Toro Irrigation Pressure Compensating Emitters 1.0GPH

• Brand: Toro Irrigation
• Model: Pressure Compensating Emitters
• Flow Rate: 1.0GPH
• Irrigation Type: Precision Irrigation
• Constant Discharge: Yes
• Installation Type: Snap in
• Pressure Compensation: Yes
• Pressure Range: 8-60 psi
• Performance: One of the best performing pressure compensating emitters available
• Self-Flushing: Yes
• Back Siphoning Protection: Yes
• Minimum Drainage: 2-3 psi
• Barbed Inlet: Yes
• Installation Compatibility: Tubing or 1/4″ feeder line
• Male Adapter: Yes
• Exit Tubing Compatibility: 1/4″
• Bug Shield: Yes
• Color: Black
• Quantity: Priced per bag of 100

• Precision irrigation with constant discharge for uniformity
• Pressure compensating for a constant discharge between 8-60 psi
• Snap-in installation for spacing to meet your requirements
• One of the best performing pressure compensating emitters available
• Unique design uses a diaphragm, which allows the emitter to self-flush and inhibits back-siphoning
• Will not drain below 2-3 psi, reducing start-up time and improving uniformity
• Barbed inlet for installation directly into tubing or 1/4″ feeder line
• Male adapter design also acts as a bug shield, deterring the entry of insects
• Priced per bag of 100
• Black color

1. Toro Irrigation Pressure Compensating Emitters 1.0GPH Precision Irrigation are pressure compensating emitters with constant discharge for uniformity. These are snap-in emitters and come in a pack of 100. The unique design of these emitters allows them to self-flush and inhibits back siphoning, making them one of the best performing emitters available.
2. The pressure range required for constant discharge from these emitters is 8-60 psi. It ensures that there is no variation in the discharge when the pressure fluctuates.
3. These emitters can be installed using barbed inlet directly into tubing or 1/4″ feeder line. The male adapter design also can be used with 1/4″ exit tubing and acts as a bug shield, deterring the entry of insects.
4. The self-flush mechanism in these emitters uses a diaphragm that allows the emitter to self-flush and inhibits back siphoning. These emitters will not drain below 2-3 psi, preventing complete drainage, reducing start-up time and improving uniformity.