CBS 105–150 S/T B ELBA


  • VISUALE A 360°

Well-conceived modular principle

Customers and prospective buyers who are familiar with the benefits of a stationary plant will appreciate the variable options offered by the well-conceived modular principle. Most modern designs that are tailored to the needs of users, are joined together to form a modern plant. A galvanized design of maximum corrosion protection and high-quality components make the CBS Elba to a premium concrete mixing plant.

In the construction of the new concrete plant CBS Elba was great value placed on competitive transportation costs. This was achieved by pre-installed modules.

Linear plant with belt-conveyed feeding

Customers like to use the conditional by the design higher hourly output of belt-conveyed feeding plant. The floor space required for this, may differ on the local situation which can have a positive impact on the overall design. Difficult conditions can be realized thereby.

Thanks to the mounted pre-hopper on top of the mixer on a belt-conveyed plant, the production output for standard concrete are possible from 114 m³/h up to 161 m³/h.

Maximum mixer selection

Single-shaft or twin-shaft mixer of the type CEM S Elba or CEM T Elba with a volume of 2,0 m³ to 3,5 m³ hardened concrete per batch can be installed variably, depending on the machine size. The already generously dimensioned walkability can be optionally by a wide range of different maintenance and inspection variants extended. The pre-installed weighing module with cement and water weigher and the pre-hopper for aggregates can be completed if necessary with additional required scales as option.

The aggregates, metered in the linear bin are dosed by the conveying belt into the above the mixer placed pre-hopper and emptied via a separate locking directly into the mixer.

The installation of the concrete mixing plant CBS B Elba is made in the basic version on concrete foundation. Optional all CBS B Elba plants can also be erected semi-mobile without foundation.





  • High production rate due to belt conveyor feeding system
  • Generously dimensioned mixing platform
  • Significant dust reduction through optional ­dedusting plant
  • Partly galvanizing is standard
  • Adding of additives and special products as option possible
  • Foundation-free installation on steel frames as an option
  • Winter cladding of the mixing tower as option ­possible
  • Quick installation through pre-assembled modules
Tipo CBS 105 S/T B Elba CBS 110 S/T B Elba CBS 120 S/T B Elba CBS 130 TB Elba CBS 140 TB Elba CBS 150 TB Elba
Tipo di miscelatore 4 CEM 2000 S
CEM 2000 T
CEM 2250 S
CEM 2250 T
CEM 2500 S
CEM 2500 T
CEM 3000 T CEM 3333 T CEM 3500 T
Rendimento max. dell’impianto per calcestruzzo compattato 1 114 m³/h 120 m³/h 128 m³/h 152 m³/h 158 m³/h 161 m³/h
Capacità miscelatore 2000 l 2250 l 2500 l 3000 l 3333 l 3500 l
Stoccaggio attivo 105 – 312 m³ 105 – 312 m³ 105 – 312 m³ 105 – 312 m³ 105 – 312 m³ 105 – 312 m³
N° max. componenti 3 – 12 3 – 12 3 – 12 3 – 12 4 – 12 4 – 12
N° max. tipi cemento 6 6 6 6 6 6
Allacciamento 2 / 3
Con gruppo elettrogeno | Fattore di simultaneità 1
275 KVA 306 KVA 306 KVA 335 KVA 375 KVA 375 KVA
Allacciamento 2 / 3
Collegamento di rete con 1 coclea di alimentazione cemento
Fattore di simultaneità 0.8
110 kW 122 kW 122 kW 133 kW 150 kW 150 kW
1   Il rendimento di produzione del calcestruzzo dipende da vari parametri e va calcolato individualmente per ogni tipo di applicazione. I dati si riferiscono al carico su autocarro.
2   I dati elettronici precisi di allacciamento vanno determinati in base all’equipaggiamento dell’impianto, compresi accessori ed estensioni.
3   Si presuppone l’uso di un nastro di trasporto con 30 kW.
4   CEM S = miscelatore forzato monoalbero / CEM T = miscelatore forzato a doppio albero.