LS-308H II. HYLAB Series. Lattice Boom Crawler Crane

Transcription

1 LS-38H II HYLB Series Lattice Crawler Crane 11-ton (99.79 mt) 11-ton (99.79 mt) at 12' (3.66 m) radius Powerhouse package: - 1-1/8" wire rope, front & rear drums - 37,1 lbs ( kg) allowable line pull - 55, lbs ( kg) available line pull - utomatic brake with true freefall - ttachments for lift crane, drag line and clam hp equipped with Power Rugged angle boom attachment for severe duty applications Separate engine/ hydraulic cooling Remote/dedicated hydraulic circuit* 4th drum with freefall* Remote hydraulic cooling for auxiliary attachment* * optional

2 LS-38H II HYLB Series Lightweight polymite sheaves reduce rope wear and are sealed and maintenance-free, giving HYLB owners outstanding reliability. ttachable bridle guide arms are used fast, easy bridle-to-boom connection for assembly and transport. Lattice Crawler Crane 11-ton (99.8 mt) Designed to meet the needs of both severe duty and general lift applications Robust boom, big rope, dedicated hydraulics Power pushes for optimal performance on the toughest jobs wesome operator control and comfort Non-slip safety strips and quick storage catwalks provide sure-footed access to the crane upper Hydraulic counterweight removal cylinders Optional self-assembly lifting sheaves Two boom base sections are available. The optional dragline base section is designed to allow lowering of the boom to ground with fairlead in place. Counterweight "biscuit" design allows for various configuration options. Self-cleaning 36" (.91 m) track shoes form a wide gauge of 17' 6" (5.33 m) when extended, and 11' 11.9" (3.65 m) when retracted. Lower structure ground clearance is 42" (1.7 m). Sealed (oil-filled) track rollers, idler and drive planetaries and compact hydrostatic drives add up to outstanding reliability and maintenancefree operation. Hydraulic cylinder in carbody for effortless extend/retract utomatic hydraulic track tension Carbody jacks standard HYLB hydraulic swing system smoothly rotates on turntable bearing with internal swing teeth. Upper secures into place with a four position positive house lock.

3 Power your hydraulic impact/vibratory hammer/tools direct with the LS-38H II optional hydraulic power package NO requirement for auxiliary power unit NO extra manpower to maintain and operate power unit NO cumbersome relocation of auxiliary power unit as crane moves NO added maintenance and cost of power unit NO contamination of crane s hydraulic system due to noncompatible hammer flows/poor filtration Put this added value feature on your crane, which includes separate high pressure high flow piston-style pump with Power. Cab-controlled variable flow control valve with lock foot-mounted manifold with main circuit and spotter and clamp circuits Separate oil cooler, separate sump tank with dedicated filtration Main hydraulic system has separate cooler, hydraulically-driven fan. Cooler hydraulics longer lasting, easy to clean (standard) Link-Belt's optional self-assembly lifting sheaves are efficient and simple to use. Plumbing for optional hydraulics includes manifold with spotter circuits, hook-up for auxiliary circuit, third drum connection and a "clamp" circuit for hammer application.

4 Optional hydraulic package has separate reservoir and cooling. Heavy duty hydraulic power meets your most demanding hoist needs 1-1/8" rope - front and rear drums 37,1 lbs ( kg) allowable line pull 55, lbs ( kg) available line pull Big drum brakes accessible, easy maintenance, adjustable for each individual operator hydraulic actuated 332 hp Mitsubishi engine provides plenty of reserve power to operate auxiliary hydraulic load Power total horsepower control challenges the engine at all times to work at maximum speed to give you maximum power a huge speed advantage over other cranes with bigger horsepower that do not use total horsepower control Remote hydraulic cooling Dedicated engine cooling Variety of counterweight configurations Optional front-mounted 3rd drum Optional high capacity 4th drum with true gravity freefall - 7/8" Optional auxiliary hydraulic power package for additional hydraulic supply for various attachments, controlled through a separate variable flow control valve in the operator s cab with system designed for cavitation/contamination, common with hydraulic hammers. Nephron filter system helps filter out fine contaminants. Power vibratory or impact hammer, augers, etc. wesome air, comfort and control at your fingertips The HYLB crane operations control center is ergonomically designed for maximum visibility, operating comfort and control with these standard features: 18,65 BTU air conditioning and 19, BTU heating run through upper and lower vents Rated capacity limiter with load cell located in boom hoist dead end Twist-o-grip swing/throttle lever Low effort hydraulic brake pedals minimal pedal travel Optional 4th drum foot pedal Optional variable flow auxiliary hydraulic circuit control rmchair mounted, pilot-operated hydraulic controls are designed to provide outstanding operator comfort. The location of the travel levers are offset, increasing the operator s overall visibility. Operator s cab console features include: Free-fall mode indicator Rated capacity limiter with suspension sensing nti-two block override switch hoist override switch Limit alarm indicator light System override switch and indicator light Front, rear and third drum lock switch Backlit instrumentation gauges with warning lamps cut here

5 Optimal transportability The LS-38H II moves in 4 loads with max boom, max jib and full counterweight. With its lightweight modular components, no other crane is faster, easier or more efficient to transport. Fast assembly and disassembly Counterweights are hydraulically installed and coupled to upper. Optional self-assembly lifting sheaves in base section dramatically simplify assembly, disassembly and load-out. Hydraulic cylinders in the boom base section pick up and handle the boom extensions, counterweights and treadmembers. You can remove counterweights, both sideframes and catwalks, pin the live mast and gantry, and be ready to load out. Reverse the process and be ready to stab boom in 45 minutes. cut here

6 vailable attachments provide strength and versatility Conventional open throat boom Rugged 6" x 54" (1.52 m x 1.37 m) in-line pin-connected angle boom attachment is a top notch performer in dragline, clamshell, pile driving and other severe duty cycle applications. Optional 25' (7.62 m) dragline base section 32,25 lbs ( kg) clam & drag ratings with 12' (36.58 m) of boom Heavy duty pendants Built to withstand side loads associated with duty cycle operation Main chord members are made with 1, psi yield material with high strength lattice. suspension is achieved through 1-part boom hoist reeving with dual pendant ropes. Standard equipment wear blocks protect lattice sections from wire rope scuffing. uxiliary 5' (1.5 m) tip extension Optional designed to provide clearance between two working hoist lines and jib open throat 14' + 75' ( m) angle boom + fixed jib 22' (67.6 m) maximum tip height is common to other Link-Belt models. ll boom sections are manufactured in Lexington, Kentucky for fast, easy service, parts and replacement. Seamless welds and chrome plated hardware The boom top section features heavy duty steel sheaves and standard pin-on points for attachment of options such as a fixed jib, tip extension and adapters for universal pile driving leads with quick reeve ability. J3 J3 J3 In-line boom suspension load cell, standard with anti-two block system for both front and rear drum and jib - open throat Conventional open throat boom with 5' auxiliary tip Lexington, Kentucky Link-Belt is a registered trademark. Copyright 21. ll rights reserved. We are constantly improving our products and therefore reserve the right to change designs and specifications. Litho in U.S.. 11/1 #4267 (supersedes #4256)

7 Specifications Lattice Crawler Crane LS 38H II 11 ton* (1 metric ton) HYLB Series General Dimensions English Metric Tailswing of upper frame with counterweight m foot pin diameter cm 5 (15.24 m) (6.39 m) (4.4 m) (3.18 m) (3.3 m) (3.45 m) (1.43 m) 7 5 (2.26 m) (6.37 m) 36 (.9 m) 12 (.3 m) (4.72 m) 17 6 (5.33 m) Extended (3.65 m) Retracted * Nominal capacity rating may vary based on specification Litho in US 8/3 #539 (Supersedes #5356)

8 LS 38H II Transportation Weights approximate (3.45 m) 4 6 (1.37m) (3.21 m) (6.37 m) (1.29 m) 7 1 (2.39 m) Transport Weight Rope on both drums, Treadmembers Backstops, Catwalks and full tank of fuel 118,329 lbs. ( kg) (2.98 m) (6.73 m) (2.49 m) (4.73 m) Extended 1 5 (3.18 m) Upper & Carbody Shipping Weight Rope on both drums, backstops, catwalks, and full tank of fuel 85,158 lbs. ( kg) 43 (1.9 m) (1.18 m) (8.44 m) 58 (1.47 m) (7.78 m) (6.36m) 25 (7.62 m) Top Section : 5,57 lbs. (2 294 kg) 25 (7.62 m) Base Section Plate Base : 5,528 lbs. (2 57 kg) Lattice Base : 4,66 lbs. (2 114 kg) 36 (.9m) Tread Members w/36 (.9 m) Shoes 23,543 lbs. (1 679 kg) each (1.31 m) 14 (4.27 m) (.75 m) (1.1 m) (9.52 m) 3 (9.1 m) Basic ssembly- Tube: 1,676 lbs. (76 kg) (1.1 m) 3 5 (1.4 m) Upper Counterweight Base Slab: 1,143 lbs. (4 61 kg) (.44 m) (.44 m) Third Drum without rope 955 lbs. (433 kg) Carbody Jack minimum and maximum heights 16, 992 lbs. (7 77 kg) (1.41 m) (1.1 m) Left Wing Counterweight 6,836 lbs. (3 11 kg) (1.25 m) (1.1 m) Right Wing Counterweight 6,615 lbs. (3 1 kg) Rear mount, Fourth Drum kit (without rope) 3,796 lbs. (1 722 kg) 16 (.41m) 12 4 (3.76m) 42 (1.7m) LS 38H II 2

9 LS 38H II Transportation Weights approximate Base Machine: Rigid Backstops, 132 Gallons (5 L) of fuel, Catwalks (right and left side), 25 (6.1 m) Base Section, Bridle and Bail Bar, Hoist Reeving, 7 ( m) of type DB Front Hoist Rope, 7 ( m) of type RB Rear Hoist Rope. Item Description Gross Weight Transport s Notes and Summary lb. kg. #1 #2 #3 #4 Numbers in the load columns to the left Base Machine 85, represent quantities. dd Counterweight (base ctwt., 1 left wing and 1 right wing) 23, dd Left Wing B Counterweights 6, Estimated transport assumes the load dd Right Wing B Counterweights 6, out consist of 16 (48.77 m) of tube Remove Lattice Base 4, boom + 75 (22.86m) of jib with full counterweight. dd Treadmembers 23, dd Hydraulic Third Drum w/o rope dd 3rd Drum Wire Rope.75 x 55 Type DB Support loads were targeted at 45, lb (2 412kg), 8 6 (2.6m) wide, 48 dd 25 (7.62 m) boom Top Section 4, (14.6m) long, and 13 6 (4.1m) high dd Three sheave assembly to top section using a drop deck trailer. This may dd Three sheave Idler /C vary depending on state laws, empty truck/trailer weights, and style of trailer. dd 1 (3.5 m) Extension w/pins & pendants 1, dd 2 (6.1 m) Extension w/pins & pendants 2,65 1, dd 3 (9.1 m) Extension w/pins & pendants 3,625 1, Estimated weights vary by +/ 2%. dd Tagline Winder w/rope Estimated Total of #1 dd Fairleader 1, ,158 lbs. ( kg) dd Pile Driving dapter dd 15 (4.57 m) Tubular Peak ssembly Estimated Total of #2 44,13 lbs. (2 17 kg) dd 15 (4.57 m) Tubular Base and Strut ssembly 1, dd 15 (4.57m) Tubular Extension Estimated Total of #3 dd 5 (1.5m) uxiliary Tip Extension ,925 lbs. ( kg) dd Fourth Drum 3, Estimated Total of #4 dd 2 ton (18.14 mt) Hook Ball Swivel or Non Swivel 1, ,375 lbs. ( kg) dd 75 ton (68.4 mt) 2 Sheave Hook Block 2,2 998 dd 11 ton (1 mt) 3 Sheave Hook Block 2, Remove Front Hoist Rope 1.12 x 7 Type DB 1, Remove Wire Rope 1.12 X 7 Type RB 1, Remove 25 (7.62 m) Base Section (ssy. complete) 4, Remove 5 gallons (189.3L) of Fuel LS 38H II Machine Working Weight Option Description Base Machine equipped with 5 (15.24 m) of angle boom, counterweight, 7 (213 m) front hoist rope, 1 7 (198m) rear hoist rope, 11 ton (99.8mt) hook block, 132 gallons (5.4 L) of fuel, and 2 lbs. (9.7kg) operator. Option #1 plus B counterweight and 11 (33.53 m) of boom extensions to obtain 16 (48.77 m) of main 2 boom. Option #2 plus 75 (22.86 m) of jib and 2 ton (18.14 mt) hook ball subtract 2 (6.1 m) of boom extension 3 and to obtain maximum ( m) of main boom + jib. Notes: 1. Ground bearing pressure is based on the total weight distributed evenly over the track contact area. 2. Total contact area for 36 (.91m) track shoes is 16,12 in 2 (1 126 cm 2 ). Gross Weight lbs. (kg) 158,8 (72 3) 199,425 (9 457) 2,34 (9 872) Ground Bearing Pressure psi (kg/cm 2 ) 1.26 (.72) (.91) (.91) 3 LS 38H II

10 ttachment Options 5 16 ( m) Basic 5 (15.24 m) two piece design that utilizes a 25 (7.62 m) base section and a 25 (7.62 m) top section with in line connecting pins. extensions are 6 (1.52 m) wide and 54 (1.37 m) deep at outside dimensions of angles. feet on (1.2 m) centers 4 X 4 X.5 (11.6 x 11.6x 12.7 mm) angle chords Lugs on base section to attach carrying links Skywalk platform Deflector roller on top section Rigid sheave guards Tip extension and jib connecting lugs on top section Mechanical boom angle indicator Three (.63 m) root diameter lift sheaves mounted on sealed anti friction bearings with rope guards. Quick align bridle guide for pinning bridle to boom base. Optional 25 (7.62 m) Dragline Base Section Optional Head Machinery Two (.63 m) root diameter lift sheaves mounted on sealed anti friction bearings with three piece rope guide rollers. For clamshell operations. Two (.63 m) root diameter lift sheaves and one (.63 m) root diameter wide mouth dragline sheave mounted on sealed anti friction bearings with two piece rope guide rollers. For lift crane and/or dragline operation. Revolving Upper Structure Frame ll welded steel frame with precision machined surfaces for mating parts. Engine Mitsubishi 6D24 TL with oil filter, oil cooler, air cleaner, fuel filter, water separator, tachometer and electrical shutdown. Number of cylinders 6 Bore and stroke in. (mm) Piston displacement in 3 (cm 3 ) 5.12 x 5.91 (13 x 15) 729 (11 945) Engine rpm at full load speed 2, Hi idle rpm 2, Full load speed hp. (kw) 332 (247.6) Peak torque ft. lb. (joule) 918 (1 245) Peak torque rpm 1,4 Electrical system Batteries 24 volt 2 12 volt One (.63 m) root diameter wide mouth drag sheave with two piece rope guide rollers. For dragline operation. Extensions The following table provides the lengths available and the suggested quantity to obtain maximum boom in 1 (3.5m) increments. Midpoint pendant connections are not required. Suggested Quantity for Extensions Max. 1 (3.5m) 1 2 (6.1m) 2 3 (9.14m) 2 ppropriate length pendants Maximum angle boom tip height of 166 (5.6 m) 3 75 Tubular ( m) Basic Tube 3 (9.14 m) two piece design that utilizes a 15 (4.57 m) base section and a 15 (4.57 m) top section with in line connecting pins on 32 (.81 m) wide and 24 (.61 m) deep centers. 2 (5.8 mm) diameter tubular chords One 2.62 (.52 m) root diameter steel sheave mounted on sealed anti friction bearings. 15 (4.6 m) jib extensions provide jib lengths at 45 (13.76m), 6 (18.3m) and 75 (22.86m) for angle boom. offset angles at 1 and 3 degrees Maximum tip height angle boom + jib is 22 (67.1 m). pproximate fuel consumption LS 38H II 4 Gal./hr (L/hr) 1% H.P. 16 (6.56) 75% H.P. 12 (45.42) 5% H.P. 8 (3.28) 25% H.P. 4 (15.14) Hydraulic System Specifications Hydraulic Pumps The pump arrangement is designed so that all functions are hydraulically powered allowing positive, precise control with independent or simultaneous operation of all crane functions. Power with horsepower control provides onboard computer monitoring of hydraulic pump demands, allowing maximum speed under load when pumps are operated independently. uxiliary Tip Extension Designed to use in place of jib to provide 5 (1.5 m) clearance between working hoist lines. The extension is equipped with two nylon 21 (.53 m) root diameter sheaves mounted on sealed anti friction bearings. Maximum capacity is 9 ton (8.16 mt). Hoist System Designed to lift off maximum boom or maximum boom plus jib unassisted. Operates up to a maximum boom angle of 82 degrees. hoist limit system limits maximum boom angle operation. Retractable gantry frame Pin on bail frame Ten part reeving with 3/4 (19mm) wire rope Bridle assembly Two 1.5 (38.1 mm) pendants Tubular boom backstops (telescopic type) Sheaves contain sealed anti friction bearings speed from 1 7 is 62 seconds with no load. Speed was determined using 11 (33.53 m) of angle boom. When heavy loads are handled by one or more pumps simultaneously, Power prevents engine overload while still delivering maximum available power. When the unit is equipped with the optional auxiliary hydraulic circuit, Power control gives priority to the auxiliary hydraulics, allowing uninterrupted operation of the auxiliary hydraulic function while still allowing for multiple machine function. Two variable displacement pumps operating at 4,554 psi (32 kg/cm 2 ) and 15 gal/min (397 L/min) powers load hoist drum, boom hoist drum, optional third drum, optional fourth drum, and travel. One fixed displacement gear type pump operating at 3,555 psi (25 kg/ cm 2 ) and 6 gal/min (227 L/min) powers the swing motors.

11 Revolving Upper Structure (continued) One fixed displacement gear type pump operating at 3,27 psi (25 kg/ cm 2 ) and 16 gal/min (61 L/min) powers the jack cylinders, swing motors and counterweight removal. One fixed displacement gear type pump operating at 1, psi (7.3 kg/ cm 2 ) and 11 gal/min (42 L/min) powers the remote control valves. One fixed displacement gear type pump operating at 1,85 psi (13 kg/ cm 2 ) and 5.3 gal/min (39.7L/min) operates the remote oil cooler fan. One fixed displacement gear type pump operating at 35 psi (2.46 kg/cm 2 ) and 2.9 gal/min (1.9 L/min) supplies drive gear box cooling. Pump Control ( Fine Inching ) mode Special pump setting, selectable from operator s cab, that allows very slow movements of load hoist drums, boom hoist drum, and travel for precision work. Hydraulic Reservoir 18 gal (49 L), equipped with sight level gauge. Diffusers built in for deaeriation. Filtration One 1 micron, full flow, line filter in the control circuit. ll oil is filtered prior to entering the reservoir. Remote Oil Cooler Oil cooler, located behind the operator s cab, has a hydraulically driven thermostatically controlled fan to control oil temperature. Counterbalance Valves ll hoist motors are equipped with counterbalance valves to provide positive load lowering and prevent accidental load drop if the hydraulic pressure is suddenly lost. Optional Hydraulic Circuit The optional hydraulic power package offers additional hydraulic supply for various attachments controlled through a separate variable flow control valve. This system eliminates pump cavitation and contamination often found in use with hydraulic hammers and other auxiliary tools. The flow from the number one main auxiliary pump goes through a variable flow control valve which is adjustable from the cab. Hydraulic fittings connect to a hydraulic manifold located at the boom foot. Return oil from the attachment is cooled by a separate remote hydraulic oil cooler, filtered by two seperate filter systems, and stored in a seperate hydraulic reservoir. System includes: Number One Main uxiliary Circuit open loop 98 gallon per minute maximum flow pump with operating pressure up to 4,623 psi, able to maintain 98 gpm. Bi directional control valve with adjustable relief valve. Remote control operation from operator s cab with detent locks at 25%, 5%, 75%, and 1% flow. Separate 51 gallon (194 L) capacity hydraulic reservoir. Separate remote mounted full flow hydraulic oil cooler with hydraulic driven cooling fan, thermostatically controlled Full flow 1 micron return line filter Nefron filtration system (constant ultra fine filtration of hydraulic system) Possible applications/uses: Hydraulic impact hammer (pile driving) Hydraulic vibratory hammer (pile driving) Various drills/augers Hydraulic clamshell bucket (open close circuits) Powering generator (magnet operation) Number Two uxiliary Pump Circuit open loop Sixteen gpm at 3,27 maximum psi Three section directional control valve (allows 3 separate remote hydraulic circuits) Possible applications/uses Spotter circuits for pile driving Hose reel operation Number Three uxiliary Pump Circuit open loop 8.7 gallon per minute piston type pump 4,6 psi operating pressure Possible applications./uses Hydraulic vibratory pile driving hammer/clamp circuit (for pile driving extraction) Hoist Drums Each drum contains a pilot controlled, bi directional, axial piston motor and a planetary gear reduction unit to provide positive control under all load conditions. Power up/down & free fall operation modes utomatic brake mode (spring applied, hydraulically released, band type brake) 1.12 (28.4 mm) grooved lagging Drum pawl controlled manually Drum rotation indicators Mounted on anti friction bearings 22 (.56 m) root diameter 43.3 (1.1 m) flange diameter 27.1 (.69 m) width Note: The freefall operational mode is designed to prevent load lowering even if the freefall switch is accidentally activated. The automatic brake mode meets all OSH requirements for personnel handling. Drum Clutches Speed o Matic power hydraulic two shoe clutch design that uses a 37 (94mm) diameter X 5.5 (139.7 mm) wide shoe that internally expands to provide load control. Swept area is 638 in 2 (4 116cm 2 ). Optional Front Mounted Third Hoist Drum The hydraulic winch is attached to the front of the upper frame and is used in conjunction with a fleeting sheave and 3 sheave idler assembly to run the wire rope over the boom top section. Free spooling capability for pile driving applications (.32 m) root diameter (.58 m) flange diameter 17 (.43 m) drum width Mounted on anti friction bearings Optional Rear Mounted Fourth Hoist Drum The hydraulic winch is pinned to the rear of the upper frame as used in conjunction with the fleeting sheave and three sheave idler sleeve to run the wire rope over the boom top section (.45 m) root diameter (.88 m) flange diameter (.34 m) drum width Mounted on anti friction bearings Grooved lagging for 7/8 (22 mm) wire rope Drum contains a bi directional axial piston motor and a gear reduction unit to provide positive control under all load conditions. Power up/down and free fall operation modes. utomatic brake mode (spring applied hydraulically released band type brake) Manual drum pawl control The free fall mode designed to prevent load lowering even if the free fall switch is accidentally activated. The automatic brake mode meets all OSH requirements for personnel handling. Hoist Drum Contains a pilot controlled, bi directional, axial piston motor and a planetary gear reduction unit to provide positive control under all load conditions. Spring applied, hydraulically released, disc type brake controlled automatically.75 (19 mm) grooved lagging Drum pawl controlled automatically Mounted on anti friction bearings (.5 m) root diameter (.86 m) flange diameter 9.82 (.25 m) width 5 LS 38H II

12 Swing System Pilot controlled bi directional axial piston motors and the planetary gear reduction unit to provide positive control under all load conditions. Spring applied, hydraulically released, 36 degree multi plate brake Free swing mode when lever is in neutral position Four position positive house lock Two speed swing udio/visual swing alarm Maximum swing speed is 2.9 rpm Counterweight Removable, seven piece design consisting of a base slab pinned in place with quick disconnect hydraulic cylinders and wing counterweights held in place with chain and ratchet tie downs. Two counterweight configuration options: 23,668 lbs. (1 736 kg) Base plus a left and right wing counterweights, and tie down chains, ratchets, and bolts. B 5,851 lbs. (23 66 kg) Base plus six wing counterweights (three left and three right), and tie down chains, ratchets, and bolts. Counterweight components Base slab 1,143 lbs. (4 61 kg) Left wing 6,836 lbs. (3 11 kg) each Right wing 6,615 lbs. (3 1 kg) each Operator s Cab and Controls Fully enclosed modular steel compartment is independently mounted and insulated to protect against vibration and noise. ll tinted/tempered safety glass Sliding entry door and front window Swing up roof window with wiper Door and window locks 19, BTU heater with circulating fan 18,65 BTU air conditioner Sun visor Engine instrumentation panel (voltmeter, engine oil pressure, engine water temperature, fuel level, hydraulic oil temperature, hour meter and service monitor system) Drum rotation indicators for front and rear hoist drums Six way adjustable seat Dry chemical fire extinguisher Hand and foot throttle Fully adjustable single axis arm chair controls Moment Limiter The load moment limiter system is a boom hoist load cell system. This system provides the operator with useful geometrical data, to include: Main Main Operating Mode Tip udible larm nti Two Block Indicator Pre Warning Light Overload Light On Hook Function kick outs including over load Operator settable stops (ramped stops) Swing lever with swing brake and horn located on handle Bubble type level Ergonomic gauge layout Control shut off lever dditional Equipment Standard 71.2 (1.8m) outside diameter turn table bearing Right and Left side removable catwalks 132 US Gallon (5 L) fuel tank (usable quantity) Machine lifting links dditional Equipment Optional Rud o matic model #1848 tagline winder Full revolving type Fairleader with barrel, sheaves, and guide rollers. Lower Structure Lower Frame ll welded box construction frame with precision machined surfaces for turntable bearing and rotating joint. 1 8 (3.25m) overall width (3.6m) overall length Treadmembers ll welded, precision machined, steel frames can be hydraulically extended and retracted by a hydraulic cylinder mounted in the lower frame (4.42m) extended gauge 9 (2.74m) retracted gauge 2 11 (6.37m) overall length 36 (.9m) wide track shoes 11 sealed (oil filled) track rollers per treadmember Sealed (oil filled) idler and drive planetaries Compact travel drives Hydraulic adjusting tracks Travel and Steering Each treadmember contains a pilot controlled, bi directional, axial piston motor and a planetary gear reduction unit to provide positive control under all load conditions. Individual control provides smooth, precise maneuverability including full counter rotation. Spring applied, hydraulically released disc type brake controlled automatically. Maximum travel speed is 1.13 mph (1.82km/h). Designed to 3% gradeability. LS 38H II 6 Carbody Jacks System contains four hydraulic cylinders individually mounted on swing out beams. Individual controls are mounted on carbody. Minimum height of carbody when resting on pontoons is 16 (.41m). Maximum height of carbody when resting on pontoons is 42 (1.7m).

13 LS 38H II Hoisting Performance vailable line speed and line pull based on Mitsubishi 6D24 TL at 2, rpm full load speed. Line pulls are not based on wire rope strength. See Wire Rope Capacity Chart for maximum permissible single part of line working loads. Front or Rear Drum 1 1/8 (28.4 mm) Wire Rope Rope Maximum Line Pull No Line Speed Full Line Speed Pitch Diameter Layer Total Layer lb kg ft/min m/min ft/min m/min in mm ft m ft m 1 55, , , , , , , , , , Hoist Drum 3/4 (19 mm) Wire Rope Rope Maximum Line Pull No Line Speed Full Line Speed Pitch Diameter Layer Total Layer lb kg ft/min m/min ft/min m/min in mm ft m ft m 1 36, , , , , , , , Rear Mounted Fourth Drum 7/8 (22.2 mm) Wire Rope Rope Maximum Line Pull No Line Speed Full Line Speed Pitch Diameter Layer Total Layer lb kg ft/min m/min ft/min m/min in mm ft m ft m 1 39, , , , , , , , Front Mounted Third Drum 3/4 (19mm) Wire Rope Rope Maximum Line Pull No Line Speed Full Line Speed Pitch Diameter Layer Total Layer lb kg ft/min m/min ft/min m/min in mm ft m ft m 1 22, , , , , , Wire Rope pplication Diameter Maximum Permissible Type in mm ft m lbs kg Main Hoist 1 1/ DB 37, uxilliary Hoist 1 1/ RB 28, Hoist 3/ W 16, Third Drum 3/ DB 16, Fourth Drum 7/ DB 22, Rope Type DB RB N W Description 6 x 26 (6 X 19 Class) Warrington Seale Extra Improved Plow Steel Preformed Right Lay Regular Lay I.W.R.C. 19 x 19 Rotation Resistant Extra Improved Plow Steel Preformed Right Lay Regular Lay Swaged SF=5.1 6 x 25 (6 x 19 Class) filler wire, extra improved plow steel, preformed, independent wire rope center, right lay, alternate lay. 6 x 26 (6 x 19 Class) extra improved plow steel, preformed, indepedent wire rope center, right lay, alternate lay 7 LS 38H II

14 Link Belt Construction Equipment Company Lexington, Kentucky Link Belt is a registered trademark. Copyright 22. We are constantly improving our products and therefore reserve the right to change designs and specifications. LS 38H II 8

15 Lattice Crawler Crane LS 38H II 11 ton* (1 metric ton) Capacities 5 16 ( m) Duty Cycle Capacities 5 12 ( m) Extended Dragline Clamshell / Magnet B and Counterweight Options Capacities 5 16 ( m) 25 (7.62 m) Open Throat Top Section Extended / Retracted 36 Rotation Capacities Capacities B,, and Counterweight Options CUTION: This material is supplied for reference use only. Operator must refer to in cab Crane Rating Manual to determine allowable machine lifting capacities and operating procedures. * Nominal capacity rating may vary based on specification Litho in U.S.. 2/2 #6316 (Supersedes #637)

16 OPERTING INSTRUCTIONS GENERL: 1. Rated lifting capacities in pounds as shown on lift charts pertain to this crane as originally manufactured and normally equipped. Modifications to the crane or use of optional equipment other than that specified can result in a reduction of capacity. 2. Construction equipment can be dangerous if improperly operated or maintained. Operation and maintenance of this crane must be in compliance with the information in the Operator s, Parts, and Safety Manuals supplied with this crane. If these manuals are missing, order replacements through the distributor. 3. The operator and other personnel associated with this crane shall read and fully understand the latest applicable merican National Standards Institute (NSI) safety standards for cranes. 4. ll capacities listed in this book are in compliance with SME/NSI B3.5c 1998, SE J987 pril 1994, and SE J 765 October 199. LIFT CRNE OPERTION: 1. Capacities shown are in pounds and are not more than 75% of the tipping loads with the crane standing level on firm supporting surface. deduction must be made from these capacities for weight of hook block, hook ball, sling, grapple, etc. When using main hook while jib is attached, reduce capacities by values shown on Capacity Deductions For Lifting Off Main Hook With Installed. When using main hook while 5 foot tip extension or pile driver lead adapter is attached, reduce capacities by values shown on Capacity Deductions For Lifting Off Main Hook With 5 Foot Tip Extension or Pile Driver Lead dapter Installed. See Operator s Manual for all limitations when raising or lowering attachment. 2. The crane capacities in the shaded areas are based on structural strength. The crane capacities in the non shaded areas are based on stability. 3. For recommended reeving, parts of line, wire rope type, and wire rope inspection, see Wire Rope Capacity Chart, Operator s Manual, and Parts Manual. Rated lifting capacities are based on correct reeving. Deduction must be made for excessive reeving. ny reeving over minimum required (see Wire Rope Capacity Chart) is considered excessive and must be accounted for when making lifts. Use Working Range Diagram to estimate the extra feet of rope. See Wire Rope Capacity for the weight to deduct for each extra foot of wire rope before attempting to lift a load. 4. Rated lifting capacities in this Crane Rating Manual are based on freely suspended loads and make no allowances for such factors as the effect of ground conditions and operating speeds. The operator shall therefore reduce load ratings in order to take these conditions into account. 5. Rated lifting capacities do not account for the effects of wind on a suspended load or boom. Lifting capacities should be considered acceptable for wind speeds less than 2 mph and appropriately reduced for wind speeds greater than 2 mph. (See General Wind Restrictions Guide.) 6. The capacities listed are for the crane equipped with or without live mast and with the gantry in the raised position. 7. The least stable rated condition is over the side. 8. s should be erected and lowered over the end for maximum stability. See Liftoff Capabilities before erecting or lowering boom. 9. Do not operate at radii and boom lengths where the Crane Rating Manual lists no capacity. Do not use longer booms or jibs than those listed in this Crane Rating Manual. ny of the above can cause a tipping condition, or boom and jib failure. 1. These capacities apply only to the crane as originally manufactured and normally equipped by Link Belt Construction Equipment Company. FOR OVER END BLOCKED CPCITIES ONLY: 1. These capacities can be lifted over either end with the crane standing level on a firm supporting surface with adequate blocking placed under the tread member sprockets/idlers, to prevent rocking. 2. Do not travel with a load. TRVELING WITH LOD: 1. ll 36 Rotation Capacities listed in this Crane Rating Manual are pick and carry capacities. 2. The boom must be pointing straight over one end of the crawler lower. If the load was lifted over the side, swing the load over the end and/or if the load was lifted at a long radius and the load is at or near capacity for that radius, boom up to obtain a greater lifting capacity before beginning travel. 3. Engage the swing lock and apply swing brake. 4. Travel slowly and cautiously on a firm and level supporting surface. DEFINITIONS: 1. : Horizontal distance from a projection of the axis of rotation to the supporting surface, before loading, to the center of the vertical hoist line or tackle with load applied. 2. : The angle between the boom base section and horizontal with freely suspended load at the rated radius. 3. Working rea: rea measured in a circular arc about the centerline of rotation as shown on the Working rea Diagram. 4. Freely Suspended : hanging free with no direct external force applied except by the hoist line. 5. Side : Horizontal side force applied to the lifted load either on the ground or in the air. LS 38H

17 Parts of Line Type DB WIRE ROPE CPCITY Type RB 1 1/8 3/4 7/8 Type M Type LB Type LB Type DB Notes 1 37,1 28,6 37,1 4,8 16,8 22,7 Capacities shown are in pounds and 2 74,2 57,2 81,6 33,6 45,4 working loads must not exceed the 3 111,3 85,8 122,4 5,4 68,1 ratings on the capacity charts in this Crane 4 148,4 114,4 163,2 67,2 9,8 Rating Manual ,5 143, 24, 84, 113, ,6 171,6 244,8 1,8 136,2 Rope wt per foot LBCE Type DB LB RB* M Description Study Operator s Manual for wire rope inspection procedures. 6 x 26 (6 x 19 Class) Warrington Seale Extra Improved Plow Steel Preformed Right Lay Regular Lay I.W.R.C. 6 Strand, Compacted Strand, Seale or Warrington Seale, I.W.R.C., Preformed Right Lay Regular Lay 19 x 19 Rotation Resistant Extra Extra Improved Plow Steel Preformed Right Lay Regular Lay. Swaged SF = 5:1 6 x 25 (6 x 19 Class) Filler Wire Extra Improved PLow Steel Preformed Independent Wire Rope Center Right Ly, Lang Ly Notes: 1. Capacities shown are in pounds and working loads must not exceed the ratings on the capacity sharts in the Crane Rating Manual. 2. Study Operator s Manual for wire rope inspection procedures and single part of line applications. Over Idler End See Note Longitudinal Of Crawler WORKING RES 36 Over Side Center Of Rotation Over Drive End Counterweight () NO (RETRCTED) NO (EXTENDED) (RETRCTED) (EXTENDED) B (EXTENDED) Counterweight () NO (RETRCTED) NO (EXTENDED) (RETRCTED) (EXTENDED) B (EXTENDED) LIFTOFF CPBILITIES Maximum (ft.) (Gantry In Raised Position) Maximum + (ft.) 8 N/ 1 N/ 11 N/ 13 N/ (See Note 4) Over Side (Gantry In Raised Position) Maximum (ft.) Maximum + (ft.) 8 N/ 1 N/ 11 N/ 13 N/ 1. For maximum boom and maximum boom + jib combinations only adequate blocking must be placed under side frame sprockets/idlers to prevent rocking. The ramps supplied with the crane are considered to be adequate blocking. 2. Crane on firm and level surface. 3. Gantry pins must be installed with the gantry in the raised position. 4. For maximum stability, booms must be erected and lowered over trhe end blocked with no load and with the hook block on the ground. GENERL WIND RESTRICTIONS GUIDE Idler Sprocket Drive Sprocket Over Side See Note Note: These Lines Determine The Limiting Position Of ny For Operation Within Working reas Indicated. 1. The effects of the wind force on the hook load are the responsibility of the user and are not taken into account. When hoisting any load in windy conditions, the load wind area and load controllability must be considered for safe crane operation. 2. Wind speed is to be determined at the boom top section. LS 38H

18 DESCRIPTION 1. Normal Lifting Operation. (See Capacity Charts.) WIND SPEED CHRT and + s: 5 to Reduced Operation. Capacities must be reduced by 2%. 3. Reduced Operation. Capacities must be reduced by 4%. 4. Reduced Operation. Capacities must be reduced by 7%. 4. No Operation. Store ttachment On Ground. LLOWBLE WINDSPEEDS 2 m.p.h m.p.h m.p.h m.p.h. Over 45 m.p.h. CRNE SSEMBLY COMPONENT WEIGHTS Component Ft. Top Section With 3 Sheave Lift/Drag Head Machinery, with Basic Pendants Ft. Top Section With 3 Sheave Lift/Drag Head Machinery and 5 Ft. Tip Extension With Basic Pendants Ft. Plate Base Section With Lifting Sheaves 25 Ft. Lattice Base Section With Lifting Sheaves 4. Extensions Weight lbs. kg 5, , ,528 4, Extension With Pendants 1, Extension With Pendants 2, Extension With Pendants 3, Upper Counterweights Counterweight Base Slab Counterweight 1 Left Wing Ccounterweight 1 Right Wing Counterweight Counterweight B 2 Left Wing Counterweights 2 Right Wing Counterweights 23, , Left Wing Counterweights (each) Right Wing Counterweights (each) 6,615 6, (Each) 23, Tube Including Strut, Head Machinery, and Pendants 3 Tube ssembly 1, Extension With Pendants BOOM BSE SELF SSEMBLY LIFTING SHEVES CPCITIES Capacity , ,5 NOTES: 1. Rated capacities are for 36 rotation. 2. Gantry must be pinned in the raised position when lifting loads with the sheaves in the base section. 3. Backstops must be assembled to base section. 4. For self assembly/disassembly of counterweights, boom extensions, and side frames only. 5. Rated capacities are for extended or retracted side frames with or without counterweight or on carbody jacks without counterweight. 6. Reeve boom base section self assembly lifting sheaves with front drum rope only. LS 38H

19 1. The capacities included in the Duty Cycle Capacities curve are the maximum allowable, and are base on an LS 38H II crawler crane with B (5,851 lb) or (23,668 lb) counterweight standing level on firm supporting surface under ideal job conditions. 2. Capacities are based on 75% of minimum tipping loads for dragline; 67.5% for clamshell. 3.Capacities are maximum recommended by PCS Standard #4. Operator must make allowances for soft or uneven supporting surfaces, rapid cycle operations, bucket suction, or other unfavorable conditions which may require smaller buckets for most efficient operation. DUTY CYCLE NOTES FOR NGLE BOOM 4. Weight of bucket plus load must not exceed these capacities. 5. Dragline operation is not recommended with boom angles less than length for dragline/clamshell attachment operation should not exceed Retractable high gantry must be pinned in the raised position for all capacities on the Duty Cycle Capacities curve. 8. These capacities apply to the crane as originally manufactured and normally equipped by Link Belt Construction Equipment Company. B Ctwt 36 Rotation Extended Dragline Clamshell Magnet Ctwt 36 Rotation Extended Dragline Clamshell Magnet ,25 32, ,25 32, ,25 32, ,25 32, ,25 32, ,25 32, ,25 32, ,25 32, ,25 32, ,25 32, ,25 32, ,25 32,25 32,25 32, ,25 32,25 32,25 32, ,25 32,25 31,3 28, ,25 2, ,25 32, ,25 32, ,25 32, ,25 32, ,25 32, ,25 32, ,25 32, ,25 32, ,25 32, ,25 32, ,25 32, ,25 32,25 32,25 32, ,25 32,25 3,9 27, ,5 32,25 22,4 2, ,7 15, ,25 32, ,25 32, ,25 32, ,25 32, ,25 32, ,25 32, ,25 32, ,25 32, ,25 32, ,25 32, ,25 32,25 3,5 27, ,1 28,8 22, 19, ,9 22,4 16,7 15, ,9 11, ,25 32, ,25 32, ,25 32, ,25 32, ,25 32, ,25 32, ,25 32, ,25 32, ,25 32, ,25 27, ,7 28,5 21,7 19, ,5 22, 16,4 14, ,6 17,6 12,8 11, ,4 9, B Ctwt 36 Rotation Extended Dragline Clamshell Magnet Ctwt 36 Rotation Extended Dragline LS 38H Clamshell Magnet ,25 32, ,25 32, ,25 32, ,25 32, ,25 32, ,25 32, ,25 32, ,25 26, ,4 28,2 21,3 19, ,2 21,7 16, 14, ,3 17,3 12,4 11, ,1 8, ,7 7, ,25 32, ,25 32, ,25 32, ,25 32, ,25 32, ,25 32, ,25 26, ,9 18, ,8 21,4 15,7 14, ,9 17, 12, 1, ,3 13,7 9,4 8, ,3 6, ,4 5, ,25 32, ,25 32, ,25 32, ,25 32, ,25 32, ,25 26, ,6 18, ,4 21, 15,3 13, ,5 16,6 11,7 1, ,9 13,4 9, 8, ,2 1,9 7, 6, , 4, ,4 3, ,25 32, ,25 32, ,25 32, ,25 31, ,25 25, ,2 18, ,7 13, ,1 16,2 11,3 1, ,5 13, 8,6 7, ,8 1,6 6,6 5, ,7 8,7 5,1 4, ,2 3, ,8 2,4

20 Maximum See Note in feet above ground Main Minimum See Note Operating radius from centerline of rotation. 1. geometry shown is for unloaded condition and crane standing level on firm supporting surface. deflection, subsequent radius, and boom angle change must be accounted for when applying load to hook. 2. Maximum and minimum boom angles are equal to the values listed in the capacity chart for each boom length. LS 38H

21 CPCITY DEDUCTIONS FOR LIFTING OFF MIN BOOM HOOK WITH JIB INSTLLED When using main boom hook, while jib is attached, reduce boom capacities by the values in the following chart: (ft.) Capacity Deduction 3 2,1 45 2,8 6 3,5 75 4,4 MXIMUM LLOWBLE CPCITIES FOR PILE DRIVER LED DPTER LIFTING CPCITY TO BE THE SMLLEST OF THE FOLLOWING VLUES: 1. 1, lbs. 2. The standard crane lift capacity minus 3 lbs. for crane configuration in use. NOTES: CPCITY DEDUCTIONS FOR LIFTING OFF MIN BOOM HOOK WITH 5 FOOT TIP EXTENSION OR PILE DRIVER LED DPTERS INSTLLED When using main boom hook, while 5 foot tip extension or pile driver lead adapter is attached, reduce boom capacities by the values in the following chart: Extension/dapter Capacity Deduction 5 Tip 7 Pile Driver Lead dapter 3 MXIMUM LLOWBLE CPCITIES FOR 5 FOOT TIP EXTENSION LIFTING CPCITY TO BE THE SMLLEST OF THE FOLLOWING VLUES: 1. 18, lb (Maximum). 2. The standard crane lift capacity minus 7 lb for the crane configuration in use. 1. ll notes are to be adhered to as listed on the standard lift crane capacity charts. 2. Reduce the main boom lift capacities by 2 lb when the pile driver lead adapter is installed. 3. The maximum boom length on which the pile driver lead adapter can be installed is 15 ft. NOTES: 1. ll notes are to be adhered to as listed on the standard lift crane capacity charts. 2. Reduce the main boom lift capacities by 7 lb when the tip extension is installed. 3. The maximum boom length on which the tip extension can be installed is 15 ft. 4. Do not lift or suspend a load from the boom tip extension and main boom at the same time. 25 Open Throat Top With Pile Driver Lead dapter 25 Open Throat Peak Section With 5 Foot Tip Extension LS 38H

22 Note: Refer To Page 7 For Capacity Deductions Caused By ny ttachment t The Tip. MIN BOOM CPCITIES 5 FT OPEN THROT NGLE BOOM Over End B B 36 Rotation Extended Retracted , 22, 189,7 17,7 128,2 78, ,1 21,1 18,8 162,6 117, 71, ,7 186,7 167,8 136,9 12,4 62, ,2 174,2 156,5 115,5 9,9 55, ,3 163,3 146,6 99,7 81,6 49, ,6 153,6 131,7 87,6 74, 44, ,9 144,9 117,5 78, 67,6 4, ,1 137,1 16, 7,2 62,2 37, ,1 13,1 96,5 63,8 57,5 34, ,8 122,4 88,5 58,4 53,4 31, ,3 86,3 62, 4,5 39,1 22, , 66,2 47,3 3,5 3,5 17, ,8 53,4 37,9 24,1 24,7 13, ,8 44,5 31,3 19,7 2,5 11, ,8 32,9 22,8 13,9 14,9 7,6 MIN BOOM CPCITIES 7 FT OPEN THROT NGLE BOOM Over End B B 36 Rotation Extended Retracted ,2 17,2 152,8 112,4 88,5 53, ,3 161,3 144,8 99,5 8,9 48, ,7 151,7 131,4 87,3 73,2 43, ,1 143,1 117,1 77,6 66,8 39, ,5 135,5 15,6 69,8 61,4 36, ,5 128,5 96, 63,3 56,7 33, ,2 121,9 87,9 57,8 52,6 31, ,9 85,7 61,4 39,8 38,3 21, ,3 65,5 46,5 29,8 29,6 16, ,1 52,6 37,1 23,3 23,8 12, , 43,7 3,5 18,9 19,6 1, , 32,1 22, 13,1 14, 6, ,4 24,9 16,7 9,5 1,4 4, ,6 19,9 13,1 7, 7,9 2,8 MIN BOOM CPCITIES 6 FT OPEN THROT NGLE BOOM Over End B B 36 Rotation Extended Retracted ,6 188,6 169,5 142,8 15, 64, ,6 185,6 166,8 136,9 12, 62, ,2 173,2 155,6 115,5 9,5 54, ,3 162,3 145,7 99,6 81,3 49, ,6 152,6 131,5 87,5 73,6 44, , 144, 117,3 77,9 67,2 4, ,3 136,3 15,8 7, 61,8 36, ,3 129,3 96,3 63,6 57,1 33, , 122,2 88,2 58,1 53, 31, ,6 86, 61,7 4,2 38,7 22, ,7 65,9 46,9 3,1 3, 16, ,4 53, 37,5 23,7 24,2 13, ,4 44,1 3,9 19,3 2,1 1, ,4 32,5 22,4 13,5 14,5 7, ,8 25,3 17,2 9,9 1,9 4,9 MIN BOOM CPCITIES 8 FT OPEN THROT NGLE BOOM Over End B B 36 Rotation Extended Retracted ,9 154,9 138,7 92,2 76,1 45, ,8 15,8 131,3 87,2 72,9 43, ,3 142,3 117, 77,5 66,5 39, ,7 134,7 15,4 69,6 61,1 36, ,8 127,8 95,8 63,1 56,4 33, ,5 121,7 87,7 57,6 52,3 3, ,3 85,4 61,1 39,6 37,9 21, ,1 65,2 46,3 29,5 29,2 16, ,8 52,3 36,8 23, 23,4 12, ,7 43,3 3,2 18,6 19,2 9, ,7 31,7 21,7 12,8 13,6 6, ,1 24,5 16,4 9,2 1, 4, ,3 19,6 12,8 6,7 7,5 2, ,2 16, 1,1 4,9 5,7 LS 38H

23 Note: Refer To Page 7 For Capacity Deductions Caused By ny ttachment t The Tip. MIN BOOM CPCITIES 9 FT OPEN THROT NGLE BOOM B B Extended 36 Rotation Retracted ,9 141,9 117,5 77,8 66, ,9 133,9 15,2 69,5 6, ,1 127,1 95,6 62,9 56, ,8 12,8 87,5 57,4 52, ,7 85,2 6,9 39,3 37, ,9 64,9 46, 29,2 28, ,5 52, 36,5 22,7 23, ,4 43, 29,9 18,2 18, ,3 31,4 21,3 12,4 13, ,8 24,2 16, 8,8 9, , 19,3 12,4 6,3 7, ,8 15,7 9,8 4,6 5, ,7 13, 7,8 3,2 3,9 D ITE IBI RO OHI P MIN BOOM CPCITIES 11 FT OPEN THROT NGLE BOOM Over End B B 36 Rotation Extended Retracted ,9 12,9 89,1 52, ,3 119,3 87,1 51, ,5 84,6 6,3 36, ,3 64,3 45,3 28, ,9 51,3 35,8 22, ,8 42,3 29,2 18, ,7 3,7 2,6 12, , 23,4 15,3 8, ,2 18,5 11,7 6, ,1 14,9 9, 4, ,9 12,2 7, 3, ,5 1,1 5,4 2, ,5 8,3 4,2 D ITE IBI RO OHI P D IBIT ITE RO OHI P MIN BOOM CPCITIES 1 FT OPEN THROT NGLE BOOM Over End B B 36 Rotation Extended Retracted ,7 13,7 11,5 66,9 58, ,3 126,3 95,4 62,7 55, ,1 12,1 87,3 57,2 51, ,1 84,9 6,6 39, 37, ,6 64,6 45,7 28,9 28, ,2 51,6 36,1 22,4 22, ,1 42,7 29,5 17,9 18, , 31, 21, 12,1 12, ,4 23,8 15,7 8,4 9, ,6 18,9 12, 6, 6, ,4 15,3 9,4 4,2 4, ,3 12,6 7,4 2,8 3, ,8 1,5 5,8 2,4 D ITE IBI RO OHI P MIN BOOM CPCITIES 12 FT OPEN THROT NGLE BOOM Over End B B 36 Rotation Extended Retracted ,3 11,2 79, ,8 84,3 6, , 63,9 45, ,6 51, 35, ,5 42, 28, ,3 3,3 2, ,7 23, 14,9 PROHIBITED ,9 18,1 11, ,7 14,5 8, ,5 11,8 6, ,1 9,7 5, ,1 8, 3, ,4 6,5 2,7 LS 38H