BeaconMedaes MAT-S Manual

Installation, Operation and Maintenance Instructions
Medical Gas Supply System
Cylinder Manifold System and Manifold Changeover
System
MAT-S ( HTM/ISO)
Part number 4109992485
Revision 00
Mar 20, 2023
1639
MD

Atlas Copco (Wuxi) Compressor Co., Ltd.
No.45 XiMei Road, Xinwu District, Wuxi City, Jiangsu Province, 214111, China
Personnel must make themselves familiar with the contents of this manual and the
function of the unit before installing, operating or maintaining.
Installation, Operation and Maintenance Manual
Abbreviations
Abbreviation Full Description Abbreviation Full Description
BS British Standard kPa Kilo pascals
BSP British Standard Pipe Max Maximum
CO2 Carbon dioxide Med Medical
°C Degree Celsius mMeter
øDiameter mm Millimetres
ERM Emergency reserve manifold Min Minimum
EN European Standards N2 Nitrogen
1st First N2O Nitrous oxide
HTM Health Technical Memorandum NRV Non-return valve
ID Identication OD Outside Diameter
“Inch O2 Oxygen
ISO International Standard Organisation %Percentage
Kg Kilograms 2nd Second

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Medical Gas Supply System
4109992485.00
Table of Contents
1. GeneralInformation. P5
1.1 Introduction. P5
1.2 1st StagePressureRegulator. P8
1.3 2ndStagePressureRegulator. P8
1.4 LinePressureReliefValve. P8
1.5 ModularHeaderforCylinderConnection. P8
1.6 HalogenFreeComponents. P8
2. Installation. P9
2.1 InstallationProcedureforPanel. P9
2.2 InstallationProcedureforModularManifold
Header. P10
2.3 CylinderConnection. P12
2.4 ManifoldChangeoverSystemElectrical
Wiring. P13
2.5 ManifoldControlMenuSet-Up. P14
2.6 InstallationCheck. P17
3. Commissioning. P18
3.1 General. P18
3.2 Preparation. P18
3.3 PressureChecks. P18
3.4 FunctionChecks. P18
3.5 PrimetheManifoldChangeoverSystem. P21
4. PrinciplesofOperation. P22
4.1 General. P22
4.2 ProceduretoPrimeManifoldChangeover
System. P23
4.3 ProcedurewhenPrimarySupplyFails(For
BackupManifoldsOnly). P23
4.4 ProceduretoReinstatePrimarysupply(For
BackupManifoldOnly). P23
4.5 PressureRegulatorAdjustment. P23
4.6 ProceduretoCycleBanks(Automatic
Control)&ChangingCylinders. P26
4.7 ProcedureforManualCylinderBank
Changeover. P27
4.8 ProcedureforOperationDuringPower
Failure. P27
4.9 TypicalCylinderHandlingChecklist. P28
4.10 CylinderOperation. P28
4.11 ManifoldControlMenus. P29
5. MaintenanceProcedures. P30
5.1 BeforeInstallation. P30
5.2 DuringCylinderReplacement. P30
5.3 DailyInspection. P30
5.4 Monthly. P30
5.5 Yearly. P31
5.6 5Years. P32
6. Component Replacement
Procedures. P33
6.1 OptionalServiceModeSetting. P33
6.2 PreparationforComponentReplacement
andMaintenanceRequiringTotalManifold
Isolation. P33
6.3 PreparationforComponentReplacement
andMaintenanceRequiringSingleCylinder
BankIsolation. P34
6.4 1stStagePressureRegulator
Maintenance. P34
6.5 2ndStagePressureRegulator
Maintenance. P36
6.6 ReplaceLinePressureReliefValve. P37
6.7 ReplaceIntermediatePressureRelief
Valve. P38
6.8 ReplaceMedicalTerminalUnitTest
Point. P39
6.9 ReplaceManifoldHeaderNon-Return
Valves. P40
6.10 ReplaceSolenoidValve. P41
6.11 ReplaceSensorforDistributionSystem
Pressure. P42
6.12 ReplaceSensorforCylinderPressure. P43
6.13 ReplaceGaugeforDistributionSystem
Pressure. P44
6.14 ReplaceGaugeforCylinderPressure. P45
6.15 ReplaceIntermediatePressureGauge. P46
6.16 ReplaceManifoldDomeRegulator. P47
6.17 BringingtheManifoldBackOnlineAfter
BeingFullyIsolated. P47
6.18 BringingtheManifoldBackOnlineAfter
IsolatingOneBank. P47
6.19 ReplaceController. P48
7. Recommended Spares And
Accessories. P49
7.1 SparePartKitasRequired P49

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Medical Gas Supply System
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SafetyPrecautions
WARNING!DO NOT USE OIL OR GREASEonany
components in Manifold Changeover System for any
reason.ThiscouldleadtoaFIREoranEXPLOSION.Only
use approved OXYGEN COMPATIBLE lubricants, which
canbepurchasedfromBeaconMedaesifnecessary.
Pressurisedgasfromthesystemmaycausepersonnel
injury or property damage if the device is improperly
operatedormaintained.
Operatorshouldcarefullyreadandbecomefamiliarwith
thecontentsofthismanualbeforeinstallandmaintain
theMedicalGasSupplySystem.
Operator is expected to use common sense safety
precautions, good workmanship practices and follow
anyrelatedlocalsafetyprecautions.
Component descriptions and spare part lists are
availableonrequest.
Identicationofsymbols
Thefollowingsymbolsapplytothisproductandareused
intheseinstructionsandontheproductinquestion.The
meaningsofthesesymbolsareasspeciedbelow:-
Readinstructions
Temperaturelimitation
Humiditylimitation
Atmosphericpressurelimitation
Dateofmanufacture
Donotdisposeofingeneralwaste
Electromagnetic Interference
ThepanelhasbeentestedtoIEC61326-1:2020Electrical
equipment for measurement, control and laboratory
use–EMCrequirements-Part1:Generalrequirements.
Ensurethatalldatacablesarephysicallyseparatedfrom
othermainsanddatacables.
Environmental Transport and Storage
Conditions
All products are separately packaged and stored in
controlledconditions.
Environmental Operating Conditions
Adverseenvironmentalconditionsandharshabrasives
orchemicalsmaycausedamagetotheunit.
WARNING! Only use approved leak detection
uids with this product. Other leak detection uids
may contain surfactants that can impair the structural
integrityoftheterminalunit.
EnvironmentalProtection
Discard the unit and/or components in any standard
refusefacility.Theunitdoesnotcontainanyhazardous
substances.
Cleaning
The device should be wiped over with a damp cloth
frequentlytoremoveanydustorforeignsubstances.
Electrical Details
WARNING!Itisnecessarytochecktheintegrity
ofthepowersourceforsafetyatregularintervals.These
checksshouldbecarriedoutannuallyandreplacement
powersuppliesusedasnecessary.
Powersource
Mains operated using 100-250V, 50/60Hz, alternating
current.
Currentrequirements-0.3A
Typeofprotectionagainstelectricshock.
Class 1 (Mains supplied equipment using a protected
earth).
Modeofoperation
Continuous(equipmentmaybeleftswitchedon
indenitely).
Safety Notice
Personsundertakinganyinstallationand/ormaintenance
mustbefullytrainedinspecialistworkofthisnature.
The“PERMITTOWORK”proceduremustbeadheredto
forallinstallationsoncecommissioned.
ThedeviceisdesignedandbuiltinaccordancewithHTM
02-01andISO7396-1regulationsandthereforeshould
beinstalledassuch.
Oil,greaseandjointingcompoundsmustnotbeused.

5
Medical Gas Supply System
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Donotattempttoverifythepressurereliefvalve,under
anycircumstances,byalteringtheregulator.Pressure
relief valve must be removed and tested o site by a
registered test centre for a certicate of conformity
issued.
1. General Information.
Figure 1 - Manifold Changeover System (MAT-S).
6
7
8
10
1
2
5
4
3
26
27
13
12
11
9
14
31
23
21
20
19
18
17
16
15
24
25
NOTE - Isolation valves item 3, 5 and 12 are shown in
theiropenposition,isolationvalveitem14isshownin
itsclosedposition.Thisistypicallythenormaloperating
conditionforthemanualvalves.
29
28
30
1.1 Introduction.
The BeaconMedaes Medical Gas Supply System,
mainly consists of cylinder manifold system, manifold
changeoversystem,header&tailpipeandothernecessary
components, is intended to work in conjunction with
other devices within the medical gas pipeline system
(MGPS) to assist with maintaining continuity of supply
throughout the hospital to local connection points for
eventualintroductionintothehumanbody.Thedevice
controls the gas pressure within the specication as
requiredbytheMGPS.Inallcasesotherdevicesoutside
of this scope are connected downstream of the MGPS
arerequiredtocontrolthenalgaspressureandow
requirementsforsafesupplytothepatient.Therefore,
thisdeviceisnotintendedtocontrolsupplyparameter
hazardsdirectlytothepatient,onlytotheMGPS.
The device including Cylinder Manifold System and
Manifold Changeover System (abbreviate as manifold
below) is principally designed for use as a primary or
secondarysourceofsupply,orforemergencybackup.
The Medical Gas Supply System supplies one of the
followingmedicalgasestoapipeddistributionsystem,
Oxygen,NitrousOxide,O2/N2O50%:50%,MedicalAir,
SurgicalAir,Nitrogen&CarbonDioxide.
Seegure1forgeneralarrangementandgure2forthe
schematicdiagram.
22
TheManifoldChangeoverSystemconsistsof:
No. Description
1 1stStagePressureRegulator
2IntermediatePressureGauge
3IntermediateIsolationValve(ThreeWay)
4 2nd StagePressureRegulator
5 LineIsolationValve
6SmartBox
7 TouchScreenController
8 LineReliefValve
9 Line Pressure Relief Exhaust Connection point
(28mmODCopperTube).
10 VentValve
11 ServiceValve
12 Pipeline Connection Point (22 mm OD Copper
Tube)
13 LockableIsolationValve
14 Non-ReturnValve
15 TestPointIsolationValve
16 ServiceReliefValve
17 TerminalUnit
18 LinePressureGauge
19 LinePressureSensor

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Medical Gas Supply System
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Figure 2a - Pneumatic Schematic Diagram.
Symbols to BS2971 & ISO 1219-1
Main Gas Line
Control Gas Line
Exhaust Line
Relief Valve Exhaust
Line Relief Valve
Intermediate
Relief Valve
Solenoid Valve
(Bank Selection)
Intermediate Relief Valve
Master Valve
(Optional)
MAT-S MANIFOLD
Dome Regulator*
Sintered
Filter
Line Pressure
Sensor
Hospital Pipeline
Sampling Outlet
Master Valve
(Optional)
High Pressure Cylinders
With Isolation Valve
Tailpipe
High Pressure Cylinders
With Isolation Valve
* NOTE: REQUIRED WHEN DELIVERY PRESSURE IS 8 BAR AND 11 BAR (Right Bank)
(Left Bank)
Tailpipe
Pressure
Gauge
Pressure
Sensor
Pressure Gauge
Pressure
Gauge
Pressure
Gauge Pressure
Sensor
Pressure
Gauge *
Pressure
Gauge
1st stage
Pressure
Regulator
1st stage
Pressure
Regulator
2nd stage
Pressure
Regulator
2nd stage
Pressure
Regulator
Sintered
Filter
Ball Valve
Lockable Ball Valve
Header With Non-Return Valve Which
Have Gas Specific Connection
Header With Non-Return Valve Which
Have Gas Specific Connection
Non-Return Valve
Ball Valve Ball Valve
Ball Valve
Non-Return Valve
Non-Return Valve
Non-Return
Valve Non-Return
Valve
Ball Valve
Service Valve Vent Valve
Ball Valve Ball Valve
Service
Relief
Valve Service
Relief
Valve
Service
Relief
Valve
Service
Relief
Valve
Left Bank Is Default
Working Bank
Pressure
Gauge
Silencer
No. Description
20 IntermediateReliefValve
21 ServiceReliefValve
22 CylinderPressureSensor
23 CylinderPressureGauge
24 DomeRegulatorPressureGauge
25 DomeRegulator(8and11barDeliveryPressure
ManifoldsOnly)
26 SmartBoxAntenna
27 SolenoidValve
28 ManifoldCover
29 ManifoldScreenPCB
30 ManifoldPowerPCB
31 IntermediatePressureReliefExhaustConnection
Point(12mmODCopperTube).

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Medical Gas Supply System
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Figure 2b - Electrical Schematic Diagram.
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
20
19
18
17
16
15
14
13
12
11
10
9
5
6
7
8
4
3
2
1
W13
W14
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
1
20
19
18
17
16
15
14
13
12
11
10
9
5
6
7
8
4
3
2
1
SV1
P
P
P
P
P
W1
BMS OUTPUT ALARM OUTPUT
Power Supply
AC110-220V
AS06-40 base board
Power Supply
T4
T3
T18
T17
T16
T15
Reserve Manifold
Alarm
C
N/O
Reserve Pressure
Sensor2
Reserve Pressure
Sensor1
Left Bank Sensor
Right Bank Sensor
Line Pressure Sensor
+
-
+
-
+
-
+
-
+
-
T7
T8
T9
T10
T5
T6
Changeover Valve
24VDC
SmartBox 24VDC
Manifold Fault Alarm
Line Pressure Fault
Reserve Low
Change Cylinders Immediately
Change Cylinders
Common
Common
Change Cylinders
Change Cyl. Immediately
Reserve Fault
Line Pressure Fault
T14
T13
+
-
C
NO
T12
T11
A15
A16
B12
B11
B10
B9
B8
B7
B6
B5
B4
B3
B2
B1
A10
A11
A12
A13
A14
A10
P3
P2
P1
+
-
NO
NC
NO
NC
C
NO
NC
C
NO
NC
C
C
N/O
N/O
N/O
N/O
C
PE
L
N
W2
W3
W4
W5
W6
W7
W8
W9
W10
W11
W12
TFT-LCD Module
7"TFT Panel / RGB interface
Capacitive Touch Panel
1024x 3 (RGB) x 600/ Full view
Luminance:400 cd/m2
AS06-10 control board
C5
C4
COM
B
A
CN7
PE
(Wired on site by
installer)
(Wired on site by
installer)
(Wired on site by
installer)
RS485
Communication
BACnet/IP
SmartBox
Option
Left Bank
Sensor
Right Bank
Sensor
Line Pressure
Sensor
Changeover
Valve
SmartBox

8
Medical Gas Supply System
4109992485.00
Modular manifold headers for gas cylinders can be
connected to the Manifold Changeover System to
congureitsgassupplycapacity.
The Manifold Changeover System is connected to the
pipelinedistributionsystemupstreamoftheemergency
supply, or downstream of the primary supply system
when used as backup. It can be isolated from the
pipeline distribution system by the lockable isolation
valvesupplied.Whenusedasabackupsupplythisvalve
should be left open during normal operation, so the
unit will automatically supply the pipeline distribution
system with medical gas in the event of the primary
systemfailingtosupply.
When used as a backup manifold system the line
pressureshouldbeset slightlylower thanthe primary
supplypressuretopreventtheunitfromsupplyinggas
duringnormaloperationoftheprimarysupplysystem.
1.2 1stStagePressureRegulator.
Forsafe operation regardingperformance, mechanical
strength, resistance to ignition in pure high pressure
oxygensupplyandcleanliness,thedevicefullyconforms
toBSENISO10524-2.Apressurereliefvalveconnected
totheregulatorprotectsthedownstreampressureand
isseta2410kPa(24.1bar).
1.3 2ndStagePressureRegulator.
Forsafe operation regardingperformance, mechanical
strengthandcleannessthedevicefullyconformstoBS
ENISO10524-2,thesecondstagepressureregulatoris
a manually set diaphragm type and is used to set the
systempressure to suit typical nominalvalues for 4, 8
and11barpipelinesystems.
NOTE - To maximise performance each 2nd stage
pressureregulatoristtedwithinternalspringsspecic
tomatchthenominallinepressure.
1.4 LinePressureReliefValve.
Thelinepressure reliefvalves arepreset tothe values
shown in table 1 for the dierent line distribution
pressures.
Table 1: Line Pressure Relief Valve Set Points.
ReliefValveSetPoint Nominal Distribution
Pressure
520kPa(5.2bar) 400kPa(4bar)
1100kPa(11bar) 800kPa(8bar)
1300kPa(13bar) 1100kPa(11bar)
The line pressure relief valve is tted between the
pressure regulator and the isolation valve, thus
protectingthedeliverysystemfromoverpressurisation
bydischargingtoatmosphereintheeventofregulator
failure.
1.5 Modular Header for Cylinder
Connection.
The Medical Gas Supply System is compatible with
BeaconMedaesstandardmodularheaderssuppliedup
to2x6cylinderconnections,seetable2forreference.
1.6 Halogen Free Components.
The Medical Gas Supply System contains NO
HALOGENATEDpolymerslocatedinthegasstreamthat
may experience pressurised oxygen in excess of 3000
kPa(30bar)innormaloperationorsinglefaultcondition,
as recommended for safe practise of the medical gas
pipelinesystem.
GASTYPE 2 x 1 2 x 2 2 x 3 2 x 4 2x5 2 x 6
Oxygen (O2) 4109150303 4109150304 4109150305 4109150306 4109150307 4109150308
Nitrous Oxide (N2O) 4109150309 4109150310 4109150311 4109150312 4109150313 4109150314
Oxygen/Nitrous Oxide (O2/N2O) 4109150315 4109150316 4109150317 4109150318 4109150319 4109150320
Medical Air & Surgical Air 4109150321 4109150322 4109150323 4109150324 4109150325 4109150326
Nitrogen (N2) 4109150327 4109150328 4109150329 4109150330 4109150331 4109150332
Carbon Dioxide (CO2) 4109150333 4109150334 4109150335 4109150336 4109150337 4109150338
Table 2: Cylinder Modular Header.
Note-Kitscontainheadersforbothsides

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Medical Gas Supply System
4109992485.00
2. Installation.
2.1 InstallationProcedurefor
Panel.
CAUTION!Ensurenocontaminates,oilorgrease
come into contact with any of the gas connection/
internals.
2.1.1 Unpackandinspectallitemsfordamage.
2.1.2 Checkwallforsuitability.
CAUTION!Suppliedxingsareforusewithsolid
masonry walls only. Alternative xing types are not
suppledwith the unit. For securing to alternative wall
types,ensurethatwallstructureandselectedfasteners
are suitable for supporting the 35 kg weight of the
ManifoldChangeoverSystem.
2.1.3 Identify the centre position of the manifold
Systemonthewall. Position the mounting bracket as
shown and mark the mounting hole positions. See
gure3fortypicalmountingheightsdependingonthe
cylinder sizes used. Refer to installation drawing (P/N
4109992438)formoredetails.
2.1.4 Drillwallandtwallplugs.Screwthemanifold
brackettothewall,checkingthatitisrmlyattached.
2.1.5 Hook the manifold panel onto the mounting
bracketasshowningure4.Ensurethestudslineup
with the holes in the back plate, then lever down into
position.Securethepanelontothemountingplatewith
the4xM8shoulderednuts.
MOUNTING HOLES
533
Mounting Height
290
12.7(4x
)
145
Figure 3 - Mounting Plate Installation Details.
NOTE - Mounting height Position for ‘J’ size cylinders
is 859 mm and ‘VF’ size when using the step-down
connectionpipe(seegure5&6).Mountingheightsfor
‘VF’sizecylindersis289mm.
Figure 4 - Manifold Changeover System Mounting.
4 x
Mounting
Points
M8
Screw
M8
Weld Nut

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Medical Gas Supply System
4109992485.00
2.1.6 Looselyconnectthesuppliedø22mmODstub
pipe (Item 12, gure 1) to the main pipeline isolation
valve(Item13,gure1).DonotttheO-ringsealuntil
afterbrazing.
2.1.7 Braze the pipework using the uxless brazing
techniquewithnitrogenpurge.
CAUTION!Ensurethebrazedconnectionpointis
isolatedfromanyotherpipelinesourceofsupply.
2.1.8 Undo the securing nuts on the stub pipes and
inserttheO-ringsuppliedinto the connection grooves
andtighten.
2.1.9 Thepipeworkshouldbesecuredtothewallusing
Munsenrings(notsupplied).Itwouldberecommended
tottherstpipesupporttothesuppliedø22mmOD
stub pipe (Item 12, gure 1). The next support should
typicallybettedwithin2moftherstsupport.
2.1.10 Theø28mmexhaustline(Item9,gure1)shall
bebrazedusinguxlessbrazingtechniquewithnitrogen
purge.
2.1.11 Theø12mmexhaustline(Item31,gure1)shall
bebrazedusinguxlessbrazingtechniquewithnitrogen
purge.
CAUTION! The ø28 mm exhaust line (Item 9,
gure 1) and ø12 mm exhaust line (Item 31, gure 1)
needs to be piped away from the manifold room to a
safe location to prevent buildup of waste gas in an
enclosedspaceintheeventofaregulatorfailure.
CAUTION! Do not reduce the diameter of the
pipeusedfortheexhaustline.
2.2 InstallationProcedurefor
Modular Manifold Header.
CAUTION! Ensure that all the header rails
suppliedarethecorrectgastype.ThegasIDisstamped
ontotheatsectionoftheNRVcaps.
2.2.1 IfusingthestepdownconnectorforVFtypeor
similarsizedcylinders,connecttothemanifoldasshown
ingure5.Otherwiseproceedtonextstep.
2.2.2 Connecttheprimaryheaderstothemanifoldor
dropdownconnectorrespectively,asshowningure5
&6.Ensuretheheaderrailislevel,marktheheaderrail
mountingholes.
NOTE-Theprimaryheadershavetheshorterstubpipe.
Seegure5.
2.2.3 Disconnecttheheaderrail.Drillthepreviously
markedholesandttheappropriatewallxings.
2.2.4 Reconnect the manifold header as shown in
gure5andsecuretothewallusingtheNo.10panhead
suppliedwiththekit.
CAUTION!Suppliedxingsareforusewithsolid
masonrytypewallsonly.Typicalextensionbracketis2.5
kgperside.
2.2.5 Ifadditionalheadersaretobeinstalled,remove
the 3/8” BSP blanking plug and bonded seal from the
end of the primary header block (shown in gure 5)
andt 3/8” x 5/8” BSP tting (supplied withsecondary
headers,showningure5)completewithO-ringseals
forconnectionoftheextensionheader.FitM6fastener,
nutandwasherasshowningure6tosecurebetween
headerrails.
2.2.6 Repeat steps 2.2.2 to 2.2.4 for each additional
header.Fitthe3/8”BSPblankingplugandsealpreviously
removedinstep2.2.5tothelastmanifoldheader.
Item Description
1DropDownConnector
2PrimaryHeader
3SecondaryHeader
4ManifoldConnectionO-ringSeal
5 ManifoldHeaderMountingHoles
63/8”BSPBlankingPlugandSeal
7 3/8”x5/8”BSPFitting
8 M6x12ButtonHead
9 M6Nut
10 M6Washers
Figure 5 - Manifold Header Installation.
5
67
89 10
Secondary manifold
header connection
4
1
Step down connector
for VF type cylinders
4
5
6Primary manifold
header connection
2
3

11
Medical Gas Supply System
4109992485.00
Figure 6 - Manifold Changeover System Header Arrangement Details.
DETAIL OF MOUNTING BRACKET
Gas specific non-
return valve
Mounting Bracket
Wall mounting points
Chain pin
Note : 3/8" plug and bonded seal is
required on the last cylinder header on
each bank.
Cylinder Header
20 210
15
25
250 130
60
Slotted hole
19x9 (4x)
Copper Washer
View showing optional drop down connectors
(P/N: 4109150436) for use with VF type cylinders
NOTE - ‘J’ type cylinders
typically for Oxygen and
MedicalAir.‘G’typecylinders
typically for Nitrous Oxide
and O2/N2O mix (Entonox),
‘VF’ size cylinders typically
usedforCO2.

12
Medical Gas Supply System
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2.3 Cylinder Connection.
CAUTION!Ensurethatallthe tailpipessupplied
arethecorrectgastype.ThegasIDisstampedontothe
nutthatconnectstotheheadernon-returnvalve.
2.3.1 Connect the tailpipes to the non-return valves
ontheheaderracksasshowningure7.
2.3.2 Refer to hospitals/site policy for safe cylinder
handling (See section 4.9 for typical cylinder handling
safety check list), move the cylinders into place (see
gure6)readyforconnectiontothetailpipes.
CAUTION! Only persons who have had specic
traininginthesafetyofmedicalgases,manualhandling
techniquesandcylinderchangingproceduresshouldbe
allowedtochangecylindersonmedicalgasmanifoldsor
medicalequipment.
2.3.3 Connectthecylinderstothepinindexedclamp
onthetailpipe,asshowningure7.EnsuretheBodok
sealisinplaceattheoppositesidetothethumbscrew
onthepinindexclampbeforeconnection.
NOTE - Pipe index tailpipes to BE EN ISO 21969 are
suppliedasstandard.Alternativeconnectiontypesare
availableonrequest.
2.3.4 Seesection4.10forcylinderoperationprocedure
forpressurizingthemanifold.
Figure 7 - Typical Tailpipe & Cylinder Connection.
1
4
2
6
5
2
3
3
2
Item Description
1HeaderNon-returnValve(NRV)
2TailPipe
3MedicalGasCylinder
4TailpipetoNRVConnection
5 TailpipePinIndexConnectiontoCylinder
6BodokSeal

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Medical Gas Supply System
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Figure 8 - Manifold Changeover System Wiring.
Reserve Manifold Fault Input
C N/O
T4 T3
Reserve Pressure Sensor2
Reserve Pressure Sensor1
LeBank
Sensor
Right Bank
Sensor
Line Pressure
Sensor
+ - + - + - + - + -
T18 T17 T16 T15 T7 T8 T9 T10 T5 T6
Solenoid
24VDC
Smart Box Power supply
24VDC
Manifold
Fault
Line
Pressure
Fault
Reserve
Low
Change
Cylinders
Immediately
Change
Cylinders
- + - + C NO NO C NC NO C NC NO C NC NO C NC
T14 T13 T12 T11 A15 A16 B12 B11 B10 B9 B8 B7 B6 B5 B4 B3 B2 B1
Common
Change Cylinders
Change Cyl. Immediately
Reserve Fault
Line Pressure Fault
Common
Common
Change Cylinders
Change Cyl. Immediately
Reserve Fault
Line Pressure Fault
Common
A10 A11 A12 A13 A14 A10 A10 A11 A12 A13 A14 A10
RS-485 Communicaon
COM
C
3
B
C
2
A
C
1
BACnet / IP Communicaon
Smart Box Communicaon
The USB interface
Power PCB
LCD PCB
2.4 Manifold Changeover System
Electrical Wiring.
NOTE-Seegure2b,section1forfullwireddiagram.
2.4.1 Connectiontothemainselectricalsupply.
2.4.1.1 Themanifoldpowerissuppliedbyamainspower
cable,providing24VDCfortheelectroniccomponent.It
isnotneededfortheextratransformer.
2.4.1.2 The lead should be permanently connected to
anessentialsingle-phasesupplyof240VAC.
2.4.1.3 Ensure the electrical supply is isolated before
carryingoutanymainsconnection.
2.4.1.4 Wire the lead into a 3 amp unswitched fused
spur.
2.4.1.5 Turn the power on and check that the LCD
screenonthefrontofthepanelandscreenisworking.
2.4.1.6 Turnthepowero.
2.4.2 MedicalGasAlarmConnection.
2.4.2.1 Allinternalcontrolwiringsuchassolenoidand
sensorsarecompletedduringmanufacture.
2.4.2.2 Ifremotealarmsareused,runthe5-corealarm
cabletothepowerPCB(Item30,Figure1)throughthe
cableglandwhereshowninFigure8.
NOTE-TypicalalarmcablespecAlphawire117C5core,
maximum length of 100 m from alarm to manifold
controlpanel.
2.4.2.3 Connectthealarmcabletotheterminalsshown
ingure8.
2.4.2.4 If a non BeaconMedaes remote alarm is to
be used, the output signal from the manifold can be
changed from the standard line contact resistors to a
closedinnormalconditionbyfollowingtheset-upmenu
detailedinSection2.5.
2.4.3 ForBMSconnectionroutethecableandconnect
asshowningure8.
2.4.4 When using as a backup manifold use alarm
outputs from ”change cylinders” A10 & A11. Select
LMCoutputifconnectingdirectlytoaMedipointalarm
system.Refertosection2.6,gure14forhowtosetup.
USB RS 485
Emergency
Supply Pressure
Sensor
Bacnet
and
Smart Box Power
Smart
Box
Power
BMS
Solenoid
Valve Alarm

14
Medical Gas Supply System
4109992485.00
2.5 Manifold Control Menu Set-Up.
NOTE-Seesection4.11forfullset-upmenumap.
2.5.1 With the manifold installed as detailed in
Sections2.1to2.4,powerupthemanifoldcontroller.
2.5.2 Toaccess the set-up menu,follow the stepsin
Figure9,followed bygure10-14 tocompletethe set-
up.Seetable3forthedescriptionsontheiconsinthe
menu.
Figure 9 - Accessing the Set-Up Menu.
1. Pressthesettingicon inthehomepage.
2. Pressthesystem iconinthesettingpage.
3. Pressthevaluewhichneedupdate,andusethekeyboard
tomodify.
87 9
0
MIN 8
MAX
21 3 -
0ABC
.
54 6
Icon Descrip�on
General icon.
Move to the general seng screen.
Advanced icon.
Takes you to the advanced seeng screen,
need password.
Save icon.
Press-conrm the input sengs .
Cancel icon.
Press-cancel the input sengs .
Set up system informaon.
Press-set up system informaon.
Enable/Disable icon.
Press-enable/disable the relave funcon.
Switch icon.
Press-switch dierent parameter.
Events hstory icon.
Takes you to the events history screen.
Maintence icon.
Takes you to the maintenance screen.
User Manuals icon.
Takes you to the user manuals screen.
System informaon icon.
Takes you to the system informaon
screen.
Special seng icon.
Takes you to the pressure zeroing or
service mode screen.
Home icon.
Takes you to the home screen and system ow
screen.
Alarm icon.
Move to the alarm screen.
Seng icon.
Move to the seng screen.
Service icon.
Takes you to the service screen.
Changeover icon.
Press-Manual changeover to the lecylinder.
Changeover icon.
Press-Manual changeover to the right cylinder.
Previous icon.
Takes you to the previous screen.
Next icon.
Takes you to the next screen.
Scroll bar.
Drag the scroll bar to search the item.
Bacnet icon.
Takes you to bacnet menu screens.
System icon.
Move to the system menu screen.
Units of measure icon.
Move the units seng screen.
Table 3: Icon Description.

15
Medical Gas Supply System
4109992485.00
1. Press the line pressure value and use the keyboard to
changethenumber.
1. Presstheicon unitofmeasure.
2. Pressthedownwardarrow tochangetheunit.
Figure 10 - Set Line Pressure.
NOTE - Line pressure will normally be pre-set from the
factory.Optionsarefornominal4,8&11barsupply.This
settingwillnotaecttheactualsupplypressure,itisfor
settingthedefaultlinepressurealarm.Thelinepressure
settingischangedbyadjustingtheregulatorknob.
Figure 11 - Set Pressure Units.
NOTE - Changing the pressure units will automatically
convertallpressurerelatedcontrolvariabletothenewly
selectedunit.OptionsareBar(default),kPaorPSI.
1. Pressthesystemicon inthesettingpage.
2. PresstheCylinderPressureandCylinderVolumetomodify
thevaluebythekeyboards.
3. PresstheNO.Cyl(Left)andNO.Cyl(Right)tomodifythe
quantitykeyboards.
Figure 12 - Cylinder Set-Up.
NOTE-Minimum requirementinthe cylinderset-upis
tosetthecorrectmaximumpressure.Thiswillcorrectly
scalethe graphic on the display.The size and number
ofcylindersperbankisforcalculatingtheaveragegas
usageonly.
NOTE-Thetypicalaveragegasusageisonlyforgasphase
in the cylinders. This calculated value will not convert
correctly for liquid phase in the cylinders. Leaving the
NoCyl/Banksettingas‘0’willhidethecalculatedowon
mainpage.

16
Medical Gas Supply System
4109992485.00
Figure 13 - Line Pressure Alarm Set-up.
NOTE-DefaultLinePressureAlarmsettingwillbeautomaticallydenedwhentheNominalLinePressureisselected.
Seetable4belowfordefaultvalues.Thesevaluescanbemanuallyadjustedasrequiredtosuitonsiterequirements.
1. Pressthesystemicon inthesettingspage.
1. PresstheUnitsofMeasure iconinthesettingspage.
2. Press the downward arrow to change the alarm
outputoption.
2. PresstheLowLinePressureAlarmandHighLinePressure
Alarmandmodifythevaluebykeyboard.
Table 4: Default Line Pressure Alarm Settings, and
Adjustment Range.
Nominal
Line
Pressure
DefaultValues Adjustment Range
Low
Pressure
Alarm
High
Pressure
Alarm
Low
Pressure
High
Pressure
Min Max Min Max
4 Bar 3.7 5.0 2.7 4.0 4.0 6.0
8Bar 6.4 8.8 5.5 8.0 8.0 12.0
11 Bar 9.1 11.8 7.6 11.0 11.0 16.5
NOTE-Lowlinepressureset-pointmayneedtobereducedifthe
deviceisusedasabackupmanifold.Seetable6insection4for
reference.
Figure 14 - Alarm Output Option.
LMC

17
Medical Gas Supply System
4109992485.00
Pressuredropleaktestvalidationnotes:
• The Manifold Changeover System uses medical
regulatorsapprovedtoBSENISO10524-2standard,
as required by ISO and HTM medical pipeline
standards. These standards have a maximum
allowableleakageacrosstheregulatorseat(internal)
andtoatmosphere(external)asfollows:
1ststageregulator,Internal 0.1ml/min
1ststageregulator,external 0.2ml/min
2ndstageregulator,Internal 0.2ml/min
2ndstageregulator,external 0.2ml/min
• Therefore, the maximum pressure increase or
decrease witnessed at the line pressure will be
based on 2 regulators, 0.4 ml/min. The maximum
pressure drop witnessed at the cylinder pressure
will be based on the internal and external leakage
fromthe1st and 2ndstageregulatoronthatbank,0.7
ml/min.
• Pressuredroptestsaremorecommonlyusedonsite,
asleakscanbediculttomeasure.Theequivalent
watercapacityvolumeundertestisusedtocalculate
thepressuredropfromanallowableleakagerate.
• Fromusingthemanifoldwatercapacitytheallowable
pressuredroporincreasebasedonaleakageof0.4
ml/mincanbecalculatedas0.0016bar/min,or0.096
bar/hrwitnessedatthelinepressure.Thepressure
dropwitnessedatthecylinderpressurefroma0.7
ml/min leakage would be as follows depending on
thenumberofcylinderconnections.
No.Cyl. 12345
Bar/Hr 1.78 1.09 0.78 0.61 0.5
No.Cyl. 67 8 9 10
Bar/Hr 0.42 0.37 0.33 0.29 0.26
• Althoughthemedicalregulatorallowableleakageis
onlysmall,theeectscanbewitnessedwithinafew
hours due to the manifold having a small volume.
To put into perspective how small 0.4 ml/min is, if
appliedtooneJ-sizecylinderitwouldtakenearly12
weeksforittodropby1bar.
2.6.8 Monitorthepressuredropandassessasperthe
abovenotes.Lengthoftimeforthetestwilldependon
theaccuracyofthegaugesusedtobeabletodetectthe
pressuredrop.
2.6.9 Opentestpointisolationvalve(gure1,item15)
andrelievethepressurefromwithinthemanifold,then
closetestpointisolationvalve.
2.6.10 TheinstallationmustnowbepurgedasperHTM
02-01forUKinstallations,orasperrelevantstandardsif
installedoutsidetheUK.
2.6 Installation Check.
2.6.1 Ensure that all tailpipes are connected to the
cylinders and manifolds on both sides and that the
restraintchainsaresecurearoundthecylinders.
2.6.2 Isolate the device from the pipeline using the
mainisolationvalve(showningure15,item3).
2.6.3 Ensure that both bank isolation valves (Figure
15,item1and2)arefullyopen.
2.6.4 Ensurethe test point isolation valve(gure 15,
item4)isclosed.
2.6.5 Use 1 cylinder per bank, slowly pressurise the
manifold (see section 4.10 - Cylinder operation). Both
cylinder gauges (gure 1, item 23) should indicate full
cylinderpressure.Thelinepressuregauge(gure1,item
18)shouldreadtypicallyaspertable6,Section4,adjust
asnecessary(seesection4.5).
CAUTION!Ifusedasabackupmanifolditwould
berecommendedtosetthelinepressureatleast0.2bar
below the main supply source pressure at full design
ow,toensurethemanifolddoesnotsupplythepipeline
duringnormalprimarysourceoperation.
2.6.6 Check for leaks, typically by listening for gas
escapingorleakdetectionuidonjoints.
2.6.7 Nowensureallbank cylindervalvesare closed
readyforpressuredropleaktest.
Figure 15 - Leak Test Valve Conguration.
3
4
1
2
No. Description
1LineIsolationValve
2IntermediateIsolationValve(ThreeWay)
3LockableIsolationValve
4TestPointIsolationValve

18
Medical Gas Supply System
4109992485.00
3. Commissioning.
3.1 General.
CommissioningoftheManifoldChangeoverSystemmust
becarriedoutinfullafterinitialinstallation.Theobject
of the commissioning procedure is to ensure that all
componentsareserviceableandthattheoverallsystem
isoperable and set to the correct distribution pipeline
pressure. Suitably qualied competent personnel who
are familiar with this manual must only undertake
commissioningoftheManifoldChangeoverSystem.
3.2 Preparation.
3.2.1 Ensure that all tailpipes are connected to the
cylindersandmanifoldheadersonbothsides,andthat
therestraintchainsaresecurearoundthecylinders.
3.2.2 Ensure that the outlet pipe from the Manifold
Changeover System is connected to the distribution
systemofthesamegasservice.
3.2.3 Ensurethatthemanifoldlockableisolationvalve
(shown in gure 1, item 13) is tted and in the closed
position.
3.2.4 Open 1 cylinder valve on each bank of the
manifoldtopressurizethesystem.
3.2.5 Checkconnectionsontheheaders,tailpipes,
regulator,andassociatedpipeworkforleaks.
3.2.6 Turn power on to the controls, ensure screen
andpoweronLED’sareenlightened.
3.3 PressureChecks.
3.3.1 Ensurethatfull gascylinderpressureisshown
on the controller screen and backup cylinder gauge
(gure1,item23),thecylindergraphicsareshownasfull
andtheappropriateLEDandiconsarelitup(seegure
16).Seegure9to12insection2.5ifsetupchangesare
required.
3.3.2 Check that the pipeline distribution pressure
displayed on the screen and back up gauge (gure 1,
item18)istypicallyaspertable6insection4,Principles
of Operation. Adjust as necessary. See procedure for
linepressureadjustmentinSection4.5.
Figure 16 - Start-up, Normal Operation.
Screen and LED Conditions
No. Description icon Condition
1Linepressurevalue N/A Typicallyasshown
2Cylinderpressure
valve N/A Typicallyasshown
3Manifoldstatus
graphic
ShownAsNormal
StandbyRunning
StandbyLow
ReserveLow
LowLinePressure
HighLinePressure
4PowerLED On
O
5 LeftBankRunning
icon
On
O
3.4 Function Checks.
3.4.1 Withtheleftbankasduty,press [LeftArrow]
toselectifnecessary.Ensurealllefthandcylindersare
closed,thenslowlydrainthepressurefromthetestpoint
(shownin gure1, item17) untilthe cylindercontents
pressureisbelowthebank changeoverpoint (typically
10barfor4barsupply,20barfor8and11barsupply).
Stopdraining thepressure once therunning bank has
changedtotheright-handside.
2
5
7
9 6 8
1 3 4
NOTE-Thebelowdetailsareshownwithleftbanksetas
duty,ifrightbackisdutyanyofthebankrelatedgraphics
andLED’swillbemirrored.

19
Medical Gas Supply System
4109992485.00
3.4.2 The controller screen alarm condition will
changeasshowningure17.
Figure 17 - Left Bank Low, Right Bank Running.
Alarm Output Conditions
AlarmDescription Condition
Normal O
ChangeCylinders On
ChangeCylindersImmediately O
Lowlinepressure O
Highlinepressure O
Alarm Output Conditions
AlarmDescription Condition
Normal On
ChangeCylinders O
ChangeCylindersImmediately O
PressureFault O
Highlinepressure O
3.4.3 Press [LeftArrow]tocheckthelowbanklock
outsafetyfeature.Therunningbankwillnotchangeto
theempty side while thebank is showing lowcylinder
pressure.Atthissituationtheleftselecticonbackground
isgray.Itcan’tbepushedtochangeover.
Figure 18 - Change Bank Lock Out, Low Cylinders.
3.4.4 Open 1 cylinder on the left hand bank to re-
pressurise. All conditions should return to normal as
pergure19.
Figure 19 - Normal, Right Bank Running.
3.4.5 With the right bank now set as duty (Press
[Right Arrow] to select if necessary). Ensure all right
handcylindersareclosed,thenslowlydrainthepressure
fromthetestpoint(showningure1,item17)untilthe
cylindercontentspressureisbelowthebankchangeover
point(typically 10 bar for 4 bar, 20 bar for 8&11 bar
supply). Stop draining the pressure once the running
bankhaschangedtothelefthandside.
3.4.6 The controller screen and output alarm
conditionswillchangeasshowningure20.
No. Description icon Condition
6RightBankRunning
Icon
On
O
7 LeftBankEmpty
Icon
On
O
8 RightBankEmpty
Icon
On
O
9 MENUZone HomePage
AlarmPage
Settingpage
Servicepage

20
Medical Gas Supply System
4109992485.00
Figure 20 - Right Bank Low, Left Bank Running.
3.4.7 Press [RightArrow]tocheckthelowbanklock
outsafetyfeature.Therunningbankwillnotchangeto
theempty side while thebank is showing lowcylinder
pressure,asshowningure21.
Figure 21 - Change Bank Lock Out at Low Cylinder
Bank.
3.4.8 Ensure all cylinders are closed on both banks,
then slowly drain the pressure from the test point
(shownin gure1, item17) untilthe cylindercontents
pressureisbelowthebank changeoverpoint (typically
10barfor4barsupply,20barfor8and11barsupply).
Stopdraining thepressure once therunning bank has
changedtotheotherside.
3.4.9 The controller screen output alarm conditions
willchangeasshowningure22.
Figure 22 - Both Banks Low.
3.4.10 Open 1 cylinder valve on each bank of the
manifold.Thecontrollerscreenoutputalarmconditions
willchangetypicallyasshowningure19.
3.4.11 Withtheleftbankselectedasduty(Press [Left
Arrow] to select if necessary). Ensure the test point
isolationvalveisopen(seegure23).Applyaslowbleed
tothetestpoint,asshowningure23.Thiswillapplya
smallowacrossthe2ndstageregulator.Typically5-15
l/minwillbeadequate.
8
Alarm Output Conditions
AlarmDescription Condition
Normal O
ChangeCylinders On
ChangeCylindersImmediately O
lowlinepressure O
Highlinepressure O
Alarm Output Conditions
AlarmDescription Condition
Normal O
ChangeCylinders On
ChangeCylindersImmediately On
lowlinepressure O
Highlinepressure O
8
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