Jib Cranes

• Offers 360° rotation for outer arm and 180° rotation for inner arm

• Perfect for individual workstations where each worker needs complete access to one jib crane

• Outstanding headroom permits installation in tight locations and crowded shops

• Provides a clear work area with no floor obstructions and requires minimal overhead clearance for installation

• 360° rotation

• Base plate is secured by chemical anchor bolts to a prescribed reinforced concrete foundation

• The pipe mast’s connection to the hexagonal base plate is reinforced with six equally-spaced gussets

• 360° rotation

• Enclosed track protects the hoist trolley from dust, debris, and other environmental factors

• Our Wall-Mounted Cantilever 300 Series cranes offer the greatest amount of clearance, both under and above the boom

• Full-cantilever design

• All swivel connections have bronze bushings and grease fittings to ease rotation, promoting long life and low maintenance

• Our most economical cranes, the Tie-Rod 301 Series, has no support structure under the boom, so the trolley hoists can travel virtually the full length of the boom

• Wall bracket with tie-rod supported boom

• Design uses a standard I-beam and single tie rod to eliminate off-center loading problems

• Top and bottom wall brackets utilize a formed steel channel, with two bronze bushings, bronze thrust washers, and formed tie-rod clevises

• All bolted connections are in double shear

• All swivel connections have bronze bushings and grease fittings to ease rotation, promoting long life and low maintenance

• 180° rotation

• Bolts to existing wall or column

• Bronze bearings at the pivot points ensure easy rotation

• Jib boom is fabricated from standard “S” beam with vertical angle truss to reduce deflection; jib boom and truss bolt onto the back frame—no welding needed

• End trucks are constructed from channel beam frames and resist twisting; the end trucks are jig-fixed for optimal fit and travel. End trucks bolt onto the jib’s back frame

• Top-running end trucks include double-flanged crane wheels made from forged steel for long service life

• Crane drive has an electric motor with worm gear reducer

• Two-speed controls include mainline contactor, control transformer, inverter acceleration control, and fuses in NEMA 3R, 4, or 12 enclosures

• Variable frequency drives (VFDs) for multi-speed operation

• Most economical means of providing hoist coverage for individual use in bays, along walls or columns of plants

• Single tie rod, right hand threaded at both ends for easy boom adjustment and installation

• Available in steel (all capacities) or stainless steel (capacities to 500 lbs.)

• Uses enclosed track for the boom assembly, which reduces dead weight for easier rotation than traditional I-Beam Jib Cranes

• Up to 200° rotation in the primary boom and 360° in the secondary boom

• Provides a clear work area with no floor obstructions and requires minimal overhead clearance for installation

• No foundation required

• An adjustable friction brake limits over swing during highly repetitive cycles

• Tapered roller bearings for easy operation, installation, and maintenance

• Small bracket centers allow for reduced headroom requirements

• Aluminum enclosed track make it 40% easier to move than a comparable I-Beam Jib

• Can be mounted to a wall or column

• Reduced deadweight of boom

• Designed to fit all major vacuum equipment manufacturers

• Sealed tubes eliminate the need for festooning in vacuum and air applications

• Allows for precise positioning by eliminating the “whip” of the boom that is experienced in repetitive and high cycle applications

• Greatly reduces the wear and tear on the vacuum lift tubes

• Also mountable on columns

• Up to 200° rotation.

• Fabricated, steel wall bracket fittings with bearings.

• Threaded tie rods provide take-up for boom leveling.

• End stops at both ends of the boom for safe trolley travel.

• Safe and reliable material flow

• Optimum workplace design

• Simple operation

• Ergonomic handling

• Complete solutions for your specific needs from a single source

• Highest possible quality standards

• Broad spectrum of load capacities and outreach dimensions

• Uses wide-flange beam or I-beam for the boom and a wide-flange beam for the column

• The top assembly has self-aligning spherical bearings

• The bottom assembly has bronze bearings and bronze thrust washers

• Both bearing assemblies are provided with grease fittings for lubrication to aid rotation

• Uses wide-flange beam or I-beam for the boom and a wide-flange beam for the column

• The top assembly has self-aligning spherical bearings

• The bottom assembly has bronze bearings and bronze thrust washers

• Both bearing assemblies are provided with grease fittings for lubrication to aid rotation

• No special foundation required making it the most ecomomical of our 360° rotation jibs

• Full Cantilever option provides maximum amount of lift where full use of available headroom is desired

• Drop Cantilever option allows for specific placement of the boom to clear overhead obstructions

• Conservatively designed mast resists torsional forces from off-center loading.

• Fabricated steel hinge fittings with bearings.

• Boom is preset to compensate for deflection under load.

• End stops at both ends of the boom to limit trolley travel.

• Easiest to install

• Base plate is secured by anchor bolts to a prescribed reinforced concrete foundation

• The pipe mast’s connection to the hexagonal base plate is reinforced with six equally-spaced gussets

• No gussets, freeing up area at foot of crane’s mast

• Square steel plate comes welded to bottom of mast

• The plate positions and plumbs the mast by anchoring to the first-pour concrete footing

• The second pour supports the mast

• Allows for crane relocation without damaging the mast

• No gussets, freeing up area at foot of crane’s mast

• Sleeve is welded to square steel plate; the plate positions and plumbs the sleeve by anchoring to the first-pour concrete footing

• The second pour supports the sleeve

• 360° rotation

• Standard crane heights to 12 feet (floor to bottom of boom); taller designs available

• Mounting plates attach with anchor bolts to standard 6-inch reinforced concrete floor, or to new foundations for special load conditions

• Smaller capacity cranes use square mounting plates with welded gussets connected to the mast; each plate uses four anchor bolts

• Larger capacity cranes use hexagonal mounting plates with welded gussets connected to the mast; each plate uses 6 anchor bolts

• 360° rotation

• Standard crane heights to 12 feet (floor to bottom of boom); taller designs available

• Mounting plates attach with anchor bolts to standard 6-inch reinforced concrete floor, or to new foundations for special load conditions

• Smaller capacity cranes use square mounting plates with welded gussets connected to the mast; each plate uses four anchor bolts

• Larger capacity cranes use hexagonal mounting plates with welded gussets connected to the mast; each plate uses 6 anchor bolts

• Independent head assembly installs separately for ease of installation

• Full supporting triangular base plate gussets are used instead of struts to minimize crane deflection and make positioning loads easier

• Most can be bolted directly to existing floors without adding special foundations

• A retaining pin through the pivot pin helps resist accidental upward dislodgement of the boom assembly

• Installation: floor mounted, easy to install

• Effortless rotation/Easy Movement

• Precise load positioning

• Wide variety of spans and capacities

• No foundation required

• An adjustable friction brake limits over swing during highly repetitive cycles

• Tapered roller bearings for easy operation, installation, and maintenance

• Small bracket centers allow for reduced headroom requirements

• No foundation required

• Designed to fit all major vacuum equipment manufacturers

• Sealed tubes eliminate the need for festooning in vacuum and air applications

• Allows for precise positioning by eliminating the “whip” of the boom that is experienced in repetitive and high cycle applications

• Greatly reduces the wear and tear on the vacuum lift tubes

• Fully enclosed cam rollers to avoid pinch points.

• Base plate is reinforced with heavy steel gussets for continuous alignment and rigidity.

• Top head assembly can be shimmed for boom leveling.

• End stops at both ends of the boom for safe trolley travel.

• Lower section of the head revolves around the pillar on a pair of steel rollers equipped with self-aligning roller bearings.

• Large diameter base plate is reinforced with heavy steel gussets for continuous alignment and rigidity.

• Anti Lift-off Device.

• Bottom roller assembly can be shimmed for boom leveling.

• End stops at both ends of the boom to limit trolley travel.

• Rolled steel I-beam section with tapered flange for smooth trolley travel.

• Heavy wall structural steel pipe mast and reinforced large diameter base plate for minimal deflection and continuous alignment.

• Lower section of the head revolves around the pillar on a pair of steel rollers equipped with self-aligning roller bearings.

• Mast is mounted in concrete foundation and removable sleeve is also available.

• Anti Lift-off Device.

• Bottom roller assembly can be shimmed for boom leveling.

• End stops at both ends of the boom to limit trolley travel.

• Standard heights and spans from 8 ft to 20 ft – Contact us with anything outside this range.

• Consists of a wide flange mast section, top pivot with self-aligning ball bushing and bottom pivot with oilite bronze bushings with thrust washer.

• 360° rotation at each pivot point

• Designed to allow the greatest hook height

• Easy installation at nearly any location

• Offers 360° rotation for inner and outer arms

• Anchor bolts are used to secure the baseplate to a reinforced concrete foundation for ultimate stability under load

• The pipe mast’s connection to the hexagonal baseplate is reinforced with six equally spaced gussets

• 360° rotation

• Standard crane heights to 12 feet (floor to bottom of boom); taller designs available

• Smaller capacity cranes use square mounting plates with welded gussets connected to the mast; each plate uses four anchor bolts

• Larger capacity cranes use hexagonal mounting plates with welded gussets connected to the mast; each plate uses 6 anchor bolts

• Up to 500-pound capacity with 16-foot span

• Up to 1,000-pound capacity with 10-foot span

• Custom bases are available

• Offer more headroom and more clearance—both below and above the boom

• Outstanding headroom permits installation in tight locations, such as low ceilings or crowded shops

• Mounted overhead, no disruption to work flow in work cell

• Compact design requires minimal overhead clearance for installation