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Robinair FLCK-1 Filter Conversion Kit for Promax Recovery and Recycling Units

$ 42.6

Availability: 56 in stock
  • EAN: 0731413245183
  • MPN: FLCK-1
  • Item Weight: 1 lbs
  • Type: Recovery Filter Conversion Kit
  • UPC: 0731413245183
  • Weight: 0.88 Pounds
  • Model: FLCK-1
  • Year Manufactured: 2015
  • Package Dimensions LxWxH: 6.93x5.31x5.2 Inches
  • Brand: Robinair
  • Condition: New – Open box
  • ISBN: 0731413245183
  • Size: 2 Piece Set

    Description

    Robinair FLCK-1 Filter Conversion Kit for Promax Recovery and Recycling Units
    Robinair's No. FLCK-1 Filter Conversion Kit includes the necessary components to replace the obsolete No. MF1275 swivel fitting used on earlier Promax A/C Recovery and Recycling units to allow the use of a standard male/male filter. Kit includes 4 inch long hose, male/male inline filter, and adapter. Coupler nuts on hose feature deep knurling for a positive grip that enables quick finger-tightening. Hose ends feature a strong six-sided crimp that provides a secure, reliable connection between the hose and barb - even at maximum pressure. Robinair, a Bosch Automotive Service Solutions brand, is a global leader in service tools and equipment based in Owatonna, Minnesota. Robinair is recognized throughout the world as the quality and performance leader in AC/R evacuation tools and this position has led to its success with the full range of products that serve the heating/ventilating/air conditioning/refrigeration (HVAC-R) and mobile markets, which includes the automotive aftermarket along with other industries such as agriculture and construction.
    Replaces the obsolete swivel fitting (p/n MF1275) used on earlier Promax units
    Allows the use of standard Male/Male Filter
    Kit includes 4 inch long hose, male/male inline filter, and adapter
    Coupler nuts feature deep knurling for a positive grip that enables quick finger-tightening
    Hose ends feature a strong six-sided crimp that provides a secure, reliable connection between the hose and barb - even at maximum pressure