Automated Concrete Production Control
Automatic Concrete Batching System
Turn concrete recipes, weighing, mixing, discharge and production records into one coordinated control workflow—configured for your plant output and operating model.
✓ Recipe Repeatability
Store production recipes and coordinate dosing, mixing and discharge from one control sequence.
✓ Production Visibility
Review live equipment state, batching values, alarms and production records from the HMI.
✓ Weighing Compensation
Support automatic correction and configurable tolerances for controlled material dosing.
✓ Operating Permissions
Separate production, calibration and management actions through user-level controls.
25–300 m³/h
verified output range
Recipe Control
stored production formulas
PLC + HMI
coordinated operation
Data Records
production visibility
Operational Decision
Where Does Manual Production Control Cost You Consistency?
An automatic batching system is valuable when it removes avoidable variation and makes plant status easier to understand—not merely when it replaces a pushbutton.
1
Recipe Repeatability
Store production recipes and coordinate dosing, mixing and discharge from one control sequence.
2
Production Visibility
Review live equipment state, batching values, alarms and production records from the HMI.
3
Weighing Compensation
Support automatic correction and configurable tolerances for controlled material dosing.
4
Operating Permissions
Separate production, calibration and management actions through user-level controls.
Automation Configuration Selector
Choose the Control Depth Around Plant Output and Management Needs
Select an operating scale to compare the recommended automation priorities. Final hardware and interfaces are confirmed against the complete equipment list.
Compact Automation
Control More Production With a Smaller Operating Team
Designed for compact, mobile and project plants where simple recipe management, clear alarms and dependable automatic sequencing matter more than enterprise-level dispatch complexity.
Recommended Control Scope
Automatic aggregate, powder, water and admixture dosing; recipe storage; batch records; calibration; manual override; basic alarm diagnosis.
Commercial Automation
Coordinate Output, Accuracy and Dispatch Pressure
For commercial ready-mix and major project plants that need faster cycles, production-order control, moisture adjustment, operator permissions and clearer downtime diagnosis.
Recommended Control Scope
High-speed PLC, animated HMI, order allocation, moisture correction, weighing compensation, report printing, fault-point display and remote technical support readiness.
High-Output Automation
Manage Multiple Production Systems as One Plant
For high-output commercial bases and infrastructure supply where redundant equipment, synchronized lines, production data and tightly coordinated material flow become investment-critical.
Recommended Control Scope
Industrial computer and PLC architecture, high-speed weighing modules, multi-line coordination, cloud-ready records, user permissions, online status and project-specific interfaces.
Closed-Loop Production Logic
From Production Order to Traceable Concrete Batch
The control system coordinates recipe selection, material weighing, compensation, mixer timing, discharge permission and production records. Interlocks stop conflicting actions while manual controls remain available for commissioning and maintenance.
01 Order & Recipe
02 Material Dosing
03 Weighing Check
04 Forced Mixing
05 Discharge
06 Batch Record
Control System Details
Automation Functions That Support Daily Concrete Production
1
PLC Sequencing
Coordinates feeders, scales, conveyors, mixer and discharge gates in the correct order.
2
HMI Visualization
Presents live equipment state, setpoints, measured values, alarms and operating prompts.
3
Automatic Compensation
Adjusts material cut-off and weighing correction according to configured production logic.
4
Moisture Adjustment
Allows sand moisture inputs to support water and aggregate corrections where sensors are specified.
5
Recipe & Order Records
Stores mix recipes and production data for repeat orders, queries and printing.
6
Fault Diagnosis
Identifies alarm locations and equipment states to shorten troubleshooting decisions.
7
Manual Override
Supports commissioning, cleaning and maintenance actions under controlled permissions.
8
Remote Support Readiness
Provides a defined interface for diagnosis and technical assistance when included in scope.
Control Architecture
What Is Included in an Automatic Concrete Batching Control System?
The final control scope is engineered around the selected mechanical plant, production responsibilities and local electrical requirements. Each layer must exchange the correct signals rather than operate as an isolated device.
1
Field Instruments
Load cells, level switches, position sensors, moisture inputs and pneumatic feedback provide production signals.
2
PLC & I/O Layer
The PLC executes sequences and interlocks while cabinet I/O connects motors, valves, gates and weighing devices.
3
HMI & Operator Station
Operators select recipes, monitor status, handle authorized manual actions and review alarms.
4
Data & Reporting
Batch records, recipe revisions, user actions and production summaries support traceable operation.
5
Motor Control
Protection devices, variable-frequency drives and emergency circuits are coordinated with the equipment list.
6
Plant Interfaces
Dispatch, laboratory, ERP or third-party interfaces are evaluated from documented communication protocols.
Project Scope Definition
Define the Automation Boundary Before Comparing Quotations
A useful proposal states which equipment, signals, software functions and site responsibilities are included. This prevents a low cabinet price from hiding missing engineering or commissioning work.
1
Buyer Provides
Target output, recipes, electrical standard, equipment list, languages and reporting expectations.
2
AGICO Engineers
I/O schedule, control philosophy, cabinet selection, HMI pages, sequence logic, interlocks and alarms.
3
Factory Verification
Cabinet inspection, wiring continuity checks, simulated I/O and sequence review where practical.
4
Site Commissioning
Signal confirmation, scale calibration, no-load and loaded trials, operator instruction and handover.
Verified Model Parameters
Automatic Concrete Batching System Technical Specifications
Use these values as an engineering starting point. Final dimensions, power, storage and control hardware depend on the selected plant structure, materials, electrical standard and project interfaces.
AGICO System Supply
Automation Engineered With the Complete Batching Plant
AGICO coordinates control logic with the selected mixer, aggregate bins, cement silos, screw conveyors, liquid dosing, pneumatic equipment and safety interlocks. This avoids treating the control cabinet as an isolated accessory.
✓
I/O Definition
Map every motor, valve, sensor and limit switch before programming.
✓
Electrical Assembly
Prepare cabinets, terminals and wiring documentation for the approved equipment scope.
✓
Factory Testing
Verify sequences, alarms and interfaces before site commissioning where practicable.
✓
Commissioning Support
Assist calibration, trial batches, operator training and production handover.
Supplier Capability
Why Source the Control System With the Complete AGICO Plant?
One engineering team coordinates the mechanical, electrical and software boundaries from quotation through commissioning. The commercial value is clearer responsibility for the complete production sequence—not simply a control cabinet.
1
Plant-Level Engineering
Control logic is matched to the mixer, weighing systems, transfer equipment, pneumatic actions and safety conditions.
2
Custom Electrical Standards
Voltage, frequency, component preferences, terminal conventions and documentation are confirmed for the destination market.
3
Software Configuration
HMI language, recipes, permissions, reports, alarms and project-specific interfaces are defined before delivery.
4
Manufacturing Coordination
Mechanical completion, motors, sensors and cabinet wiring are checked against one equipment and I/O list.
5
Commissioning Guidance
AGICO supports calibration, dry-cycle tests, loaded trials, operator training and production handover.
6
Lifecycle Support
Spare-parts identification, wiring documents, remote troubleshooting inputs and upgrade evaluation support future operation.
Production Evidence
Automatic Batching System Equipment in Production
These workshop views show the control, mixing, fabrication and finishing work that must be coordinated before an automatic batching system can operate as one complete production line.
PLC & HMI Control Room
Operator interfaces, electrical cabinets and plant signals are coordinated around the approved production sequence.
Mixer Integration
Mixer timing, charging, discharge permission and safety feedback are integrated into automatic cycle control.
Structural Fabrication
Frames, supports and drive components are prepared against the mechanical layout and equipment schedule.
Protective Coating
Fabricated components receive project-matched surface preparation and coating before packing and delivery.
Factory Assembly Preparation
Mechanical and electrical interfaces are checked together before the equipment leaves the workshop.
Installed References
Automatic Concrete Batching Plant Project References
Use these real AGICO installation photographs to compare visible plant arrangements. Final automation, storage and transfer scope is engineered for each site rather than copied from a standard package.
UZBEKISTAN
120 m³/h Automatic Batching Plant
A project-site reference showing three cement silos, inclined aggregate transfer and a coordinated mixing structure.
DR CONGO
60 m³/h Automatic Batching Plant
A compact installation reference with aggregate bins, powder storage and automatic production control.
RUSSIA
50 m³/h Covered Batching Plant
A roofed production arrangement that protects the compact feeding, mixing and control equipment.
GEORGIA
180 m³/h Foundation-Free Batching Plant
A high-output project reference with four powder silos, aggregate bins and an elevated transfer route.
Quotation Checklist
Information Needed for an Itemized Automation Proposal
1
Plant & Capacity
Plant type, mixer model, target output and single- or multi-line arrangement.
2
Materials & Recipes
Aggregate fractions, powders, liquids, admixtures, recipe count and moisture-control needs.
3
Electrical Conditions
Supply voltage, frequency, cabinet environment, preferred components and applicable standards.
4
Management Functions
User roles, reporting fields, printing, data retention and external software interfaces.
5
Delivery Boundary
Existing equipment, new equipment, field wiring responsibility, installation and commissioning scope.
6
Project Schedule
Required delivery window, site-readiness date and planned start of trial production.
Buyer FAQ
Automatic Batching System Questions Before Configuration
Potentially. The equipment condition, electrical drawings, sensor compatibility, motor control and required production functions must be audited before an upgrade scope is confirmed.
Base the decision on peak output, recipe count, order handling, weighing architecture, reporting needs, operator roles and whether one or multiple lines must be coordinated.
A controlled manual mode is normally required for commissioning, cleaning and maintenance. The permitted actions and interlocks are defined during engineering.
The system combines suitable scales and load cells with calibration, cut-off control, compensation and material-specific operating settings. Final accuracy depends on the complete mechanical and control system.
Provide target output, plant type, mixer size, material list, existing equipment scope, required recipes, electrical standard, reporting needs and preferred commissioning date.
Integration can be evaluated when complete electrical, communication and mechanical interface information is available. Compatibility must be confirmed project by project.
Configure the Control Scope
Request an Automatic Batching System Proposal for Your Plant
Send the equipment list, target output, recipes, electrical standard and production-management requirements.
