Danfoss DCL 304 Hermetic Filter Drier | 30 cu.in. | 1/2 in Flare

Product Description:

The Danfoss DCL (023Z0032) is engineered to provide maximum protection for large-scale cooling infrastructure across the UAE. Its substantial 30 cubic inch solid core (80% Molecular Sieve / 20% Activated Alumina) offers an exceptional capacity for both moisture adsorption and acid neutralization—essential for high-ambient Middle Eastern environments. Equipped with 1/2 in flare connections, it ensures high refrigerant flow rates with minimal pressure drop in Dubai’s commercial systems. The hermetically sealed steel housing is finished with a corrosion-resistant powder coating, making it highly durable against the humid and saline air of the UAE coastline, effectively safeguarding compressors from chemical degradation and moisture-related failures.

Key Features & Benefits:

• Industrial-Scale Protection: Large 30 cu.in. core handles high refrigerant charges common in large UAE facilities.
• Dual-Action Cleanup: Effectively removes moisture and neutralizes acids, ideal for systems using mineral or POE oils in Dubai.
• High Flow Capacity: 1/2 inch flare fittings allow for efficient refrigerant movement in high-BTU UAE units.
• Corrosion-Resistant Finish: Designed to survive the aggressive, salty ambient conditions of coastal UAE developments.
• High Pressure Rating: Rated for 46 bar, ensuring compatibility with R410A and R32 systems throughout the UAE.

Technical Specifications :

FAQs:

• Q: Is the DCL 304 (023Z0032) better than a 16 cu.in. model for Dubai systems?
• A: For larger systems with higher refrigerant volume, the 30 cu.in. core provides a significantly higher safety margin for moisture and acid removal in the UAE.
• Q: Can this be used with HCFC refrigerants like R22 in the UAE?
• A: Yes, the DCL series is fully compatible with HCFC, CFC, and HFC refrigerants used across the UAE.
• Q: Why are 1/2″ connections important for UAE commercial cooling?
• A: Larger connections reduce pressure drop, which is vital for maintaining energy efficiency in heavy-duty UAE HVAC systems.