Danfoss DCL 083s Hermetic Filter Drier | 3/8 in Solder ODF | 023Z502391

Product Description: The DCL 083s (023Z502391) is a versatile “08” cubic inch drier, making it an ideal choice for residential split systems and medium-sized commercial refrigeration units. In the UAE—where extreme heat can lead to oil breakdown and acid formation—the DCL’s solid core (80% molecular sieve and 20% activated alumina) is essential for protecting the compressor. The copper-plated solder ends are specifically designed for the Middle Eastern market, allowing UAE technicians to achieve fast, high-quality brazing that ensures a leak-proof seal even under high vibration and thermal expansion.

Key Features & Benefits:

• Dual Protection Core: Combines superior moisture adsorption with acid neutralization to safeguard systems operating in high condensing temperatures.
• Copper-Plated Connectors: Facilitates a superior bond during the soldering process, providing a permanent, vibration-resistant joint compared to flare fittings.
• High Pressure Rating: With a maximum working pressure of 46 bar (667 psig), it is fully compatible with R410A and R32 systems common in Dubai and Abu Dhabi.
• Solid Core Construction: Highly resistant to pressure surges and vibrations, ensuring the core remains intact and effective over time.
• Effective Filtration: Features a 25 $\mu$m filter to trap solid contaminants, protecting expansion valves and capillary tubes.

Technical Specifications:

FAQs:

• Q: When should I choose the DCL 083s over the 053s?
• A: The “08” core (083s) offers a larger drying and acid capacity than the “05” core, making it more suitable for slightly larger cooling capacities or systems where extra moisture protection is desired in the UAE heat.
• Q: Can this be used for both R22 and R410A?
• A: Yes, the DCL series is universal for HFC, HCFC, and non-flammable HFO refrigerants used across the Emirates.
• Q: Is there a specific orientation for installation?
• A: Yes, please ensure the arrow on the label points in the direction of the refrigerant flow toward the evaporator.