ABAC Refrigerated Air Dryer, 183.64 CFM, 14 Bar - DRY 360

Refrigerated Dryer, DRY 360

The Abac DRY 360 is a premier thermodynamic asset designed specifically for extensive industrial operations and large-scale manufacturing networks. Engineered in Italy, this high-capacity unit operates on a standard 230V/60Hz single-phase power supply, utilizing an efficient 1480 W (1.48 kW) electrical draw to process a substantial continuous air volume of 183.64 CFM (312 m³/h). By precisely lowering the internal air temperature to a highly stable 3°C cooling point, the mechanism initiates an immediate phase-change, transforming suspended atmospheric vapor into liquid condensate. This essential separation process prevents moisture from reaching sensitive downstream equipment, effectively eliminating the risk of internal tooling corrosion. Constructed for demanding production environments, the E8 enclosure securely manages continuous high-capacity airflow and easily accommodates maximum line pressures up to 14 Bar (203 PSI). It also demonstrates exceptional thermal stability, actively extracting moisture from high-temperature 55°C inlet air across ambient plant climates reaching 43°C.

Driving the internal heat exchange is the highly efficient R410A industrial refrigerant, which maximizes thermal absorption to meet advanced production requirements. To ensure continuous operation without manual intervention, the dryer incorporates a sophisticated electronic discharge valve that automatically purges accumulated wastewater while maintaining a secure internal seal to prevent any loss of valuable network pressure. Operating with a highly controlled acoustic profile of just 58 dB(A), this 62 kg unit can be installed directly within active production zones while fully complying with strict occupational noise standards. Featuring expansive 1 1/2" connection ports for unrestricted air delivery, the unit provides a continuous supply of highly purified dry air, significantly extending the service life of heavy manufacturing robotics and complex machining centers.

Key Features & Benefits:

• Expansive Volumetric Processing: Specifically engineered for massive industrial applications, this unit effectively manages a continuous pneumatic output of 183.64 CFM (312 m³/h or 5,200 l/min). This high-capacity flow rate ensures that large-scale air distribution networks, commercial fabrication floors, and extensive assembly lines remain fully pressurized with moisture-free air, avoiding any restrictive flow bottlenecks.

• Precise 3°C Moisture Isolation: Implements a highly stable thermodynamic barrier by maintaining the internal refrigeration cycle at an exact 3°C setpoint. This targeted cooling action ensures that water vapor is consistently liquefied and removed from the air stream. Plant operators can verify this essential temperature metric in real-time using the integrated front-facing monitor.

• High-Pressure Structural Integrity: Constructed to safely handle substantial internal mechanical stress, the containment architecture is fully certified to absorb maximum pipeline pressures up to 14 Bar (203 PSI). This durable build ensures long-term operational safety and vessel reliability when paired with high-yield industrial rotary screw compressors.

• Optimized 1480 W Electrical Profile: Demonstrating highly effective thermodynamic performance, the extensive cooling circuit operates on a calculated electrical draw of 1480 Watts (1.48 kW). This balanced power utilization allows manufacturing facilities to process immense air volumes while maintaining a highly cost-effective mechanical energy footprint.

• Intelligent Zero-Loss Liquid Expulsion: Upgrading from traditional mechanical float systems, the chassis features an advanced electronic discharge valve. This system tracks internal water accumulation and automatically purges the liquid condensate, utilizing a synchronized internal seal to completely prevent the release of valuable compressed air during the expulsion cycle.

• Exceptional High-Heat Stability: Engineered to perform reliably in demanding industrial microclimates, the heavy-duty cooling cores efficiently remove heat and moisture from incoming air streams reaching 55°C. The unit maintains its exceptional separation efficiency even when ambient plant temperatures increase to 43°C.

• Acoustically Insulated E8 Chassis: Effectively reducing the noise output of its high-capacity internal components, this 62 kg unit operates at a highly controlled 58 dB(A). This acoustic insulation ensures adherence to occupational health guidelines, allowing for safe installation directly adjacent to active manufacturing workstations.

• Comprehensive Pneumatic Asset Protection: By continuously supplying highly purified dry air, this centralized dryer addresses the primary factor in pneumatic equipment failure. It actively prevents the internal rusting of distribution pipes and protects sensitive tool lubricants, thereby extending the operational lifespan of high-value CNC equipment and specialized industrial robotics.

• R410A Refrigerant & 1 1/2" Industrial Connections: The cooling core utilizes the highly efficient R410A thermodynamic fluid, chosen for its rapid heat extraction capabilities in large-scale applications. Physical installation is expedited by the oversized 1 1/2" connection ports, ensuring a highly secure, low-resistance integration into existing high-capacity industrial piping arrays.