Concrete batching plant KARMEL 60C

Technical specifications of KARMEL 60C
| Characteristic | Indicator |
|---|---|
| Productivity | 60 m³/h |
| Type of mixer | Twin-shaft/Planetary/Rotor [2500/1500 l] |
| Dosing system | Automatic |
| Aggregate storage bins | 4x20 m³ |
| Cement silos | 1-4 pcs. of 75/100/150/200/500 tons |
| Water dosing | Automatic, digital control |
| Material transportation system | Skip hoist |
| Automation | PLC controller, remote control |
| Installation and commissioning | 10 days |
| Discharge height | 3.8 – 4.15 m |
| Power | 109 kW |
| Dust protection system | Built-in filtration system |
Concrete batching plant KARMEL 60C — productive solution 60 m³/h for stable concrete production
Concrete batching plant KARMEL 60C — is a comprehensive solution for continuous production of ready-mix concrete with a capacity of up to 60 m³/h, combining automatic dosing, skip feeder, and industrial mixers of twin-shaft, planetary, or rotary type. Based on our practice, this class of plants is most often chosen by enterprises transitioning from local production to systematic B2B concrete supply with predictable cost and controlled quality.
Performance and technological process architecture of KARMEL 60C
The system is designed for a stable mixing cycle with minimal downtime between batches. Technical audit shows that optimized aggregate logistics and automated PLC control reduce downtime to 12–18% compared to semi-automatic lines.
Key parameters:
- capacity: 60 m³/h
- mixer: 2500/1500 l (twin-shaft / planetary / rotary)
- automation: PLC controller + remote control
- dosing cycle: fully automatic
Structural modules of the plant
Composition of the KARMEL 60C system:
- aggregate storage bins 4×20 m³
- cement silos 1–4 pcs. (75–500 t)
- skip conveyor lift
- water dosing system with digital control
- built-in dust filtration
Comparison of automation efficiency
| Parameter | Semi-automatic system | KARMEL 60C |
|---|---|---|
| Dosing accuracy | ±3–5% | ±1% |
| Cycle time | 75–90 sec | 55–70 sec |
| Raw material losses | up to 6% | up to 2% |
| Operator control | constant | remote PLC |
Concrete plant commissioning stages
- equipment installation (up to 10 days)
- PLC system commissioning
- dosing units calibration
- test mixes and quality certification
- ramp-up to industrial mode
Technical advantages for business
- discharge height 3.8–4.15 m for operation with various types of concrete mixers
- power 109 kW with optimized energy consumption
- recipe stability according to EN 206 and DSTU B V.2.7-96
- integration into ERP/SCADA production systems
Operational logic (implementation practice)
We have noticed a trend: enterprises implementing KARMEL 60C achieve payback on average within 14–20 months provided loading is from 60%. This is directly related to reducing human factor costs and stabilizing recipes.
FAQ — typical client objections
Is the plant suitable for winter production?
Yes, the system can be equipped with water heating and insulation of dosing units for operation down to -25°C.
Is the maintenance of the PLC system complicated?
No, the interface is designed for an operator without programming training, with ready-made production scenarios.
What is the actual output per shift?
During an 8-hour shift, the concrete batching plant produces 350–420 m³ depending on the recipe and aggregate logistics.
Is modernization possible after commissioning?
Yes, a modular architecture is provided for adding silos, mixers, or automatic feeding systems.
Specifications
Productivity
- 60 cubic meters/hour
Types and Capacities of Concrete Mixers
- Rotary
- Two-shaft
- Planetary
Bunker of inert materials
- 4x20
Type of loading of inert materials into the concrete mixer
- Skip hoist
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