Item #: VORG4962759 - UPC: 077985074081 - MODEL#: LG3HE

Rain Bird LG3HE Impact Sprinkler, 3/4 in Connection, Female, 3 in H Pop-Up, 5200 ft

Item #: VORG4962759
Price: $32.91
Retail: $37.89
    You Save: $4.98 (13.1%)
    The product is in stock Availability: Home Delivery or Ship to Store For Pick Up

    Timing: Home Delivery Ships In 1-2 Business Days - Arrives in 2 to 6 Business Days. Store Pick Up in 2 to 4 Business Days

    Ground Shipping Arrives between 11/30/2022 to 12/4/2022
    Home Delivery or Ship to Store For Pick Up Quantity: 91

    Quantity:

    About This Item

    Rain Bird LG3HE Impact Sprinkler, 3/4 in Connection, Female, 3 in H Pop-Up, 5200 ft
    • Set it once for all season operation
    • Retracts out of sight when not in use, mow right over
    • Eliminates the hassle of sprinkler set up and removal each watering
    This professional-grade pop-up sprinkler installs flush with the ground, anywhere in your yard. It combines the convenience of quick hose attachment with the exclusive watering efficiency of Rain Bird's #1 selling impact sprinkler used in professionally installed automatic irrigation systems. Long-lasting impact sprinkler provides heavy-duty performance, particularly in heavy-mineral water conditions. Double-weighted sprinkler mechanism slows rotation, increases watering distance up to 41 ft. Works with a full range of water pressures, 25 to 55 psi and up to 5200 sq-ft of uniform coverage. Full-circle or part circle adjustable arc 20 to 360 deg with infinite pattern adjustments. Grit proof bearing for reliable operation. Heavy-duty stainless steel retract spring for reliable pop-up and retraction.




    Unit: EA
    • Connection Size: 3/4 in
    • Connection Type: Female
    • Dimensions: 4.13 in L x 4.13 in W x 8-1/2 in H
    • Flow Rate: 3 gpm
    • Full-Circle/Part-Circle: Full-Circle Part-Circle
    • Material: Plastic
    • Nozzle Type: Adjustable
    • Operating Range: 5200 ft
    • Pop-Up Height: 3 in
    • Pressure Rating: 25 to 55 psi

    Application: For residential applications