893+

20’ x 6’ 2 Deck Incline Screeener
The Finlay® 893+ is a highly versatile and aggressive heavy duty screener engineered and built for working in large scale quarrying, mining, construction and demolition debris, topsoil, recycling, sand, gravel, coal, ore and aggregate applications.The plant has the capacity to process at a rate of up to 800 tonnes per hour and can be fed either by a tracked mobile crusher, shovel or an excavator. Depending on the application the working angle of the aggressive screenbox can be hydraulically adjusted to between 14 – 18°.A key feature of this screening machine is the capability to change the working angle of the hopper/feeder. The working positioned can be lowered so that it can work with ease with a mobile crusher.The hopper/feeder working position can be raised to provide a reduced feeder angle when operated in direct mode from an excavator or shovel. The screen box top deck can be fitted with a variety of screening media including; Mesh, Punch plate, Bofor bars & Tines. The bottom deck can be fitted with mesh, punch plate & cascade fingers. This fully self-contained plant can be hydraulically folded and ready for transport in less than 30 minutes making it the ideal machine for large scale contract screening projects where a highly productive and dependable screen is paramount.
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893+

Product Specifications

Deck Size
20’ x 6’
Size In
Size Out
Working Size
18' 5'' X 53' X 60' 8''
Transport Size
11' 9'' X 9' 10'' X 58' 8''
Operating Weight
106,000lbs
Max Ton per Hour
Engine Type
CAT
Engine Horsepower
202hp
Fuel Tank Size
Feeder Conveyor (width)
Screen Box Size
20’ x 6’
Number of Decks
2 Deck
Side Conveyor (midsize width)
36”
Side Conveyor (finesize width)
41”
Tail Conveyor (oversize width)
63”

Terex Finlay

Finlay® are global pioneers in tracked mobile solutions and offer a comprehensive range of equipment to the quarrying, mining, construction, demolition and recycling industries. Our range of innovative machines are manufactured to provide efficient production, low operational costs and ease of maintenance.

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