890

The Finlay® 890 is a robust and highly versatile heavy duty screener that can precisely process large volumes of material in a range of applications from fine screening to heavy scalping.

The screen box is uncompromising and has been engineered to efficiently deliver high tonnage throughput and a high quality screened product in quarry, mining, sand, gravel, construction and demolition debris, fine wood, biomass and recycling applications.

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.

The model is available with hybrid technology consisting of on-board electrical motors permitting the flexibility to run the plant from an outside power supply or standard on-board engine.

Key features:

  • Versatile aggressive screen box with multiple media configurations including bofor bars, finger screens, woven mesh and punch plates.
  • Modular configuration screen box with 6.1m x 1.8m (20’ x 6’) top deck and 5.6m x 1.8m (18’ x 6’) bottom deck screen. Screen box angle can be hydraulically adjusted to an angle between 13 – 17°.
  • Screen box discharge end can be hydraulically raised to facilitate efficient and easy media access and changing.
  • High capacity up to 700 tph / 771 US tph (depending on mesh sizes & material type).
  • Maximum feed size 450mm (18’’) . Maximum allowable feed size may vary depending on material type and screenbox media.

Technical Documentation

Measurements

Transport Length 59 ft 10 in 18 m 20 cm
Working Dimensions Height 16' 2'' | Width 50' 5" | Length 54' 3'' Height 4.93m | Width 15.36m | Length 15.36m
Transport Height 59 ft 10 in 3 m 59 cm
Weight 81,571 lbs 37,000 kg
Screen 20’ x 6’ 6.1m x 1.8m
Transport Width 9 ft 10 in 3 m

Power

Net Engine Power: Stage V CAT C4.4 170 hp Dual Certified CAT C4.4 129 kW Dual Certified
Net Engine Power: Tier 3 CAT C4.4 170 hp CAT C4.4 129 kW

Productivity

Output Potential 772 US tph 700 tph