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Imperial 17-C Kwik-Coupler Adapter 90˚ Elbow (45° Flare) 1/4” female x 1/4” male

$ 11.06

Availability: 53 in stock
  • Return shipping will be paid by: Buyer
  • Model: 17-C
  • Material: Brass
  • All returns accepted: Returns Accepted
  • California Prop 65 Warning: WARNING - https://www.p65warnings.ca.gov/
  • Item must be returned within: 30 Days
  • Brand: Imperial
  • Condition: New
  • Refund will be given as: Money back or replacement (buyer's choice)
  • MPN: 17-C
  • UPC: 699244210582
  • Restocking Fee: 15%

    Description

    Imperial 17-C Kwik-Coupler™ Adapter 90˚ Elbow (45° Flare) 1/4” female x 1/4” male
    The Kwik-Coupler adapter set is intended for use with refrigeration and air-conditioning service hoses when connecting to core valve type access fittings. Conventional threaded connecting is converted to push-pull operation which is faster, easier and positive sealing at all times. Valve cores are depressed automatically without adjustments or loss of refrigerant. Disconnecting is also accomplished without loss of refrigerant.
    An automatic shut-off valve retains refrigerant pressure in a disconnected hose. This feature permits transferring high side hose refrigerant through the service manifold into the low side, thereby eliminating waste and hazardous high pressure discharge and atmospheric damage.
    Automatic full depression of core valves without adjustment, regardless of core position.
    Coupler halves separately connect to access fitting and hose end, then easy push/pull operation automatically opens or closes system without loss of refrigerant.
    Automatic shut-off of hose ends permits discharging high side hose through manifold into low side.
    Eliminates hazardous discharge of refrigerant and oil from system when disconnecting hose.
    Simplifies operation of charging critical amount of refrigerant into small systems.
    Prevents finger burn when disconnecting – especially servicing heat pumps in cold weather.
    Core depressors in hose ends no longer necessary – speeds servicing of systems with hand valves.