1.Stacker (Boom-type / Limestone and Serpentine) 

Stacking on open-air or indoor stockyards with longitudinal stockpiles 

The choice of stacker depends on the stockyard type, and whether its function is buffer storage or blending bed. A Tripper Car on the yard conveyor feeds material 

onto the Stacker. 

EASYCON Stacker booms can be equipped with a range of different counterweight arrangements and luffing mechanisms. The lifting 

mechanism is either a hydraulic system or a rope hoist. 

 ❙ Stacking capacity up to 10,000 tph

 ❙ Stacker boom up to 60 m long

 ❙ Luffing and/or slewing functions

 ❙ Stacking methods: Cone Shell, Strata, Chevron, Windrow

 ❙ Smooth belt lift to the Tripper Car to avoid spillage

 ❙ Tripper Car with by-pass function available

 ❙ Fully automatic operation (SCADA System)

 ❙ Explosion-proof design

 ❙ Capability to operate in a corrosive environment

 ❙ Dust suppression systems available      

2. Bridge-Type Scraper Reclaimer

 The best possible homogenisation 

Optimised blending is achieved with the Bridge-type Reclaimer System, as it reclaims a cross section from the front end of the stockpile, which ideally exhibits 

many different layers of material. The full facing harrow,, covers the total cross section of the stockpile. This ensures the best possible 

blending, and a homogenous mix of material flowing onto the reclaiming conveyor belt.

 ❙ Reclaim capacity up to 3,500 tph

 ❙ Rail span up to 70 m

 ❙ Low scraper chain speed reduces degradation

 ❙ Homogenisation and blending of bulk materials

 ❙ Harrow covers the entire pile cross section

 ❙ Active Harrow System for sticky material

 ❙ Fully automatic operation (SCADA System)

 ❙ Explosion-proof design

 ❙ Capability to operate in a corrosive environment

3. Portal/Semi-Portal ScraperScraper Reclaimer

 ❙ Reclaiming capacity up to 3,500 tph with single boom design

 ❙ Up to 7,000 tph with double boom design

 ❙ Rail span up to 85 m

 ❙ Fully automatic operation (SCADA System)

 ❙ Low scraper chain speed reduces degradation

 ❙ Indoor design with main and auxiliary boom allows for optimum utilisation of space

 ❙ Environmentally friendly indoor design

 ❙ Optimised utilisation of space

 ❙ Efficient storage management of different material qualities in different boxes

 ❙ Pre-mixing of materials on the belt with several machines feeding the same conveyor line