FA Series Air Dryer | High-Performance Refrigerated Air Dryer for Industrial Use
Air Dryer FA SERIES | High-Performance Refrigerated Air Dryer
High-efficiency air drying system for industrial plants of all sizes precise, energy-saving, and built to handle heavy-duty operations.
✅ Energy Saving | ✅ Intelligent Control | ✅ Stable Dew Point | ✅ Easy Installation with Full-Service Support
Advanced Air Dryer Technology by Deman for Every Compressed Air System
Deman, a leading expert in compressed air systems, presents a new generation of Refrigerated Air Dryers designed for maximum
stability and energy efficiency. Ideal for all types of industrial facilities requiring high-quality dry air to prevent machinery damage,
reduce corrosion in air systems, and enhance overall production efficiency.
Key Features of Deman Air Dryer
✅ Intelligent Digital Controller
- Real-time dew point monitoring
- Error warning alerts
- Automatic compressor and fan control
- Supports digital data connectivity
✅ Aluminum Fin Heat Exchanger
- Excellent heat transfer
- Compact and rust-free
- Durable and long-lasting
✅ Industrial Grade Rotary Compressor
- Low power consumption with quiet operation
- Capable of continuous duty
- Fully integrated protection system
✅ External Rotor Axial Fan
- Low noise and vibration
- High cooling efficiency
✅ Eco-Friendly R-410A Refrigerant
- Free of CFC and HCFC substances
- Safe for the ozone layer
- More energy efficient than R-22
Superior Components
✔ Aluminum Fin Heat Exchanger – Rust-resistant, excellent heat transfer
✔ Digital Controller with Display – Controls temperature, dew point, and provides alerts
✔ External Rotor Axial Fan – Stable heat dissipation with energy savings
✔ R-410A Refrigerant – Environmentally friendly, ozone-safe
✔ Smart Drain – Automatic zero-loss water drainage system
Maximum Energy Savings, Long-Term Cost Reduction
Deman air dryers utilize Variable Speed Drive (VSD) technology and the intelligent Deman-DCM SMART algorithm,
allowing the system to adjust energy usage precisely according to load conditions. This helps reduce electricity costs
by up to 60% compared to standard models.