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LEDEEN™ GS Series
FLOW CONTROL LEDEEN™ GS Series Pneumatic & Hydraulic Actuators GS Series TYPICAL APPLICATION For on/off or modulating control of any quarter-turn operated valve. Quarter-Turn Pneumatic Quarter-Turn Hydraulic MODULAR ASSEMBLY Consistent engineering design and efficient modular assembly allows maximum operational flexibility to be achieved. Double acting, spring fail close/open or manual override operations are combinations that are readily obtainable on the pneumatic and hydraulic products. Pneumatic Cylinder Spring Cartridge Frame Hydraulic Cylinder Symmetric Yoke 2 Canted Yoke FLOW CONTROL STANDARD FEATURES • All models available as double acting or spring return • Torque outputs to 57,360 in-lbs (6480 Nm) • Open and close travel stops provide ±3˚ min. • Scotch yoke mechanism generates powerful opening and closing torque outputs • Steel fabricated frame provides rugged foundation of modular assemblies • Chrome-plated side load bar with guide block for effective elimination of piston rod deflection Pneumatic Spring Return • Bronze bushing interfaces provide low-friction support of sliding and rotating components • Aluminum bronze sliding blocks for a low-friction, low-stress pin connection • Steel cylinder assembly provides robust pressure containment for all conditions • Nickel-plated cylinder I.D. ensures excellent sealing surface with superior corrosion resistance • Buna piston seal configurations specifically designed Hydraulic Spring Return for pneumatic and hydraulic applications • Composite guide band on piston provides low-friction guidance and support • Steel spring cartridge is fully enclosed from environmental conditions • Epoxy-coated prestressed springs provide consistent performance with corrosion protection • Seal-welded design construction provides maximum personnel safety STANDARD PRODUCT CHARACTERISTICS TYPE Pneumatic Hydraulic TEMPERATURE PRESSURE -22 °F to 212 °F 40 to 175 psig (3 to 12 barg) (-30 °C to 100 °C) 145 to 3000 psig (10 to 202 barg) 3 Pneumatic Actuator Standard Construction 1 2 3 4 5 6 7 8 15 11 14 16 13 12 10 9 Double Acting Pneumatic Actuator 17 Spring Return Pneumatic Actuator ITEM 4 DESCRIPTION MATERIAL 1 Guide Bar Alloy Steel/Chrome Plated 2 Pin Alloy Steel 3 Guide Block Carbon Steel 4 Sliding Block Aluminum Bronze 5 Cylinder Carbon Steel 6 Tie Rod Alloy Steel 7 Flange Carbon Steel 8 Guide Band Teflon and Graphite 9 Seal Buna O-Ring 10 Piston Carbon Steel 11 Piston Rod Alloy Steel 12 Travel Stop Alloy Steel 13 Scotch Yoke Alloy Steel 14 Bushing Bronze 15 Frame Carbon Steel 16 Spring Cartridge Carbon Steel 17 Spring Alloy Steel FLOW CONTROL Hydraulic Actuator Standard Construction 1 2 3 4 5 6 7 15 8 10 11 14 16 13 12 9 Double Acting Hydraulic Actuator 17 Spring Return Hydraulic Actuator ITEM DESCRIPTION MATERIAL 1 Guide Bar Alloy Steel/Chrome Plated 2 Pin Alloy Steel 3 Guide Block Carbon Steel 4 Sliding Block Aluminum Bronze 5 Cylinder Carbon Steel 6 Tie Rod Alloy Steel 7 Flange Carbon Steel 8 Guide Band Teflon and Graphite 9 Seal Buna Quad-Ring 10 Piston Carbon Steel 11 Piston Rod Alloy Steel 12 Travel Stop Alloy Steel 13 Scotch Yoke Alloy Steel 14 Bushing Bronze 15 Frame Carbon Steel 16 Spring Cartridge Carbon Steel 17 Spring Alloy Steel 5 GS Series STANDARD OPTIONS • Jackscrew override • Hand pump override • Fluorosilicone seals for low temperature applications to -76 ˚F (-60 ˚C) • Viton® seals for high temperature applications to 392 ˚F (200 ˚C) Pneumatic Spring Return with Jackscrew Override Pneumatic Double Acting with Jackscrew Override CERTIFICATIONS Cameron’s GS series of actuators comply with many industry standards. • ISO 9001:2000, Quality • PED 97/23/EC, Design • SI 825, Safety • IEC 61508:2000, Integrity (TUV/SIL3) 6 Pneumatic Double Acting with Hand Pump Override FLOW CONTROL MODEL NUMBER DESIGNATION Starting with step 1, Frame Type, the compo- Cameron offers customizable actuators —from the frame type to the override options. A sample of the actuator selection process is shown below. nents of the actuator needed to fit the customer’s requirements is built. An example model number is shown below which specifically identifies each variable for selection. 1 GS 3 4 5 6 23 P A S 2 6 7 7 C 8 9 6 JS 9 MANUAL OVERRIDE OPTION (if required) HP: Hand Pump JS: Jackscrew 8 SPRING CARTRIDGE SIZE (only for spring return models) 1–10 7 6 5 FAIL POSITION (only for spring return models) C: Closed O: Open ACTUATOR TYPE (only for spring return models) S: Spring Return YOKE TYPE A: Canted (GS6 Models only) S: Symmetric 4 PRODUCT TYPE P: Pneumatic H: Hydraulic 3 2 FRAME SIZE 2, 6 charts, dimensional drawings, etc., refer to the GS Series Actuators technical data package. ta ical Da Techn ds. er nee custom red as meet rs to are offe ng return. iption actuato actuators n and spri omizes n cust rter-tur ble-acting of qua Camero atic, dou series pneum The GS lic and hydrau Descr ries FRAME TYPE GS For additional technical data such as torque GS Se 1 POWER CYLINDER SIZE Pneumatic: 10–38 Hydraulic: 04–07 TECHNICAL DATA JKJ KJ N LKJF EKRW KDJAKD SK AJKa KDJAKD SA KJEJ KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD SJK NE KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD SJK NE KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD SJK NE KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD SJK NE KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD JKJ KJ N SJK NE KDJAKD KDJAKD KDJAKD LKJF KDJAKD KDJAKD KDJAKD KDJAKD EKRW KDJAKD JKJ KJ N SJK NE LKJF KDJAKD KDJAKD ABC kajske aknd;a KDJAKD SK AJKa KDJAKD KDJAKDKDJAKD KDJAKD KDJAKD KDJAKD SA KJEJ KDJAKD KDJAKD EKRW ABC kajske aknd;a SK AJKa SJK NE KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD SA KJEJ NE KDJAKD KDJAKD KDJAKD KDJAKD SJK KDJAKD KDJAKD KDJAKD KDJAKD KDJAKDKDJAKD KDJAKD KDJAKD SJK NE KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD SJK NE KDJAKD KDJAKDKDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD SJK NE KDJAKD KDJAKD KDJAKD KDJAKD SJK NE KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD NE KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD SJK KDJAKDKDJAKD KDJAKD KDJAKD SJK NE KDJAKD KDJAKD KDJAKD SJK NE KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKDKDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD SJK NE KDJAKD KDJAKD SJK NE KDJAKD KDJAKD KDJAKD KDJAKD SJK NE KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD SJK NE KDJAKDKDJAKD KDJAKD KDJAKD SJK NE KDJAKD KDJAKD KDJAKD SJK NE KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKDKDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD SJK NE KDJAKD KDJAKD SJK NE KDJAKD KDJAKD KDJAKD KDJAKD SJK NE KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD SJK NE KDJAKDKDJAKD KDJAKD SJK NE KDJAKD KDJAKD KDJAKD KDJAKD SJK NE KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD SJK NE KDJAKD NE KDJAKDKDJAKDKDJAKDKDJAKD SJK KDJAKDtic KDJAKD KDJAKD SJK NE KDJAKD KDJAKD KDJAKD KDJAKD s ma KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD tor SJK NE eu KDJAKDKDJAKD KDJAKD tua SJK NE KDJAKD KDJAKD SJK NE KDJAKD KDJAKD KDJAKD KDJAKD GS Pn KDJAKD KDJAKD KDJAKDKDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD SJK NE ulic Ac KDJAKDSJK NEKDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD SJK NE KDJAKD KDJAKD KDJAKD dra KDJAKDKDJAKD KDJAKD KDJAKD Hy KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD SJK NE & KDJAKDKDJAKD KDJAKD SJK NE KDJAKD KDJAKD KDJAKD KDJAKD SJK NE KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKDKDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD SJK NE KDJAKD SJK NE KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD SJK NE KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD SJK NE KDJAKDKDJAKD KDJAKD SJK NE KDJAKD KDJAKD KDJAKD KDJAKD SJK NE KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKDKDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD SJK NE KDJAKD SJK NEKDJAKD KDJAKD KDJAKD KDJAKD KDJAKD SJK NE KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD SJK NE KDJAKDKDJAKD KDJAKD SJK NEKDJAKD KDJAKD KDJAKD KDJAKD SJK NE KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKDKDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD SJK NE KDJAKD SJK NEKDJAKD KDJAKD KDJAKD KDJAKD KDJAKD SJK NE KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD SJK NE KDJAKDKDJAKD KDJAKD SJK NEKDJAKD KDJAKD KDJAKD KDJAKD SJK NE KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKDKDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKDSJK NE SJK NE KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD SJK NE KDJAKD KDJAKD KDJAKD KDJAKDKDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD SJK NE KDJAKD KDJAKD SJK NEKDJAKD KDJAKD KDJAKD KDJAKD KDJAKD SJK NE KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKDNE KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKDSJK NE SJK NE KDJAKDKDJAKD KDJAKD KDJAKD KDJAKD KDJAKD SJK KDJAKD KDJAKD KDJAKD KDJAKDKDJAKD KDJAKD KDJAKD KDJAKD KDJAKDNE KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKDSJK NE SJK NE KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD SJK KDJAKD KDJAKD KDJAKD KDJAKDKDJAKD KDJAKD KDJAKD KDJAKD KDJAKDNE KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKDSJK NE SJK NE KDJAKDKDJAKD KDJAKD KDJAKD KDJAKD KDJAKD SJK KDJAKD KDJAKD KDJAKD KDJAKDKDJAKD KDJAKD KDJAKD KDJAKD KDJAKDNE KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD SJK NE SJK NE KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD SJK KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKDNE KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD SJK NE SJK NE KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD SJK KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD SJK NE SJK NE KDJAKD KDJAKD KDJAKD KDJAKD SJK NE KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD SJK NE SJK NE KDJAKD KDJAKD KDJAKD SJK NE KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD SJK NE KDJAKD KDJAKD NE KDJAKD SJK KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD SJK NE KDJAKD KDJAKD KDJAKD SJK NE KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD SJK NE KDJAKD KDJAKD NE KDJAKD SJK KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD SJK NE KDJAKD KDJAKD KDJAKD SJK NE KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD SJK NE KDJAKD KDJAKD NE KDJAKD SJK KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD KDJAKD SJK NE KDJAKD KDJAKD SJK NE KDJAKD KDJAKD KDJAKD KDJAKD SJK NE KDJAKD NE SJK KDJAKD SJK NE aknd;a ABC kajske 7 FLOW CONTROL 11331 Tanner Road Houston, Texas 77041 USA Tel 1-713-280-3000 Fax 1-713-280-3056 4903-B W Sam Houston Pkwy N Houston, Texas 77041 USA Tel 1-281-809-1900 Toll Free 1-866-447-2096 24/7 Aftermarket 1-281-382-2407 Fax 1-281-809-1851 5120 67th Avenue Edmonton, Alberta T6B 3N9 Canada Tel 1-780-426-8700 Fax 1-780-426-8720 Factory Building 1 No. 1388 South Longgong Road Chengdu Longquan Economic Development Zone Chengdu, 610100 China Tel 86-28-8843-1751 Fax 86-28-8843-1027 Via Gandini 4 27058 Voghera, PV Italy Tel 39-0383-343311 Fax 39-0383-62289 DRILLING & PRODUCTION SYSTEMS PO Box 1212 Houston, Texas 77251-1212 USA Tel 1-713-939-2211 Visit us at: www.c-a-m.com/flowcontrol HSE Policy Statement At Cameron, we are committed ethically, financially and personally to a working environment where no one gets hurt, nothing gets harmed. © 2009 Cameron | Viton is a registered trademark of E.I. du Pont de Nemours and Company. | LEDEEN is a trademark of Cameron International Corporation. | Printed in USA, SWP, 2M | 01/09, TC9675
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