CAD Details
- SmartLine Controller with SLW Weather Station
- SmartLine Controller with SLW Weather Station and SLPED-ENC
- SmartLine Controller with SLW Weather Station and SLWMSS
- SmartLine Controller with SLW Weather Station and SmartLink Aircard
- SmartLine Controller with SLW Weather Station and SmartLink Aircard with Flow
- SmartLine Controller with SLW Weather Station, SmartLink Aircard and SLPED-ENC
- SmartLine Controller with SLW Weather Station, SmartLink Aircard and SLWMSS
- SmartLine Controller with SLW Weather Station, SmartLink Aircard with Flow and SLPED-ENC
- SmartLine Controller with SLW Weather Station, SmartLink Aircard with Flow and SLWMSS
- SmartWire with SLW Weather Station
- SmartWire with SLW Weather Station and SLPED-ENC
- SmartWire with SLW Weather Station and SLWMSS
- SmartWire with SLW Weather Station, SmartLink Aircard and SLPED-ENC
- SmartWire with SLW Weather Station, SmartLink Aircard with Flow and SLPED-ENC
- SmartWire with SmartLink Aircard and SLW Weather Station
- SmartWire with SmartLink Aircard with Flow and SLW Weather Station
- SmartWire with SmartLink Aircard with Flow, SLW Weather Station and SLWMSS
- SmartWire with SmartLink Aircard, SLW Weather Station and SLWMSS
- SmartLine Controller with SLW Weather Station and SmartLink Aircard
- SmartLine Controller with SLW Weather Station and SmartLink Aircard with Flow
- SmartLine Controller with SLW Weather Station, SmartLink Aircard and SLPED-ENC
- SmartLine Controller with SLW Weather Station, SmartLink Aircard and SLWMSS
- SmartLine Controller with SLW Weather Station, SmartLink Aircard with Flow and SLPED-ENC
- SmartLine Controller with SLW Weather Station, SmartLink Aircard with Flow and SLWMSS
- SmartWire with SLW Weather Station, SmartLink Aircard and SLPED-ENC
- SmartWire with SLW Weather Station, SmartLink Aircard with Flow and SLPED-ENC
- SmartWire with SmartLink Aircard and SLW Weather Station
- SmartWire with SmartLink Aircard with Flow and SLW Weather Station
- SmartWire with SmartLink Aircard with Flow, SLW Weather Station and SLWMSS
- SmartWire with SmartLink Aircard, SLW Weather Station and SLWMSS
Written Specifications
CSI Specifications
Technical Specifications
- PL1600 Series Controller Technical Specifications
- PL4800 Series Controller Technical Specifications
- SL1600 Series Controller Technical Specification
- SL4800 Controller Technical Specification
- SL9600TW 2-Wire Controller Technical Specification
- SmartLine SOLAR48 Technical Specifications
- Solar 9600TW Technical Specifications
- SoloRain 8014ESR Technical Specifications
D55B Golf Series Rotor
ROTOR shall be a Weathermatic water lubricated gear-drive model D55B25A capable of covering a 37– 67 ft. radius at a base pressure of _____(units) and a discharge rate of _____ (units) as specified on the drawing and shall have fixed arc coverage of 35 to 360 degrees. The rotor shall have a pressure range from 50 to 70 PSI with a maximum pressure of 100 PSI.
Rotor shall have color-coded, interchangeable nozzles. The retract spring shall be of stainless steel and of sufficient force for positive retraction. The riser shall be of stainless steel. The riser shall be self-flushing. The rotor shall be serviceable from the top with a Quicklock design.
Rotor shall have a factory Installed drain valve and shall have an optional spring- loaded check valve in the base of the case. The device shall hold back at least 15’ of elevation.
Rotor case shall be block style and manufactured of commercial-grade plastic and shall have a top diameter of 6”, a pop-up height of 4” and an overall body height of 8.25”.
Rotor shall have 1” female NPT, ACME or BSP threaded inlet.
Rotor shall be as shown on the drawings or as instructed and shall be manufactured and furnished by Weathermatic, Garland, Texas.
WARRANTY: Rotor shall have a manufacturer’s limited warranty of five (5) years.