EXPO21XX Air hydraulic pumps and electrical pumps

Cylinders, Lifting Products and Systems Enerpac provides the largest selection of cylinders and lifting systems, fully supported and available through the most extensive network of distributors worldwide. We have a solution for virtually any application – lifting, pushing, pulling, bending or holding – in most industrial and commercial work environments. Enerpac offers hundreds of different configurations of cylinders and lifting systems, plus products ranging from jacks and lifting bags, for portability and tight fits, to engineered systems for precise control over multiple lift points.

General Purpose Steel and Pull Cylinders / Cylinder Sets
General purpose cylinder single-acting RC-series capacity: 5 - 95 tonstroke: 16 - 362 mm max. pressure: 700 bar	Low height cylinders RSM, RCS-series capacity: 5 - 150 tonstroke: 6 - 62 mm max. pressure: 700 bar	Pancake locknut single acting CLP-series capacity: 60 - 520 tonstroke: 45 - 50 mm max. pressure: 700 bar	Hollow cylinders single acting RCH-series capacity: 13 - 95 tonstroke: 8 - 155 mm center hole: 19,6 - 79,0 mm max. pressure: 700 bar	Hollow cylinders double acting RRH-series capacity: 30 - 145 tonstroke: 38 - 258 mm center hole: 33,3-79,2 mm

Pull cylinders single acting BRC & BRP-series capacity: 2,5 - 50 tonstroke: 127 - 155 mm max. pressure: 700 bar	Cylinder-pump sets single acting SC-series capacity: 5 - 95 tonstroke: 38 - 362 mm max. pressure: 700 bar

Lightweight aluminum cylinders Utilizing the latest in Alloy technology, high-strength coatings, seal design and bearing materials, the new Aluminum Cylinder line from Enerpac can change the way you think about your cylinder applications. Our cylinders provide the strength of steel with the lightweight, transportability and easy positioning of aluminum. Let us show you what the new world of Aluminum Cylinders Enerpac have to offer.

Aluminum cylinders single acting RAC-series capacity: 20 - 150 tonstroke: 50 - 250 mm max. pressure: 700 bar	Locknut cylinders single acting RACL-series capacity: 20 - 150 tonstroke: 50 - 250 mm max. pressure: 700 bar	Aluminum cylinders double acting RAR-series capacity: 20 - 150 tonstroke: 50 - 250 mm pressure: max. 700 bar	Hollow cylinders single acting RACH-series capacity: 20 - 150 tonstroke: 50 - 250 mm center hole: 27 - 79 mm max. pressure: 700 bar

High tonnage construction cylinders
High tonnage cylinders single acting CLSG-series capacity: 50 - 1000 tonstroke: 50 - 300 mm max. pressure: 700 bar	High tonnage cylinders single acting CLS-series capacity: 50 - 1000 tonstroke: 50 - 300 mm max. pressure: 700 bar	High tonnage cylinders single acting CLL-series capacity: 50 - 1000 tonstroke: 50 - 300 mm max. pressure: 700 bar	High tonnage cylinders double acting CLRG-series capacity: 50 - 1000 tonstroke: 50 - 300 mm max. pressure: 700 bar

Low height, flat jack & pancake cylinders
Low height cylinders RSM, RCS-series capacity: 5 - 150 tonstroke: 6 - 62 mm max. pressure: 700 bar	Pancake locknut single acting CLP-series capacity: 60 - 520 tonstroke: 45 - 50 mm max. pressure: 700 bar

Hollow plunger
Hollow cylinders single acting RCH-series capacity: 13 - 95 tonstroke: 8 - 155 mm center hole: 19,6 - 79,0 mm max. pressure: 700 bar	Hollow cylinders double acting RRH-series capacity: 30 - 145 tonstroke: 38 - 258 mm center hole: 33,3-79,2 mm	Hollow cylinders single acting RACH-series capacity: 20 - 150 tonstroke: 50 - 250 mm center hole: 27 - 79 mm max. pressure: 700 bar

Long stroke, high cycle
Precision production cylinders double-acting BRD-series capacity: 4 - 23 tonstroke: 28 - 260 mm max. pressure: 700 bar	Long stroke cylinders double-acting RR-series capacity: 10 - 520 tonstroke: 57 - 1219 mm max. pressure: 700 bar	Attachments for BRD-series cylinders BAD-series capacity: 4 - 23 ton

Specialty lifting products
Air lifting bags LB-series capacity: 3,1 - 67,2 ton at 8 barmax. lifting height: 130 - 510 mm collapsed height: 28 - 31 mm	Plastic Cribbing Blocks LPC-Series capacity: 27,2 - 90,7 ton min. clearance: 53,5 mm max. cribbing height: 1625 mm	Steel bottle jacks EBJ-Series capacity: 1,4 - 90,7 ton stroke: 77 - 508 mm max. pressure: 700 bar	Aluminum & steel jacks JHA, JH-Series capacity: 7 - 150 ton stroke: 76 - 155 mm max. pressure: 700 bar	Lifting wedge LW-series capacity: 16 ton stroke/max. spread: 21 / 81,5 mm tip clearance: 10 mm max. pressure: 700 bar

Machine lifts SOH-series capacity: 8,5 - 20 ton stroke: 136 - 157 mm toe clearance: min. 20 mm max. pressure: 700 bar	PR-Series, POW'R RISER Lifting Jack rated lifting capacity: 534-1779 kN stroke: 356-686 mm max. pressure: 700 bar

Lifting systems
Sync-Lift synchronous lifting SLS-Series capacity: 10 - 1000 ton max. stroke: 5000 mm max. pressure: 700 bar	Sync-Hoist load positioning SHS-serie capacity per lifting point: 60 - 110 ton max. stroke: 1500 mm max. pressure: 700 bar	Stage-Lift BLS, SL-Series capacity: 10 - 1000 ton stroke per stage: 50-1219 mm max. pressure: 700 bar	PR-Series, POW'R RISER Lifting Jack rated lifting capacity: 534-1779 kN stroke: 356-686 mm max. pressure: 700 bar

Enerpac hydraulic pumps and valves ENERPAC combines the widest selection of hydraulic pumps available with reliability, durability and built-in safety to make it easy to find the right pumps for any application requiring applied force. Enerpac features over 1,000 different pump configurations, including manual, battery powered, electric-, air-, and gasoline-powered models, perfectly matched to Enerpac’s family of tools and accessories. These pumps offer a lifetime warranty, and are designed to make you more productive and efficient in the work you perform.

Hand-foot pumps Portable, durable, easy-to-use. Enerpac’s large selection of manual pumps makes it easy to find the most effective compact pump.

Steel hand pumps P-series reservoir: 655 - 7423 cm³ flow: 2,46 - 4,75 cm³/stroke max. pressure: 700 bar	Lightweight hand pumps P-series reservoir: 327 - 2540 cm³ flow: 0,90 - 2,47 cm³/stroke max. pressure: 700 bar	Low pressure pumps P-series reservoir: 295 - 3277 cm³ flow: 2,62 - 9,50 cm³/stroke max. pressure: 350 bar	Multifluid hand pumps MP-series flow: 2,2 - 21,8 cm³/stroke max. pressure: 1000 bar	2800 bar hand pumps P 11-series reservoir: 737 - 983 cm³ flow: 0,61 - 2,49 cm³/stroke max. pressure: 700 - 2800 bar

Foot pump P392FP reservoir: 492 cm³ flow: 2,47 cm³/stroke max. pressure: 700 bar

Electric pumps Whether you need smaller, portable pumps, to large-capacity pumps, Enerpac’s wide range of electric-driven hydraulic pumps provide durability, high performance and economy. All models feature high power-to-weight ratios, and meet or exceed all industry safety standards.

Portable electrical pump ZU4-series Z-Class reservoir: 4 - 40 litres flow: 1,0 l/min motor size: 1,25 kW max. pressure: 700 bar	Stationary electrical pumps ZE-series Z-Class reservoir: 4 - 40 litres flow: 0,55 - 2,73 l/min motor size: 0,75 - 5,60 kW max. pressure: 700 bar electrical pumps	Portable electrical pump PU-series Economy Reservoir: 1,9 - 3,8 litres Flow at rated pressure: 0,32 l/min motor size: 0,37 kW max. pressure: 700 bar	Submerged electrical pumps PE-series Reservoir: 5,5 litres Flow at rated pressure: 0,27 l/min motor size: 0,37 kW max. pressure: 700 bar	High/splitflow pumps PP-8000, 9000 series reservoir: 80 litres flow: 4 x 2,5 - 8,0 l/min motor size: 4,0 -9,5 kW max. pressure: 700 bar

Portable cordless pumps BP-series reservoir: 1,9 - 3,8 litres flow: 0,25 l/min max. pressure: 700 bar

Air driven hydraulic pumps Enerpac’s air-driven hydraulic pumps all feature rugged construction, high-efficiency designs and proven reliability.

Air driven hydraulic pumps XA-series reservoir: 1,0 - 2,0 litres flow at rated pressure: 0,25 l/min air consumption: 283 - 991 l/min max. pressure: 700 bar	Multifluid air pumps PAH-series pressure intensification ratio: 1:9 - 1:165 flow: 0,17 - 5,00 l/min air consumption: 3000 l/min	Turbo II air pumps PATG-series reservoir: 2,5-5,0 litres flow: 0,08 - 0,16 l/min air consumption: 227 - 340 l/min max. pressure: 700 bar	Air hydraulic pumps PA-series reservoir: 0,6 - 1,3 litres flow: 0,13 l/min air consumption: 255 l/min max. pressure: 700 bar	Air hydraulic pumps PAM-series reservoir: 4 - 8 litres flow: 0,15 l/min air consumption: 510 l/min max. pressure: 700 bar

Air hydraulic pumps ZA4-series Z-Class reservoir: 4 - 40 litres flow: 1,31 l/min air consumption: 2840 l/min max. pressure: 700 bar

Gasoline pumps Enerpac’s gasoline-driven hydraulic pumps are designed for high efficiency, with higher by-pass pressure for improved productivity. From small portable and high-performance transportable configurations, to large capacity models.

Gasoline hydr. pumps ZG-series Z-Class reservoir: 10-20-40 litres flow: 1,64 - 3,3 l/min engine size: 4,1-4,8-9,7 kW max. pressure: 700 bar	Gasoline hydraulic pumps PGM-series ATLAS reservoir: 4 - 8 litres flow: 0,66 l/min engine size: 2,2 kW max. pressure: 700 bar

Enerpac hydraulic valves Available in a wide variety of models and configurations. Whatever your requirements… directional control, flow control, or pressure control… you can be sure that Enerpac has the correct valve to match your application exactly. Designed and manufactured for safe operation up to 700 bar, the range of Enerpac valves allows for direct pump mounting, remote mounting, manual or solenoid actuation, and in-line installation, giving you flexible solutions to control your hydraulic system.

4-way valves VC, VE, VM-series flow capacity: max. 17 l/min max. pressure: 700 bar	3-way valves VC, VE, VM-series flow capacity: max. 17 l/min max. pressure: 700 bar	Control valves V-series max. pressure: 700 bar

Enerpac system components Enerpac’s System Components are the perfect complement to Enerpac’s cylinders, tools and pumps. The most extensive range of components, available and supported worldwide, completes the Enerpac hydraulic system to provide dependable and efficient performance. Every one of these components - gauges, fittings, manifolds, hoses, couplers and hydraulic oil – is manufactured to the highest standards, in keeping with Enerpac’s focus on reliability and commitment to safety.

Manifolds and fittings

Manifolds A-series connection: 6 or 7 oil ports oil ports: 3/8" NPTF max. pressure: 700 bar	Splitflow manifolds AM-series ports: 5 - 7x 3/8"NPTF max. pressure: 700 ba	High pressure fittings FZ, BFZ-series max. pressure: 700 bar

Hoses, couplers and oil

Hydraulic couplers A, C-series max. flow: 6,1 - 40,0 l/min thread size: 1/4" - 3/8" NPTF max. pressure: 700 - 800 bar	Hoses H700-series inside diameter: 6,4 - 9,7 mm hose lengths: 0,6 - 15 m max. pressure: 700 bar	Premium hydraulic oil HF-series contents: 1, 5, 60 litres

Gauges and accessories

Force & pressure gauges dual scale reading for pressure and force GF, GP-series pressure range: 0 - 1000 bar force range: 0 - 2000 kN accuracy: ± 1,0 % face diameter: 100 mm	Digital pressure gauge DGR-series pressure range: 0 - 1000 bar scale reading: bar, MPa, psi, kPA, hPa, mbar accuracy: ± 0,2% thread: 1/4" NPTF	Test system gauges T-series pressure range: 0 - 3500 bar accuracy: ± 0,5 - 1,5% face dia.: 152 - 192 mm	Pressure gauges G, H-serie pressure range: 0 - 1000 bar accuracy: ± 1,0 - 1,5% face diameter: 63 - 100 mm	Gauge accessories GA, NV, V-series max. pressure: 700 bar

Coupler Bleed Tool CT604 Safety Tool

Maintenance presses Enerpac features an extensive line of strong, durable hydraulic presses designed to provide long-lasting, precise and safe application of effective force in your workshop. Enerpac’s maintenance presses are available in a wide range of sizes and capacities, from 5 – 200 tons, or you can ‘build your own’ to unique specifications. Enerpac’s press frames are welded for strength - not bolted together - and feature corrosion-resistance surfaces. Our exclusive Roll-Frame design provides tremendous flexibility and ease of use.

Workshop presses VLP-series capacity: 10 - 200 ton max. vertical daylight: 430 - 1340 mm max. horizontal daylight: 432 - 1220 mm max. pressure: 700 bar	Roll-frame presses BPR-series capacity: 50 - 200 ton max. vertical daylight: 942-1295 mm max. horizontal daylight: 730-1219 mm max. pressure: 700 bar	Arbor presses/C-clamps A-series capacity: 5 - 30 ton max. vertical daylight: 165-305 mm max. horizontal daylight: 51-178 mm max. pressure: 700 bar	Tension meter TM, LH-series capacity: 900 - 90.000 kg capacity: 2000 - 200.000 lbs accuracy: ± 2%	Press accessories for VLP, BPR-series A, IP, VB, VH-series capacity: 10 - 200 ton

Hydraulic bench vise BV-series Capacity: 5 ton (45 kN) Max. Jaw Opening: 203 mm Max. pressure: 700 bar

Specialty Tools and Sets Enerpac features an extensive line of strong, durable hydraulic presses designed to provide long-lasting, precise and safe application of effective force in your workshop. Enerpac’s maintenance presses are available in a wide range of sizes and capacities, from 5 – 200 tons, or you can ‘build your own’ to unique specifications. Enerpac’s press frames are welded for strength - not bolted together - and feature corrosion-resistance surfaces. Our exclusive Roll-Frame design provides tremendous flexibility and ease of use.

Hydraulic punch SP-series capacity: 35 ton (311 kN) hole sizes: 7,9 - 20,6 mm max. pressure: 700 bar	Lifting wedge LW-series capacity: 16 ton stroke/max. spread: 21 / 81,5 mm tip clearance: 10 mm max. pressure: 700 bar	Spread cylinders WR, A-series capacity: 0,75 - 1,0 ton tip clearance: 12,8 - 35,0 mm max. spread: 94 - 292 mm max. pressure: 700 bar	Hydraulic cutterheads WHC, WHR-series capacity: 3 - 20 ton cutting capacity: 12 - 101 mm max. pressure: 700 bar	Self-contained cutters WMC-series capacity: 3 - 20 ton cutting capacity: 14 - 85 mm max. pressure: 700 bar

Storage cases CM-series case size: 19 - 453 litres	Load skates ER-series capacity: 80 ton	Maintenance sets MS-series capacity: 2,5 - 12,5 ton max. pressure: 350 bar	Tool-pump sets ST-series punch sets: 35 ton cutter sets: 4-20 ton pipe bender sets: 1/2-4 inch max. pressure: 700 bar	Pipe bender sets STB-series normal pipe size: 1/2 - 4 inch max. bending: 90º max. pressure: 700 bar

Hydraulic and mechanical pullers ENERPAC offers a complete line of pullers with the widest range of sizes, capacities and styles. Whether your application requires mechanical, hydraulic or the patented Posi Lock® system, Enerpac can satisfy your requirements. Made of high strength steel alloys, you can depend on Enerpac pullers to provide years of trouble-free operation, even in the harshest environments.

Master puller sets BHP-series capacity: 8, 20, 30, 50 ton reach: 252 - 700 mm spread: 250 - 1100 mm max. pressure: 700 bar	Grip puller sets BHP-series capacity: 8,20,30 and 50 ton reach: 252 - 700 mm spread: 249 - 1100 mm max. pressure: 700 bar *	Cross bearing pullers BHP-series capacity: 8,20,30 and 50 ton reach: 354 - 863 mm spread: 266 - 570 mm max. pressure: 700 bar	Bearing cup pullers BHP-series capacity: 8, 20, 30, 50 ton max. reach: 110 - 145 mm max. spread: 26 - 359 mm	Bearing pullers BHP-series capacity: 8, 20, 30, 50 ton spread range: 9 - 245 mm width range: 126 - 264 mm

Mechanical pullers EP-series Posi Lock® capacity: 2 - 40 ton reach: 101 - 355 mm spread: 12 - 635 mm	Hydraulic grip pullers EPH-series Posi Lock® capacity: 10 - 50 ton reach: 203 - 355 mm spread: 19 - 635 mm max. pressure: 700 bar	Hydraulic grip pullers EPH-series Posi Lock® capacity: 100 ton max. reach: 1219 mm spread: 190 - 1778 mm max. pressure: 700 bar

Hydraulic and mechanical bolting tools Enerpac’s comprehensive range of hydraulic and mechanical Bolting products provides precise & effective force to make your work more productive, safer, and easier to perform. From joint assembly and controlled tightening to joint separation, Enerpac’s bolting tools & accessories offer the solution best-suited to the project, available from one source.

Joint assembly tools Correct joint assembly and alignment are crucial to joint integrity! Whether you are pulling in a pipeline connection, fitting winches to a boat deck or overhauling a dragline, the wide range of Enerpac’s Joint Assembly products provide simple-to-use, dependable solutions to the time-consuming, less accurate traditional methods.

Hollow cylinders single acting RCH-series capacity: 13 - 95 ton stroke: 8 - 155 mm center hole: 19,6 - 79,0 mm max. pressure: 700 bar	Flange alignment tools ATM-series min. bolt hole size: 17 mm 11/16 inch flange wall thickness: 17 - 203 mm 11/16 - 8 inch max. lifting force: 0,3 - 5,0 ton	Torque wrench hoses twin safety hoses THC, THQ-series lengths: 6 - 12 meters max. pressure: 700 - 800 bar

Controlled tightening tools Fasteners must be tightened to the correct force to prevent failure in service! The accurate application of load to a fastener assembly is critical to achieving joint integrity. Enerpac’s Bolting solutions provide a comprehensive range of applied force controlled tightening options best matched to your application.

Torque multipliers E-series max. output: 1015 - 10845 Nm torque ratio: 3,3:1 - 52:1 accuracy: ± 5%	Aluminium wrenches SQD-series max. torque: 27.000 Nm max. pressure: 800 bar	Aluminium wrenches HXD-series max. torque: 24.210 Nm hexagon range: 30 - 130 mm max pressure: 800 bar	Steel torque wrenches S-series max. torque: 34.079 Nm max. pressure: 700 bar	Steel torque wrenches W-series max. torque: 20.337 Nm hexagon range: 30 - 115 mm max. pressure: 700 bar

Hydraulic Bolt Tensioners GT-series Bolt range:: M16-M95 5/8-3 3/4" Load capacity:: 0-2845 kN (320 ton) maximum pressure:: 1500 bar (21,750 psi)	Heavy-duty sockets BSH-series square drive: 3/4 - 1 - 1 1/2 - 2 1/2 inch hexagon size: 16 - 255 mm	Torque wrench hoses twin safety hoses THC, THQ-series lengths: 6 - 12 meters max. pressure: 700 - 800 bar

Joint separation tools Correct joint disassembly is especially important during maintenance operations. Separation of stubborn joints is often a laborious and time-consuming task. Traditional methods may carry the risk of personal injury or damage to expensive joint components. Our wide range of Joint Separation equipment is designed specifically to provide quicker, simpler and safer solutions.

Spread cylinders WR, A-series capacity: 0,75 - 1,0 ton tip clearance: 12,8 - 35,0 mm max. spread: 94 - 292 mm max. pressure: 700 bar	Hydraulic nut splitters NC-series capacity: 5 - 90 ton bolt range: M6 - M48 max. pressure: 700 bar	Flange spreaders FS-series capacity: 5 - 10 ton spread: 70 - 216 mm max. pressure: 700 bar	Wedge spreaders FSH, FSM-series tip clearance / max. spread *: 6 mm / 81 mm capacity: 8 - 14 ton max. pressure: 700 bar	Torque wrench hoses twin safety hoses THC, THQ-series lengths: 6 - 12 meters max. pressure: 700 - 800 bar

Associated torque wrench pumps Enerpac offers a wide range of hydraulic wrench pumps, with electric or air motors to power single or double-acting hydraulic torque wrenches. Safe and efficient new Enerpac Z-Class ZU4T-series pumps with universal electric motor made especially for repetitive bolting tasks.

Torque wrench pumps ZU4T-series Z-Class reservoir: 4,0 - 8,0 litres flow: 0,9 - 1,0 l/min motor size: 1,25 kW max. pressure: 700 - 800 bar	Torque wrench pumps PME, PMU-series reservoir: 3,0 litres flow: 0,34 l/min motor: 0,37 kW max. pressure: 700 - 800 bar	Torque wrench pumps ZE-series Z-class reservoir: 1.0 - 10 gal flow: 60 -120 in3/min. motor size: 1.5 - 3.0 hp max. pressure : 10,000 and 11,600 psi	Air hydr. wrench pumps ZA4T-series Z-Class reservoir: 4,0 - 8,0 litres flow: 0,9 - 1,0 l/min air consumption: 2840 l/min max. pressure: 700 - 800 bar	Air hydr. wrench pumps PTA-series reservoir: 3,8 litres Flow at rated pressure: 0,33 l/minair consumption: 1130 l/min max. pressure: 700 - 800 bar

Bolting tool-pump sets ST-series capacity: 5 - 20 ton max. pressure: 700 bar	Classic wrench pump ZU4T-series Z-Class reservoir: 4,0 - 8,0 litres Flow at rated pressure: 1,0 l/minmotor size: 1,25 kW max. pressure: 700 bar	Tensioning Air Pump ATP-series reservoir:: 3,8 litres oil flow:: 0,07 l/min air consumption: 113 l/min max. pressure: 1500 bar	Tensioning Hand Pump HPT-series reservoir:: 2,54 litres max. pressure: 1500 bar	Accessories for tensioners and pumps HT, B-series hoses & quick disconnect couplers max. pressure: 1500 bar

Workholding The full range of well-designed, versatile and reliable Workholding products from Enerpac provides users with dependable production automation solutions in virtually every type of manufacturing process. Global distribution yet local technical support ensure that your application needs will be solved successfully. Exclusive designs like our Collet-Lok® products series, and a wide selection of high-performance power sources, bring innovation and reliability to your project challenges.

Swing cylinders Enerpac Swing Cylinders offer the benefits of precision and maximum clamping force, plus application flexibility through our wide range of products. Their flexible design allows easier connections and precise positioning, plus simple installation and removal. Available in single- and double-acting models.

Upper flange SU-series clamp force: 2,1 - 33,8 kN stroke: 16,5 - 47,5 kN pressure: 35 - 350 bar	Lower flange SL-series clamp force: 2,1 - 33,8 kN stroke: 16,5 - 30,0 kN pressure: 35 - 350 bar	Cartridge body SC-series clamp force: 2,1 - 11,6 kN stroke: 16,5 - 28,4 kN pressure: 35 - 350 bar	Threaded body ST-series clamp force: 2,1 - 33,8 kN stroke: 16,5 - 30,0 kN pressure: 35 - 350 bar	Clamps arms CA, MA-series arm lenghts: 25 - 175 mm clamp force: 0,5 - 37,8 kN pressure: 35 - 350 bar

Pivoting T-arms for swing cylinders CAC, CAPT-series clamp force: 5,6 - 33,8 kN pressure: 35 - 350 bar	Upreach clamp arms for swing cylinders CAU-series	Lowerflange / threaded MP-series Collet-Lok® clamp force: 4,4 - 37,8 kN stroke: 24 - 42 mm pressure: 100 - 350 bar	Swing clamps ASC-series clamp force: 6,1 - 19,5 kN stroke: 6,4 - 10,9 mm pressure: 80 - 170 bar

Work supports Enerpac Work Supports combine the multiple mounting configurations for design flexibility, corrosion resistance, and low-pressure lock-up to plug into mechanical tool hydraulic systems. Our exclusive Collet-Lok design allows the support to maintain its position even after the hydraulic force is removed.

Hydraulic advance WF-series force: 7,3 - 44,5 kN stroke: 9,7 - 16,5 mm pressure: 48 - 350 bar	Spring advance WS-series force: 7,3 - 44,5 kN stroke: 9,7 - 16,5 mm pressure: 48 - 350 bar	Collet-Lok® MP-series force: 8,9 - 17,8 kN stroke: 10,0 mm pressure: 100 - 350 bar

Linear cylinders Enerpac has the most complete line of Linear Cylinders – compact short-stroke spring return cylinders to heavy-duty double-acting automation cylinders. Whether you need to push it, pull it, clamp it, punch it, stamp it, press it, or hold it in place for days at a time, Enerpac has the right linear cylinder.

Threaded cylinders single & double acting CST, CDT-series force: 1,7 - 39,8 kN stroke: 7,0 - 50,0 mm pressure: 40 - 350 bar	Manifold cylinders CSM-series force: 1,7 - 26,9 kN stroke: 7,0 - 25,0 kN pressure: 40 - 350 bar	Block cylinders BD, BMD, BMS, BS-series force: 10,9 - 274,8 kN stroke: 8 - 56 mm pressure: 40 - 350 bar	Pull cylinders upper flange PU-series pull force: 2,6 - 43,5 kN push force: 5,3 - 81,9 kN stroke: 16,5 - 30,0 mm pressure: 35 - 350 bar	Pull cylinders lower flange PL-series pull force: 2,6 - 43,5 kN push force: 5,3 - 81,9 kN stroke: 16,5 - 30,0 mm pressure: 35 - 350 bar

Pull cylinders threaded body PT-series pull force: 2,6 - 43,5 kN push force: 5,3 - 81,9 kN stroke: 16,5 - 30,0 mm pressure: 35 - 350 bar	Link clamps LU-series force: 3,0 - 12,0 kN stroke: 18,5 - 30,5 mm pressure: 35 -350 bar	Pull down clamps ECH, ECM-series force: 3,9 - 17,4 kN stroke: 5,1 - 7,9 kN pressure: 15 - 350 bar	Hollow cylinders HCS, MRH series force: 17,8 - 113,4 kN stroke: 7,9 - 16,0 mm pressure: 55 - 350 bar	Universal cylinders single acting BRW, MRW, RW-series Force: 22,1 - 101,2 kN Stroke: 15,7 - 257,3 mm Operating pressure: 6 - 700 bar

Universal cylinders double acting BRD-series force: 17,4 - 109,0 kN stroke: 28,7 - 260,4 mm pressure: 35 - 700 bar	Push cylinders Collet-Lok® MP-series force: 11,1 - 22,2 kN stroke: 15,0 mm pressure: 50 - 350 bar	Clamping cylinders MRS-series force: 8,5 - 45,9 kN stroke: 2,2 - 5,5 mm pressure: 135 - 350 bar	Tie rod cylinders TR-series force: 8850 - 62,850 lbs stroke: 2 -12 inch pressure: 500 - 5000 psi	Cylinder accessories FN, MF, BS-series

Power sources From simple manual pumps, to heavy-duty, and even customizable electric-driven hydraulic pumps, Enerpac has a wide range of power sources to meet your specific needs. Combined with a wide range of accessories, Enerpac power sources are versatile, durable and designed for long life and reliability.
Portable air hydraulic power PA-series	Electric pumps 1,1 kW ZW5-series Z-Class reservoir: 4 - 40 litres flow: 1,64 l/min motor: 1,1 kW pressure: 100 - 350 bar	Activator & booster B, RA-series pressure ratio: 2:1 stroke: 2.04 - 4.44 inch max. pressure: 5000 - 10,000 psi	P, SP-series, hand pumps Hand pumps to power single-acting cylinders	Air-hydraulic pumps PA-series Turbo II reservoir: 2,4 - 5,0 litres flow: 2,0 - 3,0 l/min pressure: 85 - 350 bar

Air hydraulic boosters AHB, B-series pressure ratio: 1:16 - 1:64 flow: 60 - 295 cm³/stroke pressure: 110 - 350 bar	Pressure intensifiers PID-series pressure ratio: 1:3,2 - 1:6,6 flow: 1,3 - 2,5 l/min pressure: 65 - 700 bar	Electric pumps .5 hp WE-series reservoir: 1.5 gallon flow: 40 in3/min max. pressure: 5,000 psi motor: .50 hp

Valves Enerpac has a complete line of valves & accessories to complement any hydraulic system. This includes manual and electric directional valves, plus pressure control, flow control and specialty valves to satisfy your application needs.

PO check valves MV-series pilot ratio: 7:1 max. flow: 38 l/min max. pressure: 350 bar	Sequence valves MVP, V-series max. flow: 4,1 - 6,0 l/min pressure: 14 - 350 bar	Flow control valves VFC-series max. flow: 38 l/min pressure: 0 - 350 bar	Accessory valves flow & pressure control MH, HV, PLV, V-series max. flow: 5 - 30 l/min pressure: 0 - 700 bar	Directional valves VP-series voltage: 24 VDC max. flow: 15 l/min at 0 bar pressure: 350 bar

Manifolds VP-valves remote and porting PB, WM-series max. flow: 15 l/min pressure: 350 bar	Pressure reducing for VP-series valves PRV-series max. flow: 7,0 l/min pressure: 30 - 350 bar	Tie rod kits TRK-series mounting: 1 - 8 VP-series valve station	Pressure switches 24V PSCK, VFC-series voltage: 24 VDC max. flow: 7 l/min at 350 bar pressure: 350 bar	Air valves V, VA, VR, RFL-series air pressure: 0 - 10 bar

System components The complete line of Enerpac’s Systems Components – gauges, pressure switches, hoses couplers – is available in a variety of sizes, and is versatile enough for many applications. Specialized components such as accumulators and automatic coupler systems complete the full range of products. Each component is engineered to make your work easier and safer to perform.

Accumulators AC-series gas volume: 20 - 450 cm³ oil volume: 1,6 - 337,6 cm³ pressure: 0 - 350 bar	Auto-coupler systems MCA, MPA, WCA-series connections: 2 ports stroke: 5 - 113 mm pressure: 40 - 350 bar	Rotary couplers CR, CRV-series passages: 1, 2 and 4 linesspeed: 30 - 100 RPM pressure: 100 - 350 bar	Pressure gauges G-series pressure: 40 - 700 bar accuracy: ± 1,5% of full scale	Manifolds A-series ports: 6 - 7x NPTF max. pressure: 700 bar

High pressure filters FL-series filtration: 10-20 mµ nominal filtration: 25-40 mµ absolute max. pressure: 350 bar	High pressure fittings FZ, BFZ-series max. pressure: 350 - 700 bar thread: NPTF, UNF, BSPP for tubing: 8 mm, 1/4 inch	Digital pressure gauge DGR-series pressure: 0 - 1000 bar accuracy: ± 0,2% of full scale	Gauge accessories GA, GS, NV, V-series pressure: 0 - 700 bar	High pressure hoses H700-series lengths: 0,6 - 3,0 metres max. pressure: 700 bar

Hydraulic couplers A, C-series thread: 1/4, 3/8NPTF, G1/4 max. flow: 17 - 40 l/min max. pressure: 350 - 700 bar

Applications Innovative Solutions in Controlled Movement Enerpac combines its expertise in the accurate control of positioning, speed and force to facilitate the precise movement of some of the largest and most well-known structures on Earth. The safety and reliability provided by Enerpac’s experience and technology have led to innovative solutions for supporting assembly of the ‘Bird’s Nest’ stadium in Beijing, the lifting & balancing of a 5000-ton bucketwheel excavator in Australia, supporting the launch of France’s Millau Viaduct, and lifting the famous Golden Gate Bridge in San Francisco for seismic retrofits. Contact us to discuss your most challenging project. Common applications: bridges, roads and tunnels marine and offshore buildings and stadiums custom solutions large equipment repair

Bridges roads and tunnels & marine and offshore Major infrastructure projects require teamwork, expertise, and construction methods that are safe and accurate. Enerpac’s high-performance hydraulic systems and team of seasoned professionals have combined to support bridge launches, road construction and tunnel projects worldwide. In marine and offshore projects, nothing is small and nothing is easy. The versatility of Enerpac’s controlled hydraulic systems has helped create precision positioning solutions in a variety of challenging environments.

Complex combined action of forces with Enerpac - Synchronous Lifting System perfectly under control Digital hydraulics helps to position railway bridge Local conditions sometimes make it impossible to build a bridge on-site. In those cases the bridge must be built up on an adjacent site or bank and then be moved to the final position. This also happened in the Brussels Schaerbeke, where a steel railway bridge with a length of 140 metres and a weight of over 1600 tons had to be slid across a number of already existing tracks. Enerpac was asked to hydraulically monitor the movement and the forces that occurred during the movement with its digital ‘Synchronous Lifting System’ and to make corrections if necessary. The new railway bridge in Brussels was built by order of the Belgian railways by Victor Buyck Steel Construction, a large internationally operating Belgian steel construction company. The bridge was supplied in parts and assembled on one side of the newly built railway viaduct. The bridge was ready to be moved to its place by the end of October. Because of the intensive use of the railways over which the bridge had to be placed and the fact that the railway traffic had to be stopped during the movement, the builder was given only 48 hours time to move the bridge to its proper place. Complex combined action of forces A steel construction may be called rigid and inflexible, but this is absolutely not true. Especially not in case of a steel railway bridge with a length of 140 metres and a weight of over 1600 tons. Enormous forces are developed during the movement. Under the influence of these forces the steel construction and in particular the superstructure are subject to high, changing tensions and will certainly bend. In order to have the combined action of forces develop evenly during the movement of the railway bridge and to prevent these tensions from becoming too high, the occurring pulling and pushing forces had to be measured and reduced if required. Additionally, the vertical position of the bridge had to be monitored, of course. Manual monitoring and correction of the movement is too inaccurate in these cases. Too much variation at the different points of support results in unacceptable tensions that may affect the construction. Besides, manual monitoring and correction takes very much time and the builders did not have much time. Therefore Enerpac was asked to guide the movement of the railway bridge with its ‘Synchronous Lifting System’ that had proven itself all over the world in the meantime. Platform wagons and strand-jacks (cable-lift cylinders) For the first phase of the movement a series of hydraulically controlled, multi-axle platform wagons (super transporters) were used on both sides beneath the bridge as rearmost support points. For the second phase – the wagons could only reach a certain point – use was made of a hydraulic pulling system with ‘Strand-Jacks’, cable strands that pull the bridge metre by metre over the remaining distance. Apart from that a hydraulic retracting and braking system was provided, because the railway bridge had to be launched under a downward slope with a level difference of 2 metres. Eight temporary steel pillars were built to support the viaduct parts during the movement. Each pillar had been provided with a so-called ‘draw beam’, a pivoting steel cross with heavy springs to compensate the force, the angular displacement and the bending of the lower beam of the bridge. Beneath each ‘draw beam’ two hydraulic cylinders were mounted. The primary function of these cylinders was to keep the construction at the correct height. In order to reduce the resistance as much as possible during the movement Teflon gliding plates were applied between the ‘draw beam’ and the lower beam. Additionally, a launching nose (beak) was provided on the front side of the bridge for a safer distribution of the forces and to limit the bends and tensions during the movement. Forces under control Victor Buyck Steel Construction accurately calculated the forces and tensions that could occur at each support point during the movement beforehand. In order to be able to control this complex combination of forces and to correct it if necessary, Enerpac installed a monitoring system especially built for this. This system consisted of a total of 32 measuring points (28 of which were used) on an equal number of hydraulic cylinders, a central pomp unit with a pressure of 700 bar, plc-control and a computer system showing all movements and forces. Project leader J.P. Vrombaut of Victor Buyck Steel Construction was very satisfied during the implementation already. “Also thanks to Enerpac things are going much faster than we expected”, he said. Both the hydraulics and the electronics of the system were designed and developed by a team of experts in the ‘Enerpac Centre of Excellence’ in Spain. Enerpac itself hired out the equipment to the client, in accordance with the policy pursued with respect to such large projects. The installation and implementation were taken care of by the so-called Hevilifts-team, experienced Enerpac experts from Great-Britain. The total project period – installation phase, test phase, implementation and completion - covered two weeks. Synchronous Lifting System: Digital hydraulics The integrated and automatic ‘Synchronous Lifting System’ of Enerpac is a combination of hydraulics with digital monitoring and control. No matter whether a bridge or a large building is concerned, this system offers an extremely effective method for both vertical and horizontal movement and positioning. The total system is built in such a way, that the different measuring points and cylinders are stable and do not influence each other and it checks the measuring way and force. For this the control system receives electronic signals from the movement sensors and the pressure in the cylinders is also electronically transmitted through sensors. The computer continuously calculates the force on each cylinder using pressure sensors. The system checks the position and movements of the individual cylinders and controls pomp and valves if necessary to keep the forces at the correct value. In this way each point of the object is moved automatically and fully synchronically and positioned with millimetre accuracy. When the force is outside a set value, the pressure is ‘adjusted’. Here the speed of the computer is used to quickly send short pulses to the hydraulic valves. The result of this is that the individual cylinder movements can be many times smaller than with manual operation. At the moment that a cylinder movement is outside the tolerance, a warning signal is sent and the entire movement is stopped manually or automatically.		Cartagena Port Expansion - Integrated Hydraulics shapes World-Record Size Concrete Blocks The Cartagena Port, in the province of Murcia in the South of Spain is expending its capacity and additional jetties are being built to further protect the harbor from the sea. The construction process for the jetties is based on that of concrete blocks. Not the average size concrete block, but the largest blocks ever built worldwide, 70 x35 x 35 meters. NECSO, main contractor for this project, purpose built a large catamaran style concrete block builder for the project. The “KUGIRA” is capable of building a super-size block every 7 days. On one of the existing piers of the Cartagena port a sizable concrete factory serves the enormous catamaran in the harbor that carries the actual concrete block builder. The “KUGIRA”, uses a sophisticated hydraulic integrated system to lift and lower the so-called construction – umbrella that holds the block construction formers. On both sides of the catamaran 15 sets of stage-lifting hydraulic units operated by 3 high-flow power sources and controlled by a synchronized PLC system operate the 35 meters wide and 70 meters long umbrella. The umbrella is shaped to form the blocks including the internal cells for stiffness and valves for the control during the sinking process. Controlled Movement Due to the size of the concrete block and thus the umbrella, the risk of twisting and therefore locking the umbrella between both catamaran walls is a serious thread to the process. For that reason a fully PLC controlled synchronized hydraulic integrated system was designed by ENERPAC’s European Construction Center of Excellence. Technical director Jesus Gonzalez based the synchronized design upon a hydraulic climbing stage lifting technology. Along both sides of the catamaran huge but lightweight constructions hold the climbing stage lifting steel notched plates, while the climbing stage lifting hydraulic units are fastened to the umbrella deck. As mentioned before, 15 units along each side of the umbrella deck. Each unit exists of an advanced ENERPAC hydraulic system including stroke– and and proximity–sensoring technology. Climbing Units All 30 climbing units comprise two long stroke hydraulic double acting cylinders of 70 tons capacity and two double acting hydraulic locking cylinders of 20 tons capacity. The long stroke cylinders, used for the actual lifting and lowering process, include a magnetic stroke sensoring system, which communicates the plunger’s position via a local manifold and valving unit to the central PLC-system. The locking cylinders also include stroke sensors that signal their position to the PLC-system where all data is processed and communicated back to the pumps and 2/2-way valves that control all cylinders (120 in total) in all 30 climbing units. The locking cylinders are used to fix the climbing units during the climbing process. The main PLC-system is operated via a touch screen with a graphical user interface, continuously showing the actual stage of the process, including all parameters. Overall lifting and lowing accuracy of the entire system is 0,01 mm. Flexible Design The size of the port project and future upcoming projects of this type of port and jetty building was the main reason for NECSO to design the ship with maximum flexibility. Not only concrete blocks of 35 x 35 x 70 meters can be built, but also several other sizes. One option is to build 2 blocks simultaneously of 35 x 35 x 34 meter each, whilst another configuration allows the construction of one block of 35 x 35 x 34 and two blocks of 35 x 35 x 16 meter simultaneously. Consequently the ENERPAC hydraulic system is designed to deal with all these different configurations.

Buildings and stadiums & Large equipment repair No two projects are the same. However, they all require innovative solutions, reliable equipment, and precise execution. Here are some examples of how Enerpac has helped in the successful controlled movement of large, well-known buildings and stadiums. The controlled lifting of large equipment weighing several thousand tons leaves no room for error. Enerpac’s track record of successful heavy equipment projects helps to ensure worry-free and reliable lift execution.

Beijing’s National and Olympic Stadium September 17, 2006, after two years of construction, the main venue for the 2008 Beijing Olympic Games came to a final and most important part of the construction of its steel structure: the dismantling of the temporary support towers. When presenting their stadium design to the Chinese jury, the Swiss architects Herzog & Meuron used the analogy of a bird’s nest. Everyone loved the idea of a bird’s nest and so they won. Perhaps because of the culinary association; in China, a bird’s nest is very expensive and believed to be extremely healthy, something you eat on very special occasions. During construction, the crisscrossed interwoven steel roof construction of the bird’s nest roof was supported by 78 temporary steel columns. For additional stability, the huge ‘twigs’ were welded onto the supports. After completion of the bird’s nets construction the ‘twigs’ had to be cut off the support piers, before dismantling of the piers could start. In most western countries, cranes would have been hired to do the lifting job while welders would cut off the welds off the 78 supports laid during construction. However, due to the extreme high cost of hiring a number of 800-ton cranes for several days in China, a smarter and less expensive solution needed to be found. Key pre-requisites to the entire cutting-operation were safety, control, stability and cost. Enerpac, known from many complex hydraulic applications around the globe and in the Chinese market especially for their hydraulic solutions for moving roofs (NanTong stadium) and moving structures (Shanghai concert hall) was consulted. Basically the disconnecting and dismantling process of the temporary supports comes down to synchronically and fully controlled lifting the structure of its supports, cutting the welds, followed by controlled and synchronized stage-lowering to allow the removal of the 50mm think leveling plates that were used during construction. Computer-controlled hydraulics is the perfect match for jobs like this, and Enerpac was granted the contract to perform the stage lifting and lowering of the roof. The entire configuration including the central computer, satellite computer-controllers, 156 double-acting high-pressure hydraulic cylinders and 55 electronically controlled hydraulic power units was specified and custom designed by ENERPAC. For added safety, control and accuracy, multi-functional valves, load sensors, stroke sensors, shift detection and a digital feedback system were integrated. The design of the bird’s nest is based on three construction circles; an outer circle, a central circle and an inner circle. Each circle has a specific number of supporting piers, varying from 24 for the outer and central circles and 30 for the inner circle. For load, control and accuracy reasons the 78 support points including their hydraulic systems are divided into 10 regions, each of which with its own satellite controller. For the actual stage lifting and lowering process each support pier is equipped with two 150-ton double-acting cylinders. At the central computer all load and stroke data are pre-programmed for a fully controlled lifting and lowering process. During the stage lowering process the bird’s nest is alternatively supported by the hydraulic cylinders and the leveling plates on the temporary supports. After successful disconnecting the 45.000 ton steel structure from its temporary support piers, last year November, the bird’s nest stood on its own “feet” for the first time. Stadium key facts: Start of construction December 2003 Roof completion October 2006 Stadium completion end of 2007 Gross floor area - 258.000 square meters Seat capacity - 80.000 (11.000 temporary seats will be added after the 2008 Olympics. Structure - 36km of unwrapped steel length Height - 69,2m above pitch level		Maximium safety during maintenance of 5000 tons dredger at Loy Yang One of the world’s most advanced heavy lifting systems has been deployed in Australia to maximise safety and precision during maintenance of a huge dredger at the largest coal mine in the Southern Hemisphere. The PLC controlled Enerpac Synchronous Lifting system was used by Hydraulic and Pneumatic Pty Ltd of Morwell in conjunction with Plant Performance Group Pty Ltd to enhance precision and safety while monitoring the 2200-ton load’s centre of gravity during the lift on Dredger 16 at Loy Yang Power. Dredger 16 is longer than the MCG (200 metres), as high as a 16-storey building (55 metres) and has a slew ring bearing 15,2 metres in diameter containing 177 balls of 200mm diameter each weighing 32kg. It weighs a total of more than 5.000 tons and can remove 60.000 tons of overburden a day. The successful lifting and balancing of its huge superstructure illustrates the versatility of the Synchronous Lift system for major industrial and civil engineering tasks, including manufactured structures, buildings, bridges, oil platforms, ships, turbines, generators, mills, mining equipment and heavy but delicate computerised/electrical equipment, says Enerpac. The Synchronous Lifting technology chosen for the task of hoisting Dredger 16’s superstructure to inspect and refurbish the giant machine’s slewing ball race uses digital synchronisation control accurate to within a 1 millimetre between leading and lagging lifting points. Accuracies are available down to 0,1mm. The delicate job of carrying out the lift with maximum safety and minimum downtime was carried out with the assistance of a team led by Shift Supervisor Mr David Little of Silcar, which is an asset manager and provider of maintenance services for technically complex assets. The task involved two-stage lifting and lowering over 250mm, with the Enerpac Synchronous system governing six 630 ton hydraulic cylinders used in pairs at three lift points. Project Manager Mr Tom Lamin of Plant Performance Engineering acting for Loy Yang Power, said the lift proceeded smoothly, with the hoisting being undertaken on May 7 and lowering on May 13. The huge task was facilitated by the accuracy and fluency of the synchronous lift operation, and the real-time centre of gravity display. Hydraulic and Pneumatic Sales Manager Mr Robert Lewis said the job required thorough planning to maximise safety and minimise downtime for a client operating the largest open cut coal mine in the southern hemisphere. Loy Yang operates 24 hours a day mining more than 30 million tonnes a year of the brown coal that provides more than half of the State’s electricity needs. “Everything is on a large scale – the slewing ring is huge and the superstructure above it is bigger than many ships’, so the job had to be done with incredible care and precision to meet the client’s top world class standards of safety.” The Synchronous Lifting system used by Hydraulics and Pneumatic was an eight-point model that can be used with multiple cylinders ranging from 10-1000 tonnes capacity each. Larger models feature up to 64 control points. The hydraulic technology involved is the same type chosen to maximise safety on some of the world’s most precise lifts, ranging from Ariane rocket launch pads and oil drilling platforms in Europe’s North Sea, to splitting coal shovels and building and weighing wharves and infrastructure in Australia. “In addition to being precise and giving us the centre-of-gravity accuracy we needed, the technology had to be able to function flawlessly in a harsh environment, with coal dust blowing around the power unit. We needed to be assured – and this turned out to be exactly the case – that the technology package developed in conjunction with Enerpac would operate in total safety and reliability.” Controlled hydraulic movement Enerpac Engineer Ray Paasila said safety was built into the synchronous system – “During lifting in automatic mode, the software meticulously follows each lifting point and each cylinder. The software also constantly monitors which lifting points are in the highest and lowest positions and whether these are still within the set tolerances. If a correction has to be applied, the 2/2 movement valve opens briefly and the relevant (lowest) cylinder receives a short hydraulic impulse, instantly followed by a new reading. This correction process is so fast that the relays that control the valves give the effect of perfect switches. “The course of the lifting process can be followed on screen (per lifting point). The software also contains an extra control function, by which the system can temporarily be stopped and manually corrected. Emergency stops also built into the system. If something goes wrong, the system will stop automatically and block all points of support. “In addition to time saving and the exceptionally accurate and virtually stress-free movement of an object, the advantages of Synchronous Lifting include its ability to record and document the entire repositioning process. All the values are stored in the control systems memory for later use. With satisfactory progression of the procedure, this provides both the contractor and the client with a clear guarantee that excessively high stresses have not occurred.” Enerpac synchronous lifting technology has been used in Australia for integrated solutions involving ultra-precision civil, mechanical, industrial and maintenance engineering tasks, including the splitting of a dragline at Curragh coal for maintenance and during vital stages of the ongoing .2 billion expansion of the Dalrymple Bay Coal Terminal near Mackay, where it was used to lift and weigh 80-tonne sections of wharf. “In addition to time saving and the exceptionally accurate and virtually stress-free movement of an object, the advantages of Synchronous Lifting include its ability to record and document the entire repositioning process. “All the values are stored in the control systems memory for later use. With satisfactory progression of the procedure, this provides both the contractor and the client with a clear guarantee that excessively high stresses have not occurred.”

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