3-Way Temperature Control Valve - GMS...

Key benefits lEase of integration - valve size matches pipe size, resulting in reduced installation time and installation costs

l Flexibledesign-portscanbeconfigured to suit installation

lLow pressure drop - compared to other valve types

lSmall physical size

lHand wheel allows manual adjustment of valve (optionalonpneumaticvalve)-simplifiedset up and maintenance

Typical applications For engines, turbines, gearboxes and heat exchangers:

lCharge air cooling

lSecondary cooling systems

lFuel and lube oil preheating

lCo-generation

lEngine jacket water

For refineries, chemical plants and oil reproduction:

lWaste heat boilers

lProduct coolers

lProduct heaters

lProduct condensers

Electric GG valve

Pneumatic GG valve

Now even more

compact

G valve compared with a typical equivalent competitor’sspecification.

Model G, Version G and Accessories

DS-GG-Temp-Control-Valve-0615-rev10 www.amot.com

3-Way Temperature Control Valve

DS-GG-Temp-Control-Valve-0615-rev10

3-Way Temperature Control Valve - Model G, Version G

ContentsOverview ..................................................... 3

Applications .............................................. 3

System Types .............................................. 4

Overview of Valve Body ............................ 6

Specification ............................................6

ModesofOperation ..................................7

ValveSizing..............................................9

Dimensions ................................................ 13 Overview of Electric Actuation ................... 15

Electronic Positioner ................................. 16

Overview of Pneumatic Actuation .............. 16

How to Order ............................................. 17

Accessories ............................................... 18

PIDController8071D,8072D,SSR47581....18

3-WirePT100TemperatureSensor8060.....18

SolidStateRelayModule8073C.................19

ElectroPneumaticConverter8064A............19

ElectroPneumaticConverter8064C............20

PneumaticIndicatorControllerSG80..........20



AMOT G valves are 3-way control valves consisting of a heavy duty rotary valve and either a quarter turn electric or pneumatic actuator.Thevalvesprovideahighdegreeof accuracy and repeatability for accurate temperature control and are equally accurate inmixingordivertingserviceoverawideflowrange.

The heavy duty rotor design provides tight temperature control without high maintenance requirements.Thesystemisavailableinthreestandardcontrolconfigurations:electric;pneumatic;andelectro-pneumatic,offeringflexibilityformostrequirements.Designed

for high vibration service, the AMOT G valves arequalifiedtoLloyd’sMarineRequirementsforshipboardservice.Valvescanbedirectlymountedto reciprocating machinery, such as diesel engines,withoutvibrationisolation.Theheavyduty actuators are specially reinforced to provide vibrationresistance.

The standard valves are suitable for a variety offluidssuchaswater,water/glycol,seawater,lubricatingandhydraulicoils.Optionalbodymaterials are available for services involving syntheticorfireresistantoils,deionizedwaterandammoniaorfreoninoil.

Applications

Overview

Charge Air Temperature ControlThe intercooler is used to cool high temperature turbochargerair.

InthisapplicationtheGValveregulatestheflowof cooling water through an intercooler, increasing efficiency,enhancingperformanceandhelpingtomeettoday’senvironmentalrequirements.

Diverting ApplicationsJacket water cooling in diverting applications regulates the outlet coolant water temperature fromadieselorgasengine.Thevalveeithersends water to a cooler or bypass loop, accurately maintainingthetemperature.

The temperature is normally measured at the outletfromtheheatsource.

Mixing ApplicationsLubricating oil temperature control is normally configuredinamixingapplicationcontrollingthereturntemperaturetotheheatload.Thetemperature is normally measured as close as possibletothesumpreturn.



Electric System

The electric actuator is a rugged, compact and lightweight quarter turn actuator having enclosure protectiontoIP65.

The actuator is powered by an electric motor drivingaworm-typegearbox.Thewormgearboxpreventsreversedriveduetofluidforces.Itisfittedwithmanualoverrideasstandard,enablingvalveoperationwithoutpower.

Athermalcutoutisfittedpreventingoverheating.Limit switches at each end of stroke disconnect motorpowerwhenendstrokeisreached.Thesecanalsobeusedforremoteindication.

See page 15 for more information on the electric actuator.

GG ValvePIDController8071/2D,IP67enclosure

For the electric valve, the actuator of the G valve assembly uses an electric motor which rotates in either direction in response to the ON-OFF signalsreceived.Themotordrivesagearboxconnected to the rotor shaft and turns the valve rotor clockwise or counter-clockwise, a maximum of90degrees.Attheendoftravel,limitswitchesare incorporated to isolate the electrical supply to the motor when the valve rotor has reached eitherendoftherotation.Afeedbackhallsensoris standard and provides position indication to the controlsystem.

Electric Valve

The electric valve system incorporates the use of an electrically actuated three-way control valve withanelectroniccontroller.The8071DPIDController can be either panel or wall mounted (seepage18formoreinformation).Thesystemis completed with a temperature sensor type 8060 (seepage18fordetails).

The electric G Valve system is simple to install with standard four core cable, and provides more accurate measurement and control than typical pneumaticallyoperatedsystems.

Temperature Probe 8060

System Types

Electric GG Valve



Electro-Pneumatic System The electro-pneumatic valve system combines both electric and pneumatic technology, consisting of a pneumatically actuated three-way control valve with an electro-pneumatic converter, type 8064A.Seepage19formoredetails.

The probe sends a resistance signal to the electroniccontroller,whichinturnsendsa4to20mAsignaltoanI/Pconverterthatconvertsthistoapneumaticsignal.

The electro-pneumatic system combines the features and functionality of the AMOT electronic controlsystemwiththefail-safeactionbenefitsofapneumaticallyactuatedvalve.

GG ValveElectro-Pneumatic Converter 8064A

Temperature Controller 8071D


Pneumatic Valve The pneumatic valve uses a spring return pneumatic actuator and positioner to control the rotation of the valve in response to an input signal from a pneumatic or electro-pneumatic control system.Thepneumaticcontrolsystemsendsapneumaticsignalrangingfrom0.21to1.03bar(3 to 15 psi) to the actuator to correctly position thevalveatthedesiredtemperaturesetting.Thepneumatic control system usually consists of a P+I pneumatic controller, sensor and the necessary air supplyconditioningequipment(regulators,filtersandwatertraps).

Pneumatic System The pneumatic valve system incorporates a pneumatically actuated three-way control valve with controller and integral temperature sensor, theSG80,whichcanbepanelorwallmounted.FormoreinformationontheSG80,seepage20.The pneumatic G valve system is ideal when there is a lack of electricity or when a fail-safe system is needed.

The pneumatic actuator is a rugged, quarter turn, double piston actuator operating on a scotch yoke principle.

Theactuatorisfittedwithspringreturnasstandardallowingfail-safeconfigurationifnecessary.Itisalsofittedwithavalvepositionerenablingaccurateandrepeatablemovement.See page 16 for more information on the pneumaticactuator.

SG80 Temperature Controller and Sensor

System Types continued

Pneumatic GG Valve

GG Valve



SpecificationFlow to: 720m3/hr 3,170USgpm ForvalveswithhigherflowratesseedatasheetGEF_GPD_Temp_Control_Valve

Sizes: Standard flow High flow

80mm - 250mm (3” - 10”) 80mm - 200mm (2” - 8”) For250mm(10”)highflowandaboveseeDatasheetGEF_GPD_Temp_Control_Valve

Body material: Ductile iron High performance iron, for fresh water, lubricating oils

Seal material: Flourocarbon (Viton, FKM)

Flanges: EN1092,ASMEandJISstandards.

Maximum internal valve pressure: 10bar (145psi)

Maximum temperature 100°C (212°F) of fluid:

Vibration: ExceedstherequirementsofLloyd’sRegisterTypeApprovalSystem, TestSpecificationNumber1,2002,VibrationTest2. Forbothelectricandpneumatic:

Frequency range

Displacement Acceleration Lloyd’s

5 - 25 Hz +/-1.6mm +/-1.6mm

25 - 100 Hz +/-5.0g(49m/s2) +/-4.0g(39m/s2)

100 - 300 Hz +/-1.0g(9.81m/s2)90minute

No requirement

Overview of Valve BodyKey features and benefitslLightweight and compact

lConfigurableports-allowingflexibilityoninstallation

l Low pressure drop - enables savings on either valve or pump size

l High accuracy providing better temperature control

Valve Body



The unique construction of the AMOT G valve provides total flexibilitybyallowingyoutoselectthevalveportpositionsmostideallysuitedtomeetyourapplicationrequirements.Therearetwomaintypesofmodeofoperation:90°rotorthatallowseitherports1or3tobeselectedasthecommonport;and180°rotorthatrequiresport2tobethecommonport.Arrowindicates valve movement with increasing temperature or mA, asviewedfromabove(seediagram).Forelectricallyactuatedvalves, on loss of signal the actuator is set up by default to stopinitscurrentposition.

Electric actuator (switched live input)

Electric actuator direct acting(4-20mA input)

Electric actuator reverse acting(20-4mA input)

Cold position Hot position 4mA (cold) 20mA (hot) 20mA (cold) 4mA (hot)

23

ed

oM

12

ed

oM

21 e

do

M3

2 e

do

M31

ed

oM

13

ed

oM

3

2

1

Modes of Operation - Electrically Actuated



The unique construction of the AMOT G valve providestotalflexibilitybyallowingyoutoselectthe valve port positions most ideally suited to meetyourapplicationrequirements.Therearetwomaintypesofmodeofoperation:90°rotorthatallows either ports 1 or 3 to be selected as the commonport;and180°rotorthatrequiresport2tobethecommonport.Arrowindicatesvalvemovement with increasing temperature or mA, as viewedfromabove(seediagram).

Pneumatic actuator direct acting Pneumatic actuator reverse acting

3 PSI (cold) 15 PSI (hot) No signal 15 PSI (cold) 3 PSI (hot) No signal

23

ed

oM

12

ed

oM

21 e

do

M3

2 e

do

M31

ed

oM

13

ed

oM

3

2

1

Modes of Operation - Pneumatically Actuated



s s s s s sss s

80(3) 50(2) 7 14 20 26 33 39 46 52

100(4) 80(3) 19 35 51 67 83 99 115 131

150(6) 100(4) 29 54 79 104 129 154 179 204

200(8) 150(6) 66 122 178 235 291 347 403 459

200(8) 118 218 318 418 517 617 717 817

250 (10)

300 (12) 250 (10)

350(14) 300(12)

400(16) 350(14)

450(18) 400(16)

Valve Sizing (Metric units)

Recommended maximum pressure drop

14 3 2

1 – Water

2 – ISO VG32

3 – ISO VG46

4 – ISO VG68

Valve selection curves for valves with90orotor.Forvalveswith180o rotormultiplypressuredropsby2.

AMOT type G valves are designed to produce minimal pressure drop.Thenormalrecommendationinsizingthevalvesistoselectapressuredropbetween0.01to0.3bar(0.15and 4.5psi).

Tousethegraphitisadvisedtousethefollowingmethod: 1. Startwithapressuredropof0.05baron theverticalaxis,readacrosstothecurve. 2. Followthislinedowntotheflowratesbelow untilyoufindthevalueclosesttoyourflowrate. 3. Followthelineacrosstothelefttodetermine suitablevalvesize. For stable control the valve should be selected so as to provide apressuredropwithfullflowofbetween0.01and0.3bar (0.15and4.5psi).

Standard High flow flow

Siz

e D

N (

inch

es)

Valve Flowrate Selection (Flowrate m3/hr)

CurrentlyonlyavailableinGEF/GPDversions. SeeDatasheetGEF_GPD_Temp_Control_Valvefordata

0

0.05

0.10

0.15

0.20

0.25

0.30

0.35

0.40

Pre

ssu

re d

rop

bar



s s s s s s s ss

3(80) 2(50) 31 62 88 114 145 172 203229

4(100) 3(80) 84 154 225 295 365 436 506 577

6(150) 4(100) 128 238 348 458 568 678 788 898

8(200) 6(150) 291 537 784 1035 1281 1528 1774 2021

8(200) 520 960 1400 1840 2276 2717 3157 3597

10 (250)

12 (300) 10 (250)

14(350) 12(300)

16(400) 14(350)

18(450) 16(400)

Valve Sizing (English units)Valve Flowrate Selection (Flowrate USg/m)

Standard High flow flow

Siz

e in

ches

(D

N)

Pre

ssu

re d

rop

psi

Recommended maximum pressure drop

14 3 2

1 – Water

2 – ISO VG32

3 – ISO VG46

4 – ISO VG68

5.08

4.35

3.62

2.90

2.18

1.45

0.73

0

AMOT type G valves are designed to produce minimal pressure drop.Thenormalrecommendationinsizingthevalvesistoselect apressuredropbetween0.15and4.5psi(0.01to0.3bar).

Tousethegraphitisadvisedtousethefollowingmethod: 1. Startwithapressuredropof 0.5psi on the vertical axis, readacrosstothecurve. 2. Followthislinedowntotheflowratesbelowuntilyoufindthevalueclosesttoyourflowrate. 3. Followthelineacrosstothelefttodeterminesuitable valvesize. For stable control the valve should be selected so as to provide a pressuredropwithfullflowofbetween0.15and4.5psi(0.01 and0.3bar).


Valve selection curves for valves with90orotor.Forvalveswith180o rotormultiplypressuredropsby2.



Fortheselectionofvalvesformoreviscousfluidsthanwater,thefollowingmustbecalculated:

Viscosity:Findtheviscosityofthefluidinwhichthevalveistooperate.Theviscosityisnormallyexpressedincentistokes.WhereISOoilisused,the grade number is also the viscosity eg ISO VG46is46centistokesat40°C(104°F).

Viscositycorrection:Byusingthecorrectiongraphbelow,theflowcoefficientcorrectionfactorcanbeestablished.Thecorrectionfigureobtainedfromthe graph should then be multiplied by the original flowcoefficientwhichcanthenbeusedinthestandardvalvesizingformulae.

Engine oils

Oil cSt

SAE 5W 6.8

SAE 10W 32

SAE 20 46

SAE 20W 68

SAE 30 100

SAE40 150

SAE 50 220

Gear oils

Oil cSt

SAE75W 22

SAE 80W 46

SAE 85W 100

SAE90 150

SAE140 460

SAE Oil Viscosities

Some approximate viscosities (cSt) of SAE oils at 40°C(104°F)areshownbelow,basedonleadingoilmanufacturers’publisheddata.

Viscosity Correction Curve (Fv)

Viscosity (Centistokes)

Fv

Valve Sizing

Example:

Fromthegraphbelow: 100cSt=correctionfactorof0.68

0.68xflowcoefficient=correctedflowcoefficient(KvorCv)

Some approximate viscosities (cSt) of SAEoilsat40°C(110°F)areshownbelow, based on leading oil manufacturers publisheddata.

Viscosity Correction

Cor

rect

ion

Fac

tor



The G valve is designed to produce minimalpressuredrop.Thenormalrecommendation when determining the size of an AMOT G valve is a pressuredropbetween0.01and0.3bar(1.5and4.5psi).Note: Kv and Cvvaluesareapplicableto90°rotorversionsonly.

Valve Flowrate

Size DN (in)

Standard flow

80 (3)

100 (4)

150 (6)

200 (8)

250 (10)

300 (12)

350 (14)

400 (16)

450 (18)

High flow

50 (2)

80 (3)

100 (4)

150 (6)

200 (8)

250 (10)

300 (12)

350 (14)

400 (16)

Kv 82 207 323 729 1296

Cv 96 242 378 851 1513

SeethetablebelowforexamplesofKvandCv:

Valve SizingValve Sizing Calculations

Pressure Drop

TheAMOTGValveisnotatightshutoffvalve.When used in a reasonably balanced pressure system there will be some small amounts of leakagebetweenports.Theactualamountofleakage will vary with the pressure difference

Valve Bypass Flowrates betweentheseports.ConsultAMOTforfurtherinformation if the application is sensitive to leakage rates or if high pressure differences are likelytooccur.


There are two other ways that this formula can be used to findtheflowinUSgallons/minuteorpressuredropofa valveinPSI:

ThebasicformulatodeterminetheKvofavalveis:

DpSGKv = Q

Q = Flow (m3/h)

Dp = Pressure drop (bar)

SG=Specificgravityoffluid

Kv=Valveflowcoefficient

ThebasicformulatodeterminetheCvofavalveis:

DpSGCv = Q

Q=Flow(USgallons/min)

Dp = Pressure drop (psi)

SG=Specificgravityoffluid

Cv=Valveflowcoefficient

There are two other ways that this formula can be used to findtheflowinm3/horpressuredropofavalveinbar:

SGDpQ = Kv

KvQDp = SG

SGDpQ = Cv Cv

QDp = SG 22

Kvistheflowcoefficientinmetricunits.Itisdefinedastheflowrateincubicmetersperhour(m3/h)ofwateratatemperatureof16ºcelsiuswithapressuredropacrossthevalveof1bar.Cvistheimperialcoefficient.ItisdefinedastheflowrateinUSGallonsperminute[gpm]ofwateratatemperatureof60ºfahrenheitwithapressuredropacrossthevalveof1psi.(Kv=0.865Cv/Cv=1.156Kv)



Dimensions

See page 14 for dimensions

Electrically Actuated with Manual Override

Pneumatically Actuated with Manual Override

Pneumatically Actuated



Dimensions continued

NB A B C D E R S T U V W X Y Z R* S* T* U* V* W X Y Z

03GGS 207 200 107 03GGS

03GGH 227 200 127 03GGH

04GGS 242 229 128 04GGS

04GGH 281 224 169 04GGH

06GGS 312 285 169 06GGS

06GGH 346 285 191 100 06GGH

08GGS 371 343 191 08GGS

08GGH 418 340 253 08GGH

10GGS 455 406 253 10GGS

10GGH 521 405 292 10GGH

12GGS 533 292 12GGS

12GGH 631 346 12GGH

NB A B C D E R S T U V W X Y Z R* S* T* U* V* W X Y Z

03GGS 8.2 7.9 4.2 03GGS

03GGH 8.9 7.9 5.0 03GGH

04GGS 9.5 9.0 5.0 04GGS

04GGH 11.1 8.8 6.7 04GGH

06GGS 12.3 11.2 6.7 06GGS

06GGH 13.6 11.2 7.5 3.94 06GGH

08GGS 14.6 13.5 7.5 08GGS

08GGH 16.5 13.4 10.0 08GGH

10GGS 10.0 20.4 10.2 17.9 16.0 10.0 10GGS

10GGH 20.5 15.9 11.5 10GGH

12GGS 12.0 23.6 11.8 21.0 19.0 11.5 12GGS

12GGH 24.8 19.0 13.6 12GGH

4.53 2.09

14.29 18.78 5.87 2.09

2.13 10.24 2.99 5.59 5.79

4.456.10 7.87 1.77 3.11 11.69 14.25

9.29 11.73 15.75 6.14 5.202.76 11.42 3.23 6.30 6.18

2.56

7.68

5.51 2.68

8.70

157 236 298 400

260 76 142 147

113155 200

8.0 17.7 8.9

250

300

520

600

260

300

3.0 11.0 5.5

Valve Type

4.0 11.8 5.9

6.0 14.6 7.3

Valve Type

Valve TypeValve Body Electrically Actuated

483

65

221

195

140 68

54

70 290 82 160

Valve Body

45 79 297

Valve Type

95 123 100 52 52 245 192

Pneumatically ActuatedElectrically Actuated

80 280 140

200

150

100

225450

185370

150300

7.56 3.74 2.09

Pneumatically Actuated

362 115 53

53149477363132156

95 53

3.74 4.84 3.94 2.05 2.05 9.65

*Relevantonlytopneumaticactuatorwithmanualoverrideversion

Boltholedimensionsareaspertherelevantspecificationchoseninthemodelcoding.Fulldimensionaldetailscanbeprovidedonrequest.

Dimensions in mm

Dimensions in inches



Key features and benefitslSelf-locking with minimum backlash in the

transmission - prevents valve movement duetoflow

lAuxiliary limit switches for user connection

lManualoverridefittedasstandard-valvecan be operated in event of power failure

l Two torque switches - provide protection in event of actuator overloading

Overview of Electric Actuation

SpecificationPower 115V ±10%or230V±10% 50/60Hzsinglephase

Limit switches Twoopen/closeSPDT 250VAC,10A

Motor thermal protection Fitted as standard

Angular rotation 110° max Quarter turn

Position sensor Contactless half effect

Cable entry 2xM25x1.5 IP68glandsprovided

Mechanical stop Two adjustable screws

Manual override Fitted as standard

Materials Steel, aluminum alloy, aluminum bronze, polycarbonate

External coating Dry powder polyester

Weatherproof enclosure IP67,NEMA4and6

Ambient temperature -20°Cto+85°C (-4°Fto+185°F)

Ambient humidity 90%RHmax(non-condensing)

Anti-condensation heater 7-10W

Vibration resistance 5 - 100 Hz 5g

100 - 300 Hz 1g

Performance Duty cycle 20°C Stroke time (secs) Max currrent (A)

Standard High flow 50 Hz 60 Hz 220V 110V

50 CurrentlyonlyavailableinGEF/GPDversions.SeeDatasheetGEF_GPD_Temp_Control_Valvefordata

80-200 80-200 65% 25 21 0.88 1.7

250-450 250-400 CurrentlyonlyavailableinGEF/GPDversions.SeeDatasheetGEF_GPD_Temp_Control_Valvefordata

Electric Actuator



TheAMOTactuator/valvepositionerisconfiguredtoacceptanindustrystandard4-20mApositiondemand input signal, and uses this to operate internalsolidstateswitchingtodrivethemotor. The microprocessor based unit uses the signal from the contactless position sensor to accurately position the actuator, taking into account motor responsetimeandactuatorovershoot. The positioner is split into two parts, housed in the terminalbox.Thereisapowermodule,inwhichall high voltage circuits are fully encapsulated to withstandhighvibration,andacontrolboard.Thisdesignallowsforeasymaintenance.

Userconfigurationallows:

lTheinputcanbeselectedfrom4-20mA, 0-20mA,0-5V,0-10Vand2-10Vbyswitches. l 4-20mAoutput,whichshowsactualvalve position,canbeconfiguredtoretransmitthe demandinputsignal.

lAswitchallowsforeasyconfigurationof which end of stroke corresponds with a 4mAdemand.

lThe action on sensor fail can be selected frommovingtoeitherthe4mAorthe20mA positions,butisfactorysettonotmoving.

lThe deadband can be increased to aid performancewithnoisyinputsignals.

lWhen necessary, such as after maintenance, the actuator can be recalibrated at the touch ofabutton.

Electronic Positioner

Overview of Pneumatic Actuation

Key features and benefitslA rugged quarter turn, double piston, rack

and pinion pneumatic actuator with spring returnandvalvepositionerasstandard.

lCanbeconfiguredfail-safe

SpecificationHousing Castaluminumbase,steelcoverandtwopartPolyurethanepaintfinish.

Supply pressure 6to8bar (90to115psi)

Signal pressure 0.21to1.03bar (3to15psi)

Pressure connections G 1/4 (1/4NPT)

Manual override Optional

Pneumatic Actuator

There are three LEDs on the terminal box on the side of the actuator, providing clear visual indication ofactuatorstatus.Twoalarmoutputsallowforremotefaultmonitoring.

Electronic Positioner



06GG S D B S 32 EA B CA -AA Code DescriptionNominal Bore Size Comments

02GG 2 Inch (DN50) High Flow Only03GG 3 Inch (DN80)04GG 4Inch(DN100)05GG 5 Inch (DN 125) Standard Flow only06GG 6 Inch (DN150)08GG 8 Inch (DN200)10GG 10 Inch (DN250) Standard Flow only

Valve Flow Type (RefertoflowcoefficienttableforCv/Kvdata)S Standard Flow ValveH High Flow Valve

DFlange Class Flange Standard Flat / Raised Face

A PN6 EN1092 RaisedB PN10 EN1092 RaisedC PN16 EN1092 RaisedF 125 lb (Flat Face) ASME Flat J 150 lb ASME RaisedL 10K JIS FlatM 5K JIS Flat

Rotor TypeS StandardRotor

Cold Process Hot Process12 Port 1 Port 223 Port 2 Port 331 Port 3 Port 121 Port 2 Port 132 Port 3 Port 213 Port 1 Port 3

Power Supply Air Connection Manual overrideEA 100-120Vac50/60Hz -EB 200-240Vac50/60Hz -P1 - G1/4(1/4"BSPP)P2 - 1/4"NPTP3 - G1/4(1/4"BSPP)P4 - 1/4"NPT

Input SignalAB 4-20mAC 20-4mA1 3-15psi2 15-3psi

AA None

CAEA

Pne 00

-AA-***

Ductile Iron

Clockwise

Anticlockwise

Valve Flow Type

Body Material

Rotor Position Rotation Starting From Cold Position

Val

ve B

ody

Sel

ecti

on

Rotor Type

Valve Flange Connection Standard and Class

Valve Body

Valve Size & Model

Valve Mode of Operation

Act

uat

or S

elec

tion

Example Code

4-20mAPositionRetransmit

On Increasing Temperature

Comments

Elec

Pne

Actuator Control Input Signal

Elec

tric

Relays,SwitchedLiveSupply

Not Fitted

Fitted

Elec

Pneu

Valve Actuation Type Electric Actuator Power Supply Pneumatic Actuator Air Connections & Manual override

Fitted as Standard

Customer Special Options

Feedback Signal

None

Actuator Feedback Signal

Customer Special Code AssignedStandard Product

20-4mAPositionRetransmit

Not applicable for Actuator Control Input Signal codes B or C

How to OrderUsethetablebelowtoselecttheuniquespecificationofyourGvalve:



PID Valve Controllers 8071/8072D and Solid State Relays 47581L001

Key features and benefitslFully programmable PID-based control -allowseasysystemconfiguration

lUniversalinputs;RTD’s,thermocouple,orstandard4-20mAsignalgivesmaximumsys-temdesignflexibility

lCan be operated in manual mode - easy maintenance and set up

Accessories

Solid State Relay

47581L001

PID Controller 8072D

PID Controller 8071D

For further information and how to order these products see Datasheet_8071_2_D_47851.pdf

3-Wire PT100 Temperature Sensor - 8060Key features and benefitsl3wireRTDs-accuratetemperature

measurement

l Excellent long term stability

lGood linearity

lCan use standard 3-core cableTemperature Sensor

8060

For further information and how to order this product see Datasheet_8060_temp_sensor.pdf



Solid State Relay Module - 8073C

Accessories

Relay Module

8073C

The8073CrelaymoduleincorporatestwosolidstaterelayswithterminationsinanIP67enclosure.The8073Cisdesignedtobeusedwiththe8071Dcontroller logic outputs to drive voltages for the electricallyactuatedGvalve.Featuresinclude:zero-crossing switching, relay and logic level inputs and IP67enclosure.

Interface with 8071D controller Interface with AC input signals

Typical Applications

Logic outputs

110/240 Vac

AC inputs

110/240 Vac

Key features and benefitslIP67enclosure

l AlternativetousingtwoSSRstype47581L001

lGood linearity

lCan use standard 3-core cable

For further information and how to order this product see Datasheet_8073C_SSR.pdf

Electro-Pneumatic Converter - 8064A

Electro-Pneumatic Converter - 8064A

Key features and benefitsl Highvibrationresistance-Lloyds4G

lSuitable for longer pipe runs

lFully adjustable for optimised system operation

lATEXhazardousareacertification For further information and how to order this product see Datasheet_8064A_C_elect_pneu_converter.pdf

G ValveElectro-Pneumatic Converter 8064A

Temperature Controller 8071D


Typical Application



Pneumatic Indicator Controller - SG80

Accessories

Pneumatic Indicator Controller SG80

Key features and benefitslComplete stand alone controller, no other

control components required - reduced system cost

lEasily removable components - low maintenance

lGood dynamic response - gives optimum engine performance

lCompatible with every type of pneumatic valve-flexible

For further information and how to order this product see Datasheet_SG80_Pneu_Ind_ Controller.pdf

Typical Application

SG80 Temperature Controller and Sensor

G Valve

Electro-Pneumatic Converter - 8064C

Electro-Pneumatic Converter - 8064C

For further information and how to order this product see Datasheet_8064A_C_elect_pneu_converter.pdf

Typical Application

Electro-pneumatic system

G valveElectro-pneumatic converter 8064C

Temperature controller 8071D

Temperature probe 8060

Key features and benefitslAccepts high supply pressure - avoids use

of additional regulator

lFactory set for ease of installation

lLowcostalternativeto8064A

lATEXhazardousareacertification

Europe and Africa

AMOTWestern WayBury St EdmundsSuffolk, IP33 3SZEngland

Tel +44(0)1284762222Fax +44(0)[email protected]

AMOT Controls GmbHRondenbarg2522525 HamburgGermany


Americas

AMOTUSA 8824FallbrookDrHouston TX77064USA

Tel: +1(281)9401800Fax +1(713)5599419Email [email protected]

Asia and Australasia

AMOT ShanghaiRm4102-4104UnitedPlaza 1468NanjingRoadWestShanghai200040China


AMOT Singapore10EunosRoad8#12-06Singapore Post CentreSingapore408600

Tel +6564086265Fax [email protected]

www.amot.com

3-Way Temperature Control Valve - GMS...

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