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Quotes - Sales - EngineeringAC Electric Motor Driven
Stationary Industrial Air Cooled Coolers
AC electric motor driven air cooled heat exchangers are the standard choice for fixed industrial installations. These units provide quiet, efficient cooling with readily available power sources and are ideal for manufacturing plants, hydraulic power units, injection molding machines, and machine tools.
Available in compact designs (up to 100 hp) and severe-duty high-capacity models (up to 250+ hp) with serviceable cores, optional built-in bypass valves, and OSHA-compliant fan guards. Field-changeable drive options allow easy conversion between electric and hydraulic in many models.
DC Electric Motor Driven
Mobile & Vehicle-Mounted Air Cooled Coolers
12V and 24V DC motor driven air cooled coolers are specifically engineered for mobile equipment and vehicles where only battery or alternator power is available. These compact, rugged units are perfect for construction machinery, agricultural equipment, trucks, and marine applications.
Models include direct-drive fan configurations with standard SAE connections, operating temperatures up to 400°F, and pressures to 300 PSI. Many designs offer custom mounting brackets and optional bypass relief valves for complete system integration.
Hydraulic Motor Drive
Variable Speed & Severe Duty Air Cooled Solutions
Hydraulic motor driven air cooled heat exchangers utilize existing hydraulic system pressure to power the cooling fan. This makes them ideal for mobile machinery, offshore equipment, and applications where electric power is unavailable or undesirable.
Key advantages include variable fan speed proportional to system load, excellent performance in high-ambient or dusty environments, and field-changeable drive capability on many severe-duty models. Units feature robust construction with serviceable cores and high thermal capacities up to 250 hp.
Need Help Choosing the Right Drive Type?
Our engineering team can provide computer-generated data sheets and recommend the best air cooled solution based on your flow rates, ambient conditions, and power availability.
