DMB/DCB Bi-Flow Filter Driers

Bi-flow design ensures all dirt particles are retained regardless of flow direction.
UL-approved shell for high pressure ratings up to 46 bar/667 psig.
Available with solder (cu-plated steel) and flare connections.
No dirt released during flow direction reversal.

SKU: AHV0123

Bi-flow design ensures all dirt particles are retained regardless of flow direction.
UL-approved shell for high pressure ratings up to 46 bar/667 psig.
Available with solder (cu-plated steel) and flare connections.
No dirt released during flow direction reversal.

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Description

The DMB/DCB bi-flow filter driers offer exceptional drying capacity, ensuring efficient removal of moisture and contaminants from refrigerant systems. DCB filter driers utilize an 80% Molecular Sieve and 20% activated alumina core blend, ideal for systems operating at high condensing temperatures. DMB filter driers feature a 100% molecular sieve core, minimizing the risk of acid formation. Both types are recommended for use with various refrigerants and oils.

Feature	Description
Composition	DCB: 80% Molecular Sieve, 20% Activated Alumina; DMB: 100% Molecular Sieve Core
Suitable for	HCFC and HFC Refrigerants with Mineral or Polyolester Oil
Filtration Efficiency	Ensures Fast and Effective Adsorption of Moisture and Contaminants
Operating Conditions	Ideal for Systems Operating at High Condensing Temperatures
Shell Approval	UL Approved for PS/MWP up to 46 bar/667 psig
Flow Direction	Bi-flow Design Ensures Consistent Filtration Regardless of Flow Direction
Connection Options	Available with Solder (Cu-Plated Steel) and Flare Connections
Prevents Dirt Release	No Dirt Released When Flow Direction is Reversed

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Description

The DMB/DCB bi-flow filter driers offer exceptional drying capacity, ensuring efficient removal of moisture and contaminants from refrigerant systems. DCB filter driers utilize an 80% Molecular Sieve and 20% activated alumina core blend, ideal for systems operating at high condensing temperatures. DMB filter driers feature a 100% molecular sieve core, minimizing the risk of acid formation. Both types are recommended for use with various refrigerants and oils.

Feature	Description
Composition	DCB: 80% Molecular Sieve, 20% Activated Alumina; DMB: 100% Molecular Sieve Core
Suitable for	HCFC and HFC Refrigerants with Mineral or Polyolester Oil
Filtration Efficiency	Ensures Fast and Effective Adsorption of Moisture and Contaminants
Operating Conditions	Ideal for Systems Operating at High Condensing Temperatures
Shell Approval	UL Approved for PS/MWP up to 46 bar/667 psig
Flow Direction	Bi-flow Design Ensures Consistent Filtration Regardless of Flow Direction
Connection Options	Available with Solder (Cu-Plated Steel) and Flare Connections
Prevents Dirt Release	No Dirt Released When Flow Direction is Reversed

Bi-flow design ensures all dirt particles are retained regardless of flow direction.
UL-approved shell for high pressure ratings up to 46 bar/667 psig.
Available with solder (cu-plated steel) and flare connections.
No dirt released during flow direction reversal.

SKU: AHV0123

Description

The DMB/DCB bi-flow filter driers offer exceptional drying capacity, ensuring efficient removal of moisture and contaminants from refrigerant systems. DCB filter driers utilize an 80% Molecular Sieve and 20% activated alumina core blend, ideal for systems operating at high condensing temperatures. DMB filter driers feature a 100% molecular sieve core, minimizing the risk of acid formation. Both types are recommended for use with various refrigerants and oils.

Feature	Description
Composition	DCB: 80% Molecular Sieve, 20% Activated Alumina; DMB: 100% Molecular Sieve Core
Suitable for	HCFC and HFC Refrigerants with Mineral or Polyolester Oil
Filtration Efficiency	Ensures Fast and Effective Adsorption of Moisture and Contaminants
Operating Conditions	Ideal for Systems Operating at High Condensing Temperatures
Shell Approval	UL Approved for PS/MWP up to 46 bar/667 psig
Flow Direction	Bi-flow Design Ensures Consistent Filtration Regardless of Flow Direction
Connection Options	Available with Solder (Cu-Plated Steel) and Flare Connections
Prevents Dirt Release	No Dirt Released When Flow Direction is Reversed