Key Features
✅ High Volume Capacity: Supports compressed air flow rates up to 1340 SCFM, ideal for large-scale operations.
✅ Water Cooled System: Efficient heat removal through water circulation, reducing electrical load and improving cooling performance in hot environments.
✅ Stable Dew Point Performance: Delivers consistent pressure dew point between 2–10°C (35.6–50°F).
✅ Energy Efficient: Lower power consumption than air-cooled units in environments with available cooling water.
✅ Compact Design: Smaller footprint compared to equivalent air-cooled models.
✅ Automatic Drain System: Timely removal of condensate to prevent internal water accumulation.
✅ Heavy-Duty Construction: Industrial-grade steel cabinet with rust-resistant finish.
The 1340 SCFM refrigerated air dryer (water cooled) is built for intensive-duty cycles and stable long-term operation.
| Model | 1340 SCFM Refrigerated Air Dryer (Water Cooled) |
|---|
| Rated Capacity | 1340 SCFM (Standard Cubic Feet per Minute) |
| Cooling Method | Water Cooled |
| Refrigerant | R407C / R134a |
| Max Operating Pressure | 10 bar |
| Pressure Dew Point | 2 – 10°C |
| Power Supply | 380V / 3Ph / 50Hz |
| Water Connection Size | 1″ BSP or customized |
| Air Inlet/Outlet Size | 3″ Flanged |
| Dimensions (L×W×H) | 1900 × 1100 × 1750 mm |
| Weight | 540 kg |
The 1340 SCFM refrigerated air dryer (water cooled) combines cooling efficiency with high flow capacity to meet the toughest industrial demands.
The 1340 SCFM refrigerated air dryer (water cooled) is well suited for large-scale compressed air systems in the Middle East, especially in industrial environments affected by high ambient temperatures, dust exposure, and heavy-duty operating cycles. With its water-cooled design, high flow capacity, and stable dew point performance, it is ideal for facilities that already have reliable cooling water infrastructure and require dependable moisture removal for continuous plant operation.
Recommended Applications
- Petrochemical and Chemical Plants – Provide stable dry compressed air for plant utility air systems, pneumatic equipment, and supporting process applications
- Refineries and Large Industrial Utility Air Systems – Suitable for central compressed air systems that require consistent moisture control and long-duty reliability
- Water Treatment and Desalination Facilities – Ideal for utility air, pneumatic controls, and supporting compressed air systems in water infrastructure plants
- Mining, Metals, and Heavy Processing Plants – Help reduce moisture-related wear in demanding industrial environments with large-scale plant air demand
- Large-Scale Manufacturing and Central Compressor Rooms – Support dry compressed air for main distribution systems, automation equipment, and production support utilities
- Automotive Manufacturing and Industrial Paint Lines – Provide drier air for painting, pneumatic tools, conveyors, and plant-wide compressed air systems
- Food and Beverage Processing and Packaging Plants – Support clean, stable utility air for packaging lines, conveyors, and general factory compressed air use
- CNC, Metalworking, and Fabrication Facilities – Help reduce condensation, corrosion, and water-related interruptions in machining and fabrication operations
- HVAC, District Cooling, and Building Utility Plants – Suitable for large support systems where dry compressed air is used in valves, actuators, and plant service equipment
- Facilities with Existing Cooling Water Systems – A strong choice for industrial sites that can leverage stable cooling water to improve performance in hot climates
Application Note for the Middle East
For Middle East installations, this model is best suited to indoor, clean, and ventilated industrial environments with dependable cooling water supply. Because the region commonly experiences heat extremes, sand and dust exposure, and in some locations higher coastal humidity, proper upstream filtration and good maintenance of the cooling water circuit are strongly recommended. In practice, this model is most suitable for large industrial plants, utility facilities, and process sites that already operate centralized cooling water systems.
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