Material:Aluminum
Applicable Medium:Oil
Proper Temperature:35°C
Nominal Pressure:200 MPa
Installation Position:Horizontal
Specifications:[“EDS3446-2-0250-000+ZBE06″,”EDS3446-3-0016-000-F1+ZBE06″,”EDS3446-3-0250-000+ZBE06″,”ETS326-3-100-000+ZBE06″,”ETS386-3-150-000+TFP100含ZBE06+S.S+ZBM310″,”EDS3448-5-0250-Y00+ZBE08″,”EDS3448-5-0016-Y00+ZBE08″,”ETS1701-100-Y00+TFP104+”,”ETS3226-3-100-000+ZBE06″]
The HYDAC SCA oil air cooler is engineered with precision to meet the demanding needs of hydraulic systems. Crafted from high-quality aluminum, it ensures durability and lightweight performance. Designed for optimal heat dissipation in water-based applications, this cooler operates within a broad temperature range, making it suitable for various industrial settings.
With its horizontal installation capability, the HYDAC SCA oil air cooler seamlessly integrates into existing machinery layouts, offering enhanced space efficiency. Its modular design allows for easy integration with other components, providing flexibility in system configurations.
Key features include robust construction, efficient heat transfer, and compatibility with a wide array of specifications, ensuring compatibility and seamless operation within complex hydraulic systems. The product’s design highlights include advanced cooling technology and precise engineering, which together contribute to minimized maintenance requirements and prolonged operational life.
Ideal for use in manufacturing, construction, and various other industrial sectors, the HYDAC SCA oil air cooler is an essential component for maintaining optimal system performance. Whether it’s enhancing energy efficiency or extending the lifespan of hydraulic equipment, this cooler delivers exceptional results, backed by the renowned reliability and quality standards of HYDAC.
For detailed installation instructions and compatibility checks, refer to the provided technical documentation. Our team is always available to assist with any questions or concerns, ensuring a smooth integration process and maximum system performance.
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