Choosing a hydraulic oil cooler with a fan helps maintain optimal oil temperatures in demanding systems. The right cooler improves system efficiency, protects components, and reduces downtime. Below is a curated guide to five top options, followed by practical buying considerations to help you compare models for your application.
| Product | Brand | Model | Flow Rate | Cooling Type |
|---|---|---|---|---|
| Hydraulic Oil Cooler AH1012T-CA Air Cooled Oil Radiator | ZHENYUAN | AH1012T-CA | 100 L/min | Air Cooled |
| Helivivfy AH0608T-CA | Helivivfy | AH0608T-CA | 60 L/min | Air Cooled |
| AH1012T-CA 12VDC Hydraulic Oil Cooler | YuXuanYP | AH1012T-CA | 100 L/min | Air Cooled |
| Jecoupoon AH0608T-CA | Jecoupoon | AH0608T-CA | 60 L/min | Air Cooled |
| AH0608T-CA 12VDC | Gluebar | AH0608T-CA | 60 L/min | Air Cooled |
Hydraulic Oil Cooler AH1012T-CA Air Cooled Oil Radiator
The AH1012T-CA from ZHENYUAN is a 12V DC-powered hydraulic oil cooler designed for robust flow (100 L/min) and a 120W fan. It operates at up to 20 Bar (2 MPa) and uses RC1 thread connections. With a cooling capacity rated around 6000 kcal/h, it is suitable for hydraulic air cooling in oil pressure, lubrication, and transmission systems, as well as marine and power applications. The unit emphasizes precise welding and efficient fan-assisted cooling for reliable operation under demanding conditions.
Helivivfy AH0608T-CA 60L/min Hydraulic Oil Cooler
Helivivfy’s AH0608T-CA delivers high-efficiency heat dissipation with up to 2300 kcal/h capacity and a high-flow fan delivering 200 m³/h airflow. It is designed to withstand up to 2 MPa working pressure, is corrosion-resistant, and supports long service life with low failure rate. It runs on a compact 48W fan, prioritizing energy efficiency and reduced noise while using air as the cooling medium without additional fluids, making it suitable for compact hydraulic systems and mobile machinery.
AH1012T-CA 12VDC Hydraulic Oil Cooler (YuXuanYP)
The AH1012T-CA by YuXuanYP is a 12V DC air cooler with 100 L/min flow and a 120W fan. It specifies a 20 Bar (2 MPa) working pressure and RC1 thread connections, with a cooling capacity around 6000 kcal/h. The unit highlights its suitability for oil recirculation cooling, discharge cooling, and standalone circuit cooling, built with quality materials for seismic strength, large heat dissipation area, and high heat exchange efficiency for strong performance and service life.
Jecoupoon AH0608T-CA 60L/min
Jecoupoon’s AH0608T-CA provides 60 L/min flow with a 38W fan and 2 MPa working pressure. It features a fins-based oil passage design to boost heat dissipation area, with an outer fin area of about 1.3 m² and a blowing rate of 200 m³/h. The unit emphasizes high cooling efficiency, delivering rapid heat dissipation suitable for everyday hydraulic and lubrication system cooling needs in compact or mobile equipment.
AJ0607T-CA 12VDC Hydraulic Oil Cooler
AJ0607T-CA is a 12V DC hydraulic air cooler with 20 L/min flow, 20 Bar (2 MPa) working pressure, and 48W power consumption. It uses a 170 mm diameter unit with ZG1/2 thread connections and a cooling capacity of 680 kcal/h. Its compact footprint and versatile application range—from oil pressure to marine and vehicle systems—make it a practical option for smaller installations or retrofit projects requiring reliable air-cooled cooling.
AH0608T-CA 12VDC Hydraulic Oil Cooler By Gluebar
Gluebar’s AH0608T-CA delivers 60 L/min flow at 12V DC with a compact 170 mm fan and 1.3㎡ cooling area. It emphasizes high-efficiency cooling (2300 kcal/h) and low noise operation with corrosion-resistant materials and seismic-resistant design, aiming for a longer lifespan and stable performance across hydraulic, lubrication, and industrial power systems. The product supports versatile integration in varied equipment setups and environments.
Buying Guide
- Flow rate vs. heat load: Match the unit’s L/min flow to your system’s oil volume and duty cycle. Higher flow helps in systems with fast circulation and heavy loads.
- Cooling capacity and operating pressure: Ensure the cooling capacity (kcal/h) meets or exceeds the expected heat load. Check working pressure compatibility (MPa) with your system requirements.
- Power and electrical specs: Consider fan voltage (12V vs 24V vs 110V) and power draw. Lower noise and energy use are benefits for portable or space-limited setups.
- Connection and footprint: Verify thread size (RC, ZG, or other standards) and overall dimensions to ensure a proper fit within existing piping and mounting space.
- Durability and materials: Look for corrosion resistance, seismic resistance, and robust fittings for long life in harsh environments.
- Noise and vibration: Review fan design and housing to minimize noise, especially in enclosed or operator-facing areas.
- System compatibility: Assess whether the cooler is intended for oil recirculation cooling, discharge cooling, or standalone circuit cooling, and ensure it aligns with your hydraulic system topology.
- Maintenance and service life: Consider ease of cleaning, filter accessibility (if applicable), and warranty/support from the manufacturer.
- Total cost of ownership: Beyond purchase price, factor in power consumption, installation time, and potential downtime savings from improved cooling efficiency.
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