Danfoss 023U7263 DCR Filter Drier Shell - 96 cu.in. Capacity, High Pressure Resistant Filter Drier Housing

High-Capacity and Reliable Design for Industrial Refrigeration Systems

The Danfoss 023U7263 DCR Filter Drier Shell is a filter drier housing with a durable steel body, developed for large-scale refrigeration and air conditioning systems. With a capacity of 96 cu.in., this model is designed to provide effective moisture and acid removal in high-flow refrigeration systems. Its 42 mm copper solder connections provide leak-tight and secure installation.

Key Features

• Durable steel body - Suitable for heavy-duty industrial use
• 96 cu.in. core capacity - Large filtration area
• 42 mm ODF solder connections - Secure and leak-tight installation
• 46 bar (667 psig) maximum working pressure - Superior performance in high-pressure systems
• Suitable for oil-free applications - Full compatibility with modern refrigerants
• Compatible with serviceable DCR spare parts - Easy maintenance and long service life
• Package contents: 1 cover, 4 felt gaskets, 8 connection screws

Technical Data

• Product Type: DCR (DCR 09613s)
• Core Size: 96 cu.in.
• Connection Material: Copper
• Connection Type: Solder (ODF)
• Connection Size: 42 mm
• Body Material: Steel
• Gross Weight: 6.792 kg
• Net Weight: 5.977 kg
• Total Volume: 20.339 liters
• Body Volume: 3.38 liters (114.48 floz)
• Core Volume: 2.515 liters (85.05 floz)
• Maximum Working Pressure: 46 bar (667 psig)
• Temperature Range: -40°C to +70°C
• Flow Direction: One-way (indicated by label)

Compatible Refrigerants

The Danfoss 023U7263 DCR Filter Drier Shell is compatible with the following refrigerants:

• R1234ze(E), R125, R134a, R22/R407C, R23
• R404A, R407A, R407F, R410A, R438A
• R448A, R449A, R449B, R450A, R452A, R507A, R513A

Applications

The Danfoss 023U7263 DCR Filter Drier Shell is designed to provide high reliability and long service life in large-scale commercial and industrial refrigeration systems. It removes moisture and acid by providing safe filtration in high-pressure refrigeration cycles. Thanks to its compatibility with modern refrigerants, it offers environmentally friendly solutions.