview table is your guide to the actual
procedures in the chapter. It is designed to be used by an experienced user who needs
a quick review of the procedure or a page number of a particular procedure.
The body of the chapter will cover all of the procedures associated with the task. In
order to make the procedure easier to follow, we have kept the body of the text
focused on the procedure at hand and pulled the extra information, which might be
helpful to a new engineer, into the outside column. Here is a formatting example:
Inspecting the system
on an annual basis
will help you keep
track of your system
and identify pote ntial
parts that need to be
replaced.
No tools are required to perform this inspection.
Step 1Examine the exterior of the unit for cleanliness and general physical
condition. Check that the plastic housings are intact, that all
hardware is present and tight, and that there are no signs of spilled
liquids or other serious abuse.
Step 2 Check fuse values and type against that marked on the chassis, and
ensure that a spare is provided.
Step 3 Inspect connectors of the module rack and ensure that the plug-in
modules are locked into place and do not slide out without first
releasing the locking plate on the bottom of the module.
Step 4 Ensure all labeling is present and legible.
Step 5 Inspect all accessories external to the system such as transducers,
This chapter gives a detailed description of the components and operating modes of the
CMS, a modular patient monitor with networking and data management capabilities. The
system can be upgraded with additional modules as needed, or you can interchange the
modules between systems in your units.
This version of the CMS Service Guide introduces the new CMS Release C.0 range of
monitors. The new options H03 or H04 (with version M1167A or M1177A) enable the use
of an off-the-shelf XGA-compatible display as the main display. The new option H05
(M1167A/77A only) provides a touchscreen XGA display with an External Alarm Device
and a RS232 Interface.
There are three versions of CMS corresponding to the three major types of application:
CMS (for Critical and Cardiac Care), Anesthesia CMS (ACMS), and Neonatal CMS
(NCMS).
The versions and models described by this guide are listed as follows (models indicated
by asterisk were discontinued. (“(S)” indicates a non-US-model):
CMS: M1165A/66A/67AModels 54(S)*, 56(S), 64(S), 66(S) and 68(S)
CMS: M1175A/76A/77AModels 54*, 56, 66 and 68
ACMS: M1165A/66A/67AModels 74(S)*, 76(S), 84(S), 86(S) and 88(S)
ACMS: M1175A/76A/77AModels 74*, 76, 86 and 88
Introducing the CMS
Objectives
NCMS: M1166A/67AModels 34(S)*, 36(S)*, 44(S), 46(S)* and 48(S)
NCMS: M1176A/77AModels 34*, 36*, 46* and 48
All of these systems run on fully compatible hardware and are hereafter commonly
referred to as the Monitor or CMS.
In order to meet the chapter’s goals, you should be able to:
• Identify the major units of CMS.
• Identify the controls and connectors of the major units of CMS.
• Identify the operating modes of CMS.
Introducing the CMS 1-1
Concepts
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Concepts
CMS Release C.0 contains the following major units:
• Main Display Module - Main Display Modules are 10.4" Flatscreen Color, 14" CRT
Color, 14" CRT Mono, or an off-the-shelf XGA-compatible display. The first three have an
integrated Control Panel for the human interface; the XGA display option has the
External Alarm Device with the Handheld Keypad for the human interface. See page 1-4.
• Independent Display Module - Independent Display Modules can be: 10.4" Flatscreen
Color; XGA-compatible display; 14" CRT Color or 14" CRT Mono or 21" CRT Color
without Control Panels. These displays are connected to the Computer Module by their
own display controller and may display different information than the Main Display
Module under software control. See page 1-13.
• Slave Display Module - Slave Display Modules are 14" CRT Color or 14" CRT Mono or
21" CRT Color without Control Panels. These displays can be daisy-chained to any CRT
and display the same information as the display they are connected to. See page 1-13.
• Handheld Keypad - The Handheld Keypad is an input device connected to the HIL
connector on the Main Display and is used to interact with patient data management
and drug calculator software. With the XGA-compatible display options, the External Alarm Device complements the Handheld Keypad to give a full set of user controls. See
page 1-16.
• Computer Module - The Computer Module contains the hardware and software for the
processing functions of the monitor. Most of the external connections of the monitor are
in the rear of the Computer Module. See page 1-19.
• Integral Power Supply - The Integral Power Supply, located in the new Computer
Module (M1046B) in CMS products M1167A and M1177A that have the M1095A
flatscreen (or an XGA-compatible) as the main display, provides the power for the
Flatscreen Display, Computer Module and satellite-mounted Plug-in Modules. See page
1-51.
• Remote Power Supply - The Remote Power Supply, used with CMS models that have a
flatscreen as the Main Display Module and a M1046A Computer Module, provides the
power for the Flatscreen Display Module, Computer Module and Plug-in Modules. See
page 1-52.
• Plug-in Module Rack (Integral or Satellite) - The Plug-in Module Rack is the interface
between the Plug-in Modules and the Computer Module. Plug-in Module Racks can be
integrated in the M1046A Computer Module or remotely located in the patient vicinity.
See page 1-55.
• Plug-in Modules - The Plug-in Modules are the interface between the patient cables
and the Plug-in Module Rack. Each Plug-in Module is responsible for specific types of
patient measurement (pressure, temp, and so on). These types of measurement are also
known as Parameters. The number and type of Plug-in Modules used will depend on the
monitoring situation. See page 1-58.
The CMS monitors can be networked on the Philips Network (also known as SDN). If
your system is connected to such a network you can receive information from other
Philips monitors or send information to the Philips Central Stations.
1-2 Introducing the CMS
Remote Displays
Remote Displays
(color or monochrome)
(color or monochrome)
8 Channel
8 Channel
RS232 Interface
RS232 Interface
to the Ohmeda
7800/7810/7900 Ventilator
7800/7810/7900 Ventilator
to the Ohmeda
(Flatscreen)
(Flatscreen)
Analog OutputInterface
Analog Output Interface
RS232 Interface
RS232 Interface
(standard)
Independent
Independent
(standard)
Anesthetic Gas Module
Anesthetic Gas Module
Display
Display
(color and monochrome)
Independent Display
Digital Recorder Interface
(4-Channel Recorder M1117A)
(4-Channel Recorder M1117A)
M1026A
M1026A
(CRT)
(CRT)
Independent Display
Independent Display
Interface
Interface
(color and monochrome)
(4 or 8 channels in color)
Interface
(color only)
(4 or 8 channels in color)
Satellite Racks
Satellite Racks
Independent Display
Interface
(color only)
Digital Recorder Interface
Main Display
Main Display
M1046B
M1046B
(8 or 6 slots)
(8 or 6 slots)
Or XGA Display
Or XGA Display
Defibrillator Sync.
Defibrillator Sync.
Network Interface
Monitoring Network Interface
Printer
Printer
“VueLink” M1032A
“VueLink” M1032A
(link to external devices)
(link to external devices)
i-Stat
i-Stat
Central
Central
Data Station
Data Station
2nd RS232 Interface
2nd RS232 Interface
PC
PC
Gateway
Gateway
Monitoring
Monitoring
Network
Network
Concepts
Introducing the CMS
Remote Displays
(color or monochrome)
8 Channel
RS232 Interface
to the Ohmeda
7800/7810/7900 Ventilator
Analog Output
PC
Independent
Display
Interface
RS232 Interface
(standard)
Anesthetic Gas Module
Independent Display
Interface
(color or monochrome)
Digital Recorder Interfac e
(4-Channel Recorder M1117A)
M1026A
Main Display
(6 channels in monochrome,
4 or 8 channels in color)
M1046A with Integral
Rack
(8 slots)
Satellite Racks
(8 or 6 slots)
Defibrillator Sync.
Monitoring Network Interface
Printer
“VueLink” M1032A
(link to external devices)
CMS (Flatscreen) System Overview
Remote Displays
(color or monochrome)
i-Stat
Central Data Station
Gateway
Monitoring
Network
2nd RS232 Interface
PC
M1165A/66A/75A/76A
CMS (CRT) System Overview
M1167A/77A
Figure 1-1 Philips CMS Patient Monitoring System
Introducing the CMS 1-3
Main Display Module
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Main Display Module
The Main Display Module of the CMS can be a 10.4" Color flatscreen, a 14" CRT, or an offthe-shelf XGA-compatible display. CRT display-based CMSs can use either a Color CRT
Display (M1094B or M1094A) or a Monochrome CRT Display (M1092A) as the Main
Display Module. Slave CRT Displays can be daisy-chained from any other CRT displays.
Additional independent displays, CRTs and flatscreens can be connected but they need
their own display controller in the Computer Module allowing them to show different
information than the main display under software control.
Flatscreen
Main Display
The main display (flatscreen or CRT) contains a consistent arrangement of indicators and
keys on the Control Panel (human interface). There are two versions of the Control Panel
and Handheld Keypad: Standard and Classic. The Classic is no longer available. The
Standard Control Panel is available in supported local languages. Slave and independent
displays have no Control Panel fitted.
CRT Main Display
Front Pan e l of
Display Module
Objective
In order to meet this section’s goals, you should be able to:
• Identify the controls and connectors of the Display Module.
• Be familiar with the function of the controls and connectors of the Display Module.
Concepts
With the exception of Options H03/4, the Main Display Module can be either a flatscreen
or CRT with a Control Panel on the front panel or bezel. The bezel contains the Control
Panel, as well as the main power switch and the adjustments for brightness and contrast.
The rear of the display is referred to as the rear panel and contains the rest of the
adjustment controls and all of the connectors. The HIL Connector on the CRT Display is
on the lower right-hand corner of the front panel.
Note: With Options H03/4 the Main Display Module is an XGA-compatible display and the
Control Panel is the Handheld Keypad with External Alarm Device.
1-4 Introducing the CMS
Main Display Module
Front PanelThe plastic bezel on the front of the display that contains controls
and connectors, including the Control Panel and display
adjustments.
Standard
Control Panel
Classic Control
Panel
The hardkeys, softkeys and alarm indicators of the Standard human
interface (Release E or later). Includes Airway Gas/Ventilation key.
The hardkeys, softkeys and alarm indicators of the Classic human
interface. Available with and without the SUSPEND key (see Parts
List). Includes HELP key. The Classic Control Panel is not supported
from CMS Release B.0.
HIL Connector The Human Interface Link (HIL) Connector on the Main Display is
used to attach the Handheld Keypad and uses Philips HIL protocol to
transfer data to the system. The HIL Connector on the CRT Display,
which is on the lower right-hand corner of the front panel, can be
covered with a plastic insert when not in use.
SoftkeysThese are blank single-press keys used as selection controls to enter
Task Windows. They correspond to the softkey labels displayed
above them on the screen.
HardkeysThese are single-press keys with labels used as selection controls.
Typically, a hardkey accesses the Selection Window of its label.
Introducing the CMS
Rear Panel The panel on the rear of the display that contains display controls
and connectors for power, HIL and video.
Introducing the CMS 1-5
Main Display Module
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302mm
(11.9")
280mm
(11")
337mm
(13.5")
370mm
(14.6")
Flatscreen Main Display Module
63mm
(2.5")
CRT Main Display Module
451mm
(17.8")
333,5mm
(13.2")
XGA Flatscreen Display Module
408mm
76,7mm
(16.1")
(3.2")
1-6 Introducing the CMS
Main Display Module
Figure 1-2 Display Modules with Dimensions
Front Panel Controls and Connectors – CRT Display
The controls and connectors on the front panel of the Display Module are shown below:
mar2bb.mif
CONFIRM
SILENCE /
SUSPEND
RESET
ALARMS/
VOLUME
SCREEN
OTHER
MONITOR
PATIENTS
MAIN
CHANGE
SETUP
REALTIME
SCEEN
RECORD
PROCEDURES
DELAYED
RECORD
TRENDS/
MODULE
CALC
SETUP
AIRWAYS GASES/
VENTILATION
HIL
Control
Panel
(6)
Introducing the CMS
ON/OFF Switch
(1)
Power ON
Indicator
(2)
Figure 1-3 The Display Module Front Panel
Contrast
Control
(3)
Brightness
Control
(4)
Human
Interface Link
Connector
(5)
Table 1-1 Display Module Front Panel Controls and Connectors
ControlsFunction
1ON/OFF SwitchUsed to turn the display On/ Off. This is the only power switch for the
system and it must be pushed in for power ON.
2Power ON indicatorGreen LED, which is lit when the display is switched ON.
3Contrast ControlRotary control, used to vary the contrast of the display.
4Brightness ControlRotary control, used to vary the brightness of the display.
Introducing the CMS 1-7
Main Display Module
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Table 1-1 Display Module Front Panel Controls and Connectors
ControlsFunction
5HIL ConnectorHuman Interface Link (HIL) connector is used to connect the
Handheld Keypad. This connector may be covered by a plastic insert
when not in use.
6Control PanelUser interface of the Display Module.
Front Panel Controls and Connectors – Flatscreen Display
The controls on the front panel of the Flatscreen Display are shown below:
3
2
1
Figure 1-4 The Flatscreen Display Front Panel
4
Table 1-2 Flatscreen Display Front Panel Controls and Connectors
ControlsFunction
1ON/OFF SwitchUsed to turn the display On/Off and used as the remote switch for
2Brightness ControlRotary control, used to vary the brightness of the display.
3Power ON indicatorGreen LED which is lit when the display is switched ON.
4Control PanelUser interface of the Display Module.
either the M1047A Remote Power Supply or the M1046B Computer
Module integral power supply.
1-8 Introducing the CMS
Main Display Module
Introducing the CMS
Alarm Indicators (2)
Silence/
Reset
Suspend
(3)(4)
(5)
Alarms/
Volume
Main
Screen
Other
Patients
Change
Screen
Softkeys (1)
50/140
Monitor
Setup
Realtime
Record
Procedures
Hardkeys (6-16)
Delayed
Record
Trends/
Calcs
Module
Setup
Airway Gases
Ventilation
(18)
Confirm
wclo12a7.tif
Arrow Keys (17)
Table 1-3 Standard Control Panel Controls
ControlsFunction
1SoftkeySelection controls for the softkey labels displayed above them on the screen. Softkeys
2Alarm IndicatorsIndicates the color of the alarm: RED and YELLOW.
3Used to silence an alarm and, if the cause has been eliminated, reset it.
4Used to switch all alarms on/off.
Silence/ Reset
Suspend
5Alarms Off IndicatorIndicates that all alarms have been shut off.
bring up Task Windows.
6Used to turn all alarms off/on and individual alarms on/off, adjust alarm limits and volume,
Alarms/Volume
limits, show the alarm messages and go to standby mode.
7Used to view data and alarms between beds.
8Used to change settings such as screen displays and patient type, setup OxyCRG (Standard
Other Patients
Monitor Setup
CMS only) and recording and make general configuration changes.
9Used to perform Cardiac Output and Wedge Pressure measurements, make ST segment
Procedures
monitoring adjustments, review ST wave segments, admit and discharge patients, or end
particular patient case and transfer patient data.
10Used to view data in graphs and tables, do physiological calculations in graphs, print
Trends Calc
reports and mark events to view in graphs.
11Used to set up and change settings for all modules that are plugged into the CMS.
12Used to return the standard monitoring screen.
13Used to freeze waves on the screen and change between screen layouts.
14Used to start a realtime preset recording or a realtime selected recording.
15Used to start a delayed recording.
16Used to measure airway gases or show ventilator data.
Module Setup
Main Screen
Change Screen
Realtime Record
Delayed Record
Airway Gases
Ventilation
17Arrow KeysUsed to move highlighting and make selections in the Task Windows - only active when lit.
18Used to confirm that the user input is correct - only active when lit.
Confirm
Introducing the CMS 1-9
Main Display Module
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Alarm Indicators (2)
Silence/
Reset
Suspend
(3)(4)
AlarmsOverview
Standard
Display
(5)
Screen
Softkeys (1)
50/140
InstrumentMonitoringPatient
Config
Hardkeys (6-16)
MarkCapture
Event
Procedures
Data
Record
(18)
Confirm
Parameters
Help
wclo12a7.tif
Arrow Keys (17)
Table 1-4 Classic Control Panel Controls
ControlsFunction
1SoftkeySelection controls for the softkey labels displayed above them on the screen. Softkeys
bring up Task Windows.
2Alarm IndicatorsIndicates the color of the alarm: RED and YELLOW.
3Used to silence an alarm and, if the cause has been eliminated, reset it.
4used to switch all alarms on/off.
Silence/ Reset
Suspend
5Alarms Off IndicatorIndicates that all alarms have been shut off.
6Used to turn all alarms off/on and individual alarms on/off, adjust alarm limits, show the
Alarms
alarm messages and go to standby mode.
7Used to view data and alarms between beds.
8Used to setup OxyCRG and recording, change between main screens and combinations of
Overview
Instrument Config
OxyCRG or Split Screen Trending, or to make general configuration changes.
9Used to perform Cardiac Output and Wedge Pressure measurements, review ST wave
Monitoring Procedures
segments, admit and discharge patients, or transfer patient data.
10Used to view data in graphs and tables, do physiological calculations in graphs and print
Patient Data
reports.
11Used to setup and change settings for all modules that are plugged into the CMS.
12Used to return to the standard monitoring screen.
13Used to freeze the screen.
14Used to display softkeys to mark events you can view in graphs and softkeys for cal signals.
15Used to display softkeys to make delayed recordings or realtime recordings.
16Used to provide information about tasks. NOTE: HELP below softkey label on screen
Parameters
Standard Display
Capture Screen
Mark Event
Record
Help
points to item you will get help for.
17Arrow KeysUsed to move highlighting and make selections in the Task Windows - only active when lit.
18Used to confirm that the user input is correct - only active when lit.
Confirm
1-10 Introducing the CMS
Main Display Module
)
Rear Panel Controls and Connectors
LOCATED ON RIGHT SIDE OF DISPLAY
EAST WEST
(5)
V SHIFT
(3)
H AMP
(4)
Figure 1-5 Rear Panel of the M1094B Display Module
Table 1-5 Main CRT Display Rear Panel Control and Connectors
V AMP
(2)
Human Interface
Link Connector
(11)
System Power
Connector
(8)
Local Power Connector
Fuses
Equipotential Grounding
Terminal (12)
Video Termination Sw it c h ( 1
Video Out Connector (10)
Video In Connector (9)
(7)
(6)
rear1
Introducing the CMS
Controls and ConnectorsFunction
1Video Termination SwitchUsed to terminate the video signal at this display. This must be switched to the
75Ω position if only a main display is used. When a remote display is connected,
the video termination switch on the main display must be switched to High Imp.
2V AMPVertical amplitude control, used to adjust the height of the displayed video.
3V SHIFTVertical shift control, used to adjust the vertical position of the displayed video.
4H AMPHorizontal amplitude control, used to adjust the width of the displayed video.
5EAST WESTUsed to adjust the pin-cushion effect of the displayed video.
6Fuse HoldersTwo fuse holders for the line protection fuses, one for the higher operating voltage
range and one for the lower operating voltage range.
7Local Power Connector3-pin connector, used to input the local line voltage.
8System Power Connector15-pin “D” type connector, used to output the 60V dc supply to a similar connector
on the DC/DC converter in the rear of the Computer Module.
9Video In Connector9-pin “D” type connector, used to input the video signal to be displayed from the
display controller in the Computer Module (DSPC for monochrome or CDSPCVideo for color).
10 Video Out Connector9-pin “D” type connector, used to output the video signal to be displayed on a slave
display.
Introducing the CMS 1-11
Main Display Module
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Table 1-5 Main CRT Display Rear Panel Control and Connectors
Controls and ConnectorsFunction
11Human Interface Link
Connector
12Equipotential Grounding
Termi na l
Equipotential
Grounding Terminal
(12)
System Power
Connector
(8)
Human Interface Link (HIL) connector, used to output the information from the
Control Panel and the Handheld Keypad to the Utility CPU function card in the
Computer Module.
Grounding stud connector, used to connect the Display Module to an equipotential
grounding system, if required. The overall system is normally grounded at the
grounding terminal on the Computer Module.
90 x 120
Human Interface Link
Connector
(11)
Local Power
Connector
(7)
Fuses
(6)
V AMP
(2)
M1092A
Limited
MEDICAL
U
EQUIPMENT
L
x x x x x x
N
V SHIFT
R
S
A
LR 49394
C
FI
CAUTION ATTENTION
VORSICHT
(3)
STANDARD NORME
C22 NO 12b
CATEGORIE
RISA
DE RISQUES
CLASS
HIL
tuv
S
G
871-8
VIDEO
CUIDADO
75
HIGH
IMP.
VIDEO
H AMP
(4)
U
U
U
U
EAST WEST
Video Out
Connector
Video Termination
Video IN
Connector
(5)
(10)
Switch
(1)
(9)
mar5b
Figure 1-6 Rear Panel of the M1092A & M1094A Main Display Modules
1-12 Introducing the CMS
Slave Display Module
Introducing the CMS
Figure 1-7 Rear Panel of the M1095A Main Display Module
Slave Display Module
Table 1-6 Flatscreen Rear Panel Controls and Connectors
Controls and ConnectorsFunction
1Brightness ControlAdjusts the brightness of the display.
2ON/OFF SwitchUsed to turn the display On/Off and used as the remote switch for either the
3Combined Video In / Power
Connector
4Human Interface Link Connector InThis Human Interface Link (HIL) connector is used to connect the handheld
5Human Interface Link Connector
Out
M1047A Remote Power Supply or the M1046B Computer Module integral
power supply.
This is a male SCSI connector with 25 pin pairs used to input the video signal
and the 60 V DC line voltage.
keypad.
This Human Interface Link (HIL) connector is used to output the information
from the handheld keypad and control panel to the Utility CPU function card in
the computer module.
Introducing the CMS 1-13
Slave Display Module
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Independent
Flatscreen Display
without Control Panel
Independent / Slave
CRT Display
without Control Panel
The CMS supports additional displays as either CRT Slave or Flatscreen and CRT
Independent Display Modules. CRT Slave Displays connect directly to any CRT and
display the same information as the CRT they are connected to. Independent Displays
have their own display controller in the Computer Module and may display different
information than the Main Display under software control. Slave and Independent
Displays are intended as a visual reference and do not have a Control Panel. The
information on the 21" slave display can be found in its accompanying manual. See also
the Appendix, “Remote 21" Displays”.
14" Slave Display Front Panel Controls
Table 1-7 Slave Display Front Panel Controls
ControlsFunction
ON/OFF SwitchPush button switch, used to turn the slave display ON and OFF.
This must be pushed in for power ON.
Power ON indicatorGreen LED which is lit when the display is switched ON.
Brightness ControlRotary control, used to vary the brightness of the display.
Contrast ControlRotary control, used to vary the contrast of the display.
14" Slave Display Rear Panel Controls and Connectors
Table 1-8 Slave Display Rear Panel Controls and Connectors
Controls and ConnectorsFunction
Video Termination SwitchPush button switch, used to terminate the video signal at this
display. This switch must be ON (in) or 75
the last in the chain. Otherwise the switch must be OFF (out) or
High Imp.
Fuse HoldersHolders for the line protection fuses.
Local Power Connector3-pin connector, used to input the local line voltage.
Video In ConnectorMale 9-pin “D” type connector, used to input the video signal to
be displayed from the main Display Module.
Video Out Connector9-pin “D” type connector, used to output the video signal to be
Equipotential Grounding
Ter mi na l
displayed on another Slave Display Module.
Grounding stud connector, used to connect the system to an
equipotential grounding system.
Ω if the slave display is
1-14 Introducing the CMS
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