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    TS90 Series

    Manufacturer: Toro

    Designed for large turf areas, its radius of 16.2 m to 29 m is ideal for parks, sports fields, synthetic turf, athletic fields and race tracks. Featuring patented TruJectory™ allows for the fine tuning of nozzle stream height from 7°-30° to ensure wind resistance and negate overspray.

    • Trujectory adjustment from 7° to 30°
    • Back nozzle capability to suit sports fields requirements
    • Part and Full Circle in one sprinkler
    • Effluent options available

    Trujectory Adjustment from 7° to 30°

    Fine tunes nozzle spray height, helps provide true head-to-head coverage and compensates for windy conditions.

    Ratcheting Riser

    Allows you to adjust the riser position in the body with no disassembly. Simply pull up the riser and ratchet it to the precise position you want to water.

    Three Nozzle Configuration

    Provides better distribution uniformity, nozzle flexibility and system efficiency.

    Constant Velocity Drive

    Provides reliable rotation speed regardless of the pressure.

    Radius:
    • 16.2m – 29.0m at 25° trajectory
    Flow Rate:
    • 53 – 233 Lpm
    Arc:
    • Full/Part-circle in one sprinkler
    • Full-circle: 360° unidirectional clockwise rotation
    • Part-circle: 40° – 330°
    Rotation Speed:

    3 minutes +/- 30 seconds

    Inlet:
    • 25mm FBSP
    Recommended Operating Pressure Range:
    • 340-690 kPa
    Nozzle Options:
    • 9 main, 3 intermediate, 1 inner
    TruJectory™ Nozzle Trajectory Adjustment:
    • 7° to 30°
    Standard Check Valve:
    • 3m elevation
    Dimensions:
    • Body Height: 254mm
    • Overall Height: 317mm
    • Retracted Height: 216mm
    • Pop-Up Height: 102mm
    • Exposed Cap Diameter: 56mm
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    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.


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    Area:
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    Distance:
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    Time:
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    Volume:
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    Pressure:
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    Power:
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    Precipitation (Water Application) Rate:
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    Salinity:
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    Speed:
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    Reference: Washington State University