Multistar M3/M2

MultistarM3_mobil_02_4375b9298f

The Multistar M3 and M2 star screen machines offer professional technology for the mid performance range. The features include mobility with mounting on a two-axle central trailer, a more than 5m³ loading hopper with low loading height and three separate folding discharge belts at the machine end (M2: Two fractions).

The electric drive (diesel-electric optionally) and the intelligent control with self-explanatory graphics provide a comfortable working environment. Servicing and maintenance work is simple and quick with the extendable motor unit, large side flaps and completely retractable discharge conveyor belts.

Category: .

ADVANTAGES AT A GLANCE

Flexible

FLEXIBLE

High degree of flexibility by changing particle size in seconds

Komptech Plus

KOMPTECH PLUS

Separation into three fractions with discharge of all fractions at machine end

User Friendly

USER FRIENDLY

Ease of operation and simple servicing with intelligent machine design

Innovation

INNOVATION

High throughput with precise selectivity with the CLEANSTAR system


SPECIFICATIONS

Multistar M2 Multistar M3
DRIVE
Electrical power input (kW) 34 46
Diesel generator (kVA) 48 48
MATERIAL FEEDING
Bunkervolumen (m) ~5 ~5
Filling lenght (mm) 4000 4000
Filling height (mm) 2800 2800
SCREEN SEGMENTS
Coarse screen LxW (mm) / area (m) 2132 x 1138 / 2.4
Fine screen LxW (mm) / area (m) 4522 x 1138 / 5.15 3591 x 1138 / 4.1
SCREEN SECTIONS
Coarse particle (mm) >30…..60 (Oversiced particle) > 60…..90
Medium particle (mm) 10…..25 / 60…..90
Fine particle (mm) 0/30…..60 (Undersiced particle) 0/10…..25
MATERIAL DISCHARGE
Max. discarge height coarse fraction (mm) 3350 4100
Max. discarge height medium fraction (mm) 3200
Max. discarge height fine fraction (mm) 3200 3200
DIMENSIONS
Transport dimensions LxWxH (mm) 11750x2550x4000 11500x2550x4000
Working dimensions LxWxH (mm) 15000x7000x4000 13000x11000x4100
Weight (t) ~ 17.0 ~ 17.0
THROUGHPUT
Dependent on material (m/h) up to 100 up to 120

MEDIA


Additional Information

Drive

Mechanical

Mobility

Mobile

Energy Source

Hybrid