OIL CHILLERS
OIL CHILLERS

Industrial Oil Chillers for Hydraulic Systems, CNC Machines & Precision Process Cooling

Drycool Systems Oil Chillers are specifically engineered to cool hydraulic oil, lubrication oil, quenching oil, and industrial process oils using direct refrigerant-to-oil heat exchange technology. Designed for high-temperature oil applications and demanding industrial environments, these chillers maintain stable oil temperatures, protect equipment from overheating, and improve operational efficiency. Available in both air-cooled and water-cooled configurations, Drycool Oil Chillers provide reliable thermal management for CNC machines, hydraulic systems, metalworking equipment, and heavy industrial applications.

Custom Capacity
Cooling Capacity
Scroll
Compressor
PLC / Microprocessor
Controller
Air Cooled / Water Cooled
Condenser
OVERVIEW

Built for Efficiency.
Designed for Industry.

Drycool Systems Oil Chillers are specially designed for applications where oil acts as the primary heat transfer medium. Unlike conventional chillers, these systems utilize direct refrigerant-to-oil heat exchange technology, enabling efficient cooling of lubrication oil, hydraulic oil, quenching oil, and other industrial oils operating at elevated temperatures. Engineered for extreme industrial operating conditions, these chillers can handle high oil temperatures and high operating pressures while maintaining precise thermal control. The systems are available in compact skid-mounted configurations with integrated oil pumps, making installation simple and reducing floor space requirements. Depending on the application, Drycool Oil Chillers can be supplied in air-cooled or water-cooled versions, ensuring flexibility across a wide range of industries. Maintaining oil within the correct temperature range is essential to preserve its physical and chemical properties, prevent viscosity breakdown, and ensure consistent machine performance. Drycool Oil Chillers provide dependable cooling for critical industrial equipment while minimizing maintenance requirements and extending equipment life.
Direct refrigerant-to-oil heat exchange technology
Available in air-cooled and water-cooled versions
Designed for high-temperature and high-pressure oil applications
Integrated skid-mounted oil circulation system
Suitable for continuous industrial operation
Prominent Features
Utilizes direct refrigerant-to-oil heat exchange for efficient thermal management and faster heat removal from industrial oils.
Engineered to manage oil entering the system at elevated temperatures while maintaining stable outlet conditions.
Supplied with integrated oil pumps and skid-mounted construction for easy installation and simplified maintenance.
Available with PLC and microprocessor-based controls, data logging capabilities, remote monitoring, and BMS integration.
Available in immersion-type, direct cooling, and secondary cooling arrangements to suit varying industrial requirements.
System Advantages

Precise Oil Temperature Control

Maintains stable oil temperatures to protect machinery, improve process accuracy, and prevent thermal degradation of lubricants.

High Reliability in Harsh Conditions

Designed for continuous industrial operation with robust components capable of handling high pressures and demanding environments.

Reduced Maintenance Costs

Closed-loop cooling minimizes contamination while extending oil life and reducing maintenance frequency.

Flexible Installation Options

Available in air-cooled and water-cooled designs with multiple configuration options for indoor and outdoor installations.

Key Specifications
Cooling Capacity
Custom Capacity
Compressor
Scroll
Controller
PLC / Microprocessor
Condenser
Air Cooled / Water Cooled
Heat Exchanger
Direct Refrigerant-to-Oil
Refrigerants
R134a / R407C / R410A
Construction
Galvanized Steel
Finish
Polyurethane Paint & Powder Coated
Capacity Control
33% – 100%
Oil Pump
Integrated
Mounting
Skid Mounted
Communication
BMS Compatible
Need Help?

Need help selecting
the right chiller?

Our experts will help you choose the right capacity based on your application, cooling load, and operating conditions.

Home Download