20-50 HP Large Air-Cooled Chillers
APT 20-50 HP large air-cooled chillers deliver high-capacity chilled-water cooling for production lines, centralized process systems, and high heat-load industrial equipment. Designed for injection molding, extrusion, die casting, thermal spray, hydraulic cooling, chemical processing, and high ambient temperature applications.
Large-Capacity Air-Cooled Chiller Solutions from 20 HP to 50 HP
APT 20-50 HP large air-cooled chillers are built for manufacturers that need more cooling capacity than standard 5-20 HP industrial chillers, but prefer an air-cooled system without a cooling tower. This chiller range is suitable for larger production equipment, multi-point cooling loops, high heat-load machines, and process systems that require stable temperature control during continuous operation.
With large condenser airflow, scroll or semi-hermetic compressor options, high-flow pump configurations, shell-and-tube evaporators, stainless steel tanks, high ambient T3 options, and flexible control systems, APT helps customers configure large air-cooled chillers based on cooling load, flow rate, pump pressure, ambient temperature, installation space, ventilation conditions, and process requirements.
Cooling Challenges in High-Capacity Industrial Applications
Large industrial equipment and production lines generate higher and more continuous heat loads. APT designs 20-50 HP large air-cooled chillers to support stable process cooling, reliable operation, and practical installation in demanding industrial environments.
High Heat Load
Large injection molding machines, extrusion lines, die casting systems, and thermal spray equipment can generate continuous high heat. A large air-cooled chiller helps remove process heat and maintain stable water temperature.
Multi-Point Cooling Demand
Large production systems may require cooling for multiple molds, tanks, hydraulic stations, heat exchangers, or process loops. APT can configure flow rate, pump pressure, tank volume, and piping connections based on system layout.
Continuous Operation Stability
High-capacity industrial chillers often run for long shifts or 24/7 production. Reliable compressors, condenser airflow, pump protection, and safety controls are essential for stable cooling performance.
Installation & Ventilation Requirements
Large air-cooled chillers require proper ventilation, maintenance clearance, electrical configuration, and site planning. APT supports custom layout, voltage, control, and installation requirements for industrial facilities.
Typical 20 HP, 25 HP, 30 HP, 40 HP, and 50 HP Large Air-Cooled Chiller Models
APT offers large air-cooled chiller configurations from 20 HP to 50 HP for high-capacity industrial cooling applications. Model selection depends on cooling load, target water temperature, process flow rate, ambient temperature, evaporator design, and installation requirements.
Most 20-50 HP large air-cooled chiller configurations can be equipped with shell-and-tube evaporators for stable heat exchange, easy maintenance, and reliable performance in industrial process cooling systems.
20 HP Air-Cooled Chiller with Shell and Tube Evaporator
Designed for heavy-duty process cooling with a shell-and-tube evaporator. Suitable for injection molding, extrusion, die casting, thermal spray, hydraulic systems, and industrial heat exchanger loops.
View 20 HP Chiller25 HP Air-Cooled Chiller for Industrial Process Cooling
A practical capacity step between 20 HP and 30 HP for equipment that needs stronger cooling output without moving to a larger centralized system. Suitable for plastics processing, hydraulic systems, chemical tanks, heat exchangers, and production lines.
View 25 HP Chiller30 HP Air-Cooled Chiller for Production Line Cooling
Built for continuous production environments that require stable chilled-water supply and reliable heat removal. Suitable for hydraulic stations, extrusion systems, chemical process loops, and multi-point chilled-water systems.
View 30 HP Chiller40 HP T3 High-Ambient Air-Cooled Chiller
Designed for hot climate regions and demanding industrial environments. Suitable for Middle East projects, high ambient factory cooling, die casting, extrusion, thermal spray, hydraulic systems, and chemical process cooling.
View 40 HP T3 Chiller50 HP Air-Cooled Chiller for Centralized Process Cooling
A high-capacity air-cooled chiller for centralized process cooling, large production lines, and heavy-duty industrial equipment. Suitable for multi-point cooling loops, injection molding, extrusion, die casting, chemical processing, and thermal spray systems.
View 50 HP ChillerCommon Applications for 20-50 HP Large Air-Cooled Chillers
The 20-50 HP large air-cooled chiller range is suitable for high-capacity industrial applications that require stable chilled-water temperature, strong cooling output, and reliable operation without a cooling tower.
Large Injection Molding Cooling
High-capacity chilled-water cooling for large molds, hydraulic units, and injection molding production lines.
View Injection Molding CoolingPlastic Extrusion Line Cooling
Stable cooling for extrusion barrels, rollers, dies, vacuum tanks, and production process loops.
View Plastic Extrusion CoolingDie Casting Process Cooling
Cooling support for die casting machines, molds, hydraulic systems, and high-temperature production equipment.
View Die Casting CoolingThermal Spray Cooling System
Reliable cooling for thermal spray guns, power supplies, workpieces, and high heat-load coating systems.
View Thermal Spray CoolingChemical Process Cooling
Temperature control for reactors, chemical tanks, heat exchangers, and industrial process loops.
View Chemical Process CoolingHydraulic System Cooling
Chilled-water support for hydraulic power units, presses, forming machines, and heavy industrial equipment.
View Hydraulic CoolingCentralized Production Line Cooling
Large cooling systems for multi-point chilled-water loops, production equipment, and factory process lines.
View Process Line CoolingIndustrial Heat Exchanger Cooling
Process cooling for heat exchangers, tanks, reactors, test systems, and industrial water loops.
View Heat Exchanger CoolingNeed a large air-cooled chiller for a high heat-load industrial process?
Share your cooling load, target water temperature, flow rate, pump pressure, ambient temperature, voltage, and installation conditions. APT engineers can recommend a suitable 20-50 HP large air-cooled chiller configuration for your production system.
20-50 HP Large Air-Cooled Chiller Specifications
The following specification range is for reference only. Actual cooling capacity and configuration depend on leaving water temperature, ambient temperature, compressor selection, evaporator type, pump flow, pressure requirements, and application heat load.
| Model Range | Cooling Capacity | Typical Applications | Compressor | Evaporator | Pump System | Control | Custom Options |
|---|---|---|---|---|---|---|---|
| 20 HP Air-Cooled Chiller | Approx. 50-60 kW | Die casting, extrusion, process cooling | Scroll / semi-hermetic | Shell & tube | High-flow pump | PLC / touchscreen | Tank, pump, voltage |
| 25 HP Air-Cooled Chiller | Approx. 60-75 kW | Industrial process cooling, plastics, tanks | Scroll / semi-hermetic | Shell & tube | High-flow pump | PLC / touchscreen | Tank, pump, voltage, filter |
| 30 HP Air-Cooled Chiller | Approx. 75-90 kW | Production lines, hydraulic cooling | Scroll / semi-hermetic | Shell & tube | High-flow / high-pressure pump | PLC / touchscreen | Dual pump, filter, bypass |
| 40 HP T3 High-Ambient Air-Cooled Chiller | Approx. 100-120 kW | High ambient process cooling, Middle East projects, die casting, extrusion | Semi-hermetic / dual circuit | Shell & tube | High-capacity pump | PLC / touchscreen | T3 condenser, remote control, stainless tank |
| 50 HP Air-Cooled Chiller | Approx. 125-150 kW | Centralized industrial cooling | Semi-hermetic / dual circuit | Shell & tube | Custom pump system | PLC / communication | Dual circuit, communication, custom electrical |
Cooling capacity may vary according to chilled-water temperature, ambient temperature, refrigerant circuit design, compressor configuration, evaporator selection, condenser airflow, and process heat load. For high ambient or T3 applications, final selection should be confirmed based on actual site temperature, ventilation, and working conditions.
How to Select a 20-50 HP Large Air-Cooled Chiller
Selecting a large air-cooled chiller requires more than matching horsepower. APT recommends confirming the actual process heat load, target leaving water temperature, inlet water temperature, flow rate, pump pressure, ambient temperature, ventilation conditions, installation space, voltage, and control requirements before final model selection.
Get Selection SupportCooling Load & Water Temperature
Confirm real heat load, target chilled-water temperature, inlet temperature, and allowable fluctuation.
Flow Rate & Pump Pressure
Match pump flow and pressure head to molds, tanks, heat exchangers, process loops, and production piping.
Compressor & Evaporator Configuration
Select scroll, semi-hermetic, single-circuit, dual-circuit, shell-and-tube, or custom evaporator design based on load and reliability needs.
Installation & Electrical Requirements
Check ventilation, ambient temperature, maintenance clearance, voltage, phase, control interface, alarms, and communication requirements.
High Ambient T3 Air-Cooled Chiller Options
For hot climate regions such as the Middle East, Southeast Asia, and high-temperature factory environments, APT can configure T3 high ambient air-cooled chillers with enhanced condenser capacity, stable compressor protection, suitable refrigerant circuit design, and customized electrical control. These options help maintain reliable operation when ambient temperature and heat rejection conditions are more demanding.
Enhanced Condenser Design
Larger condenser airflow and heat rejection capacity help support stable operation under high ambient temperature conditions.
Compressor Protection
Protection logic for high pressure, overload, phase loss, flow failure, and unstable operating conditions helps improve reliability.
Regional Project Support
Suitable for Middle East, tropical regions, high-temperature workshops, and outdoor industrial installations.
Custom Electrical & Control Options
Voltage, phase, control panel, alarm logic, and communication options can be configured for regional project requirements.
Request T3 High Ambient Chiller SupportRelated Industrial Cooling Solutions
Compare large air-cooled chillers with other APT cooling solutions based on capacity range, installation conditions, water temperature, and process requirements.
Why Choose APT for 20-50 HP Large Air-Cooled Chillers
High-Capacity Cooling Experience
APT understands large industrial cooling requirements for high heat-load equipment, production lines, and process systems.
Custom Engineering Options
Compressor configuration, evaporator type, pump flow, tank volume, voltage, control logic, and communication options can be customized.
Stable Operation Design
APT focuses on compressor protection, condenser airflow, pump reliability, chilled-water stability, and service access for demanding industrial environments.
Support from Selection to Service
From model sizing and system layout to production, testing, documentation, spare parts, and maintenance support, APT helps build reliable cooling systems.
Frequently Asked Questions
Answers to common questions about 20-50 HP large air-cooled chillers, high-capacity process cooling, model selection, customization, and installation.
What is a 20-50 HP large air-cooled chiller used for?
A 20-50 HP large air-cooled chiller is used for high-capacity industrial process cooling applications such as large injection molding, extrusion lines, die casting, thermal spray, chemical processing, hydraulic cooling, centralized production line cooling, and heat exchanger cooling.
How do I choose between a 20 HP, 25 HP, 30 HP, 40 HP, and 50 HP air-cooled chiller?
Selection depends on process heat load, target water temperature, flow rate, pump pressure, ambient temperature, compressor configuration, evaporator type, and installation conditions. APT can help calculate the required cooling capacity and recommend a suitable model.
What cooling capacity is available for 20-50 HP air-cooled chillers?
Typical cooling capacity ranges from approximately 50 kW to 150 kW depending on horsepower, water temperature, ambient temperature, compressor selection, and system configuration. Final capacity should be confirmed according to actual operating conditions.
Can APT customize the pump, tank, evaporator, and control system?
Yes. APT can customize pump flow and pressure, tank volume, evaporator type, shell-and-tube material, voltage, refrigerant circuit, filters, bypass lines, control panel, alarms, and communication options.
Are 20-50 HP large air-cooled chillers suitable for continuous operation?
Yes. This large air-cooled chiller range is designed for industrial environments that require stable temperature control, strong heat rejection, reliable compressor operation, condenser airflow, pump protection, and safety alarms.
Can a large air-cooled chiller replace a cooling tower system?
In many applications, a large air-cooled chiller can provide closed-loop process cooling without a cooling tower. It is easier to install and maintain, but final selection depends on heat load, ambient temperature, target water temperature, and plant layout.
What is a T3 high ambient air-cooled chiller?
A T3 high ambient air-cooled chiller is designed for hot climate regions and high-temperature industrial environments. It can be configured with enhanced condenser capacity, compressor protection, suitable refrigerant circuit design, and electrical controls to support reliable operation under demanding ambient temperature conditions.
What is the difference between a 5-20 HP industrial chiller and a 20-50 HP large air-cooled chiller?
A 5-20 HP industrial chiller is typically used for medium-duty equipment and individual production machines. A 20-50 HP large air-cooled chiller provides higher cooling capacity, larger pump options, stronger heat rejection, and better support for large equipment or multi-point cooling loops.
What information is needed to select a large industrial air-cooled chiller?
Please provide cooling load, target chilled-water temperature, inlet and outlet water temperature, flow rate, pump pressure, ambient temperature, application type, power supply, installation space, ventilation conditions, and any special requirements for pump, tank, evaporator, or control system.
Still selecting a 20-50 HP large air-cooled chiller?
Share your cooling load, water temperature, flow rate, pump pressure, voltage, and installation conditions. APT engineers can help recommend a suitable configuration.
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