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Nozzle choices: 6
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Standard nozzle: #20
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Nozzle range: #16 to #26
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Nozzle trajectory: 25°
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Gear-drive: Isolated, grease lubricated gear-drive
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Factory installed rubber logo cap (ST-1600B)
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Arc Adjustment: Moveable stops (left and right) arc adjustment
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Arc setting: 40° to non-reversing 360°
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Ratcheting nozzle turret
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Telescoping rubber infill barrier on riser
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Adjustable speed of rotation: 0 to 65 seconds (180° at 120 PSI)
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Warranty period: 5 year component part
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Internal construction: Brass, stainless steel & ball-bearings
ST ROTOR: ST-1600
The ST-1600 and optional high-speed ST-1600HS rotors complement the ST-90 and STG-900 rotors by adding long-range capabilities. These enhanced radius rotors are perfect for football fields, where smaller radius rotors might fall a little short. They are even better for extra-wide field applications like soccer and field hockey. While the ST-1600 rotors are specifically designed for use on synthetic sports fields, they are also great for other applications such as pastures, horse arenas, zoo animal enclosures, dust control and even casual non-critical natural turf areas. ST-1600 rotors are available in two configurations:
ST-1600B
This model is a 5" pop-up with adjustable-arc and full-circle capabilities in one rotor. All internal components of this rotor are accessible from the top without disturbing the synthetic surface. It is ideally suited for installation within Hunter's ST-243642B vault, or in the natural turf that is sometimes adjacent to the synthetic field to be irrigated.
ST-1600BR
This model is a compact and unobtrusive riser-mounted rotor with adjustable-arc and full-circle capabilities. It’s perfect for those installations where it is preferable to keep all irrigation piping and equipment away from the synthetic surface.
The riser-mounted configuration also allows existing synthetic sports fields to be retrofitted for irrigation without disturbing the playing surface. Riser-mounted configurations are typically installed at elevations that promote safety and protection from the rotor's high-flow water stream.