Due to continuing product innovation, specifications in this manual are subject to change without notice.
MUSE, CASE, MAC, and MARS, InSite, and MobileLink are trademarks owned by GE Medical Systems Information Technologies, a General Electric company, going to market as GE Healthcare. All other marks are owned by their
Each page of the document has the document part number followed by a revision
letter at the bottom of the page. This letter identifies the document’s update level.
The revision history of this document is summarized in the table below.
RevisionDateComment
Manual Purpose
Introduction: Manual Information
Table 1. Revision History, PN 2033425-005
A1 November 2006Initial release of manual.
B18 June 2007Added DL360 G5 IU server.
C12 October 2007Added ML370 G5 server.
Chapter Content
1 Introduction
2 Equipment Overview
3 Installation
4 Database Backup
This manual supplies technical information for service representatives and technical
personnel so they can maintain the equipment to the assembly level. Use it as a
guide for maintenance and electrical repairs considered field repairable. Where
necessary the manual identifies additional sources of relevant information and or
technical assistance.
See the operator manual for the instructions necessary to operate the equipment
safely in accordance with its function and intended use.
Describes the service manual and chapter contents. Provides general information on
safety, service requirements, equipment symbols, and serial number identification.
Describes the equipment and its characteristics, connector locations, and preparation for
use.
This chapter contains a reference to installation/upgrade documents for the version 7.0
MUSE system. Also, there is a section which describes set
feature.
This chapter describes how to configure a GE-supplied file server for database backup and
archive as well as procedures for disaster recovery.
up the “direct to database”
5 Troubleshooting
6 Maintenance
7 Parts Lists
8 Glossary
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Provides overall and specific troubleshooting help.
Contains a preventive maintenance schedule, instructions for opening the unit, and
cleaning guidelines.
Contains parts lists for reference in repairing the unit at the assembly level.
This section contains definitions for technical words and terms used within this document.
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Manual Conventions
Introduction: Manual Information
The following is a list of conventions used throughout the manual.
Items shown in Bold text are keys on the keyboard, text to be entered, or
hardware items such as buttons or switches on the equipment.
To perform an operation which appears with a plus (+) sign between the names
of two keys, you press and hold the first key while pressing the second key
once. This is called a keystroke combination.
For example, “Press Ctrl + Esc” means to press and hold down the Ctrl key
while pressing the Esc key.
When instructions are given for typing a precise text string with one or more
spaces, the point where the spacebar must be pressed is indicated as:
[Space].
The purpose of the [ ] brackets is to ensure you press the spacebar when
required.
Enter means to press the “Enter” or “Return” key on the keyboard. Do not
type
“enter”.
Italicized items are software terms which identify menu items, buttons, or
options in various windows.
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Related Manuals
Part Number of ManualName
2014300-081MUSE Cardiology Information System Operator’s Manual (version 7.0)
HP Components
Hewlett-Packard Corporation
3000 Hanover Street
Palo Alto, California USA 94304
Introduction: Manual Information
The following table references OEM websites. This information was current and
accurate at the time this manual was released. Titles, part numbers, and URL
addresses are subject to change without notice.
Adobe Acrobat Reader software must be installed on your system to read or print the
OEM manuals. If you do not have the software installed on your system, it can be
obtained for free from the Adobe website at:
http://www.adobe.com
Table 2. MUSE System Related Documents
HP part number: 404682-003“HP ProLiant ML370 Generation 5 Server User Guide”
GE is responsible for the effects of safety, reliability, and performance only if:
Assembly operations, extensions, readjustments, modifications, or repairs are
carried out by persons authorized by GE.
The electrical installation of the relevant room complies with the requirements
of the appropriate regulations.
The equipment is used in accordance with the instructions for use.
General
This device is intended for use under the direct supervision of a licensed health care
practitioner.
The device stores ECGs generated by a computerized analysis program which can
be used as a tool in ECG tracing interpretation. This computerized interpretation is
only significant when used in conjunction with clinical findings. All computergenerated tracings should be overread by a qualified physician.
To ensure patient safety, use only parts and accessories manufactured or
recommended by GE.
Contact GE for information before connecting any devices to this equipment that are
not recommended in this manual.
If the installation of this equipment, in the USA, will use 240 V rather than 120 V,
the source must be a center-tapped, 240 V, single-phase circuit.
Parts and accessories used must meet the requirements of the applicable IEC 601
series safety standards, and/or the system configuration must meet the requirements
of the IEC 601-1-1 medical electrical systems standard.
The use of ACCESSORY equipment not complying with the equivalent safety
requirements of this equipment may lead to a reduced level of safety of the resulting
system. Consideration relating to the choice shall include:
use of the accessory in the PATIENT VICINITY; and
evidence that the safety certification of the ACCESSORY has been performed
in accordance to the appropriate IEC 601-1 and/or IEC 601-1-1 harmonized
national standard.
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Equipment Symbols
For an explanation of the symbols that appear on the equipment, refer to the
MUSE
Warnings and Cautions
Introduction: Safety Information
Cardiology Information System Operator’s Manual (PN 2014300-081).
DANGER
Do NOT use in the presence of flammable anesthetics.
WARNINGS
Replace only with same type and rating of fuse.
This is Class I equipment. The mains plug must be connected to
an appropriate power supply.
Turn off power and disconnect power cord from AC power source
before removing the cover.
Disconnect patient from unit BEFORE connecting personal
computer to unit.
The file server contains an internal battery pack. There is risk of
fire and burns if the battery pack is not handled properly. To
reduce the risk of personal injury:
Do not attempt to recharge the battery.
Do not expose to temperatures higher than 60°C.
Do not disassembly, crush, puncture, short external contacts,
or
dispose of in fire or water.
Replace only with the Hewlett-Packard spare parts
designated for this product.
CAUTIONS
This equipment contains no user serviceable parts. Refer
servicing
U.S. Federal law restricts this device to sale by or on the order
of
Data loss or system failure can result due to ingress of liquids.
The
Ensure installation in a cool, dry environment.
to qualified service personnel.
a physician.
system does not provide protection against ingress of liquids.
To reduce the risk of electric shock, do NOT remove cover
(or back). Refer servicing to qualified personnel.
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Service Information
Service Requirements
Refer equipment servicing to GE authorized service personnel only. Any
unauthorized attempt to repair equipment under warranty voids that warranty.
It is the user’s responsibility to report the need for service to GE or to an agent
authorized by GE.
Failure on the part of the responsible individual, hospital, or institution using this
equipment to implement a satisfactory maintenance schedule may cause undue
equipment failure and possible health hazards.
Regular maintenance, irrespective of usage, is essential to ensure that the MUSE
system will always be functional when required
Security Updates
Introduction: Service Information
A list of viruses that pose a significant threat to GE customers’ product security are
posted on the GE Healthcare Product Security Database Web site. Vulnerability
notification to customers will occur through the Web site. After security patches
have been validated for specific GE Healthcare products, this information will be
added to this database. After confirming that a particular security patch has been
validated for your system configuration, you can download it directly from the Web
site of the software manufacturer (Microsoft, etc.) and applied to the customer’s GE
product. To check on the latest information regarding validated security patches:
1.Browse to the GE Healthcare Product Security Database Web site:
http://www.gehealthcare.com/usen/index.html
2.Select Product Security from the Solutions drop-down list.
3.Select Product Vulnerability Database.
4.Log on with your SSO (Single Sign On) username and password.
NOTE
If you do not have an SSO, click the Sign Up link to obtain an SSO.
5.Use the features on the GE Healthcare Product Security Database Web site to
determine security patches that can be applied to your system.
6.Download the applicable updates per the instructions that are provided on the
update site.
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Equipment Identification
Serial Number Format
Introduction: Service Information
### ## ## #### # #
ABCDEF
Product Code
A
Year Manufactured (00-99)
B
04 = 2004
05 = 2005
06 = 2006
(and so on)
Fiscal Week Manufactured
C
Production Sequence Number
D
Manufacturing Site
E
Miscellaneous Characteristic
F
Label Format
A
ADate of manufacture in YYYY-MM format
BPart number of product
CProduct code description
DSerial number (see “Serial Number Format” on page 1-10).
B
C
D
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FCC Requirements
Modem Requirements
Introduction: Service Information
The modem in your GE device is designed to comply with FCC part 68, U.S.
Telecommunication Requirements. See the equipment label on the GE device for the
FCC registration number and the ringer equivalence number. The device is designed
to be used on standard device telephone lines. Connection to telephone companyprovided coin service (central office implemented systems) is prohibited.
Connection to party lines service is subject to state tariffs.
The goal of the telephone company is to provide you the best service it can. In order
to do this, it may occasionally be necessary for them to make changes in their
equipment, operations, or procedures. If these changes might affect your service or
the operation of your equipment, the telephone company will give you notice, in
writing, to allow you to make any changes necessary to maintain uninterrupted
service. If you have any questions about your telephone line, such as how many
pieces of equipment you can connect to it, the telephone company will provide this
information upon request.
In certain circumstances, it may be necessary for the telephone company to request
information from you concerning the equipment which you have connected to your
telephone line. Upon request of the telephone company, provide the FCC
registration number and the ringer equivalence number (REN) of the equipment
which is connected to your line; both of these items are listed on the equipment
label. The sum of all of the RENs on your telephone lines should be less than 5 in
order to assure proper service from your telephone company. In some cases, a sum
of 5 may not be usable on a given line.
If any of your telephone equipment is not operating properly, you should
immediately remove it from your telephone line, as it may cause harm to the
telephone network. If the telephone company notes a problem, they may temporarily
discontinue service. When practical, they will notify you in advance of this
disconnection. If advance notice is not feasible, you will be notified as soon as
possible. When you are notified, you will be given the opportunity to correct the
problem and informed of your right to file a complaint with the FCC.
An analog telephone line is required. A digital PBX line will not work.
Emissions (Interference) Requirements
This GE device has been tested and complies with the limits for a Class B
computing device in accordance with the specifications in Part 15 of the FCC rules.
These rules are designed to provide reasonable protection against radio-frequency
interference. However, there is no guarantee that interference will not occur in a
particular installation.
You can tell whether this device is causing interference by turning it off. If the
interference stops, it was probably caused by the device.
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For your notes
Introduction: Service Information
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2Equipment Overview
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Equipment Overview: System Characteristics
System Characteristics
General Description
The MUSE system is a multiple data-type system designed for managing cardiology
data. It allows you to edit and store data acquired from many different areas. Data
may be acquired from areas within the hospital, as well as from areas not directly
connected to the hospital such as emergency care and outreach facilities.
The version 7.0 MUSE system has a file server running Windows Server 2003
which is networked to one or more workstations. The products range from a lowcost, single data-type system to multiple data-type systems with many workstations
and virtually unlimited ECG storage capabilities. Options can be added to the
standard configuration to suit a customer’s particular needs.
File Server Hardware
Turnkey MUSE systems include GE-supplied hardware, which will be configured
with either an HP Proliant ML370 G4 or HP Proliant ML370 G5 server. The
available configurations for both platforms are summarized in the following tables:
Table 1. HP Proliant ML370 G4 File Server Configurations
FeaturesTowerRack-ready
ProcessorSingleSingle
CPU Slot 1 and PPM Slot 1
Populated
Memory, Total (6,144 MB
max.)
DIMM 1512 MB512 MB
DIMM 2512 MB512 MB
DIMM 3EmptyEmpty
DIMM 4 – 8EmptyEmpty
Case/Chassis (rear-Vertical)
Case slot #6 (Left)EmptyEmpty
Case slot #5EmptyEmpty
Case slot #4EmptyEmpty
CPUCPU
1024 MB1024 MB
Case slot #3Digiboard Serial MUX
(8-port)
Case slot #210/100 NIC
(NC7170)
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Digiboard Serial MUX
(8-port)
10/100 NIC
(NC7170)
Equipment Overview: System Characteristics
Table 1. HP Proliant ML370 G4 File Server Configurations (Continued)
FeaturesTowerRack-ready
Case slot #1Smart Array Controller
(642)
Smart Array Controller
(642)
External Drive Bay (Front-Horizontal)
Case slot - Top48x IDE
CD-ROM/16x DVD ROM
CD-ROM/16x DVD ROM
48x IDE
Case slot - MiddleAIT-2 Tape DriveAIT-2 Tape Drive
Case slot - BottomFiller panelFiller panel
HotPlug Drive Bay (Front-Horizontal)
Ultra3 SCSI ID 5, Top146 GB300 GB
Ultra3 SCSI ID: 4146 GB300 GB
Ultra3 SCSI ID: 3146 GB300 GB
Ultra3 SCSI ID: 2146 GB300 GB
Ultra3 SCSI ID: 1Empty300 GB
Ultra3 SCSI ID 0. BottomEmpty300 GB
HotPlug - Supplies/Fans
Power Supply500 Watts500 Watts
Redundant PS (Rear-Lower
Redundant PS KitRedundant PS Kit
Left)
Redundant FansYes – InstalledYes – Installed
Table 2. HP Proliant ML370 G5 Server Configurations
FeaturesTowerRack-ready
ProcessorIntel® Xeon® 5120
1.86 GHz, dual core
Intel® Xeon® 5120
1.86 GHz, dual core
L2 cache4MB4MB
System memory2GB
2x1GB PC2-5300
Fully Buffered DIMM
Hard drive capacity292GB Total
4x146GB
2GB
2x1GB PC2-5300
Fully Buffered DIMM
584GB Total
6x146GB
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Equipment Overview: System Characteristics
Table 2. HP Proliant ML370 G5 Server Configurations (Continued)
FeaturesTowerRack-ready
Hard drive type2.5”
Hot-swappable SAS
10000RPM
Hard drive fault
RAID Level 5RAID Level 5
2.5”
Hot-swappable SAS
10000RPM
tolerance
RAID controllerHP Smart Array P400
(256<B)
VideoIntegrated ATI ES 1000
32MB, standard
1280 x 1024 x 16M color
NetworkEmbedded dual NIC373i
multifunction Gigabit NICs
Optical DriveHP - DVD RW
16x/8x
5.25” IDE
Power supplyTwo (2) redundant
hot-swappable
HP Smart Array P400
(256<B)
Integrated ATI ES 1000
32MB, standard
1280 x 1024 x 16M color
Embedded dual NIC373i
multifunction Gigabit NICs
HP - DVD RW
16x/8x
5.25” IDE
Two (2) redundant
hot-swappable
Serial ports8, serial MUX8, serial MUX
Tape backupAIT-2 Turbo tape drive
Optional
80/208GB
Server managementInsight ManagerInsight Manager
Height46.7 cm / 18.38 in.21.92 cm / 8.63 in
Width21.92 cm / 8.63 in.44.45 cm / 17.5 in
Depth72.39 cm / 28.5 in.67.31 cm / 26.5 in
Input voltage100 VAC, 200 VAC
100-240 VAC
Server rated input
1010 W Max1010 W Max
100 VAC, 200 VAC
100-240 VAC
power
UPS rated1.5KVA–
NOTE
The telephone line must be an analog telephone line for communication with
the host MUSE system to work properly. Newer digital telephone systems will
not work with this equipment.
NOTE
The HP RAID server can be configured with a 4-port KVM
(Keyboard-Video-Mouse) switch for servicing “headless” clients.
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Client Hardware
MUSE Desktop Workstation
Optional Equipment
Monitors
Equipment Overview: System Characteristics
The desktop workstation is based on Intel’s 3.0 GHz Pentium 4 microprocessor. It
comes standard with 512 MB of RAM, one 40GB SATA/100 hard drive and one
1.44-MB diskette drive.
The following optional equipment may be purchased with your MUSE system.
Monitor - 17” CRT monitor or 19” flat-panel LCD monitor
HP LaserJet 4250N printer *
Fax Modem *
CSI Modem *
* Not available on the file server.
Printers
Modems
The 17” color monitor has a HP flat-faced shadow mask cathode ray tube. It has a
16” viewable image size and a maximum resolution of 1600 x 1200 at 65Hz.
The 19” flat panel display has an NEC-Mitsubishi MultiSync LCD with an 19”
viewable image size and a 1280 x 1024 native resolution.
The HP LaserJet 4250N printer contains 8MB of RAM, and prints all reports
including Holter, stress, echo, pacemaker, resting and hi-res ECG’s on standard
paper. For additional information on this printer, please refer to the OEM (original
equipment manufacturer) manual.
A CSI modem is used for communication with MAC 5000, MAC 5500, MAC 3500,
and MAC
A Multi-Tech FAX modem is used for faxing reports to Group 3-compatible FAX
machines.
1200 resting ECG analysis systems.
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Software
Network Functions
Equipment Overview: System Characteristics
The MUSE system is capable of acquiring data from a variety of sources, both
within and outside the hospital. Data is acquired via a network, floppy diskette,
direct line, or telephone transmission. Users may view and measure ECG
waveforms, edit and confirm the acquired data, and create an assortment of
configurable data reports.
The MUSE system software is a menu driven program which operates within
Microsoft Windows. The overall program is divided into “applications”. Each
application includes many related operations. For example, the System Status
Application includes operations that let you display lists of errors, events, pending
tasks, and print queues.
Computers may be networked to each other via twisted pair ethernet. Every MUSE
system comes equipped from the factory with the customer selected network
interface.
TCP/IP is the standard networking protocol for the MUSE system.
Workstation Setup
MUSE Authentication
NOTE
Some of the choices you will be asked to make when setting up workstations
may be decided when they are installed. The choices available are as follows:
add shortcut to launch MUSE using Windows Authentication and add shortcut
to launch MUSE using MUSE Authentication. If missed during the installation
the following command line entries can be used to add the shortcuts:
museshorts–muse (adds MUSE Authentication icon and will require user to
enter their MUSE sign-on ). The other is: museshorts -win (adds Windows
Authentication icon, MUSE will launch with no sign-on required). Refer to
“MUSE Cardiology Information System Advanced Security Guide” for
information about Authentication and how it affects the
your MUSE v7.0 system.
MUSE authentication allows a user to login into the MUSE application using the
MUSE Login Screen and a MUSE password. A MUSE login is typically used when
MUSE must be accessed by several individuals sharing the same computer. MUSE
authentication is enabled by using the switch -museauthenticate when opening the
MUSEEditor.exe file to launch MUSE. A desktop shortcut to MUSE using MUSE
Authentication is selectable at the initial installation of MUSE or can be added later
using the museshorts.bat file located in the MUSE directory.
level of security on
If using MUSE authentication the user must have a MUSE account but does not
need a Windows account.
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Windows Authentication
Equipment Overview: System Characteristics
Windows authentication allows a user to login directly into MUSE without using the
MUSE login Screen. The user must first be logged into the MUSE workstation using
their Windows account. The user must also have their Windows User Name
identified in MUSE. The user needs to have both a MUSE and Windows account
setup. A desktop shortcut to MUSE using Windows Authentication is selectable at
the initial installation of MUSE or can be added later using the "museshorts.bat" file
located in the MUSE directory.
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Equipment Overview: Preparation for Use
Preparation for Use
The following interconnect diagrams give a general overview of how your
workstation should be set up. There are too many variations to show all of them, but
enough information should be provided so someone reasonably familiar with
computer system installations should have no problem.
Step-by-step instructions for setting your workstation up for the first time can be
found in the sections following the interconnect diagram. Use the interconnect
diagram as a reference when following these instructions. Please refer to the
supplied OEM manuals and the
Locations” on page 2-19 for more specific information.
“System Components, Controls, Indicators, and
DANGER
Do NOT use in the presence of flammable anesthetics.
WARNINGS
This is Class I equipment. The mains plug must be connected to
an appropriate power supply.
Keep leakage current within acceptable limits when connecting
auxiliary equipment to this device.
Disconnect patient from unit BEFORE connecting personal
computer to unit.
The file server contains an internal battery pack. There is risk of
fire and burns if the battery pack is not handled properly. To
reduce the risk of personal injury:
Do not attempt to recharge the battery.
Do not expose to temperatures higher than 60°C.
Do not disassemble, crush, puncture, short external contacts, or
dispose of in fire or water.
Replace only with the HP spare parts designated for this
product.
NOTE
MUSE system operation may be affected if large machines with high current
draws are connected to the same electrical circuit as the MUSE system. It is
recommended that the MUSE system be connected to a power source away
from these machines.
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Equipment Overview: Connect File Server and the Clients
Connect File Server and the Clients
The following tables provide information for interconnection of the two types of file
servers (tower and rack) and for the MUSE clients.
Table 3. Tower File Server Interconnections
Connect FromConnect ToComments/Remarks
UPS
Power SupplyExt. ACEnsure all devices are properly configured for the mains power (i.e.
110 or 220 VAC).
Ensure all devices to be plugged into the UPS are turned ‘OFF’.
SerialServer (COM1)See “Server” on page 2-9.
Server
Power SupplyUPSVia applicable AC power cord
COM1UPS serialVia serial: 9 pin-D to serial: 9 pin-D
VideoDisplaySee “Display” on page 2-10.
KeyboardKeyboardSee “Keyboard” on page 2-10.
MouseMouse or TrackballSee “Mouse/Trackball” on page 2-10.
VideoClientVia display video cable (hardwired into display)
Keyboard/Barcode
Keyboard/Barcode ReaderClientVia keyboard cable (hardwired into keyboard)
Mouse/Trackball
Mouse/TrackballClientVia mouse/trackball cable (hardwired in mouse/trackball)
*Not used
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Equipment Overview: Connect File Server and the Clients
Uninterruptible Power Supply (UPS)
1.Unpack the UPS and place it in a location near where you plan to set up the
workstation. An area on the floor and under the desk is recommended. Keep in
mind that the unit needs to be accessible.
2.Ensure that the power switch on the back of the unit is in the OFF position.
3.Connect the UPS power cord into a 20 amp power outlet dedicated to the
workstation.
NOTE
Do not connect your laser printer to the UPS. The large periodic current
draw of the printer will trigger the low voltage alarm on the UPS.
4.Connect the UPS serial cable from the UPS serial port to COM1 on the file
server.
Client
1.Unpack the system box and place it in a location near the UPS.
2.Note the location of the items on the back of the system box. You need to know
where each of the controllers or connectors are to properly set up your system.
Monitor
Detailed descriptions of these items are in the original equipment manufacturer
(OEM) manual you received with your system, and further defined in the
“System Components, Controls, Indicators, and Locations” on page 2-19. You
can also use the interconnect diagrams for locating the proper connectors.
3.Verify that the input power selection switch on the back of your system box is
set correctly for your environment. The voltage visible on the switch is the
voltage at which the system is set to operate.
4.Ensure the power control button, located on the front of the client hardware, is
off. Also ensure that the system power enable switch on the back of the desktop
server is in the off position by pressing the end marked 0.
5.Connect the AC power cord to the AC power receptacle on the back of the
system box and to one of the power outlets on the back of the UPS.
1.Unpack the monitor and place it on the desktop. The monitor may also be
placed on top of the client.
2.Verify that the power switch is in the off position.
3.Connect the AC power cord to the power receptacle on the back of the monitor
and to one of the power outlets on the back of the UPS.
4.Connect one end of the video cable to the back of the monitor and connect the
other end to the appropriate port on the back of the system box. Use the
interconnect diagrams as a reference.
NOTE
Be sure to connect the monitor to the file server and not the modem
module.
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Modem Module
Equipment Overview: Connect File Server and the Clients
1.If a modem module was ordered, unpack it and place it in a location near the
UPS.
2.Note the location of the items on the back of the system box. You need to know
where each of the controllers or connectors are to properly set up your system.
Detailed descriptions of these items are in the original equipment manufacturer
(OEM) manual you received with your system, and further defined in the
“System Components, Controls, Indicators, and Locations” section in this
chapter. See
locating the proper connectors.
NOTE
The modem module does not use a keyboard or a monitor.
3.Ensure the power switch on the back of the unit is in the off position by pressing
the end marked 0.
4.Connect the AC power cord into the AC receptacle on the back of the system
box and to one of the power outlets on the back of the UPS.
Table 5, “MUSE Client/CCG Interconnections,” on page 2-13 for
Fax/Asynch CSI Multitech Modem
Refer to “How to Set Up Modems” on page 3-4 for specific instructions regarding
how to add either the STANDARD FAX modem or the ASYNCH CSI modem as
Windows Services on a MUSE File Server or client running Windows.
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Equipment Overview: Connect File Server and the Clients
Keyboard and Mouse
Network Connection
Twisted Pair
1.Ensure the system power is off.
NOTE
Power should always be OFF when connecting or disconnecting the
keyboard or mouse.
2.Connect the keyboard/bar code wand cable to the 6-pin keyboard port on the
back of the system box and to the port on the back of the keyboard. Use the
interconnect diagrams as a guide.
3.Connect the mouse cable to the 6-pin mouse port on the back of the system box.
See the interconnect diagram for the exact location.
1.If your network is twisted pair, unpack the 3Com Linkbuilder hub and place it
near your system box or in the location designated by your customer’s IS
department.
Enterprise Network
HP Laser Jet Printer
2.Connect each system box to the network by running your twisted pair wire from
the twisted pair network port on the back of the system box to a port on the hub.
If necessary, multiple hubs may be linked together to accommodate a large
number of workstations.
If you are connecting to the customer’s enterprise network, your system contains a
“special”. An RSA should be involved in the installation.
NOTE
Do NOT plug your laser printer into the UPS.
1.If you are connecting the HP laser printer to your system, unpack the HP
LaserJet and place it in the desired location.
2.Follow the installation instructions provided in the HP manuals which
accompanied your shipment of equipment.
JAM RECOVER Setting
After connecting your printer, ensure that the JAM RECOVER setting is turned on.
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Equipment Overview: Powering On and System Shutdown
Powering On and System Shutdown
Introduction
The section includes the following procedures:
Powering on the workstation
Powering off the workstation
Powering On the Workstation
Power on your client as specified below. Additional information can be found in
your file server’s OEM manual.
1.Verify that all system components such as the monitor, keyboard, etc. are
connected. All connections should be made while the system is off.
NOTE
If a laser printer is part of the system, do not plug it into the uninterruptible
power supply (UPS). In some environments, the cycling of power in the
laser printer will cause the UPS alarm to sound (approximately every
minute).
2.Turn on the UPS power switch.
3.Turn on peripheral devices, monitors, and printers.
4.Turn on the power enable switch on the back of your desktop and
communication servers.
5.Press the power control button on the front of your system to turn it on. The
system will power up and immediately begin the power-on self test (POST).
6.Make sure the Authorization window appears.
NOTE
System shutdown procedures are described in Chapter 4, “Database
Backup to Local Tape” .
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Equipment Overview: Checkout the Workstation
Checkout the Workstation
Final Checkout
Perform the following for all applicable options. Use this manual and the MUSE
system operator’s manual for reference.
1.Client Initialization – Power up all clients and ensure each initializes, error free,
and you can log in.
2.Diskette Acquisition – Acquire test ECGs via electrocardiograph diskettes and
ensure they plot according to report distribution.
3.Phone Acquisition – Acquire test ECGs via remote electrocardiograph modems
and ensure they plot according to report distribution.
4.Holter – Locally transmit data from the Holter to the MUSE system.
5.TRAM Module – Test that data is successfully flowing from the TRAM to the
MUSE system.
6.CSI – Acquire test ECGs via remote CSI modems.
7.Remote Query – Test CSI modem connections if system has Remote Query.
8.Edit – View and edit an ECG from the Edit List.
9.Writer/Printers – Test writers to ensure they plot. Check for burned out dots,
especially in the bar code region.
10. Fax – Fax a record to test fax modems.
11. Backups – Perform a non-scheduled backup. See Chapter 4, “Database Backup
to Local Tape” for details. Check that all tapes are being successfully used.
Replace tapes that are past their intended life span (customer should store old
tapes for safe keeping).
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Equipment Overview: System Components, Controls, Indicators, and Locations
System Components, Controls, Indicators, and
Locations
This section provides a description of the MUSE system hardware. The first diagram
is a typical setup containing a tower file server and modem module. The second
diagram shows a typical setup using a client.
Tower File Server System
A
B
C
20A
DEFG
NOTE
The components shown in the figure above are representative of a typical
MUSE system with a tower file server. They may not appear identical to the
components of your system.
Table 6. Tower File Server System Description
ItemNameDescription
Amodem moduleStores system’s modems.
BmonitorDisplays information, messages, etc.
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Equipment Overview: System Components, Controls, Indicators, and Locations
Table 6. Tower File Server System Description (Continued)
ItemNameDescription
CHubHub used in twisted pair networks. This item is optional.
Dfile serverSystem box. Contains the power supply, hard disk drive, RAM, central processing
unit, etc.
Emouse An input device used to move the cursor and select items on the display. The
mouse is standard on the system.
FkeyboardThe keyboard is an input device. Use the keyboard to type information when
required by the system.
GUPSThe UPS automatically provides temporary power to the MUSE system in the
event of a power interruption.
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Equipment Overview: System Components, Controls, Indicators, and Locations
A
Rack-Mounted File Server System
The figure below shows the RAID file server configuration in rack.
C
B
D
E
A
F
G
40
NOTE
The components shown in the figure above are representative of a typical
MUSE system with a rack-mounted server. They may not appear identical to the
components of your system.
Table 7. Rack-Mounted File Server System Description
ItemNameDescription
AModem RackCan hold up to 12 modems.
BKeyboard DrawerPulls out to allow access to the keyboard.
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Equipment Overview: System Components, Controls, Indicators, and Locations
Table 7. Rack-Mounted File Server System Description (Continued)
ItemNameDescription
CMonitorDisplays data on the screen. See the OEM manual for operational details.
DKeyboard-Video-Monitor (KVM)
Used to switch between PC1, PC2, and the file server.
switch
EHubConnects PC1, PC2, and the file server to the network.
FFile ServerStores mirrored copies of MUSE system database.
GUninterruptible Power Supply (UPS)Provides uninterruptible AC power in case of a power failure or power
conditioning.
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Equipment Overview: System Components, Controls, Indicators, and Locations
Workstation Client System
This section provides a description of the MUSE system hardware. The hardware
associated with a typical workstation client configuration is shown.
ADCB
G
Table 8. Workstation Client System Description
ItemNameDescription
AclientThe system box which contains the power supply, hard disk drive, RAM, central
processing unit, etc.
BCSI modemUsed to communicate with MAC 1200, MAC 5000, and MAC 5500 resting ECG
analysis systems.
CmonitorDisplays information, messages, reports, ECGs, etc.
DHP LaserJet 4250N printerOptional Laser printer used to print various reports on standard paper.
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F
E
21A
Equipment Overview: System Components, Controls, Indicators, and Locations
Table 8. Workstation Client System Description (Continued)
ItemNameDescription
EmouseInput device used to move the mouse cursor and select items on the display.
FkeyboardThe keyboard is an input device. Use the keyboard to type information when
required by the system.
Gbar code readerUsed to select and edit ECGs. Makes the system easier to use for those not used
to working with computers.
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Equipment Overview: Component Descriptions
Component Descriptions
NOTE
The orientation of the HP Proliant ML370 illustrations in this chapter is for the
rack model. The orientation for the tower is on a 90-degree angle.
MUSE File Server (ML 370 G5) CPU, Front
Rack-Ready Model
ABCDE
FGH
Table 9. CPU Front, HP ProLiant ML370 G5, Rack Model
ItemDescription
AHard drive bays 9 – 16 (optional drive cage)
BUSB connectors
CFront Panel LEDs and buttons (See “Front Panel LEDs and Buttons” on page 2-27 for more information.)
DVideo Connector (rack model only)
EHP Systems Insite Display ejector button
FDVD/CD-ROM drive
GRemovable media bays
HHard drive bays 1-8
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Tower Model
Equipment Overview: Component Descriptions
H
G
F
E
A
B
C
D
Table 10. CPU Front, HP ProLiant ML370 G5, Tower Model
ItemDescription
AMedia bay spacer
BDVD/CD-ROM drive
CRemovable media bays
DHard drive bays 1-8
EHard drive bays 9-16 (optional drive cage)
FUSB connectors
GFront Panel LEDs and buttons (See “Front Panel LEDs and Buttons” on page 2-27 for more information.)
HHP Systems Insight Display ejector button
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Equipment Overview: Component Descriptions
Front Panel LEDs and Buttons
Table 11. CPU Front Panel LEDs and Buttons HP ProLiant ML370 G5
ItemDescriptionStatus
AUID button–
BUID LEDBlue = Activated
ABCDEFGH
Flashing blue = System is being managed remotely
Off = Deactivated
CInternal system health LEDGreen = Normal (system on)
Amber = System health is degraded
Red = System health is critical
Off = Normal (system off)
DExternal system health LED
(power supply)
Green = Normal (system on)
Amber = Redundant power supply failure
Red = Power supply failure. No operational power
supplies.
Off = Normal (system off)
ENIC 1 link/activity LED
(embedded NIC)
Green = Linked to network
Flashing green = Linked with activity on the network
Off = No network connection
FNIC 2 link/activity LED
(embedded NIC)
Green = Linked to network
Flashing green = Linked with activity on the network
Off = No network connection
GSystem power LED Green = System has AC power and is powered up
Amber = System has AC power and is in standby mode
Off = System has no AC power
HPower On/Standby button–
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Equipment Overview: Component Descriptions
File Server (ML370 G5) CPU, Back
ABCDFEGH
IJKL
Table 12. CPU Back HP ProLiant ML370 G5
ItemDescriptionItemDescription
AKeyboard connectorGNIC 2 connector
BMouse connectorHPCI expansion slots
CUSB connectorsIHot-plug power supply (primary bay)
DiLO 2 management connectorJHot-plug power supply blank (redundant bay)
EVideo connectorKNIC 1 connector
FSerial connectorLT-15 Torx screwdriver
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Equipment Overview: Component Descriptions
Rear Panel LEDs and Buttons
B
C
E
D
A
F
G
H
Table 13. Rear Panel LEDs and Buttons
ItemDescriptionStatus
AUID LEDBlue = Activated
Flashing blue = system is being remotely managed
Off = Deactivated
BiLO 2 activity LEDGreen or flashing green = Network activity
Off = No network activity
CiLO 2 link LEDGreen = Linked to network
Off = No network connection
DNIC 2 activity LEDGreen or flashing green = Network activity
Off = No network activity
ENIC 2 link LEDGreen = Linked to network
Off = No network connection
FNIC 1 link LEDGreen = Linked to network
Off = No network connection
GNIC 1 activity LEDGreen or flashing green = Network activity
Off = No network activity
HPower supply LEDGreen = System has AC power and is powered up
Off = System has no AC power
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Equipment Overview: Component Descriptions
Sony AIT tape drive
Table 14. Sony AIT tape drive LEDs
LED
TAPE MOTIONCLEANING REQUESTREPLACE TAPE
Sense
IndependentIndependentTape loaded
IndependentIndependentTape access in progress (write/read)
IndependentIndependentTape access in progress (others)
IndependentIndependentCleaning is requested
IndependentIndependentCleaning is not completed
IndependentIndependentMedia error occurred
H/W Error Occurred
LED Legend (Sony AIT tape drive)
on
Slow
1 pulse (0.9 sec on/0.3 sec off)
Fast
1 pulse (0.3 sec on/0.3 sec off)
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G5 HP Insight 2 display
Equipment Overview: Component Descriptions
Table 15. Insight 2 Display
ItemDescriptionIndicatorDescription
1Primary power supplyAmberFailure
OffNormal
2Redundant power supplyAmberFailure
OffNormal
3Online spare memoryGreenProtection enabled
AmberMemory failure occurred
Flashing amberMemory configuration error
OffNo protection
4Mirrored memoryGreenProtection enabled
AmberMemory failure occurred
Flashing amberMemory configuration error
OffNo protection
5
F8DIMM LEDs (Mem board 1)
*
AmberFailure
OffNormal
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Equipment Overview: Component Descriptions
Table 15. Insight 2 Display (Continued)
ItemDescriptionIndicatorDescription
6F8DIMM LEDs (Mem board 2)*AmberFailure
OffNormal
7Processor 1AmberFailure
OffNormal
8PPM 1AmberFailure
OffNormal
9Processor 2AmberFailure
OffNormal
10PPM2AmberFailure
OffNormal
11Hot-plug fanAmberFailure (or fan not installed)
OffNormal
12Internal system healthGreenNormal, system on
AmberDegraded health
RedCritical health
OffSystem off
13External system health (power
supply)
GreenNormal, system of
AmberRedundant power failure
RedPower supply failure, no
operational power
OffSystem off
14Over temperatureRedCritical overheating
OffNormal
15System powerGreenAC power on
AmberSystem in standby mode
OffNo AC power
* If all LEDs for a memory board are flashing, it indicates the memory board is unseated.
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Equipment Overview: Component Descriptions
MUSE File Server (ML 370 G4)
Front
A
B
H
ItemDescription
G
Table 16. CPU Front, HP ProLiant ML370 G4
CDE
AUID switch and LED
BInternal system health LED
CExternal system health LED
DNIC link/activity LED
EPower On/Standby button/LED assembly
FDiskette drive (behind the media door)
GRemovable media bays
HHot-plug SCSI hard drive bays (SCSI IDs 0 through 5)
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Equipment Overview: Component Descriptions
Front Panel LEDs and Buttons
A
B
Table 17. CPU Front Panel LEDs and Buttons HP ProLiant ML370 G4
ItemDescriptionStatus
AUID switch and LEDBlue = Activated
Flashing blue=System being managed remotely
BInternal system
health LED
Green =Normal (system on)
Amber = System health is degraded
Red = System health is critical
Off = Normal (system off)
ECD
CExternal system
health (power
supply) LED
DNIC link/activity LED
(embedded NIC
only)
EPower on/Standby
button and LED
Green = Normal (system on)
Amber = Redundant power supply failure
Red = Power supply failure. No operational power
supplies
Off = Normal (system off)
Green = Linked to network
Flashing green = Linked with activity on the network
Off = No network connection
Amber = System has AC power and is in standby mode
Green = System has AC power and is turned on
Off = System has no AC power
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CPU, Back
Equipment Overview: Component Descriptions
BACDEFGH
I
J
K
LMNOP
Table 18. CPU Back HP ProLiant ML370 G4
ItemDescription
Ax PCI Express expansion slots
B100-Mhz PCI-X expansion slots
CUnit ID LD
DEthernet 10/100/1000 port
EiLO management port
FParallel connector
GVideo connector
HT-15 Torx screwdriver
IAuxiliary VHDCI SCSI blank
JMouse connector
KKeyboard connector
LSerial connector B
MSerial connector A
NUSB connectors
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Equipment Overview: Component Descriptions
Rear Panel LEDs and Buttons
DE
A
BC
FG
Table 19. Rear Panel LEDs and Buttons – HP ProLiant ML370 G4
ItemNameColorDescription
AUnit ID LEDBlueOn = Activated
Flashing = System remotely managed
Off = Deactivated
BNIC Activity LED
(Integrated
GreenOn or flashing = Linked to network
Off = Not linked to network
NC7781)
CNIC Link LED
(Integrated
GreenOn = Network activity
Off = No network activity
NC7781)
DiLO NIC Activity
LED
GreenOn or flashing = Network activity
Off = No network activity
EiLO NIC Link LEDGreenOn = Linked to network
Off = Not linked to network
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Equipment Overview: Component Descriptions
Table 19. Rear Panel LEDs and Buttons – HP ProLiant ML370 G4
ItemNameColorDescription
AIT Drive
FPower supply LED
(redundant)
GPower Supply LED
(primary)
GreenOn = Power turned on and power
supply functioning properly
Off = One or more of the following
conditions exists:
AC power unavailable
Power supply failed
Power supply in standby mode
Power supply exceeded current limit
GreenOn = Power turned on and power
supply functioning properly
Off = One or more of the following
conditions exists:
AC power available
Power supply failed
Power supply in standby mode
Power supply exceeded current limit
ABCDE
Table 20. AIT Drive
ItemIconDescription
ANonePower LED
BBusy LED
CTape LED
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Equipment Overview: Component Descriptions
Table 20. AIT Drive
ItemIconDescription
DStatus LED
EEject Button
Table 21. Legend
LED Flash SymbolLED Display
Off
On
Quick flashes
Quick flash with a long pause in between
Long flash with a short pause in between
Two quick flashes with a long pause in
between.
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UPS, Front
Equipment Overview: Component Descriptions
JKLMNOP
!
100%
+ -
25%
GFHI
Table 22. UPS for HP File Server (Front)
ItemName
ALED indicating overload capacity
BLED indicating 76% to 100% load capacity
A
B
C
D
E
CLED indicating 51% to 75% load capacity
DLED indicating 26% to 50% load capacity
ELED indicating 0% to 25% load capacity
FVoltage Configuration Panel
*
GConfigure mode on LED *
HConfigure button *
ITEST/ALARM RESET Button
JSTANDBY Button
KON Button
LGeneral Alarm
MOn Battery
NBad Battery / Low Battery
OSite Wiring Fault Indicator
PUtility LED
* Accessible only when the front bezel is removed.
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UPS, Back
Equipment Overview: Component Descriptions
I
GH
F
ABC
D
E
Table 23. UPS for HP File Server (Back)
ItemName
ALoad Segment 1
BLoad Segment 2
CLoad Segment 3
DLoad Segment Circuit Protectors
EPDU (Power Distribution Unit) output receptacle
FGround bonding screw
GERM (Extended Runtime Modules) connector
HREPO (Remote Emergency Power Off) port
ICommunications Port / Option Slot
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Equipment Overview: Component Descriptions
MUSE EveryWARE File Server
HP DL360 G5 Front Panel
ABC
J
I
GH
E
F
D
Table 24. DL360 G5 MUSE EveryWARE File Server
ItemName
AHard drive bay 5 (optional)*
BHard drive bay 6 (optional)*
CMultibay drive bay
DUSB connector
EHP Systems Insight Display
FVideo connector
GHard drive bay 4
HHard drive bay 3
IHard drive bay 2
JHard drive bay
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Equipment Overview: Component Descriptions
HP DL360 G5 Front Panel LEDs and Buttons
A
B
Table 25. DL360 G5, Front Panel LEDs and Buttons
ItemDescriptionStatus
APower On/Standby
Green = System is on.
button and system
power LED
Amber = System is shut down, but power is still
applied.
C
D
E
F
Off = Power cord is not attached, power supply
failure has occurred, no power supplies are
installed, facility power is not available, or
disconnected power button cable.
BUID button/LED Blue = Identification is activated.
Flashing blue = System is being remotely
managed.
Off = Identification is deactivated.
CInternal health LED Green = System health is normal.
Amber = System health is degraded.
Red = System health is critical.
Off = System health is normal (when in standby
mode).
DExternal health LED
Green = Power supply health is normal.
(power supply)
Amber = Power redundancy failure occurred.
Off = Power supply health is normal when in
standby mode.
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Equipment Overview: Component Descriptions
Table 25. DL360 G5, Front Panel LEDs and Buttons (Continued)
ItemDescriptionStatus
ENIC 1 link/activity LED Green = Network link exists.
Flashing green = Network link and activity exist.
Off = No link to network exists.
If power is off, the front panel LED is not active.
View the LEDs on the RJ-45 connector for status
by referring to the rear panel LEDs
FNIC 2 link/activity LEDGreen = Network link exists.
Flashing green = Network link and activity exist.
Off = No link to network exists.
If power is off, the front panel LED is not active.
ATD (Transmit Data)The TD LED flashes when the modem is transmitting data to another modem. The state
of the LED matches the TD circuit on pin 2 of the RS-232C/V.24 interface.
BRD (Receive Data)The RD LED flashes when the modem is receiving data from another modem. The state
of the LED matches that of the RD circuit on pin 3 of the RS-232C/V.24 interface.
CCD (Carrier Detect)The CD LED lights when the modem detects a valid carrier signal from another modem.
It is on when the modem is communicating with the other modem and off when the link is
broken.
48A
D56 56K Mode (56,000–32,000
bps)
E33 V.34 Mode (33,600–16,800
The 56 LED lights whenever the modem connects to an ISP server in K56flex or V.PCM
mode. The actual connection speed depends on server capabilities and line conditions.
The 33 LED lights whenever the modem connects in V.34 mode.
bps)
F14 V.32bis Mode (14,400 bps–)The 14 LED lights whenever the modem connects in V.32bis mode.
Note: Although the modem can connect at lower than V.32bis speeds, no speed indicator
lights during the connection.
GOH (Off-Hook)The OH LED lights when the modem is off-hook, which occurs when the modem is
dialing, online, or answering a call. The LED flashes when the modem pulse-dials.
HTR (Terminal Ready)The TR LED lights when a datacomm program initializes the modem. It means the
modem is ready for an outgoing or incoming call. It goes off when the datacomm
program disconnects the COM port. When it goes off, a connected modem will
disconnect. The state of the TR LED matches that of the DTR circuit on pin 20 of the RS232C/V.24 interface.
IEC Error Correction (V.42)The EC LED lights continuously when the modem is in V.42 error correction mode, and
blinks when compression is activated.
JFX (Fax)The FX LED lights when the modem is in fax mode.
NOTE
When you turn on the modem, the speed lights flash briefly as the modem does
a self-test, then the LED for the default modem baud rate lights. The default rate
for the modem is 56K bps unless you select and store another baud rate. After a
call, the LEDs for the connection’s baud rate remain lit until another call is
made or the modem is reset. If you connect at a rate under 14,400 bps, all speed
LEDs remain off after the connection is broken, even though the modem is still
turned on.
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3Installation
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For your notes
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Installation: Installation Documents
Installation Documents
The following table summarizes installation/upgrade documents that have been
written for the MUSE system at version 7.0 software.
Modems are used to send and receive data, and can be configured to service a
defined set of devices.
The following modems may be set up using the steps below: Fax Modem, CSI
Modem, CSI Wireless, and CSI Direct.
Set Up Modems in MUSE Setup
Repeat the following for each modem that needs to be configured.
1.Log in as a user with privileges to change Modem Setup.
2.At the Modem window open a Modem Properties window using one of the
following methods:
select Action → New, or
click the New icon, or
right-click in the empty space and select New.
3.Select Fax Modem, CSI Modem, CSI Wireless, or CSI Direct, as appropriate.
The Modem Properties... window appears.
4.Enter Computer Name, select Port, and select Baud Rate.
NOTE
Computer name = computer name where modem is physically installed
Port = port number to which modem is connected
Baud rate (select appropriate baud rate)
Fax = 9600 or 4800 Baud
CSI Direct & Wireless = 115.2K Baud CSI Modem = 9600 Baud
*
If problems are encountered when testing faxing, use the lower
baud rate (4800 Baud)
*
5.Select OK to save your changes. The Modem Properties window closes.
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Installation: How to Set Up Modems
Add Service for Each Modem
For each modem which was set up in the previous section At the computer where the
modem is physically installed, add the modem service.
1.Open the Modem Setup window to use as a reference for modem IDs while
adding modem services.
2.Open a Command Prompt.
3.Change to the directory where MUSE was installed
(default
NOTE
To see the usage for musesvc, type the following in the Command Prompt:
musesvc [Space] ? and press Enter
FAX Modem Example
For example, to install a fax modem, type the following in the Command
Prompt window.
domain = the domain or local computer name where the MuseBkgnd
account was created
password = password for MuseBkgnd account
modem ID = the modem ID assigned in MUSE Modem Setup
sql server name = name of sql server where the MUSE database resides
a typical install this is the same as the MUSE server
(for
name)
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Installation: How to Set Up Modems
4.If installing modem on a MUSE client with Windows 2000 operating system,
configure the SQL protocol as follows:
a.Open a Command Prompt window.
b.Type cliconfg and press Enter.
This will open the SQL Server Client Network Utility window.
c.Select TCP/IP from the Default network library drop-down list.
d.Select OK to save the setting.
e.Start the CSI FAX or Modem service.
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Installation: Installing and Configuring the XML Import Option
Installing and Configuring the XML Import Option
Introduction
The XMLImport option is required for systems that are acquiring data in XML
format. The MUSE system can acquire data in XML format from the following
devices:
LifePak 12 through the LIFENET Receiving Station (reference document
2002783-040).
From a Datamed FT (Format Translator) provided by Engineering
Solutions,
This option is listed as XMLImport, and it is option number 20.
Requirements
The following requirements must be met on the MUSE file server:
The XMLImport option is installed.
Installed by GE Service using the changeopts utility.
Inc.
The MUSE XML Parser Service is installed and running.
An xml folder under the muse folder, for example d:\muse\xml.
This folder is created when the database is installed.
Share the folder as xml$ so that it is hidden.
Configure permissions as required.
The DTD files are copied to the xml folder when the database is installed.
The default location for the Parser Service to look for files is: d:\muse\xml.
Yo u
can change the location by altering the cfgServiceXML table in the
MUSE_System database.
The sending system needs to be configured to send to the shared xml folder.
MUSE also needs the Microsoft XML Parser installed. Perform the following steps
to install the Parser from Microsoft:
1.Run msxml.msi from the MSXML 4.0 folder on the MUSE 7.0 Software
Support CD.
2.Click Next, accept the license agreement and click Next.
3.Click Next to accept the default customer information.
4.Click the Install Now button.
5.Click Finish.
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Installation: Installing and Configuring the XML Import Option
Using XMLCONFIG.EXE to Configure the Option on MUSE
This utility is used to insert entries into the cfgXmlInput table in the
MUSE_System database.
1.Copy the xmlconfig utility to the folder where MUSE is installed and launch it.
2.Click New Device.
3.For LifePak 12 enter/select the following:
Or, for a DatamedFT, enter/select the following:
4.Click Ok.
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Installation: Installing and Configuring the XML Import Option
5.Create other devices, update an existing device, or delete a device as required.
6.Click the X to exit the utility when you are finished.
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Installation: How to Configure Windows High Contrast Color Scheme on MUSE Client
How to Configure Windows High Contrast Color
Scheme on MUSE Client
For each workstation which may be used by one or more individuals with color
vision deficiency (color blind), you can enable the Windows High Contrast Color Scheme for MUSE as follows:
1.From the Windows Desktop of the client which will be used by a color blind
individual, select Start → Control Panel.
2.Double-click Display to open the Display Properties window.
3.Select the Appearance tab.
4.Select Windows Classic style in the Windows and buttons list.
5.Select one of the High Contrast options in the Color scheme list.
High Contrast #1
High Contrast #2
High Contrast Black
High Contrast White
6.Click Apply.
7.From the Windows Desktop, copy and paste a MUSE shortcut icon which was
created during installation and paste the copy to the Windows Desktop.
8.Rename the new shortcut by adding Windows Default Colors to the end of the
name.
9.Right-click on the new shortcut and select Properties.
10. Add the following to the end of the string in the Target field:
[Space] -nocui
11. Click OK to save your changes.
12. Repeat steps 7-11 for each of the MUSE shortcut icons.
NOTE
Inform color blind system users to use the shortcuts with
Windows
Also, inform system users who are not color blind to use the
original
Default Colors appended to the end of the name.
shortcuts.
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Installation: Changing the Port Number of the File Server
Changing the Port Number of the File Server
If you need to change the port number of the file server:
Manually edit the server.remoting.config file on the file server
Run the remotingcfg.bat at the file server and at each client.
1.Shut down MUSE service at the file server.
2.At the file server, manually modify the c:\program files\muse\server.remoting.config file.
3.Scroll to <channels> section and modify port="nnnn" to the appropriate port.
4.Save the changes made to the server.remoting.config file.
5.From the c:\program files\muse> prompt, run remotingcfg.bat at the server
and each client.
arguments -server (name of MUSE file server)and -port (port number you
want to change to)
EXAMPLE:
To change the port number of muse7server to 8002, type the following in a
Command Prompt window.
If the MUSE server is part of a domain, be sure to include the domain name as
part of the server name.
This batch file will change the port numbers listed in the muse.remoting.config
file.
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Installation: Set Up MUSE File Server for File Copy
Set Up MUSE File Server for File Copy
This section describes how to set up a File Copy Device. Use this if you want to
copy to a folder on the MUSE file server or to a network share.
Change the Log On Service
If sending files to another computer on domain, you will need to use a MuseBkgnd
Windows domain account as the logon for the MUSE file copy service. This
requires that the hospital network administrator, create a domain MuseBkgnd user
account. That account must then be used as the logon credentials for the MUSE File
Copy Service on the MUSE file server.
Setting up a Folder
1.At the Devices window, select Action → New → Folder. The Device Properties
- Folder window appears.
2.Type the device name and folder destination in the appropriate fields.
3.Select appropriate file type from the Output Type drop-down list.
4.Ensure that the appropriate file extension appears in the File Extension field.
5.Select the appropriate Output Options.
6.At the Hours of Operation tab, set up the hours of operation. Click OK.
7.At the Advanced tab, set up the format settings. Click OK.
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Installation: Installation Checkout Procedure
Installation Checkout Procedure
NOTE
Use the checkout steps below as a guideline. Some of these steps can be verified
by looking at the system or through discussions with the customer.
Use the Service and Operator’s manual where necessary for reference. Perform the
following for all applicable options.
REQUIREMENTS
To perform this system checkout procedure you will need one or more output
devices, such as a network laser printer and a Fax machine. Make sure that you
configure and test at least one for each output type that will be used.
Verify that all MUSE client computers are able to connect to the
MUSE system and run the application. Verify that end users are able
to log into MUSE with their user account.
Verify that the clients generate the proper login and logout messages
in the MUSE Process Log when they launch and then exit the MUSE
application.
Verify that records can be acquired via diskette, serial cable, modem
and wireless connections, and that they route properly based on
Report Distribution settings.
Verify that data can be acquired from the MARS system(s), and that
the data can be printed.
Verify that data can be acquired from the Stress system(s), and that
the data can be printed.
Verify that reports are being successfully transmitted to the Monitoring
Gateway, that MUSE is picking them up and processing them, and
that the reports can be printed.
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Verify that the system can successfully send reports to laser printers
and Fax machines.
Verify that users can successfully edit and confirm reports from the
Edit List.
Test MUSE Web functionality to ensure that users can view and print
records pulled up with their browser.
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Installation: Installation Checkout Procedure
Verify locally that the remote access connection is working. If
possible, contact the Tech Support group in your country or region to
verify that they can remotely access the system file server. If there is a
CCG for HL7 interfaces, verify that they can also access that
computer so that the HIS Implementation team will be able to work on
the system.
For customers that are using the local tape backup solution, verify that
they understand the backup process, and how to rotate the tapes.
Verify that the email notifications for backups are working, if
configured, and that the nightly backup job is functioning properly.
For customers that are doing network backups, verify that they
understand what needs to be backed up on the system. Also verify
that they understand they are responsible for the backup and disaster
recovery procedures.
For GE-supplied hardware, verify that you have created at least one
ASR tape/diskette set for disaster recovery, and that the set is stored
in a safe location.
Name of Installer: _______________________________________________
Installation: MUSE Authentication – Enable or Disable
MUSE Authentication – Enable or Disable
Having MUSE Authentication enabled is the default setting for the MUSE v7
system. The steps below describe how to disable MUSE Authentication
how to re-enable this setting if it has been disabled).
(or,
NOTE
When MUSE Authentication is disabled, users are forced to log into Windows
in order to gain access to the MUSE system.
1.Log into the MUSE file server with a local administrator account.
2.Stop the MUSE Services.
3.From the Windows desktop select Start → All Programs →
Microsoft
The SQL Server Management Studio window is displayed.
4.In the left pane, browse to Databases → MUSE_System → Tables.
SQL Server 2005→SQL Server Management Studio.
5.With Tables highlighted in the left pane, find cfgSystem in the main window.
6.Right-click cfgSystem and select Open Table from the menu.
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Installation: MUSE Authentication – Enable or Disable
The cfgSystem table is displayed.
7.Scroll to the AllowMuseAuthentication column in the table.
8.Click in the cell and type the desired setting for MUSE Authentication.
Type False to disable MUSE Authentication.
Type True to enable MUSE Authentication.
NOTE
DO NOT change any other settings in the table.
9.Close SQL Server Management Studio.
NOTE
All changes made to the table are immediately saved. There is no
to select a Save or Save As command.
need
10. Re-start the MUSE services.
NOTE
If MUSE Authentication has been disabled, all MUSE users who need to
log into the system should be set up with their Windows User Name in their
User Properties setup window in the MUSE interface.
MUSE 7.0.2 uses SQL Server 2005 for its Database Management System (DBMS),
and by default there are at least three user databases that make up the MUSE system:
MUSE_Site0001
MUSE_SiteTemplate
MUSE_System
If a MUSE system has more than one Site database, there would be more than three
user databases, and the system would include, for example, MUSE_Site0002, and
MUSE_Site0003 etc. Because of this change, the backup and disaster recovery
plans for the MUSE database need to change from previous MUSE system software
versions.
SQL Server 2005 Backups
SQL Server 2005 has built in backup capabilities, and can backup to either a local
tape device or to a disk device (a file). The backup functionality in SQL Server 2005
will allow only one database to be backed up at a time, but it is possible to include
additional steps in a backup job to include multiple backups. The destination for a
file based backup can be a disk that is either local or somewhere on the network.
We
can’t always count on there being a network destination available, and writing
the backup to the local disk would require additional disk space to accommodate
both the database and the backup. A local file backup would also require the need
for an additional step to backup the files to tape. The hardware that GE supplies for
MUSE systems includes a local AIT tape drive. For this reason, and for the reasons
mentioned above, the Local Tape Backup Option will involve using the local AIT
tape drive for backups.
MUSE System Backup Plan
NOTE
MUSE 7.0 customers that select the software-only option for the MUSE file
server will be responsible for implementing and managing their own backup
and disaster recovery plans.
NOTE
MUSE 7.0.2 customers that are using GE-supplied file server hardware will be
given a choice of:
Implementing their own backup and disaster recovery plans, or
Selecting the Local Tape Backup Option described in the following section.
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Database Backup to Local Tape: Introduction
Local Tape Backup Option
The local tape backup option will need to be selected when the MUSE 7.0.2 system
or system upgrade is ordered. This option will include:
An initial set of AIT tapes that will be used to perform nightly and monthly
MUSE database backups, and a weekly C: drive backup. This will require 9
tapes.
The initial setup and configuration of backups and notifications by GE Service.
Service support of the backup and recovery plans as covered by any warranties
or service agreements.
When the Local Tape Backup Option is being used, the MUSE databases will be
configured for the Simple Recovery Model. MUSE databases are set for Simple
Recovery Model during the MUSE database installation.
NOTE
Customers that require a Full Recovery Model, so that they have Transaction
Logs that provide the ability to recover to a point in time, will need to
implement their own backup and recovery plans. The Local Tape Backup
Option is for customers that need a simple to implement and manage solution.
The Local Tape Backup Option will include the following backup schedules.
Nightly complete backups of the MUSE_System and MUSE_Sitexxxxx
user
databases, and the master and msdb system databases.
Where
xxxxx = all the Site databases, including MUSE_SiteTemplate.
Weekly complete backups of the C: drive.
Monthly complete backups of the MUSE_System and MUSE_Sitexxxxx
user
databases, and the master and msdb system databases.
(Where xxxxx = all the Site databases, including MUSE_SiteTemplate)
The nightly database backups will be labeled externally for Sunday through
Saturday, and the monthly backup tape will be labeled Monthly Backup. The
weekly C:
drive backup will be labeled Weekly C: Backup.
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Database Backup to Local Tape: Introduction
The diagrams below show the structure of the drive partitions on GE-supplied
MUSE file server hardware.
RAID 5
drive array
18Gb
C: drive
partition
size dependent on configuration purchased
RAID 5 drive array
D: partition
HP ML370 G4/G5 Server
The C: drive will contain:
The Windows Server 2003 installation
SQL Server 2000 - including the master and msdb system databases
The MUSE client application
The D: drive will contain:
The MUSE user databases (d:\muse\db)
The backup report output and the supporting files (d:\muse\backup\*.*)
The d:\muse\mars folder used for temporary files being sent to the mars
formatter when Holter reports are printed.
The d:\muse\xml folder used as the XML input destination.
The d:\muse\acq folder used for devices that send data to MUSE
a network share.
via
The C: drive is fairly static and would typically only need a new backup for
operating system updates or configuration changes, or when other software is
upgraded or changed. In addition to the Automated System Recovery backup of
that Service does during installation and after software updates, the Local Tape
C:
Backup Option will include a weekly backup of the C: drive.
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Database Backup to Local Tape: Copy the Support Files and Add the Backup Jobs
Copy the Support Files and Add the Backup Jobs
Add the D:\muse\backup Folder
If the d:\muse\backup folder doesn’t already exist, create one.
The supporting files for the Local Tape Backup option are on the MUSE Software
Support CD under \Local Tape Backup. Copy all the files from that folder to
d:\muse\backup.
Verify SQLSERVERAGENT is Running
The SQL Server Agent Service handles running SQL Jobs, such as the backup jobs
that are added in the next section. It is also required for Database Searches and the
Log and Queue Maintenance jobs to run.
1.Select Start→Administrative Tools→Services to display the Services list.
2.Right-click SQL Server Agent and select Properties.
Add the Backup Jobs
3.Change/verify that startup type is set to Automatic.
4.Start the SQL Server Agent service if it is not already running.
5.Close the Services window.
From a Command Prompt, run d:\muse\backup\buildjobs.bat to add the
Server backup jobs. If the jobs already exist they will not be replaced.
SQL
you want to replace the existing jobs with the default ones, delete the existing
If
ones and rerun buildjobs.bat.
The existing jobs can be deleted using SQL Server Management Studio. View
existing jobs by selecting SQL Server Agent→Jobs.
The buildjobs batch file also adds a Backup Device under Server Objects → Backup Devices. If the device already exists when you run (or rerun) the batch file, you will
see an error that the device already exists. This error can be ignored.
The table below is the list of jobs that are created by the buildjobs batch file, along
with the default schedule for them to run.
Job NameDefault Time to Run
NightlyMUSEDBBackupDaily at 2:00 a.m.
MonthlyMUSEDBBackupFirst Monday of the Month at 9:00 a.m.
WeeklyCDriveBackupEach Friday at 3:00 p.m.
NightlyBackupReminderDaily at 3:00 p.m.
MonthlyBackupReminderFirst Monday of the Month at 6:00 a.m.
WeeklyBackupReminderEach Friday at 1:00 p.m.
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Database Backup to Local Tape: Changing the Nightly Backup Schedule
Changing the Nightly Backup Schedule
If necessary, the backup schedule can be altered to meet customer requirements.
example, to exclude Saturday and Sunday from the backup schedule. Use the
For
following procedure to change the schedule.
1.Right-click on the NightlyMUSEDBBackup job and select Properties.
A window similar to the one shown below appears:
2.Click on the Schedules in the left pane.
3.Click the Edit button.
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