Toro ROTOR,TURF,TORO T7,ACME
Toro ROTOR,TURF,TORO T7,ACME
The Toro T7 Rotor is built rugged to withstand the harsh conditions and vandalism present in municipal/government, sports fields and commercial rotor applications. It has been designed and tested to ensure the high reliability demanded by the market today. Its extensive customer identified features including a full 5 ¾” pop-up height and large radius make it ideal for sportsfields, parks and other large turf applications. Further enhancing its versatility, the T7 is now also Low-Flow Versions, for smaller radius and lower flow applications, such as baseball infields.
Get Quick Quote
More Info
• Arc setting indicator on top of the rotor allows for easy wet or dry adjustments from 45°-360°.
• Single port design ensures water is evenly distributed across the pattern without putting too much water near the head, which prevents seed from washing away.
• Smart Arc™ memory safely returns sprinkler to previously set arc if vandalized.
• Standard check valve to prevent low head drainage. Small exposed diameter reduces possibility of injury on play areas. Stainless steel riser and nozzle base stands up to the toughest of abuse.
• Available in low-flow models (identified by "circle L" on rubber cover), for short radius (38'-53') applications, such as baseball infields.
Specifications
Accessory Type (CVL): Rotors
Arc: 45 - 360 deg.
Effluent: No
Inlet Size: 1 in.
Low Flow: No
Pop-Up Height: 5" (127 mm)
Radius: 39 - 75 ft (11.8 - 22.8m)
Rotor Features: Standard
Stainless Steel: No
The Toro T7 Rotor is built rugged to withstand the harsh conditions and vandalism present in municipal/government, sports fields and commercial rotor applications. It has been designed and tested to ensure the high reliability demanded by the market today. Its extensive customer identified features including a full 5 ¾” pop-up height and large radius make it ideal for sportsfields, parks and other large turf applications. Further enhancing its versatility, the T7 is now also Low-Flow Versions, for smaller radius and lower flow applications, such as baseball infields.
