LPS Series Heavy-Duty Actuators - pooljet.net · SIL Level 3. 9. The actuators in the ... The high-strength, heat-treated alloy steel guide bar is ... LPS Series Heavy-Duty Actuators

TECHNICAL BULLETIN

Experience In Motion

LPS Series Heavy-Duty ActuatorsFCD LMENTB0001-00 12/13

LPS Series Heavy-Duty Actuators FCD LFENTB0001-00 12/13

2

Contents

LPS Series Heavy-Duty Actuator Specifications ..............................4

Actuator Selection Guidance ............................................................6

Pressure Torque Charts Imperial and Metric ........................ 9-116

Dimensional Data ................................................................. 117-153

Internal Volume Selection Table .................................................. 154

Mounting Interface Dimensions.................................................. 155

Weights ................................................................................ 156-157

Service Kits .......................................................................... 158-159

3


Tables

Actuator Selection Table ..................................................................5

Torque Tables Single Acting Fail Close Metric/Imperial

LPS 15 Canted ........................................................................ 9-16

LPS 15 Symmetric ................................................................ 17-24

LPS 20 Canted ...................................................................... 25-32

LPS 20 Symmetric ................................................................ 33-40

LPS 25 Canted ...................................................................... 41-55

LPS 25 Symmetric ................................................................ 56-70

LPS 30 Canted ...................................................................... 71-85

LPS 30 Symmetric .............................................................. 86-100

LPS 35 Canted ......................................................................... 101

LPS 35 Symmetric ................................................................... 102

LPS 40 Canted ......................................................................... 103

LPS 40 Symmetric ................................................................... 104

Torque Tables Double Acting Metric/Imperial

LPS 15 Canted/Symmetric ................................................ 105-106




LPS 35 Canted/Symmetric ............................................... 113-114


Dimensional Data Single Acting ........................................ 117-150

Dimensional Data Double Acting ...................................... 151-153

Internal Volume Data .................................................................. 154

Mounting Interface Dimensions.................................................. 155

Actuator Weight Double Acting ................................................ 156

Actuator Weight Spring Return ................................................ 157

Figures

Figure 1: Spring Container Configurations .......................................8

Figure 2: Dimensional Data Single Acting Sym/Cant Fail Close w/ port size .................. 117

Figure 3: Dimensional Data Single Acting Sym/Cant Fail Open w/ port size ................. 134

Figure 4: Service Kit: Assembly Spring Return ............................................................. 158

Figure 5: Service Kit: Assembly Double Acting Single Cylinder .................................... 159


4

1. The LPS series of heavy-duty scotch yoke Actuatorsfeature enhanced performance to meet or exceed themost rigorous design and testing standards usedtoday in General Service, Protective Service and SafetyIntegrated Systems (SIS).

2. Fully modular design enables field serviceability,including fail-safe reversibility, configuration changesand fitment of manual overrides/accessories.

3. The standard output interface, in compliance withISO 5211 Standards or MSS SP-101, as an option.Consideration has been given to the addition ofsupplemental devices to retain valve-to-actuatoralignment (fitted bolts or dowel pins).

4. Testing and endurance are in compliance withEN 15714-3 and ISO 12490.

5. Spring components are designed in compliance withEN 13906-1.

6. Surface coating and corrosion protection in compliancewith ISO 12944-2 up to and including C5-M if requested.

7. Environmental resistance has been certified to meetor exceed the requirements of IEC 60529 up to andincluding IP-67M.

8. The LPS actuator is suitable for use in Safety IntegratedSystems in accordance with IEC 61508 up to andincluding SIL Level 3.

9. The actuators in the LPS series meet the requirements ofISO 5599-2.

10. LPS actuators are available in accordance with ATEX94/9/EC standard as it relates to mechanical actuators.

11. Actuators are available in compliance with NACEspecification MR0175 for corrosion resistance in SourOilfield Environments.

12. Shaft-driven accessories/devices are directly mounted toVDE VDI 3845 NAMUR compliant mounting locations.

13. The actuator is manufactured and tested in compliancewith an ISO 9001 Quality Assurance Program.

14. Integral travel stops provide 905 of output rotationadjustment and are designed for the MAWP of theactuator up to 12 bar (174 psi).

15. The materials of construction and seals of the LPS familyof actuators are available for a wide range of servicetemperatures, including Tropical, Arid, Temperate, Coldand Polar regions in accordance with IEC 60721.

16. The pressure module design features proven and reliableexternal tie rods suitable for continuous duty serviceat the maximum rated pressure. Wear and corrosionprotection of all components is ensured with suitabletreatments and coatings. ENP (electroless nickel plating)is the standard for the I.D. of the pressure moduleto ensure complete sealing and superior corrosionresistance. Other coatings for the cylinder I.D. areavailable upon request. The LPS actuator cylinders arecapable of being independently tested prior to assembly.

17. Pressure modules are available in compliance with:a. Pressure Equipment Directive 97/23/ECb. ASME BPVC Sec. VIII, Div. 1c. EN 13445-3, Part 3 for Unfired Pressure Vessels

18. All actuators and modules meet acceptance criteriadefined by Flowserve test specifications.

19. The actuator is provided with two full-length key slots inthe yoke suitable for mounting in alternate orientations(horizontally or vertically parallel or perpendicular tothe piping system).

20. The LPS is available with either a symmetric or cantedyoke. The standard yoke cant is 15. However, yoke cantsare available from 1 to 15 upon request, depending onapplication.

21. All modules align and mate with close-tolerancemachined flanges with no exposed threadedconnections.

22. The high-strength, heat-treated alloy steel guide bar ishard chrome plated for wear and corrosion protection.

23. Piston rods are designed to handle lateral loads toeffectively minimize deflection. The piston rod isdetachable from the torque module without special toolsand does not require module disassembly.

24. Pressure seals utilize O-rings, quad-rings or V-ringsas appropriate to eliminate environmental ingress. Nogaskets are used in pressurized regions of the actuator.

25. The push-to-compress springs are safely enclosedand welded and are positively retained on the torquemodule under all load conditions. No external tie rods/braces are required to contain the springs. Springs aredesigned in accordance with EN 13906-1 and combinedand positioned to eliminate potential contact with thecontainer or each other in the case of multiple springs.Springs are shot peened for maximum life and arepainted and permanently lubricated coated prior toassembly to eliminate corrosion.

LPS Series Heavy-Duty Actuator Specifications

5


26. The spring and spring guide are self-centered andbearing guided within the spring module. The spring rodis guided in a self-lubricating bearing and connected tothe torque module through a large pinned connectiondesigned for safe operation at all load conditions.Installation and removal of the spring module does notrequire special tools.

27. Maintenance-free, self-lubricating bearings are usedto minimize friction of the yoke, yoke-pins and sliderblocks in the yoke slots for low friction and to minimizecontact stresses in order to provide the longest possibleservice life.

Actuator Selection Table

4-4

4-5

SIN

GLE

A

CTI

NG

DO

UB

LE

AC

TIN

G

SP

RIN

G C

AN

SIZ

E

DD - 2 CYLINDERS TANDEM

D2 - 2 CYLINDER D.A.

D1 - 1 CYLINDER D.A.

1-1

1-2

1-3

1-4

1-5

2-1

3-2

3-3

2-4

2-5

3-1

4-2

4-3

3-4

3-5

4-1

S - SILICON

Z - SPECIALSEA

L M

ATE

RIA

L

2-2

2-3

FC - FAIL CLOSE

FO - FAIL OPEN

LPS ACTUATORSELECTION TABLE

155 B - BUNA

V - VITON

255

435

360

A

B

C

285

300

1050

835

YOKE

TYP

E

335

585

175

235

200

485

535

385

685

635

885

785

735

example model n

CE

NTE

R B

OD

Y S

IZE

PN

EU

MAT

IC C

YLI

ND

ER

SIZ

E

LPS - 15X FC 1-1- 155Y -

20

25

30

35

40

15

28. Retention of the yoke pin is by a single plate to permiteasy removal of the yoke pin and slider blocks while theactuator is mounted in the valve. No specialized tools arerequired.

29. A full range of range of accessories is available for theLPS actuator, including manual or geared overridesor hydraulic overrides. These options may be orderedpre-mounted to the actuator when delivered fromLimitorque or may be easily added in the field.


6

1. ScopeThis section provides guidance for the selection of the proper LPS actuator to suit specific operational require-ments. A basic understanding of scotch yoke actuators and the typical applications in which they are used is provided in order to assist in selection of the most suitable actuator. While the selection procedures and product data contained

Actuator Selection Guidance

2. General Definitions/Terms Used

herein cover many applications, due to the wide range of applications in which the LPS actuators can be used, this information will not cover every set of operational require-ments. The Limitorque applications team is always available to assess specific applications and help with selection of the appropriate LPS actuator. Please contact your local office for assistance.

Quarter-turn A device that rotates by a nominal 90. LPS series actuators rotate 5 more than the nominal 90.

PositionThe degree of rotation describing an actuators current location, the zero being referred from complete counter-clockwise position of the yoke. The mid-position of the actuator is at 45 and 90 being the end of clockwise stroke.

CW Clockwise rotation.CCW Counter-clockwise rotation.Stroke A continuous, 90 rotation of a quarter-turn actuator.

Cycle Two strokes, one clockwise (CW) rotation and other counter-clockwise (CCW) rotation, constitute one cycle of operation of the actuator.

Safety Factor

A factor multiplied by the valves basic required torque value to increase the amount of torque required to meet safety requirements in a given application. When the valves torque require-ments are not known with certainty, or due to other application demands, use of a safety factor is required in the selection process in order to meet the worst-case torque requirements.

Pneumatic Break Torque Output torque when the actuator is in the position to start the pressure stroke. [The torque required to initiate the pressure stroke.]

Pneumatic End Torque Output torque at the end limit of the pressure stroke. [The torque required to seat the valve at the end of the pressure stroke.]

Run TorqueThe output torque seen while the actuator is in the mid-position of the pressure stroke (45). For symmetrical yoke double-acting actuators, this is the minimum torque output seen during operation.

Spring Break TorqueThe output torque when the actuator is in the position to start the spring stroke. [The torque required to initiate the spring stroke.] The spring is fully compressed at this position and renders the maximum spring force.

Spring End TorqueThe output torque when the actuator has reached the end limit of spring stroke. [The torque required to seat the valve at the end of the spring stroke.] The spring is fully extended at this position and renders the minimum spring force.

Minimum Torque The output torque at an intermediate position of the spring stroke, where the torque output of the actuator is at its lowest value.MOP Maximum operating pressure for an actuator

7


3. Inputs for Sizing Pneumatic ScotchYoke Actuators

The following items must be determined in order to properly size an LPS actuator for a given application.

1. The maximum unseating torque and the positions/directions of high-torque requirements of the valvefor which the actuator is being sized. The valve datasheet provided by the valve manufacturer contains thisinformation.

2. The maximum allowable stem torque of the valve.This value must not be exceeded by the actuatoroutput torque.

3. The type of actuator required, double-acting orspring-return.

4. Minimum and maximum air pressure available to operatethe actuator.

4. SelectionThe most common application of clockwise rotation to close a valve is considered for these selection examples.

The start to open or pneumatic break torque of the valve is considered the maximum required torque by the valve. An actuator shall exceed the valve torque requirement at all positions of the rotation. The start/end and minimum torque output for a double-acting actuator are given in the charts. For spring-return actuators, the spring and the pneumatic strokes lowest start/minimum/end output torque values are given in the charts.

4.1. Double-Acting Actuator Selection

4.1.1. Select the operating pressure column that is equal to or less than the known minimum operating pressure. Look up the start/end and minimum torque values, under the selected pressure column, that exceed the valves maximum requirements.

4.1.2. Locate the actuator model corresponding to the selection.

4.1.3. Refer the performance data table to ensure the maximum supply pressure to the actuator does not exceed the MOP of the actuator.

4.1.4. If the maximum supply pressure exceeds the MOP, it may be required to use a pressure- regulating device at the inlet to the actuator or an alternate actuator model may be selected that is rated for a higher MOP.

4.2. Spring-Return, Fail-CW Actuator Selection

4.2.1. From the spring torque column, locate the spring end torque value that exceeds the valves maximum seating torque requirement.

4.2.2. Moving to the right along that row, locate the column corresponding to the minimum operating pressure available to the actuator and read the pressure stroke start torque.

4.2.3. The pressure stroke start torque at the minimum pressure must be higher than the valves unseating torque requirement.

4.2.4. The pneumatic end torque must exceed the valves torque requirement at this stroke end position to open the valve fully in the CCW direction.

4.2.5. Refer the performance data table to ensure the maximum supply pressure to the actuator does not exceed the MOP of the actuator.

4.2.6. If the maximum supply pressure exceeds the MOP, it may be required to use a pressure-regulating device at the inlet to the actuator or an alternate actuator model may be selected that is rated for a higher MOP.

4.3. Spring-Return, Fail-CCW Actuator Selection

4.3.1. From the spring torque column, locate the spring start torque value that exceeds the valves maximum unseating torque require-ment (Fail-Open application).

4.3.2. Moving to the right along that row, locate the column corresponding to the minimum operating pressure available to the actuator and read the pressure stroke end torque.

4.3.3. The pneumatic end torque at the minimum available pressure must be higher than the valves seating torque requirement (torque to fully close the valve).

4.3.4. The pneumatic start torque must exceed the valves torque requirement at this position to close the valve in the CW direction.

4.3.5. Refer to the performance data table to ensure the maximum supply pressure to the actuator does not exceed the MOP of the actuator.

4.3.6. If the maximum supply pressure exceeds the MOP, it may be required to use a pressure-regulating device at the inlet to the actuator or an alternate actuator model may be selected that is rated for a higher MOP.


8

Actuator configuration: Fail Close Fail ClockWise (CW)

Actuator configuration: Fail Open Fail CounterClockWise (CCW)

Figure 1: Spring Container Configurations

5. Performance DataThe performance data chart provides the following:

Volume of air required to stroke the actuator Maximum pneumatic pressure (MOP) that can be applied

to the actuator Maximum allowable working pressure (MAWP) that can be

applied to the static actuator at the stroke end (restrictedby the travel stops)

Weight of the actuator

6. DimensionsThe dimensional data presented references the torque module centerline. The overall lengths, the mounting dimen-sion details, the interface dimensions and the tolerances are included as a guide for actuator selection.

7. DisclaimerThis publication is presented for information purposes only, with an effort to ensure the accuracy, the contents are not to be construed as warranties or guarantees, expressed or implied, regarding the products or services described herein or their use or applicability. The right to modify or improve the designs or specifications of our products at any time without notice is reserved.

9


Pressure Torque Charts Single Acting Imperial and Metric

Torque Table - LPS 15 - Single Acting - Fail Close - Canted

2.5

(35)

3 (4

2)3.

5 (4

9)4

(56)

5 (7

0)6

(84)

7 (9

8)8

(112

)9

(126

)10

(140

)11

(154

)12

(168

)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

STAR

T53

4 (4

724)

912

(807

1)12

28 (1

0873

)15

45 (1

3675

)18

62 (1

6477

)21

78 (1

9279

)24

95 (2

2081

)28

11 (2

4883

)31

28 (2

7685

)

45

294

(260

6)22

0 (1

951)

330

(291

7)43

9 (3

883)

548

(484

9)65

7 (5

815)

766

(678

1)87

5 (7

748)

984

(871

4)

END

607

(537

2)22

9 (2

025)

392

(347

4)55

6 (4

923)

720

(637

2)88

4 (7

822)

1047

(927

1)12

11 (1

0720

)13

75 (1

2169

)

STAR

T53

4 (4

724)

943

(834

8)13

47 (1

1920

)17

50 (1

5492

)21

54 (1

9063

)25

57 (2

2635

)29

61 (2

6206

)33

64 (2

9778

)37

68 (3

3349

)41

71 (3

6921

)

45

294

(260

6)23

1 (2

046)

370

(327

8)50

9 (4

509)

649

(574

1)78

8 (6

972)

927

(820

4)10

66 (9

436)

1205

(106

67)

1344

(118

99)

END

607

(537

2)24

5 (2

168)

454

(401

5)66

2 (5

863)

871

(771

0)10

80 (9

558)

1289

(114

05)

1497

(132

52)

1706

(151

00)

1915

(169

47)

STAR

T53

4 (4

724)

910

(805

7)11

74 (1

0389

)14

37 (1

2722

)19

64 (1

7387

)24

91 (2

2052

)30

18 (2

6717

)35

46 (3

1381

)40

73 (3

6046

)46

00 (4

0711

)51

27 (4

5376

)

45

294

(260

6)22

0 (1

946)

311

(275

0)40

2 (3

554)

583

(516

3)76

5 (6

771)

947

(838

0)11

29 (9

989)

1310

(115

97)

1492

(132

06)

1674

(148

14)

END

607

(537

2)22

8 (2

017)

364

(322

4)50

1 (4

430)

773

(684

3)10

46 (9

256)

1318

(116

69)

1591

(140

82)

1864

(164

95)

2136

(189

07)

2409

(213

20)

STAR

T53

4 (4

724)

1148

(101

63)

1512

(133

84)

1876

(166

04)

2240

(198

24)

2967

(262

65)

3695

(327

05)

4423

(391

46)

5150

(455

86)

45

294

(260

6)30

2 (2

672)

427

(378

2)55

3 (4

893)

678

(600

3)92

9 (8

224)

1180

(104

45)

1431

(126

66)

1682

(148

87)

END

607

(537

2)35

1 (3

107)

539

(477

2)72

7 (6

438)

916

(810

4)12

92 (1

1435

)16

68 (1

4766

)20

45 (1

8098

)24

21 (2

1429

)

STAR

T53

4 (4

724)

1471

(130

21)

1899

(168

12)

2328

(206

04)

2756

(243

96)

3613

(319

79)

4470

(395

63)

5327

(471

46)

45

294

(260

6)41

3 (3

657)

561

(496

5)70

9 (6

272)

856

(758

0)11

52 (1

0195

)14

47 (1

2810

)17

43 (1

5425

)

END

607

(537

2)51

8 (4

585)

740

(654

6)96

1 (8

507)

1183

(104

68)

1626

(143

91)

2069

(183

13)

2512

(222

36)

STAR

T53

4 (4

724)

2005

(177

44)

2540

(224

80)

3075

(272

17)

3610

(319

53)

4680

(414

26)

45

294

(260

6)59

7 (5

286)

782

(691

9)96

6 (8

552)

1151

(101

86)

1520

(134

52)

END

607

(537

2)79

4 (7

028)

1071

(947

8)13

48 (1

1927

)16

24 (1

4377

)21

78 (1

9277

)

STAR

T53

4 (4

724)

2294

(203

02)

2887

(255

50)

3480

(307

98)

4073

(360

46)

5258

(465

42)

45

294

(260

6)69

7 (6

168)

901

(797

8)11

06 (9

787)

1310

(115

97)

1719

(152

16)

END

607

(537

2)94

4 (8

351)

1250

(110

66)

1557

(137

80)

1864

(164

95)

2477

(219

24)

STAR

T53

4 (4

724)

3026

(267

82)

3765

(333

26)

4505

(398

70)

5244

(464

14)

45

294

(260

6)94

9 (8

403)

1204

(106

59)

1459

(129

16)

1714

(151

72)

END

607

(537

2)13

22 (1

1703

)17

05 (1

5088

)20

87 (1

8472

)24

69 (2

1857

)

STAR

T53

4 (4

724)

3598

(318

48)

4452

(394

05)

5306

(469

62)

45

294

(260

6)11

47 (1

0149

)14

41 (1

2755

)17

36 (1

5361

)

END

607

(537

2)16

18 (1

4323

)20

60 (1

8232

)25

01 (2

2141

)

STAR

T53

4 (4

724)

4212

(372

78)

5188

(459

21)

45

294

(260

6)13

58 (1

2022

)16

95 (1

5002

)

END

607

(537

2)19

36 (1

7132

)24

41 (2

1602

)

LPS-

15C-

155Y

-FC1

-1

LPS-

15C-

175Y

-FC1

-1

LPS-

15C-

200Y

-FC1

-1

LPS-

15C

- CAN

TED

- TORQ

UE

TABL

ES

ACTU

ATOR

MODE

LSp

ring

Torq

ueOut

put t

orqu

e @

supp

ly p

ress

ure

[bar

g (P

SI)]

LPS-

15C-

335Y

-FC1

-1

LPS-

15C-

360Y

-FC1

-1

LPS-

15C-

385Y

-FC1

-1

LPS-

15C-

235Y

-FC1

-1

LPS-

15C-

255Y

-FC1

-1

LPS-

15C-

285Y

-FC1

-1

LPS-

15C-

300Y

-FC1

-1


10

2.5

(35)

3 (4

2)3.

5 (4

9)4

(56)

5 (7

0)6

(84)

7 (9

8)8

(112

)9

(126

)10

(140

)11

(154

)12

(168

)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

STAR

T65

4 (5

791)

1041

(921

8)13

58 (1

2020

)16

75 (1

4822

)19

91 (1

7623

)23

08 (2

0425

)26

24 (2

3227

)29

41 (2

6029

)

45

366

(323

5)25

1 (2

221)

360

(318

7)46

9 (4

153)

578

(512

0)68

8 (6

086)

797

(705

2)90

6 (8

018)

END

776

(687

0)25

9 (2

295)

423

(374

4)58

7 (5

194)

751

(664

3)91

4 (8

092)

1078

(954

1)12

42 (1

0991

)

STAR

T65

4 (5

791)

1160

(102

65)

1563

(138

36)

1967

(174

08)

2370

(209

79)

2774

(245

51)

3177

(281

22)

3581

(316

94)

3984

(352

66)

45

366

(323

5)29

2 (2

582)

431

(381

4)57

0 (5

045)

709

(627

7)84

8 (7

508)

987

(874

0)11

27 (9

971)

1266

(112

03)

END

776

(687

0)32

0 (2

837)

529

(468

4)73

8 (6

531)

947

(837

9)11

55 (1

0226

)13

64 (1

2073

)15

73 (1

3921

)17

82 (1

5768

)

STAR

T65

4 (5

791)

987

(873

4)12

50 (1

1066

)17

77 (1

5731

)23

04 (2

0396

)28

31 (2

5061

)33

58 (2

9726

)38

86 (3

4391

)44

13 (3

9056

)49

40 (4

3721

)54

67 (4

8386

)

45

366

(323

5)23

2 (2

054)

323

(285

8)50

5 (4

467)

686

(607

6)86

8 (7

684)

1050

(929

3)12

32 (1

0901

)14

13 (1

2510

)15

95 (1

4119

)17

77 (1

5727

)

END

776

(687

0)23

1 (2

045)

367

(325

1)64

0 (5

664)

913

(807

7)11

85 (1

0490

)14

58 (1

2903

)17

30 (1

5316

)20

03 (1

7729

)22

76 (2

0142

)25

48 (2

2554

)

STAR

T65

4 (5

791)

961

(850

8)13

25 (1

1728

)16

89 (1

4948

)20

53 (1

8169

)27

80 (2

4609

)35

08 (3

1050

)42

36 (3

7490

)49

63 (4

3931

)

45

366

(323

5)22

3 (1

976)

349

(308

7)47

4 (4

197)

600

(530

8)85

1 (7

528)

1101

(974

9)13

52 (1

1970

)16

03 (1

4191

)

END

776

(687

0)21

8 (1

928)

406

(359

4)59

4 (5

259)

782

(692

5)11

59 (1

0256

)15

35 (1

3588

)19

12 (1

6919

)22

88 (2

0250

)

STAR

T65

4 (5

791)

1284

(113

65)

1712

(151

57)

2141

(189

49)

2569

(227

40)

3426

(303

24)

4283

(379

07)

5140

(454

91)

45

366

(323

5)33

5 (2

961)

482

(426

9)63

0 (5

576)

778

(688

4)10

73 (9

499)

1369

(121

14)

1664

(147

29)

END

776

(687

0)38

5 (3

406)

606

(536

7)82

8 (7

328)

1050

(929

0)14

93 (1

3212

)19

36 (1

7134

)23

79 (2

1057

)

STAR

T65

4 (5

791)

1818

(160

88)

2353

(208

25)

2888

(255

61)

3423

(302

97)

4493

(397

70)

45

366

(323

5)51

9 (4

590)

703

(622

3)88

8 (7

857)

1072

(949

0)14

41 (1

2756

)

END

776

(687

0)66

1 (5

849)

938

(829

9)12

14 (1

0749

)14

91 (1

3198

)20

45 (1

8098

)

STAR

T65

4 (5

791)

2107

(186

47)

2700

(238

95)

3293

(291

43)

3886

(343

91)

5071

(448

87)

45

366

(323

5)61

8 (5

472)

823

(728

2)10

27 (9

092)

1232

(109

01)

1641

(145

21)

END

776

(687

0)81

0 (7

172)

1117

(988

7)14

24 (1

2601

)17

30 (1

5316

)23

44 (2

0745

)

STAR

T65

4 (5

791)

2839

(251

27)

3578

(316

71)

4318

(382

15)

5057

(447

59)

45

366

(323

5)87

1 (7

707)

1126

(996

3)13

81 (1

2220

)16

36 (1

4476

)

END

776

(687

0)11

89 (1

0524

)15

71 (1

3909

)19

54 (1

7294

)23

36 (2

0678

)

STAR

T65

4 (5

791)

3411

(301

93)

4265

(377

50)

5119

(453

07)

45

366

(323

5)10

68 (9

454)

1363

(120

60)

1657

(146

65)

END

776

(687

0)14

85 (1

3144

)19

27 (1

7053

)23

68 (2

0962

)

STAR

T65

4 (5

791)

4025

(356

23)

5001

(442

66)

45

366

(323

5)12

80 (1

1326

)16

16 (1

4307

)

END

776

(687

0)18

02 (1

5953

)23

07 (2

0424

)

LPS-

15C

- CAN

TED

- TORQ

UE

TABL

ES

ACTU

ATOR

MODE

LSp

ring

Torq

ueOut

put t

orqu

e @

supp

ly p

ress

ure

[bar

g (P

SI)]

LPS-

15C-

155Y

-FC2

-1

LPS-

15C-

385Y

-FC2

-1

LPS-

15C-

175Y

-FC2

-1

LPS-

15C-

200Y

-FC2

-1

LPS-

15C-

235Y

-FC2

-1

LPS-

15C-

255Y

-FC2

-1

LPS-

15C-

285Y

-FC2

-1

LPS-

15C-

300Y

-FC2

-1

LPS-

15C-

335Y

-FC2

-1

LPS-

15C-

360Y

-FC2

-1


Torque Table - LPS 15 - Single Acting - Fail Close - Canted (continued)

11


2.5

(35)

3 (4

2)3.

5 (4

9)4

(56)

5 (7

0)6

(84)

7 (9

8)8

(112

)9

(126

)10

(140

)11

(154

)12

(168

)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

STAR

T10

38 (9

183)

1477

(130

76)

1794

(158

77)

2110

(186

79)

2427

(214

81)

45

581

(514

4)34

0 (3

010)

449

(397

6)55

8 (4

942)

668

(590

9)

END

1241

(109

85)

327

(289

3)49

1 (4

342)

654

(579

1)81

8 (7

241)

STAR

T10

38 (9

183)

1453

(128

60)

1856

(164

31)

2260

(200

03)

2663

(235

75)

3067

(271

46)

3471

(307

18)

45

581

(514

4)33

2 (2

936)

471

(416

7)61

0 (5

399)

749

(663

0)88

8 (7

862)

1027

(909

4)

END

1241

(109

85)

314

(278

1)52

3 (4

629)

732

(647

6)94

0 (8

324)

1149

(101

71)

1358

(120

18)

STAR

T10

38 (9

183)

1791

(158

48)

2318

(205

13)

2845

(251

78)

3372

(298

43)

3899

(345

08)

4426

(391

73)

4953

(438

38)

45

581

(514

4)44

8 (3

966)

630

(557

5)81

2 (7

183)

993

(879

2)11

75 (1

0401

)13

57 (1

2009

)15

39 (1

3618

)

END

1241

(109

85)

489

(432

7)76

2 (6

740)

1034

(915

3)13

07 (1

1566

)15

79 (1

3979

)18

52 (1

6392

)21

25 (1

8804

)

STAR

T10

38 (9

183)

1539

(136

21)

2267

(200

61)

2994

(265

02)

3722

(329

42)

4450

(393

83)

5177

(458

23)

45

581

(514

4)36

1 (3

198)

612

(541

9)86

3 (7

640)

1114

(986

1)13

65 (1

2082

)16

16 (1

4302

)

END

1241

(109

85)

359

(317

5)73

5 (6

506)

1111

(983

8)14

88 (1

3169

)18

64 (1

6500

)22

41 (1

9831

)

STAR

T10

38 (9

183)

1627

(144

01)

2055

(181

92)

2912

(257

76)

3769

(333

59)

4626

(409

43)

5483

(485

26)

45

581

(514

4)39

2 (3

467)

539

(477

4)83

5 (7

389)

1130

(100

04)

1426

(126

19)

1721

(152

34)

END

1241

(109

85)

404

(357

8)62

6 (5

540)

1069

(946

2)15

12 (1

3385

)19

55 (1

7307

)23

99 (2

1229

)

STAR

T10

38 (9

183)

1839

(162

77)

2374

(210

13)

2909

(257

50)

3979

(352

22)

5050

(446

95)

45

581

(514

4)46

5 (4

114)

649

(574

7)83

4 (7

380)

1203

(106

47)

1572

(139

13)

END

1241

(109

85)

514

(454

9)79

1 (6

999)

1068

(944

9)16

21 (1

4348

)21

75 (1

9248

)

STAR

T10

38 (9

183)

1593

(140

99)

2186

(193

47)

2779

(245

95)

3372

(298

43)

4558

(403

39)

45

581

(514

4)38

0 (3

363)

584

(517

3)78

9 (6

982)

993

(879

2)14

02 (1

2411

)

END

1241

(109

85)

387

(342

2)69

3 (6

137)

1000

(885

1)13

07 (1

1566

)19

20 (1

6995

)

STAR

T10

38 (9

183)

2325

(205

79)

3064

(271

23)

3804

(336

67)

4543

(402

11)

45

581

(514

4)63

2 (5

597)

887

(785

4)11

42 (1

0110

)13

97 (1

2367

)

END

1241

(109

85)

765

(677

4)11

48 (1

0159

)15

30 (1

3544

)19

13 (1

6928

)

STAR

T10

38 (9

183)

2897

(256

45)

3751

(332

02)

4605

(407

59)

5459

(483

16)

45

581

(514

4)83

0 (7

344)

1124

(995

0)14

19 (1

2556

)17

13 (1

5162

)

END

1241

(109

85)

1061

(939

4)15

03 (1

3303

)19

45 (1

7212

)23

86 (2

1121

)

STAR

T10

38 (9

183)

3511

(310

75)

4487

(397

18)

5464

(483

61)

45

581

(514

4)10

41 (9

217)

1378

(121

97)

1715

(151

78)

END

1241

(109

85)

1379

(122

03)

1884

(166

74)

2389

(211

44)LP

S-15

C - C

ANTE

D - T

ORQ

UE

TABL

ES

ACTU

ATOR

MODE

LSp

ring

Torq

ueOut

put t

orqu

e @

supp

ly p

ress

ure

[bar

g (P

SI)]

LPS-

15C-

155Y

-FC3

-1

LPS-

15C-

175Y

-FC3

-1

LPS-

15C-

200Y

-FC3

-1

LPS-

15C-

235Y

-FC3

-1

LPS-

15C-

255Y

-FC3

-1

LPS-

15C-

285Y

-FC3

-1

LPS-

15C-

300Y

-FC3

-1

LPS-

15C-

335Y

-FC3

-1

LPS-

15C-

360Y

-FC3

-1

LPS-

15C-

385Y

-FC3

-1




12

2.5

(35)

3 (4

2)3.

5 (4

9)4

(56)

5 (7

0)6

(84)

7 (9

8)8

(112

)9

(126

)10

(140

)11

(154

)12

(168

)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

STAR

T15

71 (1

3908

)

45

876

(775

0)

END

1848

(163

57)

STAR

T15

71 (1

3908

)23

96 (2

1208

)28

00 (2

4780

)

45

876

(775

0)56

3 (4

982)

702

(621

3)

END

1848

(163

57)

559

(494

9)76

8 (6

797)

STAR

T15

71 (1

3908

)21

74 (1

9240

)27

01 (2

3905

)32

28 (2

8570

)37

55 (3

3235

)42

82 (3

7900

)

45

876

(775

0)48

6 (4

303)

668

(591

2)85

0 (7

520)

1031

(912

9)12

13 (1

0738

)

END

1848

(163

57)

444

(393

2)71

7 (6

344)

989

(875

7)12

62 (1

1170

)15

35 (1

3583

)

STAR

T15

71 (1

3908

)23

23 (2

0564

)30

51 (2

7004

)37

79 (3

3445

)45

06 (3

9885

)52

34 (4

6326

)

45

876

(775

0)53

8 (4

760)

789

(698

0)10

40 (9

201)

1290

(114

22)

1541

(136

43)

END

1848

(163

57)

522

(461

6)89

8 (7

947)

1274

(112

79)

1651

(146

10)

2027

(179

41)

STAR

T15

71 (1

3908

)22

41 (1

9838

)30

98 (2

7421

)39

55 (3

5005

)48

12 (4

2588

)

45

876

(775

0)50

9 (4

509)

805

(712

4)11

00 (9

739)

1396

(123

54)

END

1848

(163

57)

479

(424

1)92

2 (8

163)

1365

(120

86)

1809

(160

08)

STAR

T15

71 (1

3908

)22

38 (1

9812

)33

09 (2

9284

)43

79 (3

8757

)54

49 (4

8230

)

45

876

(775

0)50

8 (4

500)

877

(776

7)12

47 (1

1033

)16

16 (1

4300

)

END

1848

(163

57)

478

(422

7)10

31 (9

127)

1585

(140

26)

2138

(189

26)

STAR

T15

71 (1

3908

)22

38 (1

9812

)33

09 (2

9284

)43

79 (3

8757

)54

49 (4

8230

)

45

876

(775

0)50

8 (4

500)

877

(776

7)12

47 (1

1033

)16

16 (1

4300

)

END

1848

(163

57)

478

(422

7)10

31 (9

127)

1585

(140

26)

2138

(189

26)

STAR

T15

71 (1

3908

)23

94 (2

1185

)31

33 (2

7729

)38

72 (3

4273

)53

51 (4

7361

)

45

876

(775

0)56

2 (4

974)

817

(723

0)10

72 (9

487)

1582

(140

00)

END

1848

(163

57)

558

(493

7)94

0 (8

322)

1323

(117

07)

2088

(184

77)

STAR

T15

71 (1

3908

)22

27 (1

9707

)30

80 (2

7264

)39

34 (3

4821

)47

88 (4

2378

)

45

876

(775

0)50

4 (4

464)

799

(707

0)10

93 (9

676)

1388

(122

82)

END

1848

(163

57)

471

(417

3)91

3 (8

082)

1355

(119

91)

1796

(158

99)

STAR

T15

71 (1

3908

)28

40 (2

5137

)38

17 (3

3780

)47

93 (4

2423

)

45

876

(775

0)71

6 (6

337)

1053

(931

7)13

89 (1

2297

)

END

1848

(163

57)

789

(698

2)12

94 (1

1452

)17

99 (1

5923

)LPS-

15C

- CAN

TED

- TORQ

UE

TABL

ES

ACTU

ATOR

MODE

LSp

ring

Torq

ueOut

put t

orqu

e @

supp

ly p

ress

ure

[bar

g (P

SI)]

LPS-

15C-

155Y

-FC3

-2

LPS-

15C-

175Y

-FC3

-2

LPS-

15C-

200Y

-FC3

-2

LPS-

15C-

235Y

-FC3

-2

LPS-

15C-

255Y

-FC3

-2

LPS-

15C-

285Y

-FC3

-2

LPS-

15C-

300Y

-FC3

-2

LPS-

15C-

335Y

-FC3

-2

LPS-

15C-

360Y

-FC3

-2

LPS-

15C-

385Y

-FC3

-2



13


2.5

(35)

3 (4

2)3.

5 (4

9)4

(56)

5 (7

0)6

(84)

7 (9

8)8

(112

)9

(126

)10

(140

)11

(154

)12

(168

)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

STAR

T16

92 (1

4974

)

45

947

(837

9)

END

2017

(178

55)

STAR

T16

92 (1

4974

)28

00 (2

4780

)

45

947

(837

9)70

2 (6

213)

END

2017

(178

55)

768

(679

7)

STAR

T16

92 (1

4974

)27

01 (2

3905

)32

28 (2

8570

)37

55 (3

3235

)42

82 (3

7900

)

45

947

(837

9)66

8 (5

912)

850

(752

0)10

31 (9

129)

1213

(107

38)

END

2017

(178

55)

717

(634

4)98

9 (8

757)

1262

(111

70)

1535

(135

83)

STAR

T16

92 (1

4974

)30

51 (2

7004

)37

79 (3

3445

)45

06 (3

9885

)52

34 (4

6326

)

45

947

(837

9)78

9 (6

980)

1040

(920

1)12

90 (1

1422

)15

41 (1

3643

)

END

2017

(178

55)

898

(794

7)12

74 (1

1279

)16

51 (1

4610

)20

27 (1

7941

)

STAR

T16

92 (1

4974

)22

41 (1

9838

)30

98 (2

7421

)39

55 (3

5005

)48

12 (4

2588

)22

41 (1

9838

)

45

947

(837

9)50

9 (4

509)

805

(712

4)11

00 (9

739)

1396

(123

54)

509

(450

9)

END

2017

(178

55)

479

(424

1)92

2 (8

163)

1365

(120

86)

1809

(160

08)

479

(424

1)

STAR

T16

92 (1

4974

)33

09 (2

9284

)43

79 (3

8757

)54

49 (4

8230

)

45

947

(837

9)87

7 (7

767)

1247

(110

33)

1616

(143

00)

END

2017

(178

55)

1031

(912

7)15

85 (1

4026

)21

38 (1

8926

)

STAR

T16

92 (1

4974

)22

38 (1

9812

)33

09 (2

9284

)43

79 (3

8757

)

45

947

(837

9)50

8 (4

500)

877

(776

7)12

47 (1

1033

)

END

2017

(178

55)

478

(422

7)10

31 (9

127)

1585

(140

26)

STAR

T16

92 (1

4974

)31

33 (2

7729

)38

72 (3

4273

)53

51 (4

7361

)

45

947

(837

9)81

7 (7

230)

1072

(948

7)15

82 (1

4000

)

END

2017

(178

55)

940

(832

2)13

23 (1

1707

)20

88 (1

8477

)

STAR

T16

92 (1

4974

)30

80 (2

7264

)39

34 (3

4821

)30

80 (2

7264

)

45

947

(837

9)79

9 (7

070)

1093

(967

6)79

9 (7

070)

END

2017

(178

55)

913

(808

2)13

55 (1

1991

)91

3 (8

082)

STAR

T16

92 (1

4974

)28

40 (2

5137

)38

17 (3

3780

)47

93 (4

2423

)

45

947

(837

9)71

6 (6

337)

1053

(931

7)13

89 (1

2297

)

END

2017

(178

55)

789

(698

2)12

94 (1

1452

)17

99 (1

5923

)LPS-

15C

- CAN

TED

- TORQ

UE

TABL

ES

ACTU

ATOR

MODE

LSp

ring

Torq

ueOut

put t

orqu

e @

supp

ly p

ress

ure

[bar

g (P

SI)]

LPS-

15C-

300Y

-FC3

-3

LPS-

15C-

335Y

-FC3

-3

LPS-

15C-

360Y

-FC3

-3

LPS-

15C-

285Y

-FC3

-3

LPS-

15C-

155Y

-FC3

-3

LPS-

15C-

175Y

-FC3

-3

LPS-

15C-

200Y

-FC3

-3

LPS-

15C-

235Y

-FC3

-3

LPS-

15C-

255Y

-FC3

-3

LPS-

15C-

385Y

-FC3

-3




14

2.5

(35)

3 (4

2)3.

5 (4

9)4

(56)

5 (7

0)6

(84)

7 (9

8)8

(112

)9

(126

)10

(140

)11

(154

)12

(168

)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

STAR

T15

77 (1

3958

)

45

898

(794

6)

END

1986

(175

82)

STAR

T15

77 (1

3958

)22

43 (1

9854

)26

47 (2

3426

)

45

898

(794

6)53

8 (4

765)

677

(599

6)

END

1986

(175

82)

553

(489

4)76

2 (6

741)

STAR

T15

77 (1

3958

)20

21 (1

7886

)25

48 (2

2551

)30

75 (2

7216

)36

02 (3

1881

)41

29 (3

6546

)

45

898

(794

6)46

2 (4

086)

643

(569

5)82

5 (7

303)

1007

(891

2)11

89 (1

0520

)

END

1986

(175

82)

438

(387

6)71

1 (6

289)

983

(870

2)12

56 (1

1115

)15

28 (1

3528

)

STAR

T15

77 (1

3958

)21

70 (1

9210

)28

98 (2

5650

)36

26 (3

2091

)43

53 (3

8531

)50

81 (4

4972

)

45

898

(794

6)51

3 (4

542)

764

(676

3)10

15 (8

984)

1266

(112

05)

1517

(134

26)

END

1986

(175

82)

515

(456

1)89

2 (7

892)

1268

(112

23)

1644

(145

55)

2021

(178

86)

STAR

T15

77 (1

3958

)20

88 (1

8481

)29

45 (2

6067

)38

02 (3

3651

)46

59 (4

1234

)

45

898

(794

6)48

5 (4

293)

780

(690

7)10

76 (9

522)

1371

(121

37)

END

1986

(175

82)

473

(418

7)91

6 (8

108)

1359

(120

30)

1802

(159

53)

STAR

T15

77 (1

3958

)20

85 (1

8458

)31

56 (2

7930

)42

26 (3

7403

)52

96 (4

6876

)

45

898

(794

6)48

4 (4

283)

853

(755

0)12

22 (1

0816

)15

91 (1

4082

)

END

1986

(175

82)

471

(417

2)10

25 (9

071)

1578

(139

71)

2132

(188

71)

STAR

T15

77 (1

3958

)19

55 (1

7303

)25

48 (2

2551

)37

34 (3

3047

)49

20 (4

3543

)

45

898

(794

6)43

9 (3

885)

643

(569

5)10

52 (9

314)

1461

(129

33)

END

1986

(175

82)

404

(357

5)71

1 (6

289)

1324

(117

18)

1937

(171

47)

STAR

T15

77 (1

3958

)22

41 (1

9831

)29

80 (2

6375

)37

19 (3

2919

)51

98 (4

6007

)

45

898

(794

6)53

7 (4

757)

792

(701

3)10

47 (9

270)

1557

(137

83)

END

1986

(175

82)

552

(488

2)93

4 (8

267)

1316

(116

52)

2081

(184

21)

STAR

T15

77 (1

3958

)20

74 (1

8353

)29

27 (2

5910

)37

81 (3

3467

)46

35 (4

1024

)

45

898

(794

6)48

0 (4

247)

774

(685

3)10

69 (9

459)

1363

(120

65)

END

1986

(175

82)

465

(411

7)90

7 (8

026)

1348

(119

35)

1790

(158

44)

STAR

T15

77 (1

3958

)26

87 (2

3783

)36

64 (3

2426

)46

40 (4

1069

)

45

898

(794

6)69

1 (6

119)

1028

(910

0)13

65 (1

2080

)

END

1986

(175

82)

783

(692

6)12

88 (1

1397

)17

93 (1

5867

)

LPS-

15C-

175Y

-FC4

-1

LPS-

15C-

200Y

-FC4

-1

LPS-

15C-

235Y

-FC4

-1

LPS-

15C

- CAN

TED

- TORQ

UE

TABL

ES

ACTU

ATOR

MODE

LSp

ring

Torq

ueOut

put t

orqu

e @

supp

ly p

ress

ure

[bar

g (P

SI)]

LPS-

15C-

155Y

-FC4

-1

LPS-

15C-

300Y

-FC4

-1

LPS-

15C-

335Y

-FC4

-1

LPS-

15C-

360Y

-FC4

-1

LPS-

15C-

255Y

-FC4

-1

LPS-

15C-

285Y

-FC4

-1

LPS-

15C-

385Y

-FC4

-1



15


2.5

(35)

3 (4

2)3.

5 (4

9)4

(56)

5 (7

0)6

(84)

7 (9

8)8

(112

)9

(126

)10

(140

)11

(154

)12

(168

)

Nm (i

n lb

)Nm

(in

lb)

Nm (i

n lb

)Nm

(in

lb)

Nm (i

n lb

)Nm

(in

lb)

Nm (i

n lb

)Nm

(in

lb)

Nm (i

n lb

)Nm

(in

lb)

Nm (i

n lb

)Nm

(in

lb)

Nm (i

n lb

)

STAR

T21

11 (1

8682

)

45

1192

(105

52)

END

2593

(229

55)

STAR

T21

11 (1

8682

)

45

1192

(105

52)

END

2593

(229

55)

STAR

T21

11 (1

8682

)29

31 (2

5943

)34

58 (3

0608

)

45

1192

(105

52)

681

(603

2)86

3 (7

640)

END

2593

(229

55)

666

(589

3)93

8 (8

306)

STAR

T21

11 (1

8682

)29

55 (2

6153

)36

82 (3

2593

)44

10 (3

9034

)51

38 (4

5474

)

45

1192

(105

52)

690

(610

4)94

1 (8

325)

1191

(105

46)

1442

(127

67)

END

2593

(229

55)

678

(600

2)10

54 (9

333)

1431

(126

65)

1807

(159

96)

STAR

T21

11 (1

8682

)31

31 (2

7713

)39

88 (3

5296

)48

45 (4

2880

)

45

1192

(105

52)

750

(664

2)10

46 (9

257)

1341

(118

72)

END

2593

(229

55)

769

(680

9)12

12 (1

0731

)16

56 (1

4654

)

STAR

T21

11 (1

8682

)35

55 (3

1465

)46

25 (4

0938

)

45

1192

(105

52)

897

(793

6)12

66 (1

1202

)

END

2593

(229

55)

989

(875

0)15

42 (1

3649

)

STAR

T21

11 (1

8682

)30

63 (2

7109

)42

49 (3

7605

)54

35 (4

8101

)

45

1192

(105

52)

727

(643

4)11

36 (1

0053

)15

45 (1

3672

)

END

2593

(229

55)

734

(649

7)13

47 (1

1926

)19

61 (1

7355

)

STAR

T21

11 (1

8682

)30

48 (2

6981

)45

27 (4

0069

)

45

1192

(105

52)

722

(639

0)12

32 (1

0903

)

END

2593

(229

55)

726

(643

0)14

91 (1

3200

)

STAR

T21

11 (1

8682

)31

10 (2

7529

)39

64 (3

5086

)

45

1192

(105

52)

743

(657

9)10

38 (9

184)

END

2593

(229

55)

759

(671

4)12

00 (1

0623

)

STAR

T21

11 (1

8682

)29

93 (2

6488

)39

69 (3

5131

)49

46 (4

3775

)

45

1192

(105

52)

703

(622

0)10

39 (9

200)

1376

(121

80)

END

2593

(229

55)

698

(617

5)12

03 (1

0646

)17

08 (1

5117

)

LPS-

15C-

155Y

-FC4

-2

LPS-

15C-

175Y

-FC4

-2

LPS-

15C-

200Y

-FC4

-2

LPS-

15C

- CAN

TED

- TORQ

UE T

ABLE

S

ACTU

ATOR

MODE

LSp

ring

Torq

ueOut

put t

orqu

e @

supp

ly p

ress

ure

[bar

g (P

SI)]

LPS-

15C-

300Y

-FC4

-2

LPS-

15C-

335Y

-FC4

-2

LPS-

15C-

235Y

-FC4

-2

LPS-

15C-

255Y

-FC4

-2

LPS-

15C-

285Y

-FC4

-2

LPS-

15C-

360Y

-FC4

-2

LPS-

15C-

385Y

-FC4

-2




16

2.5

(35)

3 (4

2)3.

5 (4

9)4

(56)

5 (7

0)6

(84)

7 (9

8)8

(112

)9

(126

)10

(140

)11

(154

)12

(168

)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

STAR

T22

31 (1

9748

)

45

1263

(111

82)

END

2763

(244

52)

STAR

T22

31 (1

9748

)

45

1263

(111

82)

END

2763

(244

52)

STAR

T22

31 (1

9748

)32

71 (2

8953

)

45

1263

(111

82)

785

(694

4)

END

2763

(244

52)

805

(712

7)

STAR

T22

31 (1

9748

)34

95 (3

0938

)42

23 (3

7379

)49

51 (4

3819

)

45

1263

(111

82)

862

(762

9)11

13 (9

850)

1364

(120

71)

END

2763

(244

52)

921

(815

4)12

98 (1

1486

)16

74 (1

4817

)

STAR

T22

31 (1

9748

)29

44 (2

6057

)38

01 (3

3641

)46

58 (4

1224

)

45

1263

(111

82)

672

(594

6)96

7 (8

561)

1263

(111

76)

END

2763

(244

52)

636

(563

0)10

79 (9

552)

1522

(134

75)

STAR

T22

31 (1

9748

)33

68 (2

9810

)44

38 (3

9282

)

45

1263

(111

82)

818

(724

0)11

87 (1

0506

)

END

2763

(244

52)

855

(757

1)14

09 (1

2471

)

STAR

T22

31 (1

9748

)28

76 (2

5454

)40

62 (3

5950

)52

48 (4

6446

)

45

1263

(111

82)

648

(573

8)10

57 (9

357)

1466

(129

77)

END

2763

(244

52)

601

(531

8)12

14 (1

0747

)18

28 (1

6176

)

STAR

T22

31 (1

9748

)28

61 (2

5326

)43

40 (3

8414

)

45

1263

(111

82)

643

(569

4)11

53 (1

0207

)

END

2763

(244

52)

593

(525

1)13

58 (1

2021

)

STAR

T22

31 (1

9748

)29

23 (2

5874

)37

77 (3

3431

)54

85 (4

8545

)

45

1263

(111

82)

665

(588

3)95

9 (8

489)

1548

(137

01)

END

2763

(244

52)

625

(553

5)10

67 (9

444)

1950

(172

62)

STAR

T22

31 (1

9748

)28

06 (2

4833

)37

82 (3

3476

)47

59 (4

2119

)

45

1263

(111

82)

624

(552

4)96

1 (8

504)

1298

(114

85)

END

2763

(244

52)

565

(499

7)10

70 (9

467)

1575

(139

38)

LPS-

15C-

175Y

-FC4

-3

LPS-

15C-

200Y

-FC4

-3

LPS-

15C

- CAN

TED

- TORQ

UE

TABL

ES

ACTU

ATOR

MODE

LSp

ring

Torq

ueOut

put t

orqu

e @

supp

ly p

ress

ure

[bar

g (P

SI)]

LPS-

15C-

155Y

-FC4

-3

LPS-

15C-

300Y

-FC4

-3

LPS-

15C-

335Y

-FC4

-3

LPS-

15C-

235Y

-FC4

-3

LPS-

15C-

255Y

-FC4

-3

LPS-

15C-

285Y

-FC4

-3

LPS-

15C-

360Y

-FC4

-3

LPS-

15C-

385Y

-FC4

-3



17


2.5

(35)

3 (4

2)3.

5 (4

9)4

(56)

5 (7

0)6

(84)

7 (9

8)8

(112

)9

(126

)10

(140

)11

(154

)12

(168

)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

STAR

T67

6 (5

984)

584

(517

0)79

2 (7

006)

999

(884

2)12

06 (1

0677

)14

14 (1

2513

)16

21 (1

4349

)18

29 (1

6184

)20

36 (1

8020

)

45

286

(252

9)23

0 (2

035)

339

(300

2)44

8 (3

968)

557

(493

4)66

7 (5

900)

776

(686

6)88

5 (7

832)

994

(879

9)

END

410

(362

7)29

0 (2

565)

497

(440

0)70

5 (6

236)

912

(807

2)11

19 (9

908)

1327

(117

43)

1534

(135

79)

1742

(154

15)

STAR

T67

6 (5

984)

472

(418

2)60

5 (5

352)

869

(769

2)11

33 (1

0032

)13

98 (1

2372

)16

62 (1

4712

)19

27 (1

7052

)21

91 (1

9392

)24

55 (2

1732

)27

20 (2

4072

)

45

286

(252

9)17

1 (1

515)

241

(213

1)38

0 (3

363)

519

(459

4)65

8 (5

826)

797

(705

7)93

6 (8

289)

1076

(952

0)12

15 (1

0752

)13

54 (1

1984

)

END

410

(362

7)17

8 (1

576)

310

(274

6)57

5 (5

086)

839

(742

6)11

03 (9

766)

1368

(121

06)

1632

(144

46)

1897

(167

86)

2161

(191

26)

2425

(214

66)

STAR

T67

6 (5

984)

583

(516

1)75

6 (6

689)

928

(821

7)12

74 (1

1273

)16

19 (1

4330

)19

64 (1

7386

)23

10 (2

0442

)26

55 (2

3499

)30

00 (2

6555

)33

46 (2

9611

)36

91 (3

2668

)

45

286

(252

9)22

9 (2

030)

320

(283

5)41

1 (3

639)

593

(524

8)77

5 (6

856)

956

(846

5)11

38 (1

0073

)13

20 (1

1682

)15

02 (1

3291

)16

83 (1

4899

)18

65 (1

6508

)

END

410

(362

7)28

9 (2

555)

461

(408

3)63

4 (5

611)

979

(866

8)13

25 (1

1724

)16

70 (1

4780

)20

15 (1

7837

)23

61 (2

0893

)27

06 (2

3949

)30

51 (2

7006

)33

96 (3

0062

)

STAR

T67

6 (5

984)

739

(654

1)97

7 (8

651)

1216

(107

60)

1454

(128

70)

1931

(170

90)

2408

(213

09)

2884

(255

29)

3361

(297

49)

3838

(339

68)

4315

(381

88)

4791

(424

08)

5268

(466

27)

45

286

(252

9)31

1 (2

757)

437

(386

7)56

2 (4

978)

688

(608

8)93

9 (8

309)

1190

(105

30)

1441

(127

51)

1692

(149

72)

1942

(171

92)

2193

(194

13)

2444

(216

34)

2695

(238

55)

END

410

(362

7)44

5 (3

935)

683

(604

5)92

1 (8

155)

1160

(102

65)

1636

(144

84)

2113

(187

04)

2590

(229

24)

3067

(271

43)

3543

(313

63)

4020

(355

83)

4497

(398

02)

4974

(440

22)

STAR

T67

6 (5

984)

950

(841

3)12

31 (1

0897

)15

12 (1

3381

)17

92 (1

5865

)23

54 (2

0834

)29

15 (2

5802

)34

77 (3

0771

)40

38 (3

5739

)45

99 (4

0708

)51

61 (4

5676

)

45

286

(252

9)42

3 (3

742)

571

(505

0)71

8 (6

357)

866

(766

5)11

61 (1

0280

)14

57 (1

2894

)17

52 (1

5509

)20

48 (1

8124

)23

43 (2

0739

)26

39 (2

3354

)

END

410

(362

7)65

6 (5

807)

937

(829

1)12

17 (1

0776

)14

98 (1

3260

)20

59 (1

8228

)26

21 (2

3197

)31

82 (2

8165

)37

43 (3

3134

)43

05 (3

8102

)48

66 (4

3071

)

STAR

T67

6 (5

984)

1300

(115

07)

1651

(146

10)

2001

(177

13)

2352

(208

17)

3053

(270

23)

3754

(332

29)

4455

(394

35)

5157

(456

42)

45

286

(252

9)60

7 (5

371)

791

(700

4)97

6 (8

637)

1160

(102

70)

1529

(135

37)

1898

(168

03)

2268

(200

70)

2637

(233

36)

END

410

(362

7)10

06 (8

902)

1356

(120

05)

1707

(151

08)

2058

(182

11)

2759

(244

17)

3460

(306

24)

4161

(368

30)

4862

(430

36)

STAR

T67

6 (5

984)

1489

(131

83)

1878

(166

22)

2266

(200

60)

2655

(234

99)

3432

(303

75)

4209

(372

52)

4986

(441

29)

45

286

(252

9)70

6 (6

253)

911

(806

3)11

15 (9

872)

1320

(116

82)

1729

(153

01)

2138

(189

21)

2547

(225

40)

END

410

(362

7)11

95 (1

0578

)15

84 (1

4016

)19

72 (1

7455

)23

61 (2

0893

)31

37 (2

7770

)39

14 (3

4647

)46

91 (4

1523

)

STAR

T67

6 (5

984)

1969

(174

29)

2454

(217

16)

2938

(260

04)

3422

(302

91)

4391

(388

66)

5360

(474

41)

45

286

(252

9)95

9 (8

487)

1214

(107

44)

1469

(130

01)

1724

(152

57)

2234

(197

70)

2744

(242

83)

END

410

(362

7)16

75 (1

4823

)21

59 (1

9111

)26

44 (2

3398

)31

28 (2

7686

)40

97 (3

6261

)50

66 (4

4836

)

STAR

T67

6 (5

984)

2344

(207

48)

2904

(256

99)

3463

(306

50)

4022

(356

02)

5141

(455

04)

45

286

(252

9)11

56 (1

0234

)14

51 (1

2840

)17

45 (1

5446

)20

40 (1

8052

)26

28 (2

3264

)

END

410

(362

7)20

50 (1

8142

)26

09 (2

3094

)31

69 (2

8045

)37

28 (3

2996

)48

47 (4

2899

)

STAR

T67

6 (5

984)

2746

(243

06)

3386

(299

68)

4026

(356

31)

4665

(412

94)

45

286

(252

9)13

68 (1

2107

)17

05 (1

5087

)20

41 (1

8068

)23

78 (2

1048

)

END

410

(362

7)24

52 (2

1700

)30

92 (2

7363

)37

31 (3

3026

)43

71 (3

8689

)

LPS-

15A-

235Y

-FC1

-1

LPS-

15A-

255Y

-FC1

-1

LPS-

15A-

285Y

-FC1

-1

LPS-

15A

- SYM

MET

RICA

L - T

ORQ

UE

TABL

ES

LPS-

15A-

175Y

-FC1

-1

LPS-

15A-

200Y

-FC1

-1

LPS-

15A-

155Y

-FC1

-1

ACTU

ATOR

MODE

LSp

ring

Torq

ueOut

put t

orqu

e @

supp

ly p

ress

ure

[bar

g (P

SI)]

LPS-

15A-

300Y

-FC1

-1

LPS-

15A-

335Y

-FC1

-1

LPS-

15A-

360Y

-FC1

-1

LPS-

15A-

385Y

-FC1

-1


Torque Table - LPS 15 - Single Acting - Fail Close - Symmetric


18

2.5

(35)

3 (4

2)3.

5 (4

9)4

(56)

5 (7

0)6

(84)

7 (9

8)8

(112

)9

(126

)10

(140

)11

(154

)12

(168

)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

Nm

(in

lb)

STAR

T82

9 (7

337)

667

(590

4)87

4 (7

739)

1082

(957

5)12

89 (1

1411

)14

97 (1

3246

)17

04 (1

5082

)19

11 (1

6918

)

45

356

(315

1)26

2 (2

319)

371

(328

5)48

0 (4

251)

589

(521

7)69

9 (6

183)

808

(714

9)91

7 (8

116)

END

522

(462

0)32

8 (2

907)

536

(474

3)74

3 (6

579)

951

(841

4)11

58 (1

0250

)13

65 (1

2086

)15

73 (1

3922

)

STAR

T82

9 (7

337)

744

(658

9)10

09 (8

929)

1273

(112

69)

1538

(136

09)

1802

(159

49)

2066

(182

89)

2331

(206

29)

2595

(229

69)

45

356

(315

1)30

3 (2

680)

442

(391

1)58

1 (5

143)

720

(637

4)85

9 (7

606)

998

(883

7)11

38 (1

0069

)12

77 (1

1301

)

END

522

(462

0)40

6 (3

593)

670

(593

3)93

5 (8

273)

1199

(106

13)

1463

(129

53)

1728

(152

93)

1992

(176

33)

2257

(199

73)

STAR

T82

9 (7

337)

631

(558

6)80

4 (7

115)

1149

(101

71)

1494

(132

27)

1840

(162

84)

2185

(193

40)

2530

(223

96)

2876

(254

53)

3221

(285

09)

3566

(315

65)

45

356

(315

1)24

3 (2

152)

334

(295

6)51

6 (4

565)

697

(617

3)87

9 (7

782)

1061

(939

0)12

43 (1

0999

)14

24 (1

2608

)16

06 (1

4216

)17

88 (1

5825

)

END

522

(462

0)29

3 (2

590)

465

(411

8)81

1 (7

175)

1156

(102

31)

1501

(132

87)

1847

(163

44)

2192

(194

00)

2537

(224

56)

2882

(255

13)

3228

(285

69)

STAR

T82

9 (7

337)

614

(543

8)85

3 (7

548)

1091

(965

8)13

30 (1

1768

)18

06 (1

5988

)22

83 (2

0207

)27

60 (2

4427

)32

37 (2

8646

)37

13 (3

2866

)41

90 (3

7086

)46

67 (4

1305

)51

43 (4

5525

)

45

356

(315

1)23

4 (2

074)

360

(318

4)48

5 (4

295)

611

(540

5)86

2 (7

626)

1113

(984

7)13

63 (1

2068

)16

14 (1

4289

)18

65 (1

6509

)21

16 (1

8730

)23

67 (2

0951

)26

18 (2

3172

)

END

522

(462

0)27

6 (2

442)

514

(455

2)75

3 (6

662)

991

(877

2)14

68 (1

2991

)19

45 (1

7211

)24

21 (2

1431

)28

98 (2

5650

)33

75 (2

9870

)38

51 (3

4089

)43

28 (3

8309

)48

05 (4

2529

)

STAR

T82

9 (7

337)

826

(731

0)11

07 (9

795)

1387

(122

79)

1668

(147

63)

2229

(197

32)

2791

(247

00)

3352

(296

68)

3913

(346

37)

4475

(396

05)

5036

(445

74)

45

356

(315

1)34

6 (3

059)

493

(436

7)64

1 (5

674)

789

(698

2)10

84 (9

597)

1380

(122

11)

1675

(148

26)

1971

(174

41)

2266

(200

56)

2561

(226

71)

END

522

(462

0)48

7 (4

314)

768

(679

8)10

49 (9

283)

1329

(117

67)

1891

(167

35)

2452

(217

04)

3013

(266

72)

3575

(316

41)

4136

(366

09)

4697

(415

77)

STAR

T82

9 (7

337)

1176

(104

05)

1526

(135

08)

1877

(166

11)

2227

(197

14)

2929

(259

21)

3630

(321

27)

4331

(383

33)

5032

(445

39)

45

356

(315

1)53

0 (4

688)

714

(632

1)89

9 (7

954)

1083

(958

7)14

52 (1

2854

)18

21 (1

6120

)21

90 (1

9387

)25

59 (2

2653

)

END

522

(462

0)83

7 (7

409)

1188

(105

12)

1538

(136

15)

1889

(167

18)

2590

(229

24)

3291

(291

31)

3992

(353

37)

4694

(415

43)

STAR

T82

9 (7

337)

1365

(120

81)

1753

(155

20)

2142

(189

58)

2530

(223

96)

3307

(292

73)

4084

(361

50)

4861

(430

26)

45

356

(315

1)62

9 (5

570)

834

(738

0)10

38 (9

189)

1243

(109

99)

1652

(146

18)

2061

(182

38)

2469

(218

57)

END

522

(462

0)10

26 (9

085)

1415

(125

23)

1803

(159

62)

2192

(194

00)

2969

(262

77)

3746

(331

53)

4523

(

Documents

LPS Series Heavy-Duty Actuators - pooljet.net · SIL Level 3. 9. The actuators in the ... The high-strength, heat-treated alloy steel guide bar is ... LPS Series Heavy-Duty Actuators