Alaris Gateway Workstation User manual
Alaris
®
Gateway Workstation
Technical Service Manual
This manual has been prepared for use by qualified service personnel only.
Cardinal Health cannot accept any liability for any breakdown or deterioration in performance of parts or equipment
resulting from unauthorised repair or modification.
t Cardinal Health, 1180 Rolle, Switzerland
Alaris® and Asena® are registered trademarks of Cardinal Health, Inc. or one of its subsidiaries.
All other trademarks are the property of their respective owners.
© 2005-2008 Cardinal Health, Inc. or one of its subsidiaries. All rights reserved.
Alaris® Gateway Workstation 2/67 1000SM00015 Issue 4
Contents
Chapter
General Information1. 4
Routine Maintenance2. 8
Troubleshooting3. 17
Circuit Descriptions4. 19
Spare Parts Replacement Procedures5. 22
Appendix
Electromagnetic Compatibility 5A. 1
Spare Parts Listing 5B. 6
Disposal 6C. 2
Service Contacts 6D. 4
Document History 6E. 6
Alaris® Gateway Workstation 3/67 1000SM00015 Issue 4
General Information
In this chapter
Introduction 5
General Precautions 6
Chapter 1
Features of the Workstation 7
General Information
Introduction
The Alaris® Gateway Workstation (herein after referred to as "Workstation") has been designed as a modular system providing a
communications gateway between the Alaris® Infusion Pump and any Patient Data Management System (PDMS), Patient Monitoring
(PM) System or Clinical Information System (CIS) that requires access to the infusion data retained within the pump.
• Central management system for multiple Alaris® Infusion Pumps
• Medical Device Interface (MDI) – a unique mounting mechanism providing data communications and mains power to the Alaris®
Infusion Pump
• Reduced cable clutter with the use of a single AC power inlet
• Simple to set up with adaptable modular design
• E cient organisation of multiple infusion lines and con gurations
• Battery back-up in the event of power supply interruption
• Optional high visibility beacon assists with the location of pumps in an alarm state
• Nurse call interface for all Alaris® Infusion Pumps attached to the Workstation
• Software running on the Workstation allows remote access to the device
The device supports optional upgrades to enhance the data communication interfaces and to support software for connections to
such client / server systems.
Data can be accessed and the software installed on the Workstation can be configured from a client PC using a standard Web browser;
this may be performed over an Ethernet network or by directly linking to the Workstation.
The software is provided under and is subject to a license from Cardinal Health, Inc.
The Asena® brand name has been recently changed to the Alaris® brand name. This change in brand name has no effect on the
intended use or functionality of the product.
Product Familiarity
The Workstation provides power and communications for the complete range of Alaris® Infusion Pumps (excluding the Alaris® System).
Prior to operation of the Workstation and prior to attempting any repairs or servicing, carefully read the Directions for Use (DFU)
As part of continuous improvement, product enhancements and changes are introduced from time to time.
Purpose of this Manual
This Technical Service Manual describes how to set up, test and maintain the Workstation. This manual is intended for use by personnel
experienced in medical equipment testing and maintenance procedures .
Conventions Used in this Manual
BOLD Used for Workstation controls and indicators and Web Service software buttons referenced in this
manual, for example, ON/OFF button, press OK to continue.
'Single quotes' Used to indicate cross-references made to another section of this manual. For example, see Chapter 2,
'Configuration & Calibration'
underline Used to indicate links to another section of this manual.
Italics Used to refer to other documents or manuals. For example, refer to the relevant Directions for Use (DFU)
for further information. Also used for emphasis, for example, ...position the narrow end of the tool...
Wherever this symbol is shown a Hints & Tips note is found. These notes provide useful advice or
information that may help to perform the task more effectively.
Wherever this symbol is shown a Toolbox note is found. These notes highlight an aspect of test or
maintenance that is important to know about. A typical example is drawing attention to a software
upgrade that should be checked that it has been installed.
Alaris® Gateway Workstation 5/67 1000SM00015 Issue 4
General Information
General Precautions
Prior to using the Workstation, carefully read the Operating Precautions in the Directions for Use (DFU).
w
This Workstation contains static sensitive components. Observe strict precautions for the protection of static
V
B
A
Refer all servicing to qualified service personnel only. Circuit board repairs are not recommended - replacements are available.
sensitive components when attempting to repair and service the Workstation.
An explosion hazard exists if the equipment is used in the presence of flammable anaesthetics. Exercise care to
locate the equipment away from any such hazardous sources.
Dangerous Voltage. An electrical shock hazard exists if the Workstation casing is opened or removed. Refer all
servicing to qualified service personnel.
If the equipment is dropped, subjected to excessive moisture or spillage, humidity or high temperature,
or otherwise suspected to have been damaged, remove it from service for inspection by qualified service
personnel.
Alaris® Gateway Workstation 6/67 1000SM00015 Issue 4
Features of the Workstation
General Information
Horizontal 4 tile assembly
Vertical 2 tile assembly
Base Module
Tile Warning
Indicator
Battery
Indicator
AC Power
Indicator
ON/OFF
Barcode Reader
RS232 Serial Interface
(optional)
3 MDI Tile Base Unit
Front View
A/B Status
Indicators
ON Status
Indicator
System Fault
Indicator
Rear View
RS232 Serial Interface
(optional)
RS232 Serial Interface
(optional)
a
j
k
Nurse Call
Interface
Standard RS232
Serial Interface
AC Power
Input
115-230V
~50-60Hz
350VA
AU Patent No. 144,124;
CA Patented/Breveté 90,905;
GB Patent No. 2,083,562;
IE Patent No. D13002;
JP Patent No.⊓㍳╙1,117,998ภ;
U.S. Patent No. 6,593,528; 6,407,335.
115-230V
AUX
~50-60Hz
Auxiliary
Interface
Ethernet
Interface
Potential
Equalisation (PE)
Connector
AC Power
Output
ON/OFF Button Press once to switch the Workstation on. Press and hold for 1 second to switch
the Workstation off. In the event that the system needs to be reset, depress and
hold for at least 4 seconds, then press again to switch the Workstation on.
Battery Indicator When illuminated the Workstation is operating from the internal battery; when
flashing the battery power is depleted.
AC Power Indicator When illuminated the Workstation is connected to the AC power supply and
the battery is being charged.
‘A’ Status Indicator Provides a visual indication that the software is operational.
‘B’ Status Indicator Provides a visual indication that the network is operational.
‘ON’ Status Indicator When illuminated the Workstation is operational.
System Fault Indicator The Workstation will illuminate this indicator when an internal fault is present
and detected.
w
Alaris® Gateway Workstation 7/67 1000SM00015 Issue 4
(Consult accompanying documents for further information).
Routine Maintenance
In this chapter
Required Test Equipment 9
Required Tests 9
Chapter 2
Electrical Safety Test 10
Power-up Check 12
Beacon (where fitted) 12
Pump Loading/Removal Checks 12
Battery Test 13
Setting the Time and Date 14
Recommended Cleaning and Inspection 15
Performance Verification Procedure 16
Routine Maintenance
Required Test Equipment
The following test equipment is required to perform the tests in this chapter.
Metron QA-90 Medical grade electrical safety tester1.
PC with Ethernet LAN connection, COM port and Internet Explorer 6.0 installed2.
Cat5e Ethernet cable (2m)3.
Cat5e Ethernet Crossover cable (2m)4.
Alaris® Infusion Pump with IrDA enabled which has been serviced within the past 12 months.5.
IEC AC Mains Lead, straight, 134748 (5A)6.
Required Tests
The following tests are required to test the different Workstation configurations.
Functional test
Electrical Safety Test
Power-up check
Beacon (when fitted)
Pump Loading/Removal Test
Battery Test
Setting the Time and Date
Auxiliary
Workstation
(Option 1)
Workstation Configuration
Workstation
(Option 2)
Workstation with
Wireless LAN
(Option 3)
Alaris® Gateway Workstation 9/16 1000SM00015 Issue 4
Routine Maintenance
Electrical Safety Test
The Electrical Safety Test MUST be performed twice.
The first test will ensure the PE and Insulation Resistance are acceptable for safe AC
power application.
The second test, with the Workstation on AC power, is to ensure the Leakage Current
values are correctly measured.
Electrical Safety Test Calibration
Ensure that no physical contact is made with the unit under test during the electrical safety test cycle.
Connect a Medical grade electrical safety tester, (e.g. Safety Tester) to a main's outlet, ensuring that the connections for Live and Neutral
are correct.
Connect the enclosure lead to the PE point of the Workstation. Plug the mains test lead from the safety tester into the Workstation 1.
mains inlet.
Switch on the Workstation.2.
Set up and perform a standard electrical safety test to IEC/EN60601-1 Class I, using an Earth Continuity test current of 25A. If the 3.
safety tester requires an applied 'Type' to be entered, select 'Type B' but no applied parts should be specified.
The required test result limits are as follows:
Protective Earth Resistance (all test points) <100m
Earth Leakage Current:
Open Supply Reverse Mains (OSRM) <1000µA
Normal Condition Reverse Mains (NCRM) <500µA
Enclosure Leakage Current:
Open Supply Reverse Mains (OSRM) <500µA
Normal Condition Reverse Mains (NCRM) <100µA
Open Earth Reverse Mains (OERM) <500µA
First Electrical Safety Test
PE Connector - Earth Continuity Test
Connect the AC lead from the Safety Tester to the Workstation Mains Inlet.1.
Connect the enclosure lead from the Safety Tester to the PE stud on the rear cover of the Workstation with a crocodile clip.2.
Perform the Earth Continuity Test.3.
Disconnect the enclosure lead from the PE stud.4.
Current Consumption <300mA
Insulation Resistance >200M
Open Supply (OS) <1000µA
Normal Condition (NC) <500µA
Open Supply (OS) <500µA
Normal Condition (NC) <100µA
Open Earth (OE) <500µA
IEC Mains Outlet Screw/Tile - Earth Continuity Test
Apply the free end of the enclosure lead firmly to one of the IEC Mains Outlet screws on the bottom tile.1.
Perform the Earth Continuity Test.2.
Repeat the test for one screw on 3. every IEC Mains Outlet in turn.
Repeat the test for one screw on the tile plate.4.
Alaris® Gateway Workstation 10/16 1000SM00015 Issue 4
Routine Maintenance
Electrical Safety Test continued
Tile Module/Mounting Bar - Earth Continuity Test
Fit a high current probe to the enclosure lead.1.
Firmly apply the probe point to one of the module tile plate mounting screws.2.
Perform the Earth Continuity Test. 3.
Repeat the test for each tile plate mounting screws in turn.4.
Carefully apply the probe point to one end of the tile mounting bar.5.
Perform the Earth Continuity Test. 6.
Repeat the test for each tile mounting bar in turn.7.
Note: Ensure that, in all cases, the resistance to earth of any continuity test DOES NOT
exceed 100mΩ.
IEC Outlet Earth Pin - Earth Continuity Test
Connect the enclosure lead to the Tile IEC Earth Point1. .
Fit the test equipment to the rear IEC Mains Outlet.2.
Perform the Earth Continuity Test.3.
Repeat the test for 4. each IEC Mains Outlet in turn.
Note: Ensure that, in all cases, the resistance DOES NOT exceed 100mΩ.
Insulation Resistance Test
Disconnect the Earth Lead from the Tile IEC and reconnect the enclosure lead to the crocodile clip.1.
Attach the crocodile clip to the PE stud on the rear cover of the Workstation.2.
Perform the Insulation Resistance Test.3.
Second Electrical Safety Test
Earth and Enclosure Leakage Current Test
Ensure all Earth Continuity Tests and the Insulation Resistance Test results pass
before proceeding with the Earth and Enclosure Leakage Current Test.
Connect the Safety Tester AC lead to the Workstation Mains Inlet.1.
Ensure that the enclosure lead is connected to the PE stud. Ensure that the Battery Indicator on the front panel keypad is 2.
illuminated. If the Battery Indicator is flashing or is not illuminated, the Workstation will require charging for at least 30 minutes
before proceeding.
On the Safety Tester, conduct a single Earth Continuity Test.3.
Disconnect the Safety Tester from the Workstation.4.
Alaris® Gateway Workstation 11/16 1000SM00015 Issue 4
Routine Maintenance
Power-up Check
This test checks that the speaker and the keypad LEDs are operating correctly after power-up.
Observing the front panel keypad, 1. connect the Workstation to the AC Mains supply using an IEC Mains Lead and ensure that the
AC Power Indicator is illuminated.
Switch the Workstation on using the 2. ON/OFF button.
Check that the3. 'ON' Status indicator is illuminated, the System Fault indicator flashes rapidly and the secondary speaker
produces a beep. After a few seconds, the primary speaker, situated at the rear of the Workstation, will produce a tone.
The secondary speaker will then buzz for 1 second followed by a 1 second tone from the primary speaker.4.
The5. 'A' Status indicator will start flashing once per second.
After 30 seconds, the 6. 'B' Status indicator will flash approximately once every 30 seconds.
Beacon (where fitted)
This test checks that the Beacon is working correctly.
C1. onnect the Workstation to the AC Mains supply using an IEC Mains Lead and ensure that the AC Power Indicator is illuminated.
Observing the end Beacon, switch the Workstation on using the 2. ON/OFF button.
Check the red LED on the Beacon glows dimly.3.
Check that the red LED on the beacon flashes brightly and then dims.4.
Check that the amber LED on the beacon flashes brightly and then dims.5.
No more beacon activity should occur unless a pump is alarming.6.
Pump Loading/Removal Checks
Connect the Workstation to the AC Mains supply using an IEC Mains Lead and ensure that the AC Power Indicator is illuminated.
Load pump to each tile in turn and check:
Pump is properly located on its electrical connectors•
Pump is mechanically locked into position•
Pump mains indicator turns on when fully fitted•
When removing the pump from the tile check:
Pump mains indicator turns off•
Check that the red LED on the tile turns OFF when the pump is removed. If the LED stays ON, the Workstation should be serviced •
by a qualified service engineer.
Alaris® Gateway Workstation 12/16 1000SM00015 Issue 4
Routine Maintenance
Battery Test
This test verifies that the battery is functioning correctly, with and without AC mains attached to the Workstation:
Barcode Reader
Connector
Nurse Call
Connector
Rear View of
Workstation
Cat5e Ethernet
Crossover Cable
Test PC
with Wireless LAN card
Connect the Workstation to the test equipment as shown. Connect Workstation to AC mains using IEC Mains Lead.1.
Connect the Cat5e crossover cable between the Auxiliary Connector port on the rear of the Workstation and the test PC ethernet 2.
port.
Switch on the Workstation. Wait for the Workstation to initialise (approx. 45 seconds).3.
Manually set the test PC's IP address to 192.168.0.130, Subnet mask 255.255.255.0. 4.
On the Test PC, launch Internet Explorer. In the address bar at the top of the screen enter the following address:5.
http://192.168.0.128
Confirm that the Workstation web service startup page is displayed. Click the 6. Refresh icon and confirm that the startup page
continues to be displayed when the refresh is complete.
Click 7. OK on the startup screen.
Check that, at the bottom right hand corner of the monitoring page on the test PC, the battery symbol shows a capacity 8.
percentage of between 5% and 100%. If the capacity is less than 5% then the Workstation must remain connected to AC mains
until the capacity reaches 50%.
Remove the AC mains lead and ensure that the Workstation continues to operate and shows a capacity percentage of between 9.
5% and 100%. If the unit does not operate or shows a percentage less than 5% then it is likely that a battery sub-system fault has
Alaris® Gateway Workstation 13/16 1000SM00015 Issue 4
Routine Maintenance
Setting the Time and Date
Ensure that the Cat5e crossover cable between the Auxiliary Connector port on the rear of the Workstation and the test PC 1.
ethernet port.
Connect the Workstation to AC mains using an IEC Mains Lead. Switch on the Workstation.2.
Manually set the test PC's IP address to 192.168.0.130, Subnet mask 255.255.255.0.3.
On the Test PC, launch Internet Explorer. In the address bar at the top of the screen enter the following address:4.
http://192.168.0.128
Click 5. OK on the startup screen. Confirm that the tile monitoring page is displayed.
Click on 6. Date & Time in the navigation panel on the left of the screen. The following screen is displayed:
Enter the correct date and correct time .7.
Click 8. Update to confirm.
Click on9. Event Logs in the navigation panel on the left of the screen. An entry for Time Changed and Date Changed at the
bottom of the list indicates that the time and date have been updated successfully.
Alaris® Gateway Workstation 14/16 1000SM00015 Issue 4
Routine Maintenance
Recommended Cleaning and Inspection
Cleaning the Workstation: -
Before the transfer of the Workstation to a new patient and periodically during the use, clean the Workstation by wiping over with a
lint-free cloth lightly dampened with warm water and a standard disinfectant / detergent solution.
Recommended cleaners are:
Brand Concentration
Hibiscrub 20% (v/v)
Virkon 1% (w/v)
Do not use the following disinfectant types:
- NaDcc (such as PRESEPT)
- Hypochlorites (such as CHLORASOL)
- Aldehydes (such as CIDEX)
- Cationic Surfactants (such as Benzalkonium Chloride)
- Iodine (such as Betadine)
- Concentrated Isopropyl alcohol based cleaners will degrade plastic parts.
Before cleaning always switch OFF and disconnect from the AC power supply.
Never allow fluid to enter the casing and avoid excess fluid build up on the pump.
Do not use aggressive cleaning agents as these may damage the exterior surface
of the Workstation.
Do not steam autoclave, ethylene oxide sterilise or immerse this Workstation in
any fluid.
To ensure that this Workstation remains in good operating condition, it is important to keep it clean and carry out the routine
maintenance procedures described below.
Interval Routine Maintenance Procedure
When loading pumps Check that each pump is properly located on its electrical connectors and is mechanically locked into position.
When removing pumps Check that the red LED turns OFF on the Tile Plate when the pump is removed. If the LED stays ON, the
Workstation should be serviced by a qualified service engineer.
As required Thoroughly clean external surfaces of the equipment before and after prolonged periods of storage.
12 Monthly Inspect AC outlets, communication connectors and the AC inlet for damage.
Perform electrical safety checks. The complete unit leakage current must be measured. If more than 500µA the
equipment should not be used, but should be serviced by a qualified service engineer.
Alaris® Gateway Workstation 15/16 1000SM00015 Issue 4
Routine Maintenance
Performance Verification Procedure
Model / Serial Number: Service Order / Inventory Number:
Hospital Name / Reference: Software Version:
INSPECTION Physical inspection and clean
OPERATION
CH2
Power-up Check
Ensure that the speaker and Keypad LEDs are functioning correctly.
Check Beacon operation (if fitted).
Pump Removal/Loading Checks
Battery Test
SETUP
CH2
Set the correct Date and Time.
Class I (no applied parts)
Perform tests with no pumps attached
Earth Resistance Test <= 200mΩ
ELECTRICAL
CH2
SAFETY TESTS
Earth Leakage Current <= 500 µA
Enclosure Leakage Current <= 100 µA
attach printed test results
Verification
Performed
By
CHX
indicates the chapter number in the Technical Service Manual (TSM) - 1000SM00015.
CH2
E.G.
= Refer to TSM Chapter 3.
_______________________________
Sign
_____________________________
Print
__________________________
Date
Alaris® Gateway Workstation 16/16 1000SM00015 Issue 4
Troubleshooting
In this chapter
Troubleshooting Guide 18
Chapter 3
Troubleshooting
Troubleshooting Guide
Warnings
Use extreme caution when servicing equipment whilst it is connected to the AC mains.
This equipment contains static-sensitive components. Wherever the ESD symbol
precautions for the protection of static-sensitive components when attempting to service and repair the
equipment.
Always visually inspect the tiles, communications cables and connectors, power cord and plug for damage. If the
power cord or plug are damaged they should be replaced.
Should further technical assistance be required call your local Cardinal Health Service Centre.
Workstation has been Dropped or Damaged
If the equipment is damaged, the damaged parts should be identified and replaced before any further troubleshooting is carried
out.
During inspection, careful attention should be paid to the power tile and each docking tile, which may be damaged if the docking
station is dropped.
Workstation has been Exposed to Fluids
Excessive fluid spills can lead to fluid ingress into the docking station. Even if the fluid dries out, deposits can be left which cause
the equipment to fail.
If fluid ingress is suspected the docking station should be inspected internally.
Clean and dry out the equipment.
Take care to ensure dried out deposits do not remain on the PCBs or other electrical components. Replace permanently damaged
tiles.
V appears observe strict
Workstation Will Not Power from AC Supply
First check the function of the AC power cable with another piece of working equipment.
Check that the AC power is switched on at the outlet, if applicable.
Check that the power cord is seated properly in the AC power inlet. Also check the fuse in the AC power plug.
If the AC Power switch does not illuminate when the pump is connected to a live AC cable, check the fuses at the AC power inlet.
Power Not Present at Pump
Check that the docking station is switched on and has power.
Check that the pump is correctly seated on the tile.
Hold a magnet next to the Infra-Red communications port on the tile. If the Warning LED does not light up the tile must be
replaced. If the LED does light up, suspect a problem with the pump and remove from service to be examined by qualified service
personnel.
Warning LED Remains Lit when Pump is Removed from Tile
Replace the complete tile, following the instructions in chapter 5 'Spare Parts Replacement Procedures'.
Alaris® Gateway Workstation 18/67 1000SM00015 Issue 4
Circuit Descriptions
In this chapter
Functional Module Block Diagram 20
Module Overview Functional Description 21
Chapter 4
Circuit Descriptions
AA1100
Single Board Comput er*
Services Board PCB*
J5
J6
J14
J1
J5
J4
J3
J2
4 Port RS232
Serial Isolat ion
PCB**
J5
J6
J3
J11 Audio (Mono)
J13
LVDS
Display
J12 UART 1
J15
Barcode
Reader
J14
Isolated
RS232
J3
Isolated
Ethernet
Speaker
Colour LCD Display with
Resis tiv e Touc hsc reen**
Barcode Reader*
RS232 Serial Port - C om1
External N etw ork R J45
J2
Tile PCB
J1
J13
Visual Stat us I ndicat or
J10
Internal
USB 2
J8 PCMC IA
J9
Internal
Network
Power Supply U nit
J1
J1
Battery Pack
J3
Nurse C all Int erfac e
J5
Mains
Inlet
Mains
Outlet
Expansion
Expansion
LVDS
Display
J1
Compac t
Flash
128MByt e CF Card*
J1
J2
Power
J7
Internal
USB 1
Cisc o AIR -LMC 352* Cisco AIR-ANT4941*
J4 Quad UART
RS232 Serial Port - C om2* *
RS232 Serial Port - C om3* *
RS232 Serial Port - C om4* *
RS232 Serial Port - C om5* *
J1
J3
J6
J5
J2
Ethernet
Isolat ion PCB*
Auxiliary Gateway RJ45
Internal
Netw ork
Nurse C all
J4
AC Power t o Pumps
IrDA Interface to Pumps
J4,
J5
J6
J5
J4
J3 LVPS Control
J6
J2
Low Voltage Pow er
Syst em PC B
Mains
Dist ribution
J6
Tile Power
Dist ribution
Power
Keypad / St atus LEDs
Power and
Control
+15v Power
J1 Mains Pow er
Key
Data Lines
Power Lines
Combinat ion
* Available as a Us er Option
** N ot av ailable at t ime of initial releas e
Functional Module Block Diagram
The Alaris® Gateway Workstation
The Workstation has been designed as a modular system providing a communications gateway between the Alaris® Infusion Pump and
any Patient Data Management System (PDMS), Patient Monitoring (PM) System or Clinical Information System (CIS) that requires access
to the infusion data retained within the pump.
The device supports optional upgrades to enhance the data communication interfaces and to support software for connections to such
client / server systems.
The user can access data and configure software installed on the Workstation from a client PC using a standard Web browser; this may
be performed over an Ethernet network or by directly linking to the Workstation.
The software is provided under license from Cardinal Health, Inc.
Feature Summary
• Central management system for multiple Alaris® Infusion Pumps
• Medical Device Interface – a unique mounting mechanism proving data communications and mains power to the Alaris® Infusion
Pump
• Reduced cable clutter with the use of a single AC power inlet
• Simple to set up with adaptable modular design
• E cient organisation of multiple infusion lines and con gurations
• Battery back-up in the event of power supply interruption
• High visibility beacon assists with the location of pumps in an alarm state (where tted)
• Nurse call interface for all Alaris® Infusion Pumps attached to the Workstation
• Software running on the Workstation allows remote access to the device
Electronics Architecture
The Alaris® Gateway Workstation
Alaris® Gateway Workstation 20/67 1000SM00015 Issue 4
Circuit Descriptions
Module Overview Functional Description
Services Board and Single Board Computer
The Single Board Computer (SBC) is an off the shelf processor board supplied to Cardinal Health, Inc. by DSP Designs. The SBC connects
both mechanically and electrically to the Services Board PCB which provides the processor with the peripheral external interfaces. The
SBC also contains the 128 MByte Compact Flash card. Also available on the Services Board is a PCMCIA connector into which attaches
the Cisco wireless card and antenna.
Low Voltage Power System Board
The Low Voltage Power System Board (LVPS) provides the Workstation with low voltage DC power. The LVPS Board gets power from the
PSU module connected to the AC mains supply. A smart rechargeable battery pack is connected to the LVPS Board as a second power
source used when the AC mains is unavailable; this makes the LVPS Board act as a UPS.
The LVPS Board has an on-board charger that is responsible for keeping the smart battery pack charged. The LVPS Board provides
regulated 3.3V and 5V to the Services Board and also provides either +15V from the power supply or battery terminal voltage to the
Tile Boards. The circuitry for switching on and off the Docking Station is on the LVPS Board, which the User activates with an externally
mounted keypad.
Tile Board
In the Workstation the Tile Board provides the interface to the pumps providing power (directly from the AC mains) and an IrDA port for
communication with the pumps. The Tile board itself communicates via the Internal Switched Ethernet to the SBC. The Tile board also
controls the Visual Status Indicator and Nurse Call interface directly without the need for the SBC to be fitted.
The Tile Board is designed in four different configurations:
• Vertical mount, two tiles high
• Vertical mount, three tiles high
• Horizontal mount, two tiles wide
• Horizontal mount, three tiles wide
To enable the modular construction, Tile Boards connect in series to extend the number of tiles within the Workstation as the
configuration shape grows.
Ethernet Isolation Board
The function of the Ethernet Isolation Board is to provide electrical separation between the internal electronics of the Workstation
and the external Ethernet connections. This board isolates both the primary 10 Base T / 100 Base-Tx interface and also the Ethernet
connection with an Auxiliary Docking Station. The board also provides the relay for the nurse call function.
Power Supply Unit
The Power Supply Unit (PSU) converts AC mains voltage into +15VDC used to power all electronic sub-systems within the Workstation
when AC mains is connected. The AC mains input is implemented as a spur off the Live and Neutral wiring within the device that also
provides AC mains power to the pumps and to the AC mains outlet connector.
Battery Pack
A 9.6v, 2.7A internal battery provides a UPS function should a temporary disconnection from the AC mains power supply occur. The
NiMH battery pack includes a gas gauge and supports the SMB interface.
Alaris® Gateway Workstation 21/67 1000SM00015 Issue 4
Loading...