Mobile Aspects IS100 Low Power Communication Device Transmitter User Manual Installation Guide
Mobile Aspects Inc Low Power Communication Device Transmitter Installation Guide
Contents
- 1. Installation Guide
- 2. Manual Statement
Installation Guide
Installation and Assembly
Guide
Document Name: iRISupply™ Installation and Assembly Guide
PREFACE
This installation guide is to be used when installing the
iRISupply™ Cabinet System. This installation guide is
considered a permanent part of the iRISupply™
Cabinet System, and should remain with the
iRISupply™ Cabinet System at all times.
The information and specifications included in this
publication were in effect at the time of approval for
printing. Mobile Aspects reserves the right, however,
to discontinue or change specifications or design at
anytime without notice and without incurring any
obligation whatever. No part of this publication may
be reproduced without written permission.
Published: 05/11/2004 Doc #: Version 2.0
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4.2. Appendix B – Required Tools
# Item Qty Use
1 Box Cutter 1 Remove Shipping Materials
2 Diagonals 1 Remove cable ties holding
bags of keys and bolts to
the cabinet
3 ½’’ box wrench 2 Bolting Cabinets Together
4 9/16’’ box wrench 1 Raising/Lowering Leveling
Legs
5 Two-Pronged
Spanner Bit (#10
size)
1 Removing panels
6 Phillips Head
Screw Driver 1 Adjust cabinet brackets and
hardware
7 ¼’’ box wrench 1 Adjust lock plate
8 Matching Box 2 Replacement Parts
9 VSWR Meter and
Cable 1 Tuning Matching Box
10 Straight-Blade
Screwdriver 1 Tuning Matching Box
11 Crossover Cable 1 LAN connectivitiy
Document Name: iRISupply™ Installation and Assembly Guide
Published: 05/11/2004 Doc #: Version 2.0
Revision History
Term Definition Date Version Description Author
09/11/03 1.0 Original Version S. Maderia
05/11/04 2.0 Revision for FCC/CSA
Certification K. Yu
Cabinet The power emanating from this
cabinet is independent from the
Control Cabinet.
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Document Name: iRISupply™ Installation and Assembly Guide
Table of Contents
1. Safety Considerations.................................. 1
1.1. Label Locations........................................ 1
1.2. General Safety Information....................... 2
2. iRISupply™ Pre-Installation .......................... 3
2.1. Physical Site Dimensions........................... 3
2.2. Cabinet Configuration............................... 5
2.3. Power Requirements ................................ 6
2.4. IT Requirements...................................... 6
2.4.1. LAN Connectivity............................... 6
2.4.2. Remote Access ................................. 7
2.5. Pre-Installation Checklist .......................... 9
3. iRISupply Installation ................................ 10
3.1. Wiring Connections ................................ 10
3.1.1. Lock/Switch Cables.......................... 11
3.1.2. Matching Board Power Connections.... 13
3.1.3. Antenna Connectivity Cables............. 15
3.1.4. Antenna Tuning .............................. 19
3.1.5. Powered Auxiliary Compartments ...... 21
3.2. Mechanical Assembly.............................. 22
3.2.1. Securing the Service Panels.............. 22
3.2.2. Cabinet Leveling ............................. 24
3.2.3. Physical Cabinet Connections ............ 24
3.2.4. Connecting Power to iRISupply™....... 25
3.3. Functional Test and Verification ............... 27
3.3.1. Power-Up Testing............................ 27
3.3.2. LAN Connectivity............................. 30
3.3.3. SMTP Port Settings.......................... 33
3.3.4. Computer Name.............................. 34
3.3.5. Compartment Testing ...................... 36
3.3.6. Network Connectivity....................... 39
3.3.7. Remote Access Testing .................... 39
4. Appendix ................................................. 41
4.1. Appendix A - Glossary ............................ 41
4.2. Appendix B – Required Tools................... 43
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4. Appendix
4.1. Appendix A - Glossary
Term Definition
Auxiliary
Cabinet An auxiliary cabinet does not contain
a control compartment. It typically
consists of 1 to 3 doors and 1 to 3
compartments. Its standard size is
77” H x 29” W x 36’’ D.
Cabinet iRISupply™ is a modular storage unit
that is made up of a cabinet system.
There are two main types of cabinets:
Auxiliary and Control.
Cluster A cluster is a grouping of one or more
cabinets. Each cluster must have one
control cabinet and 0 to 4 auxiliary
cabinets.
Compartment Each cabinet is segmented into
sections known as compartments.
Compartments are bounded by their
physical access point, or in other
words, by the door access.
Control
Cabinet A control cabinet contains a control
compartment in the top section of the
cabinet. Below the control
compartment are compartments for
storing inventory items.
Control
Compartment The control compartment contains the
user interface for iRISupply™. Inside
the control compartment are the
electronics required to operate the
iRISupply™ system.
Powered
Auxiliary An auxiliary cabinet wired to contain
power strip within each compartment.
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• Access the customer’s network via dial-up modem
line or VPN customer. The actual method will
depend on the customer.
1. Safety Considerations
The iRISupply™ Cabinet System is designed to provide
safe and dependable service if operated according to
instructions. Read and understand the associated
documentation before operating the system. You can
prevent accidents by being familiar with the systems
controls, and by observing safe operating procedures.
• Attempt to ping the cabinet via the remote access
connection. Use the same procedure as listed
above to ping the cabinet.
• Use the Huey tool to remotely control the machine.
Huey will need to be configured with the proper IP
address and port (usually 5662) to make this work.
1.1. Label Locations
These labels warn you of potential hazards that can
cause serious injury. Read them carefully. If a label
comes off or becomes hard to read, contact Mobile
Aspects for a replacement.
If the Huey tool connects and works then the remote
access connections are working properly. If not, work
with technical support to resolve the issue.
“Warning:Do Not Plug In External Devices” Label: Placed on
the two power strips located inside the control cabinet.
“FCC/CSA” Label: Placed on the bottom back of control cabinet.
“Rating” Label: Placed on power strips inside compartments.
// MOBILE // ASPECTS //
MODEL:
S/N: MFG DATE:
FCC ID:
MADE IN U.S.A
This device complies with Part 15 of
the FCC Rules. Operation is subject to
the following two conditions: (1) this
device may not cause harmful
interference, and (2) this device must
accept any interference received,
inclu d ing int e rference t h at m a y cause
undesired operations.
120Vac, 60 Hz, 10A Max
IS100
INPUT:
WARNING
DO NOT PLUG IN
EXTERNAL DEVICES
Rear View Front View
Figure 1 - Master Cabinet Safety Label Location
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Rating
120 V, 60 Hz
Warning
Do not exceed
10A total
current per
cabinet
Figure 2 - Powered Auxiliary Safety Label Location
1.2. General Safety Information
The following are generating Warning Messages that
will appear in this Installation and Assembly guide.
These warning messages should be followed at all
times.
WARNING:
Prior to installation and maintenance always unplug
iRISupply™ from the power outlet.
WARNING:
Unplug iRISupply™ from its power source prior to making
any wiring changes.
WARNING:
Do not plug external devices into the iRISupply™ Cabinet
System power strips during service.
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3.3.6. Network Connectivity
To test proper LAN connectivity, complete the following
steps:
1. From a DOS command prompt type in the
command: Ping “ipaddress”. The ‘ipaddress’ will
correspond to the ip location of the cabinet in
question.
2. The system should respond with output similar to
that shown in Figure 44.
Figure 44: Ping Results
3. If the message “Reply from ‘ipaddress’ :….” is
returned 4 times, the computer is properly
configured on the network.
3.3.7. Remote Access Testing
Once the cabinet is properly configured and on the
network, the remote access functions can be tested.
Each installation will vary depending on the remote
access method and specific software used. The
general process will be as follows and will be executed
by somebody located at Mobile Aspects’ offices.
Execute the following steps:
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will be highlighted by a magnifying glass. This
symbol indicates that the cabinet is performing an
inventory of the compartment (Figure 42).
Figure 42 - iRISupply™ Compartment Scanning Screen
5. When the cabinet has completed its inventory of
the compartment, a ‘delta’ screen will appear
(Figure 43). This screen will indicate the number of
items added or removed from the compartment.
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2. iRISupply™ Pre-Installation
Prior to installation of iRISupply™, the customer site
must be evaluated and reviewed. Specific
considerations will be evaluated to determine the
feasibility and success of installation and use of
iRISupply™ at the customer location.
2.1. Physical Site Dimensions
Each site must be evaluated to validate its physical
dimensions. The following requirements should be
noted:
• iRISupply™ dimensions: 77” H x 29” W x 36” D
• Cluster footprint: A cluster of three iRISupply™
cabinets occupies a floor space of 87” W x 36” D.
With the cabinet doors open the total space
consumed by the cabinets is 87” W x 61.5” D.
Figure 3 shows the dimensions and footprint of a
three cabinet cluster.
Cabinet 3 Cabinet 2
Cabinet 1
87”
32”
61.5”
Figure 43 - iRISupply™ 'Delta' Screen
6. Repeat steps 1-5 for each compartment. Figure 3: iRISupply™ Cluster Footprint
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• Cluster Configuration: Within a cluster, one of the
cabinets must be a control cabinet. The remaining
cabinets in the cluster are auxiliary cabinets. The
maximum number of auxiliary cabinets that can be
placed on a single side of a control cabinet is 3.
The maximum number of cabinets (including the
control cabinet) in a cluster is 5.
• Door Swing: Cabinets can be ordered with doors
that open from the right or left. The door swing
needs to be identified at the time the order is
placed. The above figure shows doors that open
from the right (left hinge.)
Figure 40 - iRISupply™ 'Patient List' Screen
3. Select a patient on the list, or click on the
‘Override’ button. This will take you to the ‘cluster’
security configuration screen (Figure 41). This
screen will indicate when doors in the cluster you
will have access to. Validate that the doors
highlighted in green are unlocked and the doors
highlighted in red are locked.
• Cabinet Access: It will be necessary to have access
to the rear of the cabinets for service and
maintenance. Because the cabinets are on wheels,
they may be placed against the rear wall during
normal operation. The site must have enough
available space to roll the cluster out from the wall
during service calls.
Figure 41 - iRISupply™ Cluster Security Screen
4. Open a door and remove items from its
compartment, and then close the door. The door in
question will change color from green to red, and
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4. The ‘Identification Changes’ pop-up window will
appear (Figure 39). In this window, alter the
computer name based on the designated
nomenclature. Click on the ‘OK’ button to save the
changes.
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2.2. Cabinet Configuration
When conducting the site survey, the Model and
Configuration Number must be noted for each cabinet
and cluster to be ordered. The Model and
Configuration Number follows the following format.
Cabinet Type
100 - Master
101 - Standard Auxiliary
ISXXX
102 - Stent Auxiliary
103 - Catheter Auxiliary
104 - Dual Catheter Auxiliary
Master Type (for IS100 only)
1 - Standard
2 - Stent
Login Method (for IS100 only)
01 - Magstrip
02 - Proximity - 13.56MHz
03 - Proximity - 125kHz
Compartments Containing AC power (for IS101 only)
1st Digit - Top Compartment
2nd Digit - Middle Compartment
3rd Digit - Bottom Compartment
*1 indicates power while 0 represents no power
Compartments Containing Drawers (for standard IS100 and IS101)
1st Digit - Top Compartment (will always be 0)
2nd Digit - Middle Compartment
3rd Digit - Bottom Compartment
*1 indicates drawers while 0 represents none
Door Swing
L - Left Swing
R - Right Swing
X OXX XXX XX X
Note: Place zeroes in sections that are not applicable for your configuration
Figure 39 - 'Identification Changes' Pop-Up Window
3.3.5. Compartment Testing
Once the system is powered up, validate that the
individual scanning and locking functionality of each
compartment in the cluster. To do this, complete the
following step (for each compartment).
1. Log onto the iRISupply™ using the specified means
of entry. This may vary by customer location.
(See section X…include your login pages)
2. Once the user has logged into iRISupply™, the
‘Patient List’ screen will appear (Figure 40).
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2.3. Power Requirements
iRISupply™ requires a single** 120V/60Hz AC
grounded receptacle (Type 5-15R). Current draw is
less than 4.5 amps. For maintenance and service
requirements, a second Type 5-15R receptacle is
required.**
WARNING:
Prior to installation and maintenance always unplug
iRISupply™ from the power outlet.
2.4. IT Requirements
iRISupply™ requires that all customer sites provide
LAN Connectivity as well as remote access capabilities.
2.4.1. LAN Connectivity
LAN Connectivity for iRISupply™ allows users to access
supply management data located within the control
compartment.
Table 1 - LAN Connectivity Requirements
Requirement Description
LAN
Connectivity 10/100 Base-T Ethernet, UTP5 cable
w/RJ45 connectors. One is required
for the iRISupply™. To assist with
installation and maintenance, a
second LAN connection is required.
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Figure 37 - System Properties Window
3. Click on the ‘Network Identification’ tab. On the
‘Network Identification’ tab click on the ‘Properties’
button (Figure 38).
** If the cluster includes a powered standard auxiliary
cabinet(s), an additional outlet will be required for each
powered auxiliary cabinet.
Figure 38 - 'Network Identification' tab
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Table 1 - LAN Connectivity Requirements
Requirement Description
Network
Protocol TCP/IP – Mobile Aspects must know
the IP configuration (IP address,
DNS, gateway address, etc.) to
configure for DHCP.
NOTE
This may have implications for
the Remote Access requirements
detailed in Table 2
Computer
Name iRISupply™ is based on Windows
2000. Consequently, iRISupply™
retains the ability to participate in a
Windows network.
NOTE
If there is a specific computer
name for iRISupply™ it should be
provided to Mobile Aspects.
Email The software has the ability to send
email to
support@mobileaspects.com for
problem reporting, status updates,
etc. For this function, an SMTP
email address must be established
on the customer’s email system.
Figure 36 - Telnet Prompt
2. The system should provide the response:
‘Microsoft ESMTP Mail Service Version
5.0.2195.2966’
3.3.4. Computer Name
Each cluster must define a computer name. The
computer name will identify the iRISupply™ on the
customer network. The standard format is 3 initials for
the hospital followed by CABxx where xx is the cluster
number. For example, JHUCAB01 is the first cluster at
Johns Hopkins (JHU.)
Utilizing the following actions to set the computer
name:
1. Go to the Control Panel, located on the Start Menu.
2.4.2. Remote Access
Mobile Access requires the ability to remotely access
iRISupply™ for the purposes of monitoring, supporting
and maintaining the system. Mobile Aspects will work
with the customer’s IT group to determine the best
method of providing access. Some sample scenarios
are listed in the following table.
2. Click on the ‘System Icon’. The follow ‘System
Properties’ window will appear.
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3.3.3. SMTP Port Settings
Table 2: Remote Access Requirements
Remote
Access
Options
Description
Assign global
IP address to
cabinet
If the IP address is reachable from
outside the customer location,
Mobile Aspects will use remote
control software to access
iRISupply™ across the Internet.
Access will be password protected
and only Mobile Aspects will have
the User IDs and Passwords. The
remote access software will encrypt
the data that is transferred between
remote access server and customer.
NAT Customer can assign a unique TCP
Port number to each iRISupply™
cluster. The IP Address/Port
combination will be opened in the
customer’s firewall to permit remote
access to that particular cabinet over
that particular port. Mobile Aspects
will be able to access iRISupply™ via
their remote control software using
the IP Address/Port Number. All
access to the system will be
password protected.
VPN
Connectivity Customer can permit Mobile Aspects
to access their network via VPN
connection. Once connected over
the VPN, Mobile Aspects can use
remote control software to access
iRISupply™.
The iRISupply™ System will periodically send status
update email messages to Mobile Aspects. These
emails are facilitated via a SMTP Server. The SMTP
Server must therefore be validated. To do so, follow
these steps:
1. Open a DOS run command window be clicking on
Start --> Run.
Figure 34 - Windows ‘Run’ function
2. Type the word ‘CMD’ into the prompt and press the
‘Enter’ key.
3. At the dos prompt, validate that the prompt is
pointing to the local C drive. If not ‘type in C:’ and
hit the enter key to change to the C drive.
Figure 35 – Change to C Drive
1. At the C prompt, type in ‘telnet localhost 25’
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2.5. Pre-Installation Checklist
The following list is a pre-installation checklist of
facilities and network requirements for iRISupply™.
Table 3 - Pre-Installation Checklist
Area Requirement Complete
Date
Adequate floor space.
Identification of
cabinet location, site
dimensions, and
model/configuration
number.
Availability of (2) 5-
15R power receptacles
at the cabinet
location.
Facilities
Availability of (2)
10/100 LAN drops
installed and
activated.
IP Addressing
parameters.
Identification of
computer name for
iRISupply™.
Email address
configured for sending
support emails.
Networking
Remote Access
configuration and
procedures defined.
Figure 32: TCP/IP Properties Window
4. Once the addresses have been configured, click OK
on each window to have the addresses take effect.
To verify IP address assignment, use the ‘ipconfig’
command in a DOS prompt as shown in Figure 33.
Figure 33: ipconfig output
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2. To configure the adapter, click on the Properties
button. This will launch the Properties window as
shown in Figure 31. The TCP/IP configuration is set
by selecting Internet Protocol (TCP/IP) and clicking
the Properties button.
3. iRISupply Installation
Installation of iRISupply™ involves various activities,
including: wiring connections, physical mechanical
assemblies, and functional testing and validation.
3.1. Wiring Connections
The cabinets are identified in a left to right manner.
The left-most cabinet is defined as ‘A’ and the right-
most cabinet is defined as ‘E’ (in instances when there
are 5 cabinets in the cluster). Each auxiliary cabinet
has three types of cables that must be connected.
These cable types are Lock/Switch cables, matching
board power cables and antenna cables.
NOTE
Unplug iRISupply™ from its power source
prior to making any wiring changes.
All of these cables will plug into the appropriate
connector on the patch panel inside the control
cabinet. The patch panel, as shown in Figure 4 is
labeled ‘A’ through ‘E’ to accommodate all cabinets
that could be in the cluster.
Figure 31: LAN Adapter Properties
3. The Internet Protocol (TCP/IP) Properties window is
where the IP address is configured. The customer
will provide the IP address, Subnet mask, Default
gateway and DNS addresses (Figure 32).
Figure 4 - Patch Panel
Cables are run through the wiring trays located at the
top rear of the cabinets (Figure 5). Holes are
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3.3.2. LAN Connectivity strategically placed at the top rear corners of the
cabinets to allow wiring from the auxiliary cabinets to
exit and wiring for the control compartment to enter.
Connect the LAN cable to the computer board by
plugging it into the right RJ-45 port (as viewed from
the front of the cabinet) on the single board computer
in the control compartment. The LAN cable is routed
out through one of the cable holes at the bottom of the
control cabinet and plugged into a customer-supplied
LAN jack. The plastic plug in the cable hole will need
to be cut with an ‘X’ to allow the cable to pass through.
This can be accomplished with a utility knife.
Not all holes will be used in the installation process.
Those used must have an ‘X’ cut into them using a
utility knife.
Once the cable has been connected it is necessary to
configure the TCP/IP parameters in the Windows
Operating system.
1. To access the network configuration, click on Start
-> Settings -> Network and Dial-up Connections.
Then select the appropriate LAN connection. If the
cable is connected and the jack is active, the
connection will be the one that does not have a red
‘x’ through it. Double-click this connection to get to
the Status screen as shown in Figure 30.
Figure 5 - Wiring Tray
3.1.1. Lock/Switch Cables
The lock/switch cables (Figure 6) are comprised of two
different connector types.
Figure 6 - Lock/Switch Cable
The following procedure describes how to connect the
lock/switch cables.
Figure 30: LAN Status Window
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NOTE
Do not unplug the lock/switch cable when the
locks are energized.
1. Ensure that the lock/switch cables are appropriately
connected to its corresponding compartment door
(Figure 7).
Figure 28 - Key at 'Standard' Position
4. If the cabinet does not power up, ensure that
everything is plugged into the power strips in the
back of the cabinet and that both power strips have
their ON/OFF switch in the ON position.
Figure 7 - Lock/Switch Cable to Hardware Connection 5. Power up testing is complete when the system
display shows the Mobile Aspects Logo (Figure 29).
2. Route the lock/switch cables from the compartment
to the control cabinet through the wiring trays
provided on the top rear of the cabinets.
3. Route the lock/switch cables into the control
cabinet through the holes at the end of the trough
of the control cabinet. Use the hole nearest the
cabinet being connected
4. Connect the lock/switch cable to the appropriate
connector in the patch panel (Figure 8).
Remember that the cabinets are identified from left
to right as A through E.
Figure 29 - iRISupply™ 'Start-Up' Screen
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Figure 8 - Lock/Switch Cable to Patch Panel Connection
NOTE
Insert all lock / switch cables into the control
cabinet first before inserting the other cabling
due to the size of the connector.
Figure 27 - Key at 'On' Position
2. Depress the ‘Power’ button. At that time the
computer will boot-up and the IRISupply™ software
should load and start running.
3. When the computer has turned on, turn the power
key vertically (Figure 28). The central Blue LED will
now be illuminated because the computer has been
powered-up. If the Blue LED is not illuminated, you
have not successfully turned on the unit. Repeat
step 2 and hold the ‘Power’ button down for a
longer period of time.
3.1.2. Matching Board Power Connections
Each matching board needs to have power supplied to
it from the control cabinet. The power cables are
plugged into the upper connectors on the patch panel
at the appropriate cabinet location. This connector is
identified as the 6-position white connector (see Figure
9). The connector is keyed so that it will only connect
in one way. The following procedure describes how to
connect the power cables.
Figure 9 - Matching Board Power Connector
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3.3. Functional Test and Verification
1. Ensure that the matching board cables are properly
connected to the match boxes which are located on
the back of each compartment (Figure 10).
When the iRISupply™ Cabinet System has been
installed, the system must be tested to ensure optimal
operation. This includes antenna tuning, power-up
testing, validating LAN connectivity, and functional
compartment verification.
3.3.1. Power-Up Testing
Prior to powering up the cabinet for the first time
ensure that:
1. All antenna cables are connected to the
multiplexer;
2. The RFID reader is connected to its port on the
multiplexer; and
3. The antenna terminator is connected to the first
port on the multiplexer.
Figure 10 - Matching Board cable connected to Match Board Box.
2. Route the matching board power cables from the
cabinet to the control cabinet through the trough
provided on the top rear of the cabinets.
NOTE
If these cables are not connected prior to
starting the cabinet, damage to the reader can
occur.
3. Route the matching board power cables into the
control cabinet through the holes at either end of
the trough of the control cabinet. Use the hole
nearest the cabinet being connected.
Once the cabinet is plugged in, powering up the
cabinet will include the following steps:
4. Connect the matching board power cable to the
appropriate connector in the patch panel (Figure
11). Remember that the cabinets are identified
from left to right as A through E. Each port in the
patch panel is labeled appropriately.
1. Insert the cabinet power key into the cabinet. Turn
the key all the way to the right. The ‘Power’ and
‘Reset’ buttons will turn red (Figure 27).
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Figure 26 - iRISupply Power Socket
Affix one end of the provided power cord to the
iRISupply™ Master Cabinet power socket connector,
and the opposite end to the power supply. When
completed, ensure that the power socket switch is at
the on-position. When the system is turned on, the
iRISupply™ System will begin its power-up processes.
Figure 11 - Matching Board Cable to Patch Panel Connection.
3.1.3. Antenna Connectivity Cables
The antenna connectivity cables emanate from each
cabinet (Figure 12).
Figure 12 - Antenna Connectivity Cable
The number of antenna connectivity cables varies by
cabinet type (See Table 3).
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Table 3 – Number Antenna Cable by
Cabinet Type
Type of Cabinet Number of antenna
cables
Standard 3
Standard w/Power 3
Control, Standard 2
Control, Stent 3
Catheter 1
Dual-Catheter 2
Stent 5
Each antenna cable will be numbered. Cable number
one will always be the top antenna in the cabinet. The
highest numbered cable will be the bottom antenna.
The antenna connectivity cables will be routed through
the wire tray on the top of the cabinets and into the
control cabinet. In the control cabinet, the antenna
connectivity cables will be connected to the appropriate
port on the multiplexer. The multiplexer has 19 BNC
connectors. The connectors serve the following
functions:
Table 4 – Connector Function on Main
Multiplexer
Number Function
1 Dummy Load
2 through 8 Antenna Connections
9 Output to Additional MUX #1
10 RFID Reader Input
Connection
11 Output to Additional MUX #2
12 through 19 Antenna Connections
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• Level each cabinet so that they are level and at the
same height as its neighboring cabinet. This is
most easily done by rolling the cabinets around on
the floor until they are at the same height. The
leveling legs should be utilized to assist in the
leveling effort.
• There are 4 bolts that hold two cabinets together.
Two are in the front (top and bottom) and two are
in the rear (top and bottom.)
• The cabinets are bolted together using the lugs at
the top and bottom of the cabinets. Use a ½”
wrench to tighten the bolts. A flat washer should
be used on the bolt and the nut. Figure 25 shows
how the front bolts are installed.
Figure 25 - Cabinet Bolts
NOTE
Prior to bolting the cabinets together, remove the
back panels to verify that the antenna cables and
matching board power cables are properly
connected to the matching boards.
3.2.4. Connecting Power to iRISupply™
When the physical and wiring connections have been
completed, connect iRISupply™ to a standard power
outlet.
At the rear of the iRISupply™ Master Cabinet is a
power socket connector (Figure 26).
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3.2.2. Cabinet Leveling
The cabinets should be leveled when installed.
Leveling ensures proper door swing and closure,
prevents items from sliding out of the cabinets, and
assists in aligning cabinets in instances when the site
floor is not level. Each cabinet has leveling legs
controls its relative position to the floor.
In some installations it may not be possible to use all
of the leveling legs. This is especially true when the
cabinets are pushed up against a wall and access to
the back of the cabinet is only possible by pulling out
the cabinet. In scenarios similar to this only the front
leveling legs can be used. For each installation, at a
minimum the front leveling legs must be lowered to
provide stability and prevent the cabinets from tipping
forward.
The leveling legs are raised and lowered with a 9/16”
wrench. The leveling legs are shown in Figure 24.
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Table 5 – Connector Function on Additional
Multiplexer
Number Function
1 through 8 Antenna Connections
9 Not Used
10 RFID Reader Input
Connection from main MUX
11 Not Used
12 through 19 Antenna Connections
The cables should be routed to the cabinet and
connected to the multiplexer in the following manner:
1. Ensure that the antenna cable is properly
connected to the matching board box of the
respected cabinet (Figure 13).
Figure 13 - Antenna Cable to Matching Board Box Connection
Figure 24 - Leveling Legs 2. Route the antenna cables from the auxiliary cabinet
to the control cabinet through the wire tray at the
top rear of the cabinets.
3.2.3. Physical Cabinet Connections
The auxiliary and control cabinets will bolt together at
its four corners. Bolting the cabinets will secure them
to each other. To bolt the cabinets together: 3. Route the antenna cables into the control cabinet
through the holes at either end of the trough of the
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control cabinet. Use the hole nearest the cabinet
being connected.
Each service panel is connected to the frame by a
grounding wire (Figure 22). The grounding wire is a
green wire with yellow stripes. 4. Connect the antenna cables to the appropriate
connector on the multiplexer. The antenna cables
are connected sequentially to the multiplexer in
order of cabinet (A Æ E) and antenna cable number
(Lowest to Highest).
Figure 14 - Antenna Cable to Multiplexer Connection
5. The terminator is connected to the first port of the
multiplexer.
Figure 22 - Grounding Wire Connection
6. Cable 1 from cabinet ‘A’ will connect to the 2nd
BNC connector of the multiplexer (connector
number 2.) It will be followed by cables 2 through
5 (as appropriate and depending on cabinet type)
for cabinet A.
When reattaching the individual service panels, you
must ensure to reattach the grounding wire. Validate
that the connectors fit snuggly, by inserting the blue
connector into the white connector (Figure 23).
7. Once cabinet ‘A’ has been fully connected, cabinet
‘B’ will have its first antenna cable connected to the
next available BNC connector.
8. Connections are made to the main (upper)
multiplexer until no more ports are available. If
additional ports are required, additional
multiplexers (up to two) can be added below the
main MUX. Ports are populated from left to right as
described above and conforming to the information
provided in the previous table.
Figure 23 - Grounding Wire Connectors
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Figure 20 - Electrical Connections in the Powered Auxiliary
Cabinet
3.2. Mechanical Assembly
The mechanical assembly of iRISupply™ involves
rolling the cabinets into place, bolting them together
and leveling the cabinets.
3.2.1. Securing the Service Panels
When the physical and wiring connections for the
cabinets have been completed, you must securely
enclose the iRISupply™ System by mounting all of the
required service panels. Each iRISupply™ Cabinet
(including both the master and auxillary units), contain
four service panels - 2 Side Panels, 1 Top Panel, and 1
Back Panel (Figure 21).
Side Panel
Side Panel
Top Panel
Back Panel
iRISupply
TM
Front View iRISupply
TM
Rear View
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3.1.4. Antenna Tuning
Each matching box must be tuned prior to system
power up. Complete the following steps to tune the
matching box.
• Remove the cover from the matching box (Figure
15).
Figure 15 - Matching Box
• Disconnect the antenna cable. Connect one end of
a 24 ft co-axial cable to the matching board, and
the other end to the SWR Meter (Figure 16).
Ensure that the SWR Meter is set to 13.56 MHz.
Figure 16 - Matching Board to SWR Meter Connection
• Utilizing a flat-head screwdriver, adjust the three
variable capacitors (Series 1, Parallel, and Series 2
in Figure 17). First, adjust the Parallel variable
Figure 21 - iRISupply(TM) Cutaway with Service Panels Visible
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capacitor until you find the minimum SWR.
Second, adjust the Series 1 and Series 2 variable
capacitors to find the minimum SWR.
NOTE
The meter may go to sleep. This will be
indicated by the values ‘SLR’ on the SWR
display screen. To re-activate the SWR meter,
press the ‘Mode’ button.
When the matching board has been tuned, reattach the
matching board cover as well as the antenna cable.
3.1.5. Powered Auxiliary Compartments
A cluster configuration may contain a Powered
Auxiliary Compartment (Figure 19).
Figure 17 - Variable Capacitors
• Repeat step 3 until the SWR Meter registers a
resistance (“R”) value of 70, and a reactance (“X”)
value of 0 (Figure 18).
Figure 19 - Powered Auxiliary Compartments
Prior to operation, the Powered Auxiliary
Compartments must be properly wired. Ensure that
the individual power cords for each of the Powered
Auxiliary compartments are connected to the master
surge protector located in the back of the cabinet
(Figure 20).
Figure 18 - Tuned Matching Board with optimal SWR values.
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