Search
USD
All Categories
    Menu Close

    SRM

    Manufacturer: Hunter
    The SRM is an economical short-range rotor that offers a convenient and efficient alternative to spray heads.

    Radius 4.3 to 10.7 m
    Flow 0.08 to 1.00 m³/hr
    Flow 1.4 to 16.7 l/min
    Inlet Size ½"

    • Radius adjustment up to 25%
    • Part circle and full circle operation in one unit
    • Proven water lubricated gear drive

     

    Manufacturer part number: SRM-00
    *

    Specifications

    Operating Specifications

    • Nozzle choices: 8
    • Radius: 4.0 to 10.7 m
    • Flow: 0.08 to 1.0 m3/hr; 1.4 to 16.7 l/min
    • Recommended pressure range: 1.4 to 7.0 bar; 140 to 700 kPa
    • Operating pressure range: 1.4 to 7.0 bar; 140 to 700 kPa
    • Precipitation rate: 11 mm/hr approximately
    • Nozzle trajectory: 14° approximately
    • Warranty period: 1 year

    User-Installed Optons 

    • Drain Check Valve (up to 2.1 m of elevation) P/N: 462078SP

    Features

    The SRM is Hunter’s shortest-range rotor, and was designed to offer a convenient and efficient alternative to spray heads. It is capable of working in tandem with larger rotors to combine big and small areas in a single zone. Utilizing the SRM where appropriate results in fewer sprinklers performing more efficient work at a more economical price. The SRM features a rack of six water-efficient nozzles—all of which can be easily identified by their flow rates and installed and changed quickly and easily. This versatile rotor also includes a radius adjustment feature that fine-tunes the spray to keep water off driveways, walks, and other non-landscaped surfaces.

    Key Benefits

    Adjustable arc from 40° to 360° to keep water in the appropriate areas
    Standard factory-installed 2.0 nozzle speeds installation
    Through-the-top arc adjustment for easy installation
    QuickCheck™ arc mechanism for fast Arc Adjustment



    Charts

    SRM Nozzle Performance Data

     
    SRM Nozzle Performance Data
    Nozzle Pressure Radius Flow Precip mm/hr
      bar kPa m m³/hr l/min
    .50 
    Dk. Green
    1.7 170 4.3 0.08 1.4 9 11
    2 200 4.3 0.09 1.6 10 12
    2.5 250 4.6 0.11 1.8 10 12
    3 300 4.6 0.12 2 12 13
    3.5 350 4.9 0.13 2.2 11 13
    3.8 380 4.9 0.14 2.3 12 14
    .75 
    Dk. Green
    1.7 170 4.3 0.13 2.2 14 17
    2 200 4.6 0.14 2.4 14 16
    2.5 250 4.9 0.16 2.7 13 15
    3 300 5.2 0.18 3 13 15
    3.5 350 5.2 0.19 3.2 14 17
    3.8 380 5.5 0.2 3.4 13 15
    1.0 
    Dk. Green
    1.7 170 5.2 0.18 3 13 15
    2 200 5.5 0.19 3.2 13 15
    2.5 250 5.5 0.21 3.5 14 16
    3 300 5.8 0.23 3.8 14 16
    3.5 350 5.8 0.24 4.1 15 17
    3.8 380 6.1 0.25 4.2 14 16
    1.5 
    Dk. Green
    1.7 170 6.1 0.27 4.5 15 17
    2 200 6.4 0.29 4.8 14 16
    2.5 250 6.4 0.32 5.4 16 18
    3 300 6.7 0.36 6 16 18
    3.5 350 6.7 0.39 6.4 17 20
    3.8 380 7 0.4 6.7 16 19
    2.0 
    Dk. Green
    1.7 170 7 0.34 5.6 14 16
    2 200 7.3 0.37 6.2 14 16
    2.5 250 7.3 0.42 7.1 16 18
    3 300 7.6 0.48 8 17 19
    3.5 350 7.6 0.53 8.8 18 21
    3.8 380 7.9 0.56 9.3 18 20
    2.5 
    Dk. Green
    1.7 170 7.9 0.46 7.6 15 17
    2 200 8.2 0.49 8.1 14 17
    2.5 250 8.2 0.54 9 16 18
    3 300 8.5 0.59 9.8 16 19
    3.5 350 8.5 0.63 10.5 17 20
    3.8 380 8.8 0.65 10.9 17 19
    3.0 
    Dk. Green
    1.7 170 8.8 0.51 8.5 13 15
    2 200 9.1 0.56 9.3 13 15
    2.5 250 9.1 0.64 10.6 15 18
    3 300 9.4 0.72 12 16 19
    3.5 350 9.4 0.78 13.1 18 20
    3.8 380 9.8 0.82 13.7 17 20
    4.0 
    Dk. Green
    1.7 170 9.8 0.8 13.3 17 19
    2 200 10.1 0.83 13.8 16 19
    2.5 250 10.1 0.89 14.8 18 20
    3 300 10.4 0.94 15.7 17 20
    3.5 350 10.4 0.98 16.3 18 21
    3.8 380 10.7 1 16.7 18 20

    Notes:
    All precipitation rates calculated for 180 degree operation. For the precipitation rate for a 360 degree sprinkler, divide by 2.

    *
    *
    *
    *

    Irrigation Unit Conversions

    Convert a given value and unit to different unit type. Conversions are available for flow rate, area, distance, time, volume, pressure, power, precipitation, salinity, and speed.

    Click here to see unit descriptions.


     to 
    Area:
     to 
    Distance:
     to 
    Time:
     to 
    Volume:
     to 
    Pressure:
     to 
    Power:
     to 
    Precipitation (Water Application) Rate:
     to 
    Salinity:
     to 
    Speed:
     to 

    Reference: Washington State University