Irrigation Emitters, Pressure Compensating, 1.0-Gallon-per-Hour by Toro
In stock
SKU
PCE-1
$32.93
SEE ALL TIER PRICING
Buy 3 for $32.35 each and save 2%Buy 6 for $31.99 each and save 3%
READ MORE...
Product Information
Product Specs
- 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
Product Warranty Information
- This product is covered under A.M. Leonard's exclusive 30-Day Down to Earth Guarantee. Click Here for more Details.
Product Features
- 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
Product Shipping Weight
- 0.5 pounds
Frequently Asked Questions
1. What are the features of Toro Irrigation Pressure Compensating Emitters 1.0GPH Precision Irrigation?
2. What is the pressure range required for constant discharge from these emitters?
3. How are these emitters installed?
4. What is the self-flush mechanism in these emitters?
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.
2. What is the pressure range required for constant discharge from these emitters?
3. How are these emitters installed?
4. What is the self-flush mechanism in these emitters?
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.
Write Your Own Review