3-Way flanged ball valves Models A,MR and AR - filter selectorfilterselector.com/FilterPDF/Ball Valves BrochMBC021.pdf · ports: a - din : dn65 - dn100 mr - din : dn25 - dn50 mr -

PPoorrttss::AA -- DDIINN :: DDNN6655 -- DDNN110000MMRR -- DDIINN :: DDNN2255 -- DDNN5500MMRR -- AANNSSII :: 11"" -- 22""AARR -- DDIINN :: DDNN6655 -- DDNN115500AARR -- AANNSSII :: 22 11//22""-- 66""

FFllaannggeess::DDIINN :: PPNN1166 -- PPNN4400AANNSSII :: 115500 -- 330000 LLbbss

•• FFllooaattiinngg bbaallll..

•• TTrraannss ffllooww ""ddeessiiggnn""..

•• LLeeaakk--ffrreeee ooppeerraattiioonn..

•• LLooww ttoorrqquuee ffoorr eeaassyyooppeerraattiioonn..

3-Way flanged ball valvesModels A,MR and AR

Model MR

Models A and AR

G l o b a l F i l t r a t i o n T e c h n o l o g y MBC

021

rev

13-

03-0

4

DDeessccrriippttiioonn 33--WWaayy ffllaannggeedd bbaallll vvaallvveess

Transflow Design

Parker Arlon Ball Valves are designed totransfer flow, without interruption orshutdown. Typical applications are:Lubrication Systems, Shaft-Sealing OilSystems, Fluid Power Filtration Systems -Fluid Power Heat Exchange Systems.

Parker Arlon’s continuous - flow transfervalve design guarantees shock-freeuninterrupted flow while simultaneouslydivertering both inlet and outlet flowsfrom one component to its twin, withoutaltering the continuity of full flowthrough the valve. A tight shut-off of theidle component is provided to allow foreasy maintenance. Parker Arlon ballvalves do a leak-free, efficient job in awide variety of applications for fluids, andprocess media. (fig. 1)

Mounting

Ensure the balls are aligned in parallelwith the couplingshaft when the change-over lever is against the stop on thedetention plate. When fitting valves, careshould be taken to ensure they are notsubjected to any extreme loads appliedvia heat exchangers or associated vessels.The valve connections should never beexposed to torsional stresses of any kind.

Springloaded Ball-Seat Design

The absolute tightness of the Parker Arlon3-way 2-seat flanged ball valves isobtained by the floating ball designwhich gives an automatic, positive seal.Lifting jacks or locking flanges are notnecessary.

To guarantee leakfree functioning underthe most severe system-circumstances,the valves are provided with twospringloaded glass fibre reinforced PTFEball seats i.e. one in port 'A' and one inport 'B', resulting in an extremely lowchange-over torque at equalizedpressure. As there is no ball seat mounted on port'C' it is avoided that this port will be shutoff (see valve torque data). (fig. 2)

Stem Seal Design

The stem seal design consists of a radialand axial glass fibre reinforced PTFEbushing with a PTFE back-up ringprotected double "O"- ring sealingconstruction. (fig. 3)

Equalizing Line

Before changing over, the pressure in thesystem has to be equalized to avoidpressure shocks and air locks. Ourthreeway ball valves offer the possibillityto mount an integrated pressureequalizing ball valve.

Design Standards

Max. working pressure A:- PN 16 16 bar DIN 2633

Max. working pressure MR/AR:- PN 16 16 bar DIN 2633- PN 40 40 bar DIN 2635- 150 lbs ANSI B16.5- 300 lbs ANSI B16.5

Connections:- A: DN65 - DN100- MR: DN25 - DN50 1”- 2”- AR: DN65 - DN150 21/2” - 6”

Maximum operating pressure accordingto the relevant "flange rating". Themaximum seal operating temperature isfor NBR : -40˚ C / +100˚ Cfor FPM : -20˚ C / +200˚ Cfor CR : -45˚ C / +100˚ CWhen operating temperatures below -10˚ C: Utilize stainless steel housings only.

Hydrotesting and leaktest according toAPI-598 or DIN 3230. The transflowdesign and available materials complywith API-614.

Materials of Construction

The A model is available with:- Casted body and flanges - GGG50

MR American standard:- Body: Moulded steel- Flanges: Moulded steel

ASTM-A 105 grade B

MR European standard:- Body: Moulded steel S355J2G3- Flanges: Specified in DIN norm

AR American standard:- Body: Cast steel ASTM-A 216 WCB- Flanges: Moulded steel

ASTM-A 105 grade B

AR European standard:- Body: Cast steel GS 45- Flanges: Specified in DIN norm

The floatingball and stem are made ofStainless steel AISI-316 as a standard forall ball valve types.

All pressure containing parts are coveredby certificates in accordance with:EN 10204 /2.2 for valves type "A", EN 10204 /3.1.B for valves type "AR", EN 10204 /3.1.B for valves type "MR".

Surface protectionAll ball valves are delivered from factoryprovided with a primer suitable for allgeneral paint systems.

(fig. 1)

(fig. 2)

(fig. 3)

2G l o b a l F i l t r a t i o n T e c h n o l o g y

MMoouunnttiinngg aanndd MMaaiinntteennaannccee 33--WWaayy ffllaannggeedd bbaallll vvaallvveessStorage

1. During storage the ball valve should besealed against the entry of contaminant,which may cause damage to the balland seals.

2. Ensure that the change-over lever isplaced against its stop on the detentionplate to protect the seals fromdeformation.

Mounting of Transfer Ball Valveswith Flexible Coupling shaft

Ensure the balls are aligned in parallel withthe couplingshaft when the change-overlever is against the stop on the detentionplate. When fitting valves, care should betaken to ensure they are not subjected toany extreme loads applied via heatexchangers or associated vessels. The valveconnections should never be exposed totorsional stresses of any kind. If operational pressures exceed 5 bar thevalves should be pressure equalized priorto change-over (valves with integratedequalizing lines or separated equalizinglines between vessels should be used).Ensure flanges are square when mounted.

Mounting of Transfer Ball Valves,Single or Rigidly Coupled

Ensure the balls are aligned in parallelwhen the change-over lever is against thestop on the detention plate. When fittingvalves, care should be taken to ensure theyare not subjected to any extreme loadsapplied via heat exchangers or associatedvessels. The valve connections shouldnever be exposed to torsional stresses ofany kind. If operational pressures exceed 5bar the valves should be pressureequalized prior to change-over (valveswith integrated equalizing lines orseparated equalizing lines between vesselsshould be used). Ensure flanges are squarewhen mounted.

Operation

To operate change-over ball valves,pressure must be equalized on both sidesof installation and all free air expelled fromsystems. This prevents excessive loadsbeing applied to change-over levers andairation of system fluid. Change-over iscarried out as follows:

1. Open vent valve unit not in service;2. Open equalizing line;3. Close vent valve when all free air has

been expelled from system;4. When pressure has equalized, valve can

be changed over in one singlemovement of change-over lever (90˚ turn L-bore and 180˚ turn T-bore).Extreme force should not be used;

5. On completion of change-overequalizing line must be closed.

Lagerung

Während der Lagerung und desTransports sollen die Anschlüße derArmatur abgedichtet dein, damit keineunerwünschten Fremdkörper in dieAnschlüße eindringen können. Gleichzeitigmuss darauf geachtet werden, dass derSchathebel gegen Anschlag gesetzt ist.

Montage der Doppeldreiwege-Wechselkugelhähne mit Kupplungs-gestänge und Wellengelenken

Die Parker Arlon Wechselkugelhähnemüssen so montiert werden, dass dieAnschlagscheiben gegenübergestellt sindund mittels der Kupplungsgestängesgesichert werden. Bei der Montage derWechselkugelhähne müssenaussergewöhnliche Spannungen auf dieArmatur vermieden werden. Die Anschlüße dürfen auf keinen Fall aufTorsion belastet werden und die Flanschemüssen in gerader Linie stehen. DerSchalthebel soll immer gegen denAnschleg gestellt werden. Ist derArbeitsdruck höher als 5 bar, so muss - bevor eine Umschaltung erfolgen kann -ein Druckausgleich vorgenommenwerden.

Montage der Doppeldreiwege-(starrgekuppelt) und Einfachdreiwege-Wechselkugelhähne

Diese müssen so montiert werden, dassder Schalthebel die Anschlagscheibesichert. Sonst wie oben ernante Weise.

Umschaltung

Bevor der Einfach- oder Doppeldreiwege-Wechselkugelhähn umgeschaltet werdenkann, muss die in Betrieb zu setzendeSystem-hälfte entlüftet uns ausgeglichenwerden, damit keine Luft in das Systemdringen kann. Der Umschaltvorgang sollwie folgt ausgeführt werden:

1. Die in Betrieb zu setzende System-Hälfteentlüften;

2. Die Ausgleichsleitung öffnen;3. Entlüftungshahn schliessen, nachdem

das System entlüftet ist;4. Den Wechselkugelhahn mit einer

Bewegung umschalten bis zumAnschlag (leichter Schlag 90 GradDrehung für T-bore und 180 GradDrehung für L-bore);

5. Ausgleichsleitung nach Umschaltenschliessen.

Précautions durant le stockage

Les orifices entrée et sortie des vannesdoivent être protégés afin d’éviter que desimpuretés penetrent a l’intérieur etendommagement la sphère et les joints.Il faut veiller à ce que le levier soitmaintenu en position butée contre l’ergotd’indexation afin de prévenir toutedéformation des joints.

Montage des vannes à cardans

Les sphères doivent être calées etmaintenues en position parallele contre labutée par la barre d’accouplement. Lorsdu montage sur tuyauteries, les liasions nedoivent pas supporter le poids duréfrigerant et ne subir aucune force radiale.Si la pression de travail excède 5 bar, ilconvient d’adapter séparement où sur lavanne elle-même un systèmed’équipression qui équilibrera le systèmeavant de pratiquer une opération detransfert. Les brides doivent être montéesen parfait alignement.

Montage des vannes transfertsimples où accouplées rigide

Les sphères doivent être calées etmaintenues en position parllele contre labutée.

Fonctionnement

Avant chaque manoeuvre, il faut équilibrerla pression et purger l’autre partie dusystème, ceci afin d’éviter l’entrée d’air. cetransfert s’effectúe de la facon suivante:

1. Ouvrez le robinet de purge non enservice;

2. Ouvrez le ligne d’équilibrage;3. Fermez le robinet de purge quand le

système est vide d’air;4. Après equilibrage de la pression, les

vannes peuvent être commutées en une operation. (Tournez à 90˚ L-bore et 180˚ T-bore). L’operation doits’effectuer normalement, sans effortimportant;

5. Après cette opération, fermez la ligned’équipression.


DDiimmeennssiioonnss MMooddeell AAThreeway transfer ball valve

Double threeway transfer ball valve rigidly coupled

Nm = change-over torque at equalized pressure. All sizes in mm.

RS = Rigid Size (No other sizes available)


Type DN L L1 h R kg Nm

A

310

310

350

155

155

175

158

158

170

350

350

350

37

37

59

15

15

20

65

80

100

A

300

300

345

78

78

127

30

30

40

350

350

350

65

80

100

Type DN RS kg Nm R

Type DN FS kg Nm R

A

480

480

510

80

80

135

30

30

40

350

350

350

65

80

100

Double threeway transfer ball valve flexibly coupled

FS = Flexible Size (required sizes to be specified)

SSppaarree ppaarrttss MMooddeell AA


Pos

1 O-ring

O-ring

Ball Seat

O-ring

Bushing

O-ring

Back-up Ring

Bushing

NBR

70 ̊shoreNBR

70 ̊shorePTFE

NBR

70 ̊shorePTFE

NBR

70 ̊shorePTFE

PTFE

Ø 79,5 x Ø 3 Ø 104,5 x Ø 3

Ø 91,5 x Ø 80 Ø 123 x Ø 105

Ø 124,5 x Ø 3 Ø 152 x Ø 3,53

Ø 35 x Ø 30 x18 Ø 35 x Ø 30 x18

Ø 29,2 x Ø 3 Ø 29,2 x Ø 3

Ø 35x Ø 30 x1,5 Ø 35x Ø 30 x1,5

Ø 40,5 x 13,5 Ø 40,5 x 13,5

81.10.150.20 81.10.150.25

81.10.150.19 81.10.150.23

86.15.085.28 86.15.085.29

81.10.150.26 81.11.150.29

86.17.085.28 86.17.085.28

81.10.150.02 81.10.150.02

86.18.082.08 86.18.082.08

86.19.085.08 86.19.085.08

2 2

2 2

2 2

1 1

1 1

2 2

4 4

1 1

q q

c

c

c

c

c

c

c

c

Ø 84,5 X Ø 3 Ø 114,5 X Ø 3

Description Material DN 65/80 DN 100

2

3

4

5

6

7

8

c = code number q = quantity for spare part kits per single ball valve

Type ANSI/DN L L1 h R m* kg Nm

AR

2 1/2" 65 310 155 158 350 110 x 2 37 15

310 155 158 350 126 x 2 37 15

350

350

450

175

175

225

170

170

230

350

350

500

154 x 2

154 x 2

205 x 2

59

71

135

20

20

40

3" 80

4" 100

5" 125

6" 150

Threeway transfer ball valve

Type ANSI/DN RS kg Nm R

AR

2 1/2" 65 300 78 30 350

300 78 30 350

345

345

435

127

152

285

40

40

80

350

350

500

3" 80

4" 100

5" 125

6" 150


Type ANSI/DN FS kg Nm R

AR

21/2" 65 480 80 30 205

480 80 30 205

510

520

665

135

160

300

40

40

80

250

250

350

3" 80

4" 100

5" 1256" 150




*Thread dimension + diameter of the raised face.

DDiimmeennssiioonnss MMooddeell AARR



SSppaarree ppaarrttss MMooddeell MMRR

Pos

1 O-ring

O-ring

Ball Seat

O-ring

Bushing

O-ring

Back-up Ring

Bushing

NBR

70 ̊shoreNBR

70 ̊shorePTFE

NBR

70 ̊shorePTFE

NBR

70 ̊shorePTFE

PTFE

Ø 34,2 x Ø 3

Ø 28,3 x Ø 1,78

Ø 36 x Ø 28,8

Ø 44,2 x Ø 3

Ø 20 x Ø 16 x 8

Ø 15,3 x Ø 2,4

Ø 20 x Ø16x1,5

Ø 26,5 x 7

Ø 40,95 x Ø 2,62

Ø 51,5 x Ø 41,5

Ø 69,5 x Ø 3

Ø26,7x Ø 22x10

Ø 22 x Ø 2,62

Ø26,7x Ø 22 x1,5

Ø 32,5 x 7

Ø 52,07 x Ø 2,62

Ø 61,5 x Ø 52,2

Ø 79,5 x Ø 3

Ø26,7x Ø 22x10

Ø 22 x Ø 2,62

Ø26,7x Ø 22 x1,5

Ø 32,5 x 7

81.10.150.03

81.11.150.48

86.15.085.23

81.10.150.38

86.17.085.23

81.10.150.36

86.18.082.03

86.19.085.03

2

2

2

2

1

2

4

1

q

81.10.150.14

81.11.150.45

86.15.085.25

81.10.150.91

86.17.085.25

81.11.150.13

86.18.082.05

86.19.085.05

2

2

2

2

1

2

4

1

q

81.10.150.16

81.11.150.17

86.15.085.26

81.10.150.19

86.17.085.25

81.11.150.13

86.18.082.05

86.19.085.05

2

2

2

2

1

2

4

1

q

c

c

c

c

c

c

c

c

Ø 49,5 X Ø 3 Ø 59,5 X Ø 3

Description MaterialANSI 1"DN 25

ANSI 11/2"DN 40

ANSI 2"DN 50

2

3

4

5

6

7

8



DDiimmeennssiioonnss MMooddeell MMRR

Type ANSI/DN L L1 h R m* kg Nm

MR

1" 25 180 90 100 205 54 x 2 10 5

230 115 107 250 74 x 2 16 5

250 125 112 250 92 x 2 22 10

11/2" 40

2" 50

Threeway transfer ball valve

Type ANSI/DN RS kg Nm R

MR

1" 25 200 24 10 205

220 35 10 250

235 48 20 250

11/2" 40

2" 50


Type ANSI/DN FS kg Nm R

MR

1" 25 290 24 10 205

340 38 10 250

350 50 20 250

11/2" 40

2" 50





* Thread dimension + diameter of the raised face.


SSppaarree ppaarrttss MMooddeell AARR

Pos

1 O-ring

O-ring

Ball Seat

O-ring

Bushing

O-ring

Back-up Ring

Bushing

NBR

70 ̊shore

NBR

70 ̊shorePTFE

NBR

70 ̊shorePTFE

NBR

70 ̊shorePTFE

PTFE

Ø 84,5 x Ø 3

Ø 79,5 x Ø 3

Ø 91,5 x Ø 80

Ø 124,5 x Ø 3

Ø35 x Ø30 x 18

Ø 29,2 x Ø 3

Ø 35 x Ø 30x1,5

Ø 40,5 x 13,5

Ø 104,5 x Ø 3

Ø 120,5 x Ø 105

Ø 152 x Ø 3,53

Ø35 x Ø30 x 18

Ø 29,2 x Ø 3

Ø 35x Ø 30 x1,5

Ø 40,5 x 13,5

Ø149,2 x Ø5,34

Ø 173 x Ø 150,5

Ø 22,9 x Ø 8,4

Ø55 x Ø45 x 19

Ø 44,2 x Ø 5,7

Ø 55x Ø 45 x1,5

Ø 60,5 x 10

81.10.150.20

81.10.150.19

86.15.085.28

81.10.150.26

86.17.085.28

81.10.150.02

86.18.082.08

86.19.085.08

2

2

2

1

1

2

4

1

q

81.10.150.25

81.10.150.23

86.15.085.29

81.11.150.29

86.17.085.28

81.10.150.02

86.18.082.08

86.19.085.08

2

2

2

1

1

2

4

1

q

81.10.150.29

81.11.150.47

86.15.085.31

81.10.150.13

86.17.085.31

81.10.150.40

86.18.082.11

86.19.085.11

2

2

2

1

1

2

4

1

q

c

c

c

c

c

c

c

c

Ø 114,5 x Ø 3 Ø 164,5 x Ø 5,7

Description Material ANSI 21/2"-3"DN 65/80

ANSI 4"-5"DN 100/125

ANSI 6"DN 150

2

3

4

5

6

7

8



FFllooww cchhaarraacctteerriissttiiccss MMooddeell AA

4455˚̊ SSwwiittcchh ppoossiittiioonnL-bore

4455˚̊ SSwwiittcchh ppoossiittiioonnT-bore

SSwwiittcchh ppoossiittiioonn(normal operation)

BBaallll bboorree ttyyppee

LL--BBoorree((9900˚̊ SSwwiittcchh))

NNoottPPoossssiibbllee


TT--BBoorree((118800˚̊ SSwwiittcchh))

PPoossiittiioonn 11

PPoossiittiioonn 11 PPoossiittiioonn 11


NNOOTTEE:: All Cv values and curves shown are based on water at 20˚C


model A at 45 ̊switch position

DN 065 080 100

350 350 585Cv Value

model A

DN 065 080 100

535 535 945Cv Value

FFllooww cchhaarraacctteerriissttiiccss MMooddeell MMRR









PPoossiittiioonn 11




model MR

ANSI/DN 1" / 025 11/2" / 040 2" / 05038 106 196Cv Value

model MR at 45 ̊switch position

ANSI/DN 1" / 025 11/2" / 040 2" / 05011 55 110Cv Value


FFllooww cchhaarraacctteerriissttiiccss MMooddeell AARR

model AR

ANSI/DN 21/2" / 065 3" / 080 4" / 100 5" / 125 6" / 150535 945 2210Cv Value

model AR at 45 ̊switch position

ANSI/DN 21/2" / 065 3" / 080 4" / 100 5" / 125 6" / 150350 585 1395Cv Value









PPoossiittiioonn 11





OOrrddeerriinngg iinnffoorrmmaattiioonn 33--WWaayy ffllaannggeedd bbaallll vvaallvveess


Due to continuous product improvement published data and specifications are subject to change without notice. / Aufgrund Produkt-Verbesserungen können Daten und Spezifikationenohne Mitteilung geändert werden. / En fonction de l’évolution technique du matériel, nous nous réservons le droit de modifier cette documentation sans préavis.

Parker Filtration BVParker ArlonFilter Division EuropeStieltjesweg 86827 BV ArnhemThe NetherlandsPhone: +31 26 3760376Fax: +31 26 3643620E-mail: [email protected]

Parker Hannifin plcFilter Division Europe HQShaw Cross Business ParkDewsbury, West YorkshireWF12 7 RD UKPhone: +44 1924 487000Fax: +44 1924 487038E-mail:[email protected]

Parker Hannifin OyFinn-FilterFilter Division EuropeSalmentie 260FIN - 31700 Urjala As.FinlandPhone: +358 3 54100Fax: +358 3 [email protected]

BV CMF

Ordering example Ball valve

Std 1

MR

2

1,5

3

150

4

STF

5

L

6

B

7

E60

8

-

9

* Note: Please state FS size

1

Valve typeSingle, 3 wayRigid coupled, 2x3 wayFlexible coupled, 2x3 way

CodeSNGCMRCMF

3

AConnection

MR/AR Type Size Code DIN Code ANSIDN25/1” 025 1

DN40/11/2" 040 1,5DN50/2” 050 2

DN65/21/2" 065 2,5DN80/3” 080 3DN100/4” 100 4DN125/5” 125 5DN150/6” 150 6

Flangesacc. to DIN only

Flangesacc. to DIN/ANSI

2

Housing MaterialDuctile ironCarbon steelCast steel

CodeAAAMRMRARAR

4

Flange typeDIN 2633 PN16DIN 2633 PN16DIN 2635 PN40ANSI B16,5 150 Ibs RFANSI B16,5 300 Ibs RF

Code16A16

MR/AR

40150300

AM

RA

R

5

Flange facingFace finish Ra 3,2 µmStock finish RA 12,5 µm (standard)Smooth finish Ra 3,2 - 6,4 µm

CodeFAFASTFMR/

AR SMF

6

Ball bore typeL-bore 90° switchT-bore 180° switch

CodeLT

7

Seal and O-ring materialBuna (NBR)Neoprene (CR)Viton (FPM)

CodeBNV

8

Equalizing lineNot mounted (plugged)Bore ø 6 mm (standard)Bore ø 3 mmBore ø 1,5 mm

Code-

E60E30E15

9

AdditionalsNo additionalsFS-size > 3000 mm

Code-L

3-Way flanged ball valves Models A,MR and AR - filter selectorfilterselector.com/FilterPDF/Ball Valves BrochMBC021.pdf · ports: a - din : dn65 - dn100 mr - din : dn25 - dn50 mr -

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