Bi-Directional Filter-Drier

Aftermarket Bi-Directional Filter-Drier

Bi-directional filter-driers are used in refrigeration systems with two-way flow to absorb moisture and acid in the system and to filter out the impurities.

Technical parameters

  • Model & Capacity Selection

    Bi-Flow Filter-Drier | Solid Filter Core | SOLDER CONNECTION
    Aftermarket Model Capacity ( tons) 1) Conn.nection SAE Flare (inch)
    R-134a R-404A/R-507 R-22 R-407C2) R-410A
    FDBI-083-S 4,89 3,41 5 4,89 5 3/8
    FDBI-084-S 7,31 5,09 7,51 7,39 7,51 1/2
    FDBI-163-S 5,6 3,9 5,69 5,6 5,69 3/8
    FDBI-164-S 8,59 6,11 8,79 8,7 8,79 1/2
    FDBI-165-S 9,7 6,8 9,9 9,81 10 5/8
    FDBI-303-S 7,11 5 7,19 7,11 7,31 3/8
    FDBI-304-S 8,79 6,2 9,01 9,01 9,1 1/2
    FDBI-305-S 10,1 7,11 10,3 10,2 10,4 5/8

    Note:

    1. Nominal working conditions: Condensing temperature 100°F; evaporating temperature +40°F; liquid temperature 99°F

     

    Bi-Flow Filter-Drier | Solid Filter Core | SAE FLARE CONNECTION
    Aftermarket Model Capacity ( tons) 1) Conn.nection SAE Flare (inch)
    R-134a R-404A/R-507 R-22 R-407C2) R-410A
    FDBI-083 4,89 3,41 5 4,89 5 3/8
    FDBI-084 7,31 5,09 7,51 7,39 7,51 1/2
    FDBI-163 5,6 3,9 5,69 5,6 5,69 3/8
    FDBI-164 8,59 6,11 8,79 8,7 8,79 1/2
    FDBI-165 9,7 6,8 9,9 9,81 10 5/8
    FDBI-304 8,79 6,2 9,01 9,01 9,1 1/2

    Note:

    1. Nominal working conditions: Condensing temperature 100°F; evaporating temperature +40°F; liquid temperature 99°F

  • General specifications
    • Applicable for all common HCFC, HFC and CFC refrigerants such as: R22, R134a, R404A, R407C, R410A, R507
    • Min./max. ambient temperature: -30°C to +55°C
    • Medium Temperature TS min./max.: -30°C (-22°F) / +120°C (248°F)
    • PS: 4,83 MPa (48.3 bar) 700 PSI
    • Certifications: UL/CSA & PED Declaration
Download icon

Download Full Technical Information

Need even more detail or going offline? Find here all the technical specifications and product data.

Datasheet Sales Flyer Instructions

We use cookies to improve your experience visiting our website.