LEDEEN CP Series Compact Actuators Actuator Brochure
User Manual: LEDEEN CP Series Compact Actuator Brochure Resource Library
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LEDEEN CP Series Compact actuators LEDEEN CP Series Compact Actuators Customer-focused solutions ■■ Save valuable space as compared with a typical scotch yoke actuator ■■ Set the valve position precisely with adjustable travel stops ■■ ■■ Experience the convenience of single-source integrity with Cameron automated valves Keep your equipment in peak performance with Cameron services Pneumatic double-acting actuator. Solid engineering and manufacturing excellence ■■ ■■ The LEDEEN Valve Automation Center of Excellence located in Italy has an actuation heritage dating back to 1948. Because Cameron designs and manufactures valves, actuators, and control solutions, our customers benefit from a single point of accountability. Pneumatic spring-return actuator. 2 Features and Benefits Space savings ■■ Save valuable space with the LEDEEN* compact actuator series ■■ Significantly reduce piping and support structures in new manifold designs Double-acting actuators Spring-return actuators Size comparison—equivalent scotch yoke actuator on 8-in 2,500-psi ball valve. Adjustable travel stops Experienced Cameron engineers have ensured the design has an integrated adjustable travel stop subassembly for precise valve positioning. ■■ ■■ ■■ Adjustable open and close travel stops Precise valve setting to fully open for optimized flow and to fully closed for positive shut-off position External access to travel stop adjustment 3 Typical applications The LEDEEN compact pneumatic actuator is a quarter-turn actuator ideal for space-constrained installations, including ■■ FPSO vessels and platforms ■■ offloading buoys and manifolds ■■ ESD and high-integrity pressure protection system (HIPPS). Standard features ■■ Available double-acting or spring return designs ■■ Torque outputs to 283,000 in.lbf [32,000 N.m] ■■ Open and close travel stops provide ± 3° minimum adjustment ■■ Helical slot torque-generating mechanism ■■ Roller transfer of thrust ■■ Rugged carbon steel frame ■■ Pneumatic double-acting actuator. Electroless nickel-plated (ENP) pneumatic cylinder bore with polytetrafluoroethylene (PTFE) guide band ■■ Buna piston seals ■■ Totally enclosed spring cartridge ■■ Epoxy-coated springs ■■ Local position indicator ■■ Adaptable to any quarter-turn valve topworks Available options ■■ Gearbox override ■■ Mechanical partial stroke test device (local or remote operation) ■■ Special seals for low-temperature applications to −76 degF [−60 degC] Standard Product Characteristics Actuator Model Temperature Range, degF [degC] CP −22 to 185 [−30 to 85] Pneumatic spring return actuator. 4 Gauge Pressure Range, psi [bar] 40 to 160 [3 to 11] Standard Construction Pneumatic Double-Acting Actuator 8 7 1 14 5 13 3 6 9 11 12 4 10 2 Item 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 Description Top flange Base flange Cylinder lining Shell Piston Tie rods Namur flange Position indicator Travel stop Cylindrical cam Center hub Bearing Guide band Seal Stem adapter 15 Material Carbon steel Carbon steel Carbon steel Carbon steel Carbon steel Alloy steel Stainless steel Stainless steel Alloy steel Alloy steel Alloy steel Bearing steel Teflon® PTFE Nitrile butadiene rubber (NBR) Carbon steel 5 Pneumatic Spring-Return Actuator 8 7 1 14 5 13 3 6 9 11 12 10 4 16 2 Item 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 6 Description Top flange Base flange Cylinder lining Spring cartridge Piston Tie rods Namur flange Position indicator Travel stop Cylindrical cam Center hub Bearing Guide band Seal Stem adapter Spring 15 Material Carbon steel Carbon steel Carbon steel Carbon steel Carbon steel Alloy steel Stainless steel Stainless steel Alloy steel Alloy steel Alloy steel Bearing steel Teflon® PTFE NBR Carbon steel Spring steel Model Number Designation Cameron offers customizable actuators from the frame type to the override options. An example model number is shown below to specifically identify each variable for selection. Example CP 40 - 480 - SR C 3 - XXX‡ Frame Type CP Frame Size 2.5–320 Power Cylinder 160–1195 Actuator Type SR Spring return DA Double acting Fail Position† C Closed O Open Spring Size† 1–3 † Only ‡ Only Special Option‡ Advised by LEDEEN if required for spring-return models if required Certifications Technical Data The LEDEEN compact actuator complies with the following industry standards: For additional data such as torque charts and dimensional drawings, refer to the LEDEEN compact actuator—CP Series technical data package. ■■ ISO 9001:2000 ■■ Pipeline Safety Regulation SI 1996/825 ■■ ATEX Directive 2014/34/EU ■■ SIL IEC 61508 ■■ IP IEC 60529 ■■ 97/23/CE (PED). Y 4 dini , ia) - ITAL Via Gan hera (Pav 1 Vog 27058 -0383.34331 289 - 366105 Tel. +39 +39-0383.62 Telefax ble Act Max Allowa re g Pressu Max Workin [Bar] re Pressu [Bar] 6,5 Displ. 9,9 6 [L] 5,5 re [Bar] 7,6 5 5,3 on Pressu 4,5 4 Operati 8,8 3,5 [Nm] Spring 3 1908 1623 Air Torque 8,5 4,7 Torque 1007 1338 838 1053 [Nm] 1506 670 10,8 1221 502 1194 936 1945 651 599 7,6 Start 5,9 1624 1 1028 1303 80-SRX 837 Running 839 982 CP20-3 1842 9,6 1543 650 1194 End 1557 1222 461 923 1272 901 599 8,5 Start 5,3 754 987 581 1 1287 586 02-SRX 837 Running 1002 418 CP20-4 717 7,8 1642 End 1915 432 1594 823 Start 11,0 965 4,3 1273 2 776 952 80-SRX 1149 Running 1360 587 CP20-3 10,8 1039 398 1642 End 718 rn 397 823 7,6 Start 6,6 1864 2 ng Retu 1470 02-SRX 1149 Running 1729 936 - Spri CP20-4 1075 1444 9,6 703 1642 Data End 820 1159 1309 470 ue 652 914 823 8,5 Start 1052 484 5,9 tic Torq 519 2 767 44-SRX 1149 Running 481 Pneuma CP20-4 1838 7,8 ble Act 1950 End 1517 884 1196 Max Allowa re CP 80 Series 1063 Start 11,0 695 4,8 3 ng Pressu 1160 505 80-SRX 1502 Running 839 [Bar] Max Workire CP20-3 518 1950 Spring End Operation Pressure [Bar] Pressu 1861 Actuator Model [Bar] 1063 Position Torque Start 9,6 3 3,5 4 4,5 1466 5 3 5,5 6,5 Displ. 897 ble Act[Nm] 1071 02-SRX [L] 6 1502 Running Air Torque [Nm] 665 CP20-4 Max Allowa re re [Bar] 1,0 5,5 5,1 1183 432 CP80-590-SRX1 1950 g Start End 4713 3163 4305 5 Pressu 5448 789 6590 7733 tion Pressu 394 Max Workin 8,6 1063 Start Running 4,5 [Bar] 2362 Opera 4 1393 re 2068 2744 3419 3 4095 Pressu Series 44-SRX e [Nm] 1502 Running End 3279 1548 2690 2.5 3833 3,5 265 4975 CP20-4 Torqu 6118 Displ. [Bar] 1,1 4,5 Air CP 6,5 3 CP80-644-SRX1 Spring 227 End Start 9,8 4713 6 4522 5891 141 7260 [L] e 190 10,4 5,5 118 Torqu Running 2362 re [Bar] 2196 15 212 152 3006 5 3815 5,2 96 on s 174 on Pressu [Nm] 4,5 Positi End 74 3279 2907 4276 5645 4 Operati 1,0 5,7 137 144 40 Serie 266 CP CP80-590-SRX2 8,8 3,5 Start tor Model 100 6493 [Nm] 4053 71 5196 Spring 3 224 6338 7481 3830 9,4 Actua 141 Start 3252 Air Torque 182 Running 3255 17 g 97 259 1739 117 2414 4,7 3090 RX1 2019 3765 2673 213 n Torque Runnin 92 222 -190-S 1678 End 2095 4517 Positio 1,1 5,1 132 171 1828 144 [Nm] 2971 4113 CP2.5 3011 5256 1336 184 1516 End 110 130 CP80-644-SRX2 2433 995 r Model Start 10,7 2463 71 6493 189 147 4497 5866 7235 88 10,4 1854 653 Actuato Start 151 3851 g 1276 66 Running 97 15 1239 3255 Start RX1 2001 2810 5,9 3620 114 3206 697 1 Runnin 265 -200-S 2032 76 2561 80-SRX 1,0 6,3 End 1736 198 Running 4517 CP2.5 2271 3640 5009 223 1651 End CP40-4 1915 135 3669 9,6 6493 3032 CP80-690-SRX2 98 1270 181 Start 2463 End 4379 5957 111 7535 246 9,4 3091 Start 2387 889 194 g 1833 86 2512 208 136 1742 RX2 17 Running 1239 Start 3255 1931 152 2864 5,3 120 3797 Runnin 1492 1934 1 1097 -190-S 171 2541 98 111 1150 198 1,1 06-SRX 5,7 CP2.5 1736 End Running 4517 2154 3732 161 End 5309 1962 808 CP40-5 76 98 7,9 8073 1384 124 CP80-590-SRX3 3395 Start End Start 7,7 3756 805 4590 86 5733 g 136 RX2 3111 255 21 1708 Running Start Runnin 4307 4,4 1885 -200-S 2466 1905 2 2581 214 256 CP2.5 1504 126 1,4 4,6 1821 80-SRX 2393 Running End End 172 6069 2628 1123 CP40-4 1855 2998 101 129 10,7 1983 742 171 CP80-644-SRX3 3395 End 77 Start Start 8018 4117 1338 5486 6855 8224 129 g RX3 181 693 15 1708 87 Start Runnin Running 4307 6,5 -190-S 1626 3569 2435 2 3245 4054 CP2.5 256 2786 06-SRX 2393 Running End End 255 ble Act 6069 3536 1382 1774 CP40-5 2751 2003 4120 5489 129 2957 204 9,6 1312 CP80-690-SRX3 3395 End Start Max Allowa re 125 Start 1685 8073 2379 4209 2441 5786 850 153 7364 g 95 RX3 ng 181 Pressu 1344 1800 1658 17 1708 Start Runnin 170 -200-S 2174 5,9 Running 4307 1002 65 1680 875 2613 2 3545 [Bar] Max Workire CP2.5 256 1595 120 661 56-SRX 2393 End Running End 6069 1017 69 1474 Pressu 3051 CP40-5 4629 129 3689 438 7,9 4235 Start End [Bar] 3044 10,0 g RX3 181 6,5 Displ. 1776 2399 21 2143 Runnin Start -220-S 4,8 Series 6 [L] 1395 1754 CP 120 3 CP2.5 2327 1014 80-SRX 3025 5,5 End Running 1,9 5,2 1682 633 CP40-4 5 re [Bar] 7,0 1037 4235 End 4,5 392 8,8 tion Pressu Spring Operation Pressure [Bar] 4 3640 24 2143 Opera Start Series 2857 Actuator 3 Model 4,3Position Torque 5 3,5 481 3 [Nm] 3,5 4 1747 4,5 e 5 2074 D.N. 06-SRX 5,5 3025 CP Running 2,2 3 4,6 Spring 408 1285 CP40-5 [Nm] Air Torqu335 254 Air Torque [Nm] e 2278 823 4235 End Torqu 211 1495 VED BY CP120-46-SRX1 10,9 Start 261 7148 379 6234 on 7988 712 9742 11497 167 APPRO 2143 Start A.D. [Nm] Positi 306 3667 3 Running 124 3587 2941 3968 4996 312 2783 56-SRX 6024 233 3025 Running 1,9 6,0 491 1763 tor Model CP40-5 KED BY 1898 End 160 5101 3807 5561 Actua 7316 158 1241 9070 409 CHEC 4235 End M.D. Start 260 9,6 2305 719 CP120-54-SRX1 326 Start g 7148 6311 8370 10430 X1 222 1421 211 460 2143 Runnin 244 390 36-SR 536 RED 3BY Start 163 Running 387 3587 2986 4192 CP5-2 5399 312 90-SRX 307 230 3025 PREPA 2,2 Running 5,2 End 114 314 CP40-5 225 187 End 5101 3884 5944 158 8003 241 320 End Start 143 144 10,9 CP120-46-SRX2 247 Start g 9531 X1 222 5972 101 7727 9481 11235 Runnin 174 50-SR 480 Running N 4783 CP5-2 430 101 2551 3578 1,9 4606 6,5 5634 End 397 RIPTIO 242 End DESC 6801 217 315 2737 4491 6246 8000 Start 193 453 9,6 First issue 233 CP120-54-SRX2 340 g Start 9531 X2 305 144 6355 380 8414 10474 Runnin 257 217 2016 36-SR 96 24/03/ 307 Running 4783 CP5-2 430 175 2775 174 3981 2,2 5,7 5188 End 284 93 1310 End 217 6801 211 3119 5179 DATE 7239 Start 7,9 138 g CP120-62-SRX2 Start X2 305 9531 6082 8439 10797 Runnin REV. 482 50-SR 400 Running CP5-2 501 4783 2615 234 2,7 3996 4,7 5377 End 317 186 End 266 6801 313 2847 5204 7561 Start 137 230 g X3 377 Runnin 148 36-SR CP5-2 501 End 485 ble Act 266 384 CP 160 Series Start Max Allowa re 236 283 g X3 ng 377 Pressu 177 Runnin 316 50-SR 117 [Bar] Max Workire CP5-2 501 215 Spring End Operation Pressure [Bar] 114 Pressu 266 Actuator Model Position Torque Start 3 3,5 [Bar] 4 4,5 5 5,5 10,4 g X3 377 6,5 Displ. Runnin [Nm] 76-SR Air Torque [Nm] 6 [L] CP5-2 CP160-59-SRX1 5,5 End Start 3,8 9560 5,3 7703 9959 12216 14473 5 re [Bar] Running 4800 3564 4886 4,5 6208 7531 9,2 tion Pressu 4 Opera End 6828 4464 Series 6721 8978 11234 3,5 970 e [Nm] CP160-68-SRX1 Start 4,3 3 CP 10 4,7 9560 9992 12575 15159 Spring 827 Air Torqu684 511 e Running 4800 4905 Torqu 427 6419 7933 11,3 540 764 on 342 End 6828 [Nm] Positi 6753 620 9337 11920 258 595 477 CP160-59-SRX2 3,8 6,0 Start 12746 994 7262 tor Model 9518 11775 14031 333 Actua 297 832 Running 6401 Start 525 2990 10,0 4312 5634 6956 670 g X1 412 430 935 End Runnin 508 9103 788 300-SR 2944 5200 7457 9713 334 792 CP10595 626 470 4,3 CP160-68-SRX2 5,3 Start End 239 12746 648 9877 12461 15044 464 385 297 505 658 Running Start 302 301 6401 8,1 4522 6036 7549 515 g X1 412 216 End Runnin 371 9103 318-SR 5559 8143 10727 978 CP10816 228 5,3 4,3 CP160-77-SRX2 End Start 816 12746 9731 12663 15595 495 409 654 Start Running 399 6401 11,3 4436 6154 7872 492 701 g X2 570 304 Runnin 539 End 300-SR 9103 5413 8345 11277 208 CP10816 377 3,8 6,6 End 215 409 958 Start 873 10,0 758 g X2 570 484 730 Runnin 558 415 318-SR 366 587 CP10816 681 330 4,3 5,8 End 248 533 481 246 409 390 Start 281 8,1 246 g X2 570 935 Runnin 352-SR 773 CP101055 451 5,3 4,7 End 611 355 533 594 Start 260 432 g X3 752 Runnin 270 300-SR CP101055 End 953 533 753 Start 462 553 g X3 752 344 Runnin 613 318-SR 226 CP10413 1055 End 213 533 Start g X3 752 Runnin 352-SR CP10End ator Actu Series a pact Com nical CPD20at ch al Slot Helic matic Te Pneu r Model Actuato n Positio 65 CDT1 ECT PROJ XXXX XXXX XXXX XXXX XX 6 6,5 Displ. [L] 31 Max Working Pressure [Bar] Max Allowable Act Pressure [Bar] 5,3 9,7 37 4,3 8,1 5,9 10,6 4,8 8,8 31 37 42 4,3 6875 3256 4140 8018 3932 5283 7,6 31 6,6 11,5 37 5,5 9,6 42 6 6,5 Displ. [L] 46 4,8 8,3 Max Working Pressure [Bar] Max Allowable Act Pressure [Bar] 5,2 9,9 54 4,5 8,4 5,8 10,7 5,0 9,1 46 54 62 6 6,5 Displ. [L] 59 4,3 7,9 Max Working Pressure [Bar] Max Allowable Act Pressure [Bar] 5,5 10,5 4,7 9,2 5,8 11,3 68 59 68 5,3 9,9 4,6 8,7 77 7 LEDEEN CP Series cameron.slb.com/valves *Mark of Schlumberger Other company, product, and service names are the properties of their respective owners. Copyright © 2016 Schlumberger. All rights reserved. 16-VL-174149
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