The Vestil AHA-2-10-8-ALO Aluminum Gantry Crane with Leveling Legs is a 2,000 LB capacity crane designed to handle a variety of overhead lifting tasks. All aluminum construction makes this stationary gantry crane lightweight, rigid, and corrosion resistant. Pinned connections allow for simple 2 person set up and take down in minutes. The lightweight I-Beam allows for expedited height adjustment without the need for a hoist or forklift. Height is adjustable in 6” increments. The distance between the uprights is adjustable by simply loosening locking plate bolts, moving the uprights, and then re-tightening bolts. Aluminum gantry crane features adjustable leveling legs which can be used to raise or lower the crane in 4" increments on uneven surfaces. A rectangle shaped base on each of the four legs gives strong foundational support. The Vestil AHA-2-10-8-ALO Height Adjustable Gantry Crane can be taken apart and bundled with the two included straps for easy transport.
The Vestil AHA-2-10-8-ALO Adjustable Gantry Crane with Leveling Legs is built to order with an estimated lead time to leave the warehouse of 30 to 35 business days.
Specifications:
- Capacity: 2,000 LBS
- I-Beam Length: 10'
- Under I-Beam Usable Height: 5'8" to 8'10"
- Height is adjustable in 6" increments
- Maximum overall height is 112"
- 6" tall I-Beam with 3-5/16" flange width
- Leveling leg height is adjustable in 4" increments
- Base width: 64"
- Distance between the uprights is adjustable
- Usable distance between uprights is overall beam length minus 18"
- Usable trolley travel length is overall beam length minus 24"
- All aluminum construction
Options:
- Festoon System, 115V AC - Model FES-KIT
- Optional Ratcheting Come Alongs for easy one-person adjustment (set of 2). Not for lifting - Model AHA-KIT
Hoist and Trolley sold separately. Click link to see our selection of Hoists and Trolleys
Product should be inspected frequently to insure safe operation. Testing and inspection of the unit is the responsibility of the end user after final assembly has been completed. For further details see ASME B30.17.
