Refrigerated Air Dryer
Refrigerated Air Dryer
A Refrigerated Air Dryer is designed to remove moisture from compressed air, ensuring clean, dry, and high-quality air for industrial applications. By cooling the air to a low temperature, it condenses the water vapour and automatically removes it, protecting your equipment and improving overall system efficiency.
Why Choose Us
Our dryers are engineered to deliver maximum moisture removal with low energy usage. Designed for industrial-duty performance, they ensure reliable, clean, and dry compressed air—ideal for manufacturing, automotive, pharmaceutical, packaging, and general industrial applications.
WHY HANVI COMPRESSORS PVT LTD.
Refrigerated Air Dryer
Efficient Moisture Control:
Refrigerated Air Dryers efficiently remove water vapor from compressed air, protecting pneumatic systems from rust, contamination, and operational failures.
Enhanced End-Product Quality:
By delivering dry, clean air, these dryers improve production quality in industries such as pharmaceuticals, electronics, and food processing, where moisture can negatively impact precision and safety.
Low Energy Consumption:
Equipped with modern refrigeration technology, these dryers operate with reduced power usage, ensuring economical performance and supporting eco-friendly operations.
Stable Air Pressure:
Consistent air pressure is essential for smooth machine performance. Refrigerated dryers help maintain stable pressure levels by removing moisture that may otherwise cause pressure drops or irregularities.
Technical Specifications
Air Flow Capacity:
Available in multiple capacities ranging from 10 CFM to 500 CFM, suitable for small workshops to large industrial plants.
Operating Pressure:
Designed to operate efficiently within 7 to 12 bar (100–175 PSI), ensuring compatibility with most air compressor systems.
Dew Point Performance:
Delivers a consistent pressure dew point of +3°C, guaranteeing dry, moisture-free compressed air.
Inlet Air Temperature:
Handles inlet air temperatures up to 45°C, ensuring stable performance even in high-ambient environments.
Cooling Method:
Uses a refrigeration-based cooling system for efficient moisture separation and stable operation.
Power Supply:
Works on 230V / 50Hz or 415V / 50Hz (depending on model), optimized for low power consumption.
Heat Exchanger:
Equipped with a corrosion-resistant aluminum or copper heat exchanger for enhanced durability and heat transfer efficiency.
