Concrete batching plant KARMEL 120K

Technical specifications of KARMEL 120K
| Characteristic | Indicator |
|---|---|
| Capacity | 120 m³/h |
| Mixer type | Twin-shaft/Planetary [4500/3000 l] |
| Dosing system | Automatic |
| Aggregate storage bins | 4x20 m³/5x20 m³/6x20 m³ |
| Cement silos | 1-6 pcs. of 75/100/150/200/500 tons |
| Water dosing | Automatic, digital control |
| Material transportation system | Belt conveyor |
| Automation | PLC controller, remote control |
| Installation and commissioning | 10 days |
| Discharge height | 3.8 – 4.15 m |
| Power | 174 kW |
| Dust protection system | Built-in filtration system |
Concrete batching plant KARMEL 120K — capacity 120 m³/h for large production complexes
Concrete batching plant KARMEL 120K — is an industrial solution for enterprises working with high volumes of concreting and requiring stable production of up to 120 m³ of concrete per hour with predictable mix quality. Based on our practice, this model is implemented at enterprises servicing large infrastructure facilities, producing ready-mix concrete for several sites, or launching new production lines focused on large contracts.
Powerful mixing unit for intensive production cycles
A key feature of KARMEL 120K is the use of an increased volume mixer, which allows forming large batches in one cycle and maintaining a stable production rate even when operating in multiple shifts. We have noticed a trend: enterprises moving into the segment above 100 m³/h pay special attention to the resource of the mixing unit and the accuracy of component dosing.
Based on our practice, the use of large capacity mixers allows to:
- Reduce the number of mixing cycles per shift
- Ensure uniformity of the concrete mix
- Reduce wear of mechanical units
- Maintain stable quality indicators according to the EN 206 standard
- Optimize electricity consumption per unit of product
Technical audit shows that cycle stability at large batch volumes allows minimizing technological deviations and increasing recipe repeatability.
Design solutions for continuous operation of the concrete unit
When working with large volumes of concreting, not only productivity but also stability of material supply plays an important role. That is why the design of KARMEL 120K provides for the use of belt conveyors and large aggregate storage bins.
We have noticed a trend: enterprises working with several types of aggregates move to configurations with a larger number of hoppers, which allows flexible recipe changes and operation without delays.
Main engineering solutions:
- automatic dosing of components with digital control
- transportation of aggregates by belt conveyors
- PLC controller with remote control capability
- possibility to install several large capacity cement silos
- integrated dust protection system for safe operation
Technical audit shows that production automation allows reducing cement overuse to 3–5%, which significantly affects the enterprise economy at large production volumes.
Comparison of KARMEL 120K with previous segment plants
| Parameter | KARMEL 100K | KARMEL 120K |
|---|---|---|
| Capacity | 100 m³/h | 120 m³/h |
| Mixing volume per cycle | high | increased |
| Equipment power | lower | about 170+ kW |
| Operation in multiple shifts | stable | intensive |
| Execution of large contracts | possible | optimized |
Based on our experience, switching to a capacity of about 120 m³/h allows enterprises to simultaneously supply several construction sites without the risk of concrete delivery delays.
Stages of commissioning the KARMEL 120K concrete batching plant
Proper organization of commissioning directly affects the speed at which the enterprise reaches the design capacity. We apply a phased approach that allows controlling all technical processes.
Main implementation stages:
- Technical audit of the site and load calculation
- Preparation of the foundation part and engineering networks
- Installation of technological equipment
- Connection of automation systems
- Commissioning works
- Personnel training and test mixes
Based on our experience, with prepared infrastructure available, the full cycle of installation and commissioning takes about 10 days, which allows quick integration of the equipment into the production process.
Economic efficiency of KARMEL 120K operation
For enterprises with large contracts, the key factor is cost stability and predictable payback. We have noticed a trend: companies switching to plants with a capacity of over 100 m³/h achieve significant effects from logistics optimization and reduction of third-party concrete purchases.
Technical audit shows that at a load of over 65–70%, enterprises achieve payback on average within 9–14 months, depending on cost structure and operating mode.
Factors affecting economic results:
- accuracy of component dosing
- stability of mixing cycles
- optimization of cement usage
- reduction of logistics costs
- possibility of operation in multiple shifts
Application areas of the KARMEL 120K concrete batching plant
Based on our experience, KARMEL 120K is most often used at sites where high concreting speed and process continuity are required.
Typical directions of use:
- production of ready-mix concrete for commercial sales
- construction of large residential complexes
- road and infrastructure projects
- production of reinforced concrete products
- servicing several construction sites simultaneously
Technical audit shows that the plant operates stably under variable loads and different concrete mix recipes.
FAQ — answers to customer questions
Is KARMEL 120K suitable for operation at multiple sites simultaneously?
Yes, the plant's capacity allows providing a stable concrete supply for several sites without quality loss.
What factor most affects the stability of the plant's operation?
The key factor is the stability of material supply and the accuracy of automated component dosing.
Is it possible to work with different types of concrete mixtures?
Yes, the control system allows storing and quickly changing recipes without stopping production.
Which operating mode ensures the fastest payback?
The best results are achieved when operating in two or three shifts with a load level above 65%.
Is it possible to modernize the plant after commissioning?
Yes, the modular design allows expanding the configuration and adapting the equipment to increasing production volumes.
Specifications
Productivity
- 120 cubic meters/hour
Types and Capacities of Concrete Mixers
- Two-shaft
- Planetary
Bunker of inert materials
- 4x20
Type of loading of inert materials into the concrete mixer
- Belt conveyor
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