20% higher H₂O adsorption capacity
The DMB/DCB bi-flow filter driers ensure that refrigerant liquid always flows through the filter drier from the outer side of the filter core towards the center. In this way, all dirt particles are retained regardless of the flow direction.
DCB filter driers are composed of 80% Molecular Sieve with 20% activated alumina, which makes them a perfect core blend for systems that operate at high condensing temperatures and require high drying capacity.
They are especially recommended for use with HCFC refrigerants and mineral oil and also with HFC refrigerants and polyolester oil.
DMB filter driers feature a 100% molecular sieve core with a high drying capacity, minimizing the risk of acid formation (hydrolysis). They are recommended for use with HFC and HCFC refrigerants and polyolester oil.
Features and benefits
Bi-flow filter driers
Ensure fast and effective adsorption of moisture as well as organic and inorganic acids
The shell of the filter is UL approved for PS/MWP up to 46 bar/667 psig
Available with solder (cu-plated steel) and flare connections
No dirt released by reversing the flow direction
DMB hermetic bi-flow filter drier
Protect your HVAC/R system with the most reliable filter drier in the market.
Documents
| Type | Name | Language | Valid for | Updated | Download | File type |
|---|---|---|---|---|---|---|
| Installation guide | ELIMINATOR® Hermetic bi-flow filter drier, Types DMB and DCB | English | Multiple | 11 Dec, 2021 | 367.6 KB | |
| Data sheet | Hermetic bi-flow filter drier Type DMB and DCB | English | Multiple | 17 May, 2023 | 1.4 MB | |
| Data sheet | Hermetic bi-flow filter drier Type DMB and DCB | English | Multiple | 16 Jun, 2023 | 1.5 MB | |
| Brochure | Overview Brochure: Filter driers | English | Multiple | 08 Apr, 2024 | 2.4 MB |
Software
The truth is Cool(selector®2)
Coolselector®2 features unbiased calculations for the selection of refrigeration and air conditioning components based on the user’s requirements or based on standard operating conditions.