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FSE's aggregate cooling system is designed to control the temperature of coarse aggregates, such as gravel, used in concrete production. By efficiently cooling the aggregates before mixing, these systems help reduce the overall temperature of the concrete. This prevents thermal cracking and ensures uniform curing of the concrete. FSE's solutions are optimized for high-temperature environments. They provide reliable cooling performance and ensure consistent concrete quality under extreme conditions.
Equipment | Nominal Condition | Performance Parameters | |||||||||
Model | Condensation Method | Condensing Temp (℃) | Evaporation Temp (℃) | Nominal | Installation | Specification | Air Cooler | Liquid supply | Net weight (kg) | ||
Air Volume Per Set (m3/h) | Air Pressure Per Set (Pa) | Type | |||||||||
AC200E | Evaporative Condenser | 40 | -10 | 196 | 159 | 1x40HQ | 32000~58000 | 3400~2300 | One cooling | Direct expansion | 16000 |
AC350E | Evaporative Condenser | 40 | -10 | 344 | 237 | 1x40HQ | 32000~58000 | 3400~2300 | One cooling | Direct expansion | 23000 |
AC500E | Evaporative Condenser | 40 | -10 | 524 | 290 | 2x40HQ | 32000~58000 | 3400~2300 | One cooling | Direct expansion | 31000 |
AC600E | Evaporative Condenser | 40 | -10 | 602 | 337 | 2x40HQ | 45000~82000 | 4200~2900 | One cooling | Direct expansion | 33000 |
AC750E | Evaporative Condenser | 40 | -10 | 759 | 337 | 2x40HQ | 45000~82000 | 4200~2900 | One cooling | Direct expansion | 36000 |
AC600E | Evaporative Condenser | 40 | -15 | 617 | 480 | 2x40HQ | 30000~52000 | 2500~1700 | Secondary cooling | Fluorine pump liquid supply | 31000 |
32000~58000 | 3400~2300 | ||||||||||
AC1200E | Evaporative Condenser | 40 | -15 | 1234 | 845 | 2x40HQ | 32000~58000 | 3400~2300 | Secondary cooling | Fluorine pump liquid supply | 35000 |
During concrete batching, ice or cold water is added to lower the concrete temperature. However, for large-scale concrete pours, such as dams, a lower discharge temperature (<14°C) is often required to ensure pour quality. In such cases, aggregate cooling system must be used in conjunction with aggregate silos. The air coolers first cool the air, which is then blown into the silos by fans to cool the aggregates. If the aggregates are cooled by 2°C, the concrete discharge temperature can be reduced by approximately 1°C. The aggregate air-cooling system can be configured based on the aggregate cooling capacity.
Modular design for easy on-site installation and reuse.
Standard ISO 40-foot container housing, equipped with reliable cooling and control systems. Designed to operate under extreme conditions.
Features world-renowned RefComp compressors with stepless adjustment. Equipped with high-efficiency heat exchangers for optimal energy efficiency during operation.
Air-cooling fans with variable frequency control for energy savings. Speed adjustments can be made according to working conditions.
Fully automated control system with comprehensive protection functions. Convenient one-button operation.
Multiple adjustment systems can be installed to automatically regulate equipment usage based on production volume and temperature requirements. Smart, flexible, and energy-efficient design.
System tested before delivery to minimize on-site commissioning time.
