Medaes Agss Catalog
3
Anaesthetic Gas Scavenging System The Anaesthetic Gas Scavenging (AGS) System shall comply with HTM 2022 and BS 6834. The AGS system shall be a dedicated, specifically designed active extraction and disposal system for waste anaesthetic gas. It shall provide a maximum flow rate of 130 l/min with a 1 kPa resistance to flow, and a minimum of 80 l/min with a 4 kPa resistance to flow at each terminal unit, irrespective of the number of terminal units in use. The AGS system shall use dedicated radial blowers in a simplex or duplex configuration. The AGS pump assemblies shall be skid mounted and included on the skid shall be the simplex or duplex pump(s), motor control unit(s) with starter/isolator, moisture drain flask and flexible connector(s) to connect the plant to the pipeline. Each pump shall include an electric motor and directly coupled impeller assembly. Impeller bearings in the pump(s) shall not require lubrication. The pump(s) shall be air cooled and rated for continuous operation. Vacuum/Flow Regulating Valve A vacuum/flow regulating valve shall be provided, comprised of a spring-loaded plate valve and inlet silencer. The plate shall control air ingress into the pipeline system, thereby controlling the vacuum level within. The number and installed position of the regulating valves fitted to the system shall be determined by the pipeline designer. The vacuum/flow regulating valve shall ensure a maximum vacuum of 200mb below atmospheric pressure is not exceeded. Control System Each motor control panel shall incorporate an emergency panel isolation switch facility, which controls all electrical power to the exhauster unit, remote start switch panels and system indication lights. All control and status indication circuitry shall be limited to 24V a.c. A green ‘POWER ON’ indicator shall be fitted to the starter/ isolator panel, and shall illuminate whenever power is available to the 24V control and indication circuit. A ‘HAND/OFF/AUTO’ switch shall be provided to control operation of the pump, running the pump continuously when selected to ‘HAND’. When selected to ‘AUTO’, control of the pump shall be passed to the remote start switch panels. Operation of any of the remote start switches shall activate the pump. The pump shall continue to run until all remote switches are selected ‘OFF’. The starter/isolator panel shall incorporate a thermal protection overload device. The thermal protection overload device shall also monitor the electrical power supply and phase input. In the event of a fault, the overload device shall break the circuit to the pump, preventing operation until the system is manually re-set. Operation of the overload device shall also break the circuit to the remote start switch panels, extinguishing the green running indicator. Simplex starter/isolator panels c/w alarm pressure switch and duplex units incorporate line pressure switch. This line pressure switch monitors vacuum levels and provides an additional control of the remote start switch and starter/isolator panel green ‘RUNNING’ indicators. Anaesthetic Gas Scavenging System – HTM 2022 SPECIFICATION In an effort to continuously improve our products, the right is reserved to change the specification of the items described herein at any time. Please contact us for further information and up to date specifications. 2003223 20/06/11 Page 1 of 3 Issue 7 BeaconMedæs ● Telford Crescent, Staveley, Derbyshire S43 3PF ● Tel: +44 (0) 1246 474 242 ● Fax: +44 (0) 1246 472 982 Company Reg No. 2957933 (English) ● Company VAT Reg No. 598612590 ● www.beaconmedaes.com ● [email protected] Constructionline Reg No. 75463 ● CHAS accredited contractor ● SAFEcontractor Reg No. N00184450 ANAESTHETIC GAS SCAVENGING Simplex installations shall use remote start switches that include a red ‘PLANT EMERGENCY’ indicator. This indicator shall illuminate on all remote start switch panels if the vacuum level falls below the pressure switch set point level when the pump has been called, or if the overload trips. Duplex installations shall use remote start switches that include an amber ‘PLANT FAULT’ indicator. This shall illuminate, if either pump is set to ‘HAND’, or if one of the overloads trip. A red ‘PLANT EMERGENCY’ indicator shall also be provided and shall illuminate on all remote start switch panels if the vacuum level falls below the pressure switch set point level when the pump has been called. Where a duplex system is installed each pump shall be controlled by a separate motor control panel to enable servicing of either pump or control gear whilst maintaining system operation. Volt free relay kits for replicating alarm conditions to BMS shall be available as an optional extra. To be either installed either at factory or as a retro-fit kit for onsite installation. Terminal Units Terminal unit shall be provided with an adjustable orifice to allow balancing of the terminal unit flows during commissioning. Venturi style terminal units are not acceptable. Terminal units shall not be connected to the medical vacuum system. CE Marking The standard range of BeaconMedæs Anaesthetic Gas Scavenging System are ‘CE’ marked under the Medical Devices Directive 93/42/EEC with approval from notified body no. 0088 (Lloyd’s Register Quality Assurance). Under this directive, the specified products are classified as Class IIb Medical Devices.
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Transcript of Medaes Agss Catalog
Anaesthetic Gas Scavenging SystemThe Anaesthetic Gas Scavenging (AGS) System shall comply with HTM 2022 and BS 6834. The AGS system shall be a dedicated, specifically designed active extraction and disposal system for waste anaesthetic gas. It shall provide a maximum flow rate of 130 l/min with a 1 kPa resistance to flow, and a minimum of 80 l/min with a 4 kPa resistance to flow at each terminal unit, irrespective of the number of terminal units in use. The AGS system shall use dedicated radial blowers in a simplex or duplex configuration. The AGS pump assemblies shall be skid mounted and included on the skid shall be the simplex or duplex pump(s), motor control unit(s) with starter/isolator, moisture drain flask and flexible connector(s) to connect the plant to the pipeline. Each pump shall include an electric motor and directly coupled impeller assembly. Impeller bearings in the pump(s) shall not require lubrication. The pump(s) shall be air cooled and rated for continuous operation.
Vacuum/Flow Regulating ValveA vacuum/flow regulating valve shall be provided, comprised of a spring-loaded plate valve and inlet silencer. The plate shall control air ingress into the pipeline system, thereby controlling the vacuum level within. The number and installed position of the regulating valves fitted to the system shall be determined by the pipeline designer. The vacuum/flow regulating valve shall ensure a maximum vacuum of 200mb below atmospheric pressure is not exceeded.
Control SystemEach motor control panel shall incorporate an emergency panel isolation switch facility, which controls all electrical power to the exhauster unit, remote start switch panels and system indication lights. All control and status indication circuitry shall be limited to 24V a.c. A green ‘POWER ON’ indicator shall be fitted to the starter/isolator panel, and shall illuminate whenever power is available to the 24V control and indication circuit. A ‘HAND/OFF/AUTO’ switch shall be provided to control operation of the pump, running the pump continuously when selected to ‘HAND’. When selected to ‘AUTO’, control of the pump shall be passed to the remote start switch panels. Operation of any of the remote start switches shall activate the pump. The pump shall continue to run until all remote switches are selected ‘OFF’.
The starter/isolator panel shall incorporate a thermal protection overload device. The thermal protection overload device shall also monitor the electrical power supply and phase input. In the event of a fault, the overload device shall break the circuit to the pump, preventing operation until the system is manually re-set. Operation of the overload device shall also break the circuit to the remote start switch panels, extinguishing the green running indicator.
Simplex starter/isolator panels c/w alarm pressure switch and duplex units incorporate line pressure switch. This line pressure switch monitors vacuum levels and provides an additional control of the remote start switch and starter/isolator panel green ‘RUNNING’ indicators.
Anaesthetic Gas Scavenging System – HTM 2022
SPECIFICATION
In an effort to continuously improve our products, the right is reserved to change the specification of the items described herein at any time. Please contact us for further information and up to date specifications.
200322320/06/11
Page 1 of 3Issue 7
BeaconMedæs ● Telford Crescent, Staveley, Derbyshire S43 3PF ● Tel: +44 (0) 1246 474 242 ● Fax: +44 (0) 1246 472 982 Company Reg No. 2957933 (English) ● Company VAT Reg No. 598612590 ● www.beaconmedaes.com ● [email protected]
Constructionline Reg No. 75463 ● CHAS accredited contractor ● SAFEcontractor Reg No. N00184450
AN
AES
THET
ICG
AS
SCAV
ENG
ING
Simplex installations shall use remote start switches that include a red ‘PLANT EMERGENCY’ indicator. This indicator shall illuminate on all remote start switch panels if the vacuum level falls below the pressure switch set point level when the pump has been called, or if the overload trips.
Duplex installations shall use remote start switches that include an amber ‘PLANT FAULT’ indicator. This shall illuminate, if either pump is set to ‘HAND’, or if one of the overloads trip. A red ‘PLANT EMERGENCY’ indicator shall also be provided and shall illuminate on all remote start switch panels if the vacuum level falls below the pressure switch set point level when the pump has been called.
Where a duplex system is installed each pump shall be controlled by a separate motor control panel to enable servicing of either pump or control gear whilst maintaining system operation.
Volt free relay kits for replicating alarm conditions to BMS shall be available as an optional extra. To be either installed either at factory or as a retro-fit kit for onsite installation.
Terminal UnitsTerminal unit shall be provided with an adjustable orifice to allow balancing of the terminal unit flows during commissioning. Venturi style terminal units are not acceptable. Terminal units shall not be connected to the medical vacuum system.
CE MarkingThe standard range of BeaconMedæs Anaesthetic Gas Scavenging System are ‘CE’ marked under the Medical Devices Directive 93/42/EEC with approval from notified body no. 0088 (Lloyd’s Register Quality Assurance). Under this directive, the specified products are classified as Class IIb Medical Devices.
In an effort to continuously improve our products, the right is reserved to change the specification of the items described herein at any time. Please contact us for further information and up to date specifications.
200322320/06/11
Page 2 of 3Issue 7
BeaconMedæs ● Telford Crescent, Staveley, Derbyshire S43 3PF ● Tel: +44 (0) 1246 474 242 ● Fax: +44 (0) 1246 472 982 Company Reg No. 2957933 (English) ● Company VAT Reg No. 598612590 ● www.beaconmedaes.com ● [email protected]
Constructionline Reg No. 75463 ● CHAS accredited contractor ● SAFEcontractor Reg No. N00184450
AGS Pump Assembly Details
Part
num
ber
Mod
el
Form
at
Volt
age
(V)
Sup
ply
freq
uenc
y (H
z)
Phas
e ~
FLC
/pum
p (
A)
Mot
or s
tart
cur
rent
(A
)
Min
. cab
le s
ize
(mm
2)
Mot
or r
ated
fuse
d s
upp
ly/p
ump
(A
)
Leng
th (
mm
)
Wid
th (
mm
)
Hei
ght
(mm
)
Wei
ght
(kg)
Mot
or p
late
(kW
)
Noi
se le
vel p
er p
ump
@
1m
dB(
A)
Con
nect
ion
(mm
)
4153 1254 00 AGS-520-D/3
Dup
lex
400
50 H
z
3 1.8 9 2.5 16 900 525 1160 96 0.75 60 54
4153 1255 00 AGS-1560-D/3 400 3 3.3 23 2.5 16 900 525 1160 121 1.5 64 54
4153 1256 00 AGS-2860-D/3 400 3 7.2 48 4 16 900 525 1160 139 3 69 54
4153 1251 00 AGS-520-S/3
Sim
ple
x
400 3 1.8 9 2.5 16 525 525 1160 56 0.75 60 54
4153 1252 00 AGS-1560-S/3 400 3 3.3 23 2.5 16 525 525 1160 68 1.5 64 54
4153 1253 00 AGS-2860-S/3 400 3 7.2 48 2.5 16 525 525 1160 77 3 69 54
4153 1261 00 AGS-650-D/3
Dup
lex
380
60 H
z
3 1.8 10 2.5 16 900 525 1160 96 0.9 64 54
4153 1262 00 AGS-2210-D/3 380 3 3.3 23 2.5 16 900 525 1160 121 1.8 69 54
4153 1263 00 AGS-3770-D/3 380 3 7.2 48 4 16 900 525 1160 139 3.6 70 54
4153 1258 00 AGS-650-S/3
Sim
ple
x
380 3 1.8 10 2.5 16 525 525 1160 56 0.9 64 54
4153 1259 00 AGS-2210-S/3 380 3 3.3 23 2.5 16 525 525 1160 68 1.8 69 54
4153 1260 00 AGS-3770-S/3 380 3 7.2 48 2.5 16 525 525 1160 77 3.6 70 54
Notes…
1. Noise levels are averages, measured in accordance with ISO 517:1996 Free Air Aspiration and ISO 2151 Mean Sound Level2. Service connections are copper to BS EN 13348 and relate to the external pipe diameter
In an effort to continuously improve our products, the right is reserved to change the specification of the items described herein at any time. Please contact us for further information and up to date specifications.
200322320/06/11
Page 3 of 3Issue 7
BeaconMedæsTelford Crescent,Staveley, DerbyshireS43 3PF, EnglandTel: +44 (0) 1246 474 242Fax: +44 (0) 1246 472 982www.beaconmedaes.comE-mail: [email protected]
Typical AGS Pump Assembly Layouts
Duplex Pump Assembly
Simlex Pump Assembly
Note: Items 2 & 9, Flow regulating valve and inlet connection, can be re positioned on site if required
ALT. 2INLET
ALT. 1INLET
CABLEENTRANCE
MOUNTING BY4x M8 BOLT
9
29
3
10Ø54
Ø54
REF. DESCRIPTION1 FLEXIBLE HOSE2 FLOW/REGULATING VALVE3 PRESSURE SWITCH4 NON-RETURN VALVE5 DRAIN FLASK6 ISOLATION VALVE7 MOTOR CONTROL PANELS8 PUMPS9 INLET CONNECTION10 EXHAUST CONNECTIONS
1
8
7
445525
1160
40
10
7
8
6
5
2
495525
15
ALT. 2INLET
ALT. 1INLET
CABLEENTRANCE
MOUNTING BY4x M8 BOLT
10
9
Ø54
29
2
10
870900
445525
1160
40 15
6
5
7
8
1
8
7
31
