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
7600 Series Quick Coupling Valves
QUICK COUPLING VALVE shall be made of rod brass and shall have a permanently attached spring retracted rubber cover. For models 7644 and 7645 the cover shall be molded in the standard purple color of reclaimed water and include a molded-in warning. The warning shall be in Spanish and English and illustrated by the international symbol.
Valves shall use Acme® threads allowing gradual opening and closing. The valve shall be capable of handling 1/2″ to 1″ bearing impact sprinklers and deliver up to 20 GPM at a maximum of 125 psi. The valve shall have a replaceable retainer nut and the seal shall be of rubber. Inlet threads shall be one inch (FIP).
Valve shall use rod brass Acme® threaded keys for opening and closing. The connecting threads on the key shall be ____ inch (FIP MIP). A locking top and wrench (Model 8649) shall be available.
Quick Coupling Valve shall be manufactured by Weathermatic, Garland, Texas
WARRANTY: Quick Coupling Valve shall have a manufacturer’s limited warranty of five (5) years.