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HomeMy WebLinkAboutXR2022-2315 - Misc 33 Appendix E LANDSCAPE INSTALLATION CERTIFICATE OF COMPLETION I hereby certify that: (1) I am a professional appropriately licensed in the State of California to provide professional landscape design services. (2) The landscape project for the property located at (provide street address or parcel number(s)) was installed by me or under my supervision. (3) The landscaping for the identified property has been installed in substantial conformance with the approved Landscape Documentation Package and complies with the requirements of the City of Newport Beach Water Efficient Landscape Ordinance (Municipal Code Section 14.17) and the City of Newport Beach Standards for Implementation of the City of Newport Beach Water Efficient Landscape Ordinance for the efficient use of water in the landscape. (4) The following elements are attached hereto: a. Irrigation scheduling parameters used to set the controller; b. Landscape and irrigation maintenance schedule; c. Irrigation audit report; and d. Soil analysis report, if not submitted with Landscape Documentation Package, and documentation verifying implementation of the soil report recommendations. (5) The site installation complies with the following: a. The required irrigation system has been installed according to approved plans and specifications and if applicable, any prior approved irrigation system alternatives. _____ Yes ____ No b. Sprinklers comply with ASABE/ICC 802-2014 Landscape Irrigation Sprinkler & Emitter Standard. _____ Yes ____ No (6) The information I have provided in this Landscape Installation Certificate of Completion is true and correct and is hereby submitted in compliance with the City of Newport Beach Design Standards for Implementation of the City of Newport Beach Water Efficient Landscape Ordinance. 34 Print Name Date Signature License Number Address Telephone E-mail Address Landscape Design Professional’s Stamp (If Appropriate) 1 of 6 X X X X X X X X Yes X No X Yes No Yes X No Yes X No Yes X No X Yes No Yes X No X Yes No Yes X No Water Efficient Landscape Ordinance Irrigation Audit Project:4633 Orrington Residence Controller Date:11/21/24 EXISTING METER Page Water Source Data and Equipment Verification Water Source:Potable Reclaimed Well Pond Address:4633 Orrington Road A Auditor:Wayne Graf City,State:Corona Del Mar, CA 92625 CLIA #41834 Other Water Meter or Manufacturer: Backflow:Manufacturer:Anit-siphon valves are used for backflow protection Controllers:Manufacturer:Hunter Programs:4 Start Times:4 Model:Hydrawise Pro HC Mounting:Wall Pedestal Other Percent Adjust:By Station Global By Program Schedule Options:Custom Days of the Week Interval Odd/Even Central Control Smart Controller By Month Weather Sensor Options in use: Rain Delay Weather Sensors weather data provided through Hydrawise 2-Wire Option Cycle/Soak Radio Remote Sensors Flow Monitoring Master Valves Rain/Weather Manufacturer:Weather data provided through Hydrawise 2 of 6 Water Efficient Landscape Ordinance Irrigation Audit Project:4633 Orrington Residence Controller Date:11/21/24 Address:4633 Orrington Road A Auditor:Wayne Graf City,State:Corona Del Mar, CA 92625 CLIA #41834 Page Site Components Installation and Operation (✓or P) Pass (F or X) Fail (NA or -) Not Applicable Component Installation Operation Programmed Final Controllers ✓✓✓P Controller Grounding ---- Controller Enclosure ---- Communication modem (Wi-Fi)✓--P Antenna(s)---- Backflow Anti-siphon valves are used for backflow protection P Wye Strainer ---- Water Meter (source)existing house meter P Irrigation Sub-meter ---- Pressure Regulator ---- Backflow Enclosure ---- Booster Pump ---- Booster Pump Enclosure ---- Isolation Valve(s)✓--P Weather Sensors/Rain weather data provided by Hydrawise P Soil Moisture Sensor ---- Master Valves ✓✓✓P Flow Sensor ---- Radio Remote ---- Basket Strainer ---- Test Station ---- Fertilizer Injector ---- 3 of 6 1 2 3 4 Su M T W Th F Sa Odd Even 5a 6p X X X X X X X A-1 B-2 C-3 D-4 E-5 F-6 G-7 A-1 B-2 C-3 D-4 E-5 F-6 G-7 10 10 10 10 7 5 5 5 5 5 5 Water Efficient Landscape Ordinance Irrigation Audit Project:4633 Orrington Residence Controller Date:11/21/24 Address:4633 Orrington Road A Auditor:Wayne Graf City,State:Corona Del Mar, CA 92625 CLIA #41834 Page Irrigation Schedule - ESTABLISHMENT PERIOD Start Times Days On Program Interval A-1 B-2 Station #Station # C-3 D-4 E-5 F-6 G-7 Station Run Times by Program 1 13 2 14 X3X 15 4 16 5 17 6 18 7 19 8 20 9 21 Note: Adjust irrigation schedules at the end of the establishment period to meet WELO requirements. 10 22 11 23 12 24 4 of 6 1 2 3 4 5 6 7 8 9 10 11 12 P P X P P P P Tr P P Pots P D D X D D D D B D D D D ✓✓D ✓✓✓✓✓✓✓✓✓ ✓✓E ✓✓✓✓✓✓✓✓✓ --L --------- --E --------- --T --------- --E --------- ✓✓D ✓✓✓✓✓✓✓✓✓ ✓✓✓✓✓✓✓✓✓✓✓ ------✓---- ------✓---- ------✓---- ------✓---- ------✓---- ------✓---- ------✓---- ------✓---- ✓✓✓✓✓✓✓✓✓✓✓ ✓✓✓✓✓✓✓✓✓✓✓ ------✓---- ✓✓✓✓✓✓✓✓✓✓✓ ✓✓✓✓✓✓✓✓✓✓✓ ✓✓✓✓✓✓✓✓✓✓✓ ✓✓✓✓✓✓✓✓✓✓✓ ------✓---- ------✓---- ✓✓✓✓✓-✓✓✓✓✓ ----------- ✓✓✓✓✓-✓✓✓✓✓ ✓✓✓✓✓-✓✓✓✓✓ ✓✓✓✓✓-✓✓✓✓✓ ----------- ----------- ----------- ----------- ✓✓✓✓✓-✓✓✓✓✓ P P P P P P P P P P P P Water Efficient Landscape Ordinance Irrigation Audit Project:4633 Orrington Residence Controller Date:11/21/24 Wayne Graf City,State:Corona Del Mar, CA 92625 CLIA #41834 Plant Type (T,P, Tr, GC) Address:4633 Orrington Road A Auditor: Page Installation and Operation (✓or P) Pass (X or F) Fail (NA or -) Not Applicable Crooked Sprinklers/risers Irrigation Type (S,R,B,MS,D) Valve Installation Valve Operation Valve ID Tag Valve Box Installation Valve Box ID Quick Coupler Valve Waterproof Wire Splice Valve Leak Sprinkler/Riser Installation Standing Water Sprinkler Spacing (head-to-head) Matched Precipitation Nozzles Correct Nozzles/Bubblers/Emitters Spray arc alignment Clogged nozzle/emitter Low Head Drainage High Pressure Low Pressure Overspray Runoff Air Relief Valve Mainline Pipe Leak Lateral Pipe Leak Sprinkler Leak Nozzle Leak Dripline Installation Drip Indicator Drip Filter Pressure Regulation Flush Valve Flush Valve Box ID Air Relief Valve Box ID Emitter Installation Dripline Leak FINAL 5 of 6 # 1 2 3 4 5 Water Efficient Landscape Ordinance Irrigation Audit Project:4633 Orrington Residence Controller Date:11/21/24 Address:4633 Orrington Road A Auditor:Wayne Graf City,State:Corona Del Mar, CA 92625 CLIA #41834 #Type*Method**Factor (PF)Area (sq.ft.) Page Hydrozone Table Controller Hydrozone Irrigation Plant Hydrozone % 13.7% A MWU DRIP 0.4 297.0 10.4% A LWU DRIP 0.2 392.0 9.1% A LWU ROTATOR 0.2 1,671.0 58.3% A MWU DRIP 0.4 262.0 8.5% 0.0% A VLWU DRIP 0.1 244.0 0.0% 0.0% 0.0% 0.0% 0.0% 0.0% 0.0% 0.0% 0.0% 0.0% 0.0% 0.0% 0.0% 0.0% 0.0% 0.0% 0.0% 0.0% VLWU = very low water use MS = micro-spray Recycled LWU = low water use S = spray Pool/SPA 280 Total 2,866.0 100.0% Hydrozone*Irrigation Method**Special Landscape Area (sq. ft.) O = other B = bubbler Other D = drip Total 280 MWU = moderate water use MSR = multi-stream rotator HWU = high water use R = rotor Fountain 6 of 6 PF IE 0.2 0.81 0.54 0.81 0.5 0.81 0.2 0.76 0.1 0.81 5 Water Efficient Landscape Ordinance Irrigation Audit Project:4633 Orrington Residence Controller Date:11/21/24 Address:4633 Orrington Road A Auditor:Wayne Graf City,State:Corona Del Mar, CA 92625 CLIA #41834 Very Low Water Use 0.0 - 0.1 Filler Pipe 1.00 Low Water Use 0.2 - 0.3 Drip/Subsurface 0.81 Page MAWA and ETWU Calculations Reference Evapotranspiration (ET)44.9 Hydrozone Category (a)PF - Plant Factor Irrigation Method (b)IE-Irrigation Efficiency ( c ) Rotators 0.76 Overhead Spray 0.71 Moderate Water Use 0.4 - 0.6 Bubblers 0.81 High Water Use 0.7 - 1.0 Rotors 0.76 0.62 - conversion factor to gallons per sq. ft.SLA - total landscape area in sq ft ETAF - Plant Factor/Irrigation Efficiency ETAF - 0.55 for residential areas Area - Landscape Area for each hydrozone ETAF - 0.45 for non-residential areas ETWU (d) = ETo x 0.62 x ETAF x Area MAWA = (Eto)(0.62)((ETAF xLA)+((1-ETAF)xSLA)) ETo - Evapotranspiration rate LA - total landscape of all hydrozone areas-sq.ft. LWU PLANTS NORTH DRIP 0.25 392 97 2,694 Hydrozone (a)Irr Type ETAF Landscape Area ETAF x LA ETWU MWU PLANTS WEST DRIP 0.62 262 162 4,502 MWU PLANTS EAST DRIP 0.67 297 198 5,512 VLWU PLANTS SOUTH DRIP 0.00 244 0 0 LWU PLANTS SOUTH ROTATOR 0.26 1,671 440 12,241 0.00 0 0 0.00 0 0 0.00 0 0 0.00 0 0 24,950 Special Landscape Areas SLA POOL/SPA 1.00 280 280 7,795 Total IE 4.00 Totals 2,866 896 Site ETAF 0.55 Maximum Applied Water Allowance (MAWA)51,676 Hydrozones (qty)Irrigation Efficiency (IE) Average 0.80 Totals 280 280 7,795 Estimated Total Water Use (ETWU) Total 32,745 ETAF CALCULATIONS Regular Landscape Areas Totals All Landscape Areas Totals Total ETAF x Area (B) =896 Total ETAF x Area (B+D) = ETWU is less than or equal to MAWA and complies with WELO requirements Average ETAF (B)/(A) =0.31 Site wide ETAF (B+D)/(A+C) =0.37 1,176 Total Area (A) =2,866 Total Area (A+C) =3,146 CITY OF NEWPORT BEACH Community Development Department | Building Division 100 Civic Center Dr.| P.O. Box 1768 | Newport Beach, CA 92658 www.newportbeachca.gov | (949) 644-3200 OPERATION & MAINTENANCE MANUAL In compliance with the California Green Building Standards Code, this Operation and Maintenance Manual shall be available at final inspection and remain with the building throughout the life-cycle of the structure. This manual has been prepared for the building located at: Address: Permit #: City/State/Zip Check the box and sign below If no new equipment or fixture is installed as part of this project. (No further information is required on the rest of this form.) � I Certify that in the construction of this project, no new equipment or fixture was installed. Name:_________________________________ Relationship to project:______________________ Signature:______________________________ License #:______________ Date:___________ Utilities Information (Required for new buildings only) Complete the requested information for each service provider below. This information shall be submitted by the contractor at the time of the final inspection. Electric supply provider:___________________________________________________________ � Check if solar or alternate source of electricity is provided. Phone/ Internet contact:______________________________________________________________ Water supply provider:_____________________________________________________________ � Check if well or alternate source of water is provided. Phone/ Internet contact:______________________________________________________________ Sewer provider:___________________________________________________________________ � Check if septic or other private sewage system is provided. Phone/ Internet contact:______________________________________________________________ Gas supply provider:_______________________________________________________________ � Check if liquid propane tank is used. Phone/ Internet contact:______________________________________________________________ Garbage/ Trash removal service provider:_____________________________________________ Phone/ Internet contact:______________________________________________________________ Recycling service provider:_________________________________________________________ Phone/ Internet contact:______________________________________________________________ Public Transportation by:___________________________________________________________ � Bus, phone/ internet contact:________________________________________________________ � Light rail/ Train, phone/internet contact:________________________________________________ � Car pool/ van pool, phone/ internet contact:_____________________________________________ Building Department:______________________________________________________________ Occupancy of Building:______________________________________________________________ Phone/ Internet contact:______________________________________________________________ Equipment & Fixture Information (Required for new fixtures and equipment only) Provide the make, model and maintenance information for all newly installed equipment and fixtures. This list shall include, but not be limited to the following items: compressor, air filter, furnace, water heater, kitchen appliances, smoke alarm, landscape irrigation, irrigation control, thermostat, hydrometer, water treatment system, roof and yard drainage, whole house fan, septic system, and similar equipment and fixtures. This information shall be submitted by the contractor at the time of final inspection. Use supplemental information sheet at the end of this form for additional equipment and fixtures. Equipment/Fixture type:______________________________________________________________ Make:_________________________________ Model:________________________________ Maintenance Schedule: � Weekly � Monthly � Semi-Annually � Annually �Other:__________________ Maintenance Instructions:____________________________________________________________ ________________________________________________________________________________ Maintenance specifications/ Catalogue attached: �Yes �No Equipment/Fixture type:______________________________________________________________ Make:_________________________________ Model:________________________________ Maintenance Schedule: � Weekly � Monthly � Semi-Annually � Annually �Other:__________________ Maintenance Instructions:____________________________________________________________ ________________________________________________________________________________ Maintenance specifications/ Catalogue attached: �Yes �No Equipment/Fixture type:______________________________________________________________ Make:_________________________________ Model:________________________________ Maintenance Schedule: � Weekly � Monthly � Semi-Annually � Annually �Other:__________________ Maintenance Instructions:____________________________________________________________ ________________________________________________________________________________ Maintenance specifications/ Catalogue attached: �Yes �No SOLAR INCENTIVE PROGRAMS California Programs: Information about state renewable energy incentive programs, such as the California Solar Initiative, is available through the California Energy Commission or through Go Solar California at the websites below. • http://www.energy.ca.gov/ • http://gosolarcalifornia.ca.gov Other Programs: Contact your local government or public utility (provided previously in this manual) for more information regarding energy conservation tips, strategies and public/private partnerships that promote enhanced sustainability and/or save money. Tax breaks, including rebates, credits or discounts may also be available through the local government, public utilities or the Federal Government, US Department of Energy. The U.S. Department of Energy website: http://www.energy.gov/yourhome.htm WATER CONSERVING LANDSCAPE Landscape Water Use Conservation Methods: There are many methods to reduce the amount of water used in a landscape and still maintain the health, appearance and function of the landscape. The following are a few examples: Conform to City of Newport Beach Water-Efficient Landscaping Ordinance or the California Department of Water Resources' model Water Efficient Landscape Ordinance.  Use water-efficient landscape designs utilizing native and drought tolerant plants and minimize turf areas.  Use mulch, soil amendments or other soil improvement methods to reduce water loss through evaporation or runoff and to improve water availability for plant use.  Install efficient irrigation systems and follow a regular maintenance schedule. Adjust irrigation controllers as necessary to accommodate changes in seasons and plant needs.  Schedule landscape irrigation during early or late hours.  Stay current on new technologies, strategies or products that promote efficient water use. Irrigation System Design: Homeowners or a design professional can develop an efficient system design meeting homeowner expectations while also reducing waste and conserving natural resources. When planning landscaping and irrigation, the following ideas can help:  Design irrigation systems to be consistent with hydrozones (areas of plants with similar water needs.)  Minimize the usage of spray heads.  Install a low consumption irrigation system such as drip or subsurface.  Use graywater or recycled water when possible.  Consider rainwater catchment and storage systems.  Follow the manufacturer’s installation instructions to ensure optimum system efficiency. Irrigation Controllers:  There are several types of irrigation controllers that base the irrigation schedule on evapotranspiration data.  Other irrigation controllers may use a combination of historical data and real-time data feeds from on-site temperature sensors, soil moisture sensors, sunlight intensity indicators or they may use data from weather stations.  Weather and/or soil moisture- based controllers represent technological advances in irrigation that enable the proper amount of water required by the landscape plants or postpone irrigation during periods of rain. Utilizing these "smart" controllers is an improvement over irrigating by an arbitrary "run time" where the amount of water needed and the amount of water applied may not be effectively matched. PORTIONS OF THIS PROPERTY WILL REQUIRE ROUTINE MAINTENANCE FOR WHICH THERE MAY NOT BE A SPECIFIC MANUAL Grading: The grading around the building is sloped away from the structure, which is not only functional, but a building code requirement enforced during the final inspection. The yard drainage must not drain onto neighboring property or near the building foundation. It is important the owner or tenant maintain this grade or swale to protect the building from moisture. An inspection after any landscaping, construction or a storm is necessary so the swale or grade always directs the flow of water away from the foundation of the building and to storm sewer systems or other appropriate locations approved for the structure. Gutters: The gutter and downspouts will need periodic maintenance to ensure proper function. The required interval for this maintenance will vary by season; however, gutters and downspouts should be inspected for debris before the rainy season. When trees and other deciduous vegetation shed leaves that drop into the gutters, this will inhibit the flow of water and possibly clog downspouts. The leaves and/or debris must be removed in order for the system to work as designed. The downspouts should direct the storm water away from the foundation at least 5 feet to avoid damage to the structure. Always keep the area clear where the storm water flows out of the downspout. If a clear area is not possible, subsurface drains may need to be installed. Irrigation: Inspect the landscape irrigation systems weekly for leaking or broken heads. Frost-Protected Foundation Systems: When the building utilizes a Frost-Protected Shallow Foundation, as allowed by local conditions, the monthly mean temperature of the building must be maintained at a minimum of 64°F (18°C). Relative Humidity (RH): RH is the percent of moisture in the air compared to the maximum amount of moisture this air can hold at the same condition. Warm air will hold more moisture than cold air. The design of the HVAC system should include controlling the moisture levels appropriate to the climate. The addition of moisture (humidification) may be required in colder climates during the winter season and removed (dehumidification) during the summer months. Automatic, computer controlled humidifiers can control the humidity levels, providing enough moisture for a healthy comfortable dwelling and within the limits to prevent window and cold surface condensation. These levels are usually between 30 to 60 percent RH although certain health conditions may dictate benefits at either the higher or lower ranges. Hygrometer: The hygrometer will show RH. Although the RH will not be exactly the same throughout the structure, one hygrometer is usually sufficient. It should be placed where the humidity symptoms are most obvious (e.g., in the room that you are most concerned about.) Low Relative Humidity: Below 30 percent RH, people can be uncomfortable and can suffer from dry mucus membranes, which can lead to nosebleeds and infections. In general, low RH is only a problem during the winter months when the outside air contains very little moisture. It is this dry outside air entering through cracks and openings in the building shell that causes the inside air to become dry. The greater the amount of outside air that leaks into the building the dryer the indoor air becomes. By air-sealing and using energy-efficient construction, uncontrolled air leakage is greatly reduced, a more controlled indoor environment is created, and RH can be maintained at acceptable levels without the use of a humidifier. Humidifiers require maintenance to avoid becoming breeding grounds for biological contaminants. The effects of bacteria, viruses, fungi, respiratory infections, allergic rhinitis, asthma, and ozone production can be minimized by higher humidity levels. Studies have shown that wintertime operation at 68° F at 70% RH provides the same level of occupant comfort as does 72° F at 30% RH. Lower utility bills and a healthier environment are both benefits of controlled RH. High Relative Humidity: High RH can lead to occupant discomfort, annoyances, and possibly serious health issues as they relate to bacteria, viruses, fungi, mites (dust mites and mold), allergic rhinitis, asthma, and chemical interactions with mold, dust mites, and other biological pollutants. The air conditioning system and/or stand-alone dehumidifier are designed to remove moisture (latent load) and decrease the RH levels. Studies show that summertime operation at 78° F at 30% RH provides the same level of occupant comfort as does 74° F at 70% RH. The lower humidity level will provide increased comfort, lower utility bills and lessen the risk of health issues associated with high humidity. Using exhaust fans in the bathrooms and kitchen can remove much of the moisture that builds up from everyday activities and help keep RH below 50%. Having a humidistat connected to an exhaust fan is required in bathrooms. This is an effective way to control RH in moisture prone areas. When using an adjustable humidistat, the setting should be adjusted according to the season: lower RH in the summer and higher RH in the winter. Another benefit to using kitchen and bathroom exhaust fans is removal of odors and pollutants. These fans can also be part of an active whole house ventilation system for the entire house and help to reduce humidity levels. Forms\Operations and Maintenance Manual 12-2016 ► PROGRAMS PROGRAM A PROGRAM B PROGRAM C PROGRAM D ► START TIME :AM PM :AM PM :AM PM :AM PM ► DAYS OF THE WEEK MO TU WE TH FR SA SU MO TU WE TH FR SA SU MO TU WE TH FR SA SU MO TU WE TH FR SA SU STATION ZONE NAME AND LOCATION RUN TIME IN MINUTES IS ZONE PART OF THIS START TIME?IS ZONE PART OF THIS START TIME?IS ZONE PART OF THIS START TIME?IS ZONE PART OF THIS START TIME? 1 :YES NO YES NO YES NO YES NO 2 :YES NO YES NO YES NO YES NO 3 :YES NO YES NO YES NO YES NO 4 :YES NO YES NO YES NO YES NO 5 :YES NO YES NO YES NO YES NO 6 :YES NO YES NO YES NO YES NO 7 :YES NO YES NO YES NO YES NO 8 :YES NO YES NO YES NO YES NO 9 :YES NO YES NO YES NO YES NO 10 :YES NO YES NO YES NO YES NO 11 :YES NO YES NO YES NO YES NO 12 :YES NO YES NO YES NO YES NO 13 : YES NO YES NO YES NO YES NO 14 :YES NO YES NO YES NO YES NO 15 :YES NO YES NO YES NO YES NO 16 :YES NO YES NO YES NO YES NO 17 :YES NO YES NO YES NO YES NO 18 :YES NO YES NO YES NO YES NO 19 :YES NO YES NO YES NO YES NO 20 :YES NO YES NO YES NO YES NO 21 :YES NO YES NO YES NO YES NO 22 :YES NO YES NO YES NO YES NO 23 :YES NO YES NO YES NO YES NO 24 :YES NO YES NO YES NO YES NO Pro-HC WATERING SCHEDULE SERIAL NUMBER _________________________________TIPS FOR PROGRAMMING AT THE CONTROLLER: 1. Follow the setup instructions on controller screen. 2. Watering frequency should be “Every Valid Program Start Time.” This can be changed later. 3. Individual zone times can be changed after the “Wizard” is completed. Thank you for purchasing a Hunter “Hydrawise Ready” controller. Your irrigation controller has the ability to connect to a Wi-Fi signal, and can then be accessed via your smartphone or computer. For more information on your Hydrawise controller, please visit our website at www.hydrawise.com. Pro-HC REFERENCE CARD The installing contractor has completed the following: A Set up both your account and your controller and is managing your system (email was sent from Hydrawise). B Set up both your account and your controller and is not managing your system (email was sent from Hydrawise). C Connected your controller to the internet and is managing your system. D Connected your controller to the internet and is not managing your system. E Loaded a program into the controller and has not connected to a Wi-Fi signal. F Other (Please specify) _________________________________________________ A or B Here’s how to get connected to your controller 1. Open the Hydrawise email and click “Let’s get started.” 2. Follow the setup instructions and choose a password. 3. Setup is complete. C or F Here’s how to get connected to your controller 1. Contact the contractor listed on this reference card, or contact support@hydrawise.com. 2. Setup is completed by the contractor or our support team. D or E Here’s how to get connected to your controller 1. Visit www.hydrawise.com and click on “Try Now.” 2. Register for an account by entering your name and email address. 3. We’ll send you an email, and use the information you received to set up your account. 4. Use the Watering Schedule information list on this card to set up your system. 5. Follow the instructions in the Quick Start Guide to connect your controller to your Wi-Fi signal, or go to hydrawise.com/quickstart. 6. Setup is complete. Contractor details: _______________________________________________________________Name _______________________________________________________________Phone _______________________________________________________________Email Website www.hunterindustries.com | Customer Support 800-383-4747 | Technical Service 760-591-7383 HC Pro-C ® Hydrawise™Pro-HC Hydrawise-Ready Controllers INSTALLATION GUIDE FOR THE FOLLOWING CONTROLLERS: The Most Complete Wi-Fi Irrigation Control System RESIDENTIAL & COMMERCIAL IRRIGATION Built on Innovation® Learn more. Visit hunterindustries.com for more detailed information. PCZ AND ACZ DRIP CONTROL ZONE KITS Durable and Convenient Control Zone Kits Designed for Residential Applications PCZ/ACZ Drip Control Zone Kits: These pre-assembled kits bring together the popular PGV valve with both a filter and a pressure regulator, providing you with a complete control zone. The PGV valve features high-grade material construction, including a bonnet made of reinforced glass-filled nylon. The kit also includes a stainless steel filter screen, flush cap, and pressure regulator to maintain a consistent 25 or 40 PSI. To save both time and labor, use the ACZ kit to meet your anti-siphon needs. 01 Durable: Highest quality components are built to last in tough conditions 02 Convenient: All–in–one preassembled kit 03 Reliable: Commercial–grade components are factory assembled and water tested Gregory R. Hunter, President of Hunter Industries Helping our customers succeed is what drives us. While our passion for innovation and engineering is built into everything we do, it is our commitment to exceptional support that we hope will keep you in the Hunter family of customers for years to come. © 2017 Hunter Industries Incorporated RC-051-BR-US 5/17 Website hunterindustries.com | Customer Support 1-800-383-4747 | Technical Service 1-760-591-7383 DRIP CONTROL ZONE KITS FEATURES & SPECIFICATIONS Features • Factory-assembled and water-tested • Highest quality components (stainless steel filter screen, standard flush cap, top-of-the-line regulator) • Wide flow range to cover most micro irrigation applications • Warranty period: 2 years • Most robust pressure-regulating filter available Specifications ACZ-075: • Pressure regulation: 25 or 40 PSI • Flow: 0.5 to 15 GPM (30 to 900 GPH) • Operating pressure: 20 to 120 PSI • Operating temperature: up to 120ºF • 150 mesh stainless steel screen • 3/4" outlet PCZ-101 Height: 6" Width: 13" Depth: 3" 1" inlet x ¾" outlet ACZ-101 Height: 141/4" Width: 11" Depth: 3" 1" inlet x ¾" outlet ACZ-075 Height: 14¼" Width: 11" Depth: 3" ¾" inlet x ¾" outlet Model DRIP CONTROL ZONE KITS – SPECIFICATION BUILDER: ORDER 1 + 2 1 Model 2 Options ACZ-075 = ¾" PGV-ASV valve with HFR-075 25 = 25 PSI regulator ACZ-101 = 1" PGV-ASV valve with HFR-100-075 PCZ-101 = 1" NPT PGV globe valve with 1" HFR 40 = 40 PSI regulator HFR-075 = ¾" NPT filter system and ¾" outlet HFR-100-075 = 1" NPT filter system and ¾" outlet PCZ-101: • Pressure regulation: 25 or 40 PSI • Flow: 0.5 to 15 GPM (30 to 900 GPH) • Operating pressure: 20 to 120 PSI • Operating temperature: up to 120ºF • 150 mesh stainless steel screen • 3/4" outlet HFR Filter Regulator: • Pressure regulation: 25 or 40 PSI • Flow: 0.5 to 15 GPM (30 to 900 GPH) • Operating pressure: 20 to 120 PSI • Operating temperature: up to 120ºF • 150 mesh stainless steel screen • HFR-100-075: 1" inlet x 3/4" outlet • HFR-075: 3/4" inlet x 3/4" outlet ACZ-101: • Pressure regulation: 25 or 40 PSI • Flow: 0.5 to 15 GPM (30 to 900 GPH) • Operating pressure: 20 to 120 PSI • Operating temperature: up to 120ºF • 150 mesh stainless steel screen • ¾" outlet HFR-100-075-25 HFR-100-075-40 Height: 7" Width: 61/2" Depth: 3" 1" inlet x ¾"outlet HFR-075-25 HFR-075-40 Height: 7" Width: 61/2" Depth: 3" ¾" inlet x ¾" outlet ROTORS SPRAYS VALVES CONTROLLERS SENSORS CENTRAL CONTROLS MICRO Microirrigation Unearth the Way to Plant Happiness Accuracy. Efficiency. Big Time Conservation. Micro irrigation waters with pinpoint accuracy. Plain and simple. That means huge savings and reduced project installation time. The new rank of emitters fall in line with a check valve and pressure compensation to achieve a high level of efficiency. Professional Landscape Drip Line. in Uniform and reporting for Duty. This proven system applies water evenly at a slower pace, giving water more time to “soak in.” The result? Increased, uniform distribution efficiency, less soil erosion, and no more wasted water on hardscape. Flexible and kink resistant, it stands at attention to keep you at ease. Reclaimed option available. THREE SPACIng CHoICES AvAILABLE BUILT-In EMITTERS 0.4 GPH (1.59 l/hr) 0.6 GPH (2.27 l/hr) 1.0 GPH (3.86 l/hr) 24” (61cm) Spacing 18” (45.7cm) Spacing 12” (30.5cm) Spacing InSERT fITTIngS Connections made easy. Make fast, water tight connections. Not surprisingly, barb fittings are unbelievably easy to install. Made by Hunter for the PLD. ½” (1.3cm) Isolation Valve Cap ¾” (1.9cm) Coupling 90° Tee Micro Irrigation: Hits the Spot. With micro irrigation, you stay on target. Specific and precise, the PLD takes aim to give you watering without waste. The perfect application for a flower bed or other definitive radius configuration, in-line, pressure-compensating emitters with built-in check valves ensure even flow on all terrains and lateral lengths, and prevent both debris suctioning back and drainage at low-lying points. Bulls eye. A B C Solo-Drip Ready for your closeup? Get eight streams that apply water exactly, and we mean exactly, where you want it. Finger tip cap control for flow and throw adjustment. Great solo performance. A. SD-B-STK: Barb with Stake, 360° B. SD-B: Barb, 360° C. SD-T: 10-32 Threads, 360° A B C Trio-Spray Discover the micro spray with the short radius. Get full-circle, half-circle and 90 degree sprays. Ideal for a specific controlled environment that’s slightly larger yet still a contained radius. Works like big sprays, but on a micro level. Great for dense flowerbeds. Control knob closes completely or adjusts the exact amount of water. A. TS-T-F: 10-32 Thread, 360° B. TS-T-H: 10-32 Thread, 180° C. TS-T-Q: 10-32 Thread, 90° A B C Halo-Spray For a full-circle umbrella of water with a larger diameter than the Solo-Spray, try the Halo-Spray. It’s completely adjustable: turn it off or adjust the radius as you prefer. Combine multiples for a blanket of water. Perfect for a flower bed or small landscaped area. A. HS-B-STK: Barb with Stake, 360° B. HS-B: Barb, 360° C. HS-T: 10-32 Threads, 360° Micro gets Specific. Landscapes are rarely simple. Today’s designs are as innovative as Hunter’s products. So we offer an array of adaptable products that can be attached to the PLD. They’re made to water any configuration, any way you need it. Micro irrigation Conserve H20. Preserve the Planet. The beauty of micro irrigation? It gets the job done and promises conservation. These products were made for saving water. Color them blue. ICZ-101 Get the perfect combination of a 1” high-end commercial valve with Filter Sentry™ and stainless steel mesh Y filter. Select either a 25 or 40 PSI regulator. PACZ-075 This model combines our Pro ASV with stainless steel mesh Y filter. Based on our eternally popular PGP valve. Choose from a 25 or 40 PSI regulator. HY-075 (Wye Filter) PCZ-101 Get our PGV valve paired with a stainless steel mesh Y filter. Comes with either a 25 or 40 PSI regulator. HY-100 (Wye Filter) Steel the deal. Strongarm the competition with our stainless steel screen, proven to last. Available in either 100 or 150 mesh sizes. Outlasting, outperforming, and outstanding. Drip Zone Control Kits in control. Our pre-assembled kits marry our popular and dependable, high-grade valves with a filter and a pressure regulator that maintains the outlet pressure, ideal for drip zones. With our bulletproof (take your best shot) solenoid for which Hunter valves are known, the stainless steel screen in either 100 or 150 mesh sizes and a pressure regulator boast proven durability, performance, and reliability. Made for our Professional Landscape Drip Line. Give them a shot. D R I P Z o n E C o n T R oL KITS Create Your vision. No matter how complicated your design is, we'll get it watered. Hunter Micro Irrigation will make it happen. LIT-456 11/08 Hunter Industries Incorporated 1940 Diamond Street, San Marcos, California 92078 www.HunterIndustries.com Charts and Specs PRofESSIonAL LAnDSCAPE DRIPLInE TUBIng SPECIfICATIonBUILDER MoDEL fLoW SPACIng LEngTH PLD (250’, 1,000’) 0.4 0.6 1.0 BLNK (Blank) 12” 18” 24” 250’ 1,000’ PLD (100’)0.6 1.0 BLNK (Blank) 12” 18” 100’ PLD 04 12 250 EXAMPLE PLD – 04 – 12 – 250 SPECIfICATIonBUILDER MoDEL fLoW SPACIng LEngTH oPTIonS PLD 0.4 0.6 1.0 BLNK (Blank) 12” 18” 24” 100’ 250’ 1,000’ R - Reclaimed PLD 04 12 250 EXAMPLE PLD – 04 – 12 – 250 note: 100’ only available in (a) PLD-BLNK-100, (b) PLD-06-12-100, (c) PLD-10-12-100, and (d) PLD-10-18-100. Reclaimed option not available in 100’. SPECIfICATIonBUILDER MoDEL fLoW SPACIng LEngTH PATTERn PLD0.4 0.6 1.0 BLNK (Blank) 12” 18” 24” 250’ 1,000’ A = Adjustable T = Third-Circle Q = Quarter-Circle H = Half-Circle TT = Two-Thirds-Circle TQ = Three-Quarter- Circle f = Full-Circle PLD 04 12 250 H note: Bodies and nozzles sold separately. Also compatible with Hunter’s bubbler and specialty nozzles. * 17 Series available in Adjustable, Quarter, and Half-Circle patterns only. PLD – 04 – 12 – 250 PLD – 04 – 12 – 250 EX A M P L E PLD 04 12 250 SPECIfICATIonBUILDER PLD 0.4 0.6 1.0 BLnK (Blank) 12” 18” 24” 250’ 1,000’ MoDEL fLoW SPACIng LEngTH EX A M P L E PLD – 04 – 12 – 250 EX A M P L E PLD0412250 PLD 0.4 0.6 1.0 BLnK (Blank) 12” 18” 24” 250’ 1,000’ MoDEL fLoW SPACIngLEngTH MICRo SPRAY SPECIfICATIonBUILDER nAME MoDEL fEATURE Solo-Drip SD T = 10-32 Threads, 360° B = Barb, 360° B-STK = Barb with Stake, 360° Halo-Spray HS T = 10-32 Threads, 360° B = Barb, 360° B-STK = Barb with Stake, 360° Trio-Spray TS T-F = 10-32 Thread, 360° T-H = 10-32 Thread, 180° T-Q = 10-32 Thread, 90° HS T EXAMPLE HS – T SPECIfICATIonBUILDER MoDEL fLoW SPACIng LEngTH PLD 0.4 0.6 1.0 BLNK (Blank) 12” 18” 24” 250’ 1,000’ PLD 04 12 250 note: Bodies and nozzles sold separately. Also compatible with Hunter’s bubbler and specialty nozzles. * 17 Series available in Adjustable, Quarter, and Half-Circle patterns only. PLD – 04 – 12 – 250 PLD – 04 – 12 – 250 EX A M P L E PLD 04 12 250 SPECIfICATIonBUILDER PLD 0.4 0.6 1.0 BLnK (Blank) 12” 18” 24” 250’ 1,000’ MoDEL fLoW SPACIng LEngTH EX A M P L E EX A M P L E Type Model feature feature Description Solo Drip SD T 180 deg w/ 10-32 Thread SD B 180 deg w/ Barb SD STK 180 deg w/ Stake Halo Spray HS T 180 deg w/ 10-32 Thread HS B 180 deg w/ Barb HS STK 180 deg w/ Stake Solo Spray SS f full (360 deg) w/ 10-32 Thread SS H Half (180 deg) w/ 10-32 Thread SS Q Quarter (90 deg) w/ 10-32 Thread PLD SPECIfICATIonBUILDER MoDEL fLoW SPACIng LEngTH PLD 0.4 0.6 1.0 BLNK (Blank) 12” 18” 24” 250’ 1,000’ PLD 04 12 250 EXAMPLE PLD – 04 – 12 – 250 DRIP ZonE ConTRoL KITS SPECIfICATIonBUILDER MoDEL fEATURES oPTIonS PACZ PCZ ICZ 075 = 3/4” PRO-ASV valve with 3/4” HY075 fi lter system 101 = 1” PGV globe valve w/1” HY100 fi lter system 101 = 1” ICV valve with 1” HY100 Wye fi lter 25 = 25 PSI regulator 40 = 40 PSI regulator PCZ 101 40 EXAMPLE PCZ - 101 - 40 PLD – 04 – 12 – 250 EX A M P L E PLD 04 12 250 SPECIfICATIonBUILDER PLD 0.4 0.6 1.0 BLnK (Blank) 12” 18” 24” 250’ 1,000’ MoDEL fLoW SPACIng LEngTH EX A M P L E EX A M P L E PCZ - 101 - 40 EX A M P L E 101 40 PACZ PCZ ICZ 075 = 3/4” PRO-ASV valve with 3/4” HY075 fi lter system 101 = 1” PGV globe valve w/1” HY100 fi lter system 101 = 1” ICV valve with 1” HY100 Wye fi lter 25 = 25 PSI regulator 40 = 40 PSI regulator MoDEL oPTIonS PCZ PLD Maximum Line Length Chart Pressure (PSI) Emitter Spacing Maximum Lateral Lenth (ft) 12"18"24" 15.0344 475 594 20.0479 660 823 25.0509 703 879 30.0535 742 928 35.0584 808 1010 40.0627 868 1086 45.0646 894 1119 50.0689 957 1200 Solo-Drip Performance Data Pressure (PSI) Flow (GPH) Diameter of Throw (FT) Adjustable to Maximum (approx 20 clicks) 15.00 - 11 0 - 1.5 20.00 - 12.5 0 - 1.9 30.00 -15.7 0 - 2.7 Halo-Spray Performance Data Pressure (PSI) Flow (GPH) Diameter of Throw (FT) Adjustable to Maximum (approx 14 clicks) 15.0 0 - 14 0 - 5.8 20.0 0 - 16 0 - 7.7 30.0 0 -20 0 - 11.5 PLD Insert Fittings Model Description PLD050 Barb to ½" NPT Adapter PLD075 Barb to ¾" NPT Adapter PLDCPL Barb to Barb Coupling PLDELB Barb to Barb, 90° Elbow PLDTEE Barbed Tee PLDCAP Barb to End Cap PLDBV Barbed Valve Trio-Spray Performance Data Base Outlet Size Pressure (PSI) Flow (GPH) SPRAY PATTERN Diameter of Throw (FT) Radius of Throw (FT) 360° X 18 Hole 180°90° 10.00 - 16.7 0 - 17.3 0 - 7.2 0 - 5.7 15.00 - 20.3 0 - 18.9 0 - 8.2 0 - 7.0 20.00 - 23.4 0 - 20.4 0 - 9.1 0 - 8.1 25.00 - 26.1 0 - 21.8 0 - 9.9 0 - 9.0 30.00 - 28.6 0 - 23.1 0 - 10.6 0 - 9.9 Trio-Spray Performance Data – Metric Base Outlet Size Pressure (kPa) Flow (LPH) SPRAY PATTERN Diameter of Throw (m) Radius of Throw (m) 360° X 18 Hole 180°90° 500 - 54 0 - 5.0 0 - 2.0 0 - 1.5 1000 - 77 0 - 5.8 0 - 2.5 0 - 2.1 1500 - 94 0 - 6.4 0 - 2.9 0 - 2.6 2000 - 105 0 - 7.0 0 - 3.2 0 - 3.0 2500 - 119 0 - 7.5 0 - 3.5 0 - 3.3 Solo-Drip Performance Data – Metric Pressure (kPa) Flow (LPH) Diameter of Throw (m) Adjustable to Maximum (approx 20 clicks) 1000 - 40 0 - 0.5 1500 - 50 0 - 0.6 2000 -60 0 - 0.8 Halo-Spray Performance Data – Metric Pressure (kPa) Flow (LPH) Diameter of Throw (m) Adjustable to Maximum (approx 2 clicks) 100 0 - 52 0 - 1.7 150 0 - 65 0 - 2.8 200 0 -74 0 - 3.4 PLD Maximum Line Length Chart Pressure (PSI) Emitter Spacing Maximum Lateral Lenth (ft) 12"18"24" 15.0190 261 325 20.0279 384 479 25.0331 459 574 30.0354 490 614 35.0390 542 679 40.0420 585 735 45.0436 607 761 50.0472 654 819 PLD Maximum Line Length Chart Pressure (PSI) Emitter Spacing Maximum Lateral Lenth (ft) 12"18"24" 15.0 141 193 240 20.0 203 283 354 25.0 243 339 427 30.0 259 361 453 35.0 289 401 502 40.0 312 432 541 45.0 322 447 561 50.0 344 482 606 Micro Irrigation Performance Data Model Spec Builder Pressure (PSI) Flow (GPH)Throw Solo-Drip SD - (T,B,STK) 25 0 - 14 0 - 2.2 ft. dia. Halo-Spray HS - (T,B,STK) 25 0 -18 0 -10 ft. dia. Trio-Spray 360°SS - F 25 0 - 26 0 - 22 ft. dia. 180°SS - H 25 0 - 26 0 - 10 ft. rad. 90°SS - Q 25 0 - 26 0 - 9 ft. rad. PLD Max Line Length Chart Pressure (PSI) Slope % Radius ft.Emitter Spacing 15.0 0 344 475 594 2 394 571 732 4 433 647 840 20.0 0 479 660 823 2 440 609 761 4 482 691 879 25.0 0 509 703 879 2 545 777 988 4 577 839 1076 30.0 0 535 742 928 2 571 814 1033 4 604 874 1119 35.0 0 584 808 1010 2 617 877 1112 4 646 936 1198 40.0 0 627 868 1086 2 659 935 1184 4 686 989 1263 45.0 0 646 894 1119 2 676 958 1214 4 705 1014 1293 50.0 0 689 957 1200 2 714 1012 1281 4 748 1069 1360 .04 gPH 0.4 gPH0.6 gPH 1.0 gPH *Maximum single lateral length at 0% slope Micro Spray Performance Data Name Pressure (PSI) Flow (GPH)Throw Solo-Drip 25 0 - 14 0 - 2.2 ft. dia. Halo-Spray 25 0 -18 0 -10 ft. dia. Trio-Spray 360°25 0 - 26 0 - 22 ft. dia. 180°25 0 - 26 0 - 10 ft. rad. 90°25 0 - 26 0 - 9 ft. rad. PLD Maximum Line Length Chart Pressure (PSI) Emitter Spacing Maximum Lateral Lenth (ft) 12"18"24" 15.0344 475 594 20.0479 660 823 25.0509 703 879 30.0535 742 928 35.0584 808 1010 40.0627 868 1086 45.0646 894 1119 50.0689 957 1200 Solo-Drip Performance Data Pressure (PSI) Flow (GPH) Diameter of Throw (FT) Adjustable to Maximum (approx 20 clicks) 15.00 - 11 0 - 1.5 20.00 - 12.5 0 - 1.9 30.00 -15.7 0 - 2.7 Halo-Spray Performance Data Pressure (PSI) Flow (GPH) Diameter of Throw (FT) Adjustable to Maximum (approx 14 clicks) 15.0 0 - 14 0 - 5.8 20.0 0 - 16 0 - 7.7 30.0 0 -20 0 - 11.5 PLD Insert Fittings Model Description PLD050 Barb to ½" NPT Adapter PLD075 Barb to ¾" NPT Adapter PLDCPL Barb to Barb Coupling PLDELB Barb to Barb, 90° Elbow PLDTEE Barbed Tee PLDCAP Barb to End Cap PLDBV Barbed Valve Trio-Spray Performance Data Base Outlet Size Pressure (PSI) Flow (GPH) SPRAY PATTERN Diameter of Throw (FT) Radius of Throw (FT) 360° X 18 Hole 180°90° 10.0 0 - 16.7 0 - 17.3 0 - 7.2 0 - 5.7 15.0 0 - 20.3 0 - 18.9 0 - 8.2 0 - 7.0 20.0 0 - 23.4 0 - 20.4 0 - 9.1 0 - 8.1 25.0 0 - 26.1 0 - 21.8 0 - 9.9 0 - 9.0 30.0 0 - 28.6 0 - 23.1 0 - 10.6 0 - 9.9 Trio-Spray Performance Data – Metric Base Outlet Size Pressure (kPa) Flow (LPH) SPRAY PATTERN Diameter of Throw (m) Radius of Throw (m) 360° X 18 Hole 180°90° 50 0 - 54 0 - 5.0 0 - 2.0 0 - 1.5 100 0 - 77 0 - 5.8 0 - 2.5 0 - 2.1 150 0 - 94 0 - 6.4 0 - 2.9 0 - 2.6 200 0 - 105 0 - 7.0 0 - 3.2 0 - 3.0 250 0 - 119 0 - 7.5 0 - 3.5 0 - 3.3 Solo-Drip Performance Data – Metric Pressure (kPa) Flow (LPH) Diameter of Throw (m) Adjustable to Maximum (approx 20 clicks) 1000 - 40 0 - 0.5 1500 - 50 0 - 0.6 2000 -60 0 - 0.8 Halo-Spray Performance Data – Metric Pressure (kPa) Flow (LPH) Diameter of Throw (m) Adjustable to Maximum (approx 2 clicks) 100 0 - 52 0 - 1.7 150 0 - 65 0 - 2.8 200 0 -74 0 - 3.4 PLD Maximum Line Length Chart Pressure (PSI) Emitter Spacing Maximum Lateral Lenth (ft) 12"18"24" 15.0 190 261 325 20.0 279 384 479 25.0 331 459 574 30.0 354 490 614 35.0 390 542 679 40.0 420 585 735 45.0 436 607 761 50.0 472 654 819 PLD Maximum Line Length Chart Pressure (PSI) Emitter Spacing Maximum Lateral Lenth (ft) 12"18"24" 15.0 141 193 240 20.0 203 283 354 25.0 243 339 427 30.0 259 361 453 35.0 289 401 502 40.0 312 432 541 45.0 322 447 561 50.0 344 482 606 Micro Irrigation Performance Data Model Spec Builder Pressure (PSI) Flow (GPH)Throw Solo-Drip SD - (T,B,STK) 25 0 - 14 0 - 2.2 ft. dia. Halo-Spray HS - (T,B,STK) 25 0 -18 0 -10 ft. dia. Trio-Spray 360°SS - F 25 0 - 26 0 - 22 ft. dia. 180°SS - H 25 0 - 26 0 - 10 ft. rad. 90°SS - Q 25 0 - 26 0 - 9 ft. rad. PLD Max Line Length Chart Pressure (PSI) Slope % Radius ft.Emitter Spacing 15.0 0 344 475 594 2 394 571 732 4 433 647 840 20.0 0 479 660 823 2 440 609 761 4 482 691 879 25.0 0 509 703 879 2 545 777 988 4 577 839 1076 30.0 0 535 742 928 2 571 814 1033 4 604 874 1119 35.0 0 584 808 1010 2 617 877 1112 4 646 936 1198 40.0 0 627 868 1086 2 659 935 1184 4 686 989 1263 45.0 0 646 894 1119 2 676 958 1214 4 705 1014 1293 50.0 0 689 957 1200 2 714 1012 1281 4 748 1069 1360 .04 gPH 0.4 gPH 0.6 gPH 1.0 gPH *Maximum single lateral length at 0% slope Micro Spray Performance Data Name Pressure (PSI) Flow (GPH)Throw Solo-Drip 25 0 - 14 0 - 2.2 ft. dia. Halo-Spray 25 0 -18 0 -10 ft. dia. Trio-Spray 360°25 0 - 26 0 - 22 ft. dia. 180°25 0 - 26 0 - 10 ft. rad. 90°25 0 - 26 0 - 9 ft. rad. PLD Maximum Line Length Chart Pressure (PSI) Emitter Spacing Maximum Lateral Lenth (ft) 12"18"24" 15.0 344 475 594 20.0 479 660 823 25.0 509 703 879 30.0 535 742 928 35.0 584 808 1010 40.0 627 868 1086 45.0 646 894 1119 50.0 689 957 1200 Solo-Drip Performance Data Pressure (PSI) Flow (GPH) Diameter of Throw (FT) Adjustable to Maximum (approx 20 clicks) 15.0 0 - 11 0 - 1.5 20.0 0 - 12.5 0 - 1.9 30.0 0 -15.7 0 - 2.7 Halo-Spray Performance Data Pressure (PSI) Flow (GPH) Diameter of Throw (FT) Adjustable to Maximum (approx 14 clicks) 15.0 0 - 14 0 - 5.8 20.0 0 - 16 0 - 7.7 30.0 0 -20 0 - 11.5 PLD Insert Fittings Model Description PLD050 Barb to ½" NPT Adapter PLD075 Barb to ¾" NPT Adapter PLDCPL Barb to Barb Coupling PLDELB Barb to Barb, 90° Elbow PLDTEE Barbed Tee PLDCAP Barb to End Cap PLDBV Barbed Valve Trio-Spray Performance Data Base Outlet Size Pressure (PSI) Flow (GPH) SPRAY PATTERN Diameter of Throw (FT) Radius of Throw (FT) 360° X 18 Hole 180°90° 10.0 0 - 16.7 0 - 17.3 0 - 7.2 0 - 5.7 15.0 0 - 20.3 0 - 18.9 0 - 8.2 0 - 7.0 20.0 0 - 23.4 0 - 20.4 0 - 9.1 0 - 8.1 25.0 0 - 26.1 0 - 21.8 0 - 9.9 0 - 9.0 30.0 0 - 28.6 0 - 23.1 0 - 10.6 0 - 9.9 Trio-Spray Performance Data – Metric Base Outlet Size Pressure (kPa) Flow (LPH) SPRAY PATTERN Diameter of Throw (m) Radius of Throw (m) 360° X 18 Hole 180°90° 50 0 - 54 0 - 5.0 0 - 2.0 0 - 1.5 100 0 - 77 0 - 5.8 0 - 2.5 0 - 2.1 150 0 - 94 0 - 6.4 0 - 2.9 0 - 2.6 200 0 - 105 0 - 7.0 0 - 3.2 0 - 3.0 250 0 - 119 0 - 7.5 0 - 3.5 0 - 3.3 Solo-Drip Performance Data – Metric Pressure (kPa) Flow (LPH) Diameter of Throw (m) Adjustable to Maximum (approx 20 clicks) 100 0 - 40 0 - 0.5 150 0 - 50 0 - 0.6 200 0 -60 0 - 0.8 Halo-Spray Performance Data – Metric Pressure (kPa) Flow (LPH) Diameter of Throw (m) Adjustable to Maximum (approx 2 clicks) 100 0 - 52 0 - 1.7 150 0 - 65 0 - 2.8 200 0 -74 0 - 3.4 PLD Maximum Line Length Chart Pressure (PSI) Emitter Spacing Maximum Lateral Lenth (ft) 12"18"24" 15.0 190 261 325 20.0 279 384 479 25.0 331 459 574 30.0 354 490 614 35.0 390 542 679 40.0 420 585 735 45.0 436 607 761 50.0 472 654 819 PLD Maximum Line Length Chart Pressure (PSI) Emitter Spacing Maximum Lateral Lenth (ft) 12"18"24" 15.0 141 193 240 20.0 203 283 354 25.0 243 339 427 30.0 259 361 453 35.0 289 401 502 40.0 312 432 541 45.0 322 447 561 50.0 344 482 606 Micro Irrigation Performance Data Model Spec Builder Pressure (PSI) Flow (GPH)Throw Solo-Drip SD - (T,B,STK) 25 0 - 14 0 - 2.2 ft. dia. Halo-Spray HS - (T,B,STK) 25 0 -18 0 -10 ft. dia. Trio-Spray 360°SS - F 25 0 - 26 0 - 22 ft. dia. 180°SS - H 25 0 - 26 0 - 10 ft. rad. 90°SS - Q 25 0 - 26 0 - 9 ft. rad. PLD Max Line Length Chart Pressure (PSI) Slope % Radius ft.Emitter Spacing 15.0 0 344 475 594 2 394 571 732 4 433 647 840 20.0 0 479 660 823 2 440 609 761 4 482 691 879 25.0 0 509 703 879 2 545 777 988 4 577 839 1076 30.0 0 535 742 928 2 571 814 1033 4 604 874 1119 35.0 0 584 808 1010 2 617 877 1112 4 646 936 1198 40.0 0 627 868 1086 2 659 935 1184 4 686 989 1263 45.0 0 646 894 1119 2 676 958 1214 4 705 1014 1293 50.0 0 689 957 1200 2 714 1012 1281 4 748 1069 1360 .04 gPH 0.4 gPH 0.6 gPH 1.0 gPH *Maximum single lateral length at 0% slope Micro Spray Performance Data Name Pressure (PSI) Flow (GPH)Throw Solo-Drip 25 0 - 14 0 - 2.2 ft. dia. Halo-Spray 25 0 -18 0 -10 ft. dia. Trio-Spray 360°25 0 - 26 0 - 22 ft. dia. 180°25 0 - 26 0 - 10 ft. rad. 90°25 0 - 26 0 - 9 ft. rad. PLD Maximum Line Length Chart Pressure (PSI) Emitter Spacing Maximum Lateral Lenth (ft) 12"18"24" 15.0 344 475 594 20.0 479 660 823 25.0 509 703 879 30.0 535 742 928 35.0 584 808 1010 40.0 627 868 1086 45.0 646 894 1119 50.0 689 957 1200 Solo-Drip Performance Data Pressure (PSI) Flow (GPH) Diameter of Throw (FT) Adjustable to Maximum (approx 2 clicks) 15.0 0 - 11 0 - 1.5 20.0 0 - 12.5 0 - 1.9 30.0 0 -15.7 0 - 2.7 Solo-Drip Performance Data – Metric Pressure (PSI) Flow (GPH) Diameter of Throw (FT) Adjustable to Maximum (approx 2 clicks) 15.0 0 - 11 0 - 1.5 20.0 0 - 12.5 0 - 1.9 30.0 0 -15.7 0 - 2.7 PLD Maximum Line Length Chart Pressure (PSI) Emitter Spacing Maximum Lateral Lenth (ft) 12"18"24" 15.0 190 261 325 20.0 279 384 479 25.0 331 459 574 30.0 354 490 614 35.0 390 542 679 40.0 420 585 735 45.0 436 607 761 50.0 472 654 819 PLD Maximum Line Length Chart Pressure (PSI) Emitter Spacing Maximum Lateral Lenth (ft) 12"18"24" 15.0 141 193 240 20.0 203 283 354 25.0 243 339 427 30.0 259 361 453 35.0 289 401 502 40.0 312 432 541 45.0 322 447 561 50.0 344 482 606 Micro Irrigation Performance Data Model Spec Builder Pressure (PSI) Flow (GPH)Throw Solo-Drip SD - (T,B,STK) 25 0 - 14 0 - 2.2 ft. dia. Halo-Spray HS - (T,B,STK) 25 0 -18 0 -10 ft. dia. Trio-Spray 360°SS - F 25 0 - 26 0 - 22 ft. dia. 180°SS - H 25 0 - 26 0 - 10 ft. rad. 90°SS - Q 25 0 - 26 0 - 9 ft. rad. PLD Max Line Length Chart Pressure (PSI) Slope % Radius ft.Emitter Spacing 15.0 0 344 475 594 2 394 571 732 4 433 647 840 20.0 0 479 660 823 2 440 609 761 4 482 691 879 25.0 0 509 703 879 2 545 777 988 4 577 839 1076 30.0 0 535 742 928 2 571 814 1033 4 604 874 1119 35.0 0 584 808 1010 2 617 877 1112 4 646 936 1198 40.0 0 627 868 1086 2 659 935 1184 4 686 989 1263 45.0 0 646 894 1119 2 676 958 1214 4 705 1014 1293 50.0 0 689 957 1200 2 714 1012 1281 4 748 1069 1360 .04 gPH 0.4 gPH 0.6 gPH 1.0 gPH *Maximum single lateral length at 0% slope Micro Spray Performance Data Name Pressure (PSI) Flow (GPH)Throw Solo-Drip 25 0 - 14 0 - 2.2 ft. dia. Halo-Spray 25 0 -18 0 -10 ft. dia. Trio-Spray 360°25 0 - 26 0 - 22 ft. dia. 180°25 0 - 26 0 - 10 ft. rad. 90°25 0 - 26 0 - 9 ft. rad. PLD Maximum Line Length Chart Pressure (PSI) Emitter Spacing Maximum Lateral Lenth (ft) 12"18"24" 15.0 344 475 594 20.0 479 660 823 25.0 509 703 879 30.0 535 742 928 35.0 584 808 1010 40.0 627 868 1086 45.0 646 894 1119 50.0 689 957 1200 Solo-Drip Performance Data Pressure (PSI) Flow (GPH) Diameter of Throw (FT) Adjustable to Maximum (approx 2 clicks) 15.0 0 - 11 0 - 1.5 20.0 0 - 12.5 0 - 1.9 30.0 0 -15.7 0 - 2.7 Solo-Drip Performance Data – Metric Pressure (PSI) Flow (GPH) Diameter of Throw (FT) Adjustable to Maximum (approx 2 clicks) 15.0 0 - 11 0 - 1.5 20.0 0 - 12.5 0 - 1.9 30.0 0 -15.7 0 - 2.7 PLD Maximum Line Length Chart Pressure (PSI) Emitter Spacing Maximum Lateral Lenth (ft) 12"18"24" 15.0 190 261 325 20.0 279 384 479 25.0 331 459 574 30.0 354 490 614 35.0 390 542 679 40.0 420 585 735 45.0 436 607 761 50.0 472 654 819 PLD Maximum Line Length Chart Pressure (PSI) Emitter Spacing Maximum Lateral Lenth (ft) 12"18"24" 15.0 141 193 240 20.0 203 283 354 25.0 243 339 427 30.0 259 361 453 35.0 289 401 502 40.0 312 432 541 45.0 322 447 561 50.0 344 482 606 Micro Irrigation Performance Data Model Spec Builder Pressure (PSI) Flow (GPH)Throw Solo-Drip SD - (T,B,STK) 25 0 - 14 0 - 2.2 ft. dia. Halo-Spray HS - (T,B,STK) 25 0 -18 0 -10 ft. dia. Trio-Spray 360°SS - F 25 0 - 26 0 - 22 ft. dia. 180°SS - H 25 0 - 26 0 - 10 ft. rad. 90°SS - Q 25 0 - 26 0 - 9 ft. rad. PLD Max Line Length Chart Pressure (PSI) Slope % Radius ft.Emitter Spacing 15.0 0 344 475 594 2 394 571 732 4 433 647 840 20.0 0 479 660 823 2 440 609 761 4 482 691 879 25.0 0 509 703 879 2 545 777 988 4 577 839 1076 30.0 0 535 742 928 2 571 814 1033 4 604 874 1119 35.0 0 584 808 1010 2 617 877 1112 4 646 936 1198 40.0 0 627 868 1086 2 659 935 1184 4 686 989 1263 45.0 0 646 894 1119 2 676 958 1214 4 705 1014 1293 50.0 0 689 957 1200 2 714 1012 1281 4 748 1069 1360 .04 gPH 0.4 gPH 0.6 gPH 1.0 gPH *Maximum single lateral length at 0% slope Micro Spray Performance Data Name Pressure (PSI) Flow (GPH)Throw Solo-Drip 25 0 - 14 0 - 2.2 ft. dia. Halo-Spray 25 0 -18 0 -10 ft. dia. Trio-Spray 360°25 0 - 26 0 - 22 ft. dia. 180°25 0 - 26 0 - 10 ft. rad. 90°25 0 - 26 0 - 9 ft. rad. PLD Maximum Line Length Chart Pressure (PSI) Emitter Spacing Maximum Lateral Lenth (ft) 12"18"24" 15.0 344 475 594 20.0 479 660 823 25.0 509 703 879 30.0 535 742 928 35.0 584 808 1010 40.0 627 868 1086 45.0 646 894 1119 50.0 689 957 1200 Solo-Drip Performance Data Pressure (PSI) Flow (GPH) Diameter of Throw (FT) Adjustable to Maximum (approx 2 clicks) 15.0 0 - 11 0 - 1.5 20.0 0 - 12.5 0 - 1.9 30.0 0 -15.7 0 - 2.7 Solo-Drip Performance Data – Metric Pressure (PSI) Flow (GPH) Diameter of Throw (FT) Adjustable to Maximum (approx 2 clicks) 15.0 0 - 11 0 - 1.5 20.0 0 - 12.5 0 - 1.9 30.0 0 -15.7 0 - 2.7 PLD Maximum Line Length Chart Pressure (PSI) Emitter Spacing Maximum Lateral Lenth (ft) 12"18"24" 15.0 190 261 325 20.0 279 384 479 25.0 331 459 574 30.0 354 490 614 35.0 390 542 679 40.0 420 585 735 45.0 436 607 761 50.0 472 654 819 PLD Maximum Line Length Chart Pressure (PSI) Emitter Spacing Maximum Lateral Lenth (ft) 12"18"24" 15.0 141 193 240 20.0 203 283 354 25.0 243 339 427 30.0 259 361 453 35.0 289 401 502 40.0 312 432 541 45.0 322 447 561 50.0 344 482 606 Micro Irrigation Performance Data Model Spec Builder Pressure (PSI) Flow (GPH)Throw Solo-Drip SD - (T,B,STK) 25 0 - 14 0 - 2.2 ft. dia. Halo-Spray HS - (T,B,STK) 25 0 -18 0 -10 ft. dia. Trio-Spray 360°SS - F 25 0 - 26 0 - 22 ft. dia. 180°SS - H 25 0 - 26 0 - 10 ft. rad. 90°SS - Q 25 0 - 26 0 - 9 ft. rad. PLD Max Line Length Chart Pressure (PSI) Slope % Radius ft.Emitter Spacing 15.0 0 344 475 594 2 394 571 732 4 433 647 840 20.0 0 479 660 823 2 440 609 761 4 482 691 879 25.0 0 509 703 879 2 545 777 988 4 577 839 1076 30.0 0 535 742 928 2 571 814 1033 4 604 874 1119 35.0 0 584 808 1010 2 617 877 1112 4 646 936 1198 40.0 0 627 868 1086 2 659 935 1184 4 686 989 1263 45.0 0 646 894 1119 2 676 958 1214 4 705 1014 1293 50.0 0 689 957 1200 2 714 1012 1281 4 748 1069 1360 .04 gPH 0.4 gPH 0.6 gPH 1.0 gPH *Maximum single lateral length at 0% slope Micro Spray Performance Data Name Pressure (PSI) Flow (GPH)Throw Solo-Drip 25 0 - 14 0 - 2.2 ft. dia. Halo-Spray 25 0 -18 0 -10 ft. dia. Trio-Spray 360°25 0 - 26 0 - 22 ft. dia. 180°25 0 - 26 0 - 10 ft. rad. 90°25 0 - 26 0 - 9 ft. rad. PLD Maximum Line Length Chart Pressure (PSI) Emitter Spacing Maximum Lateral Lenth (ft) 12"18"24" 15.0344 475 594 20.0479 660 823 25.0509 703 879 30.0535 742 928 35.0584 808 1010 40.0627 868 1086 45.0646 894 1119 50.0689 957 1200 Solo-Drip Performance Data Pressure (PSI) Flow (GPH) Diameter of Throw (FT) Adjustable to Maximum (approx 20 clicks) 15.00 - 11 0 - 1.5 20.00 - 12.5 0 - 1.9 30.00 -15.7 0 - 2.7 Halo-Spray Performance Data Pressure (PSI) Flow (GPH) Diameter of Throw (FT) Adjustable to Maximum (approx 14 clicks) 15.0 0 - 14 0 - 5.8 20.0 0 - 16 0 - 7.7 30.0 0 -20 0 - 11.5 PLD Insert Fittings Model Description PLD050 Barb to ½" NPT Adapter PLD075 Barb to ¾" NPT Adapter PLDCPL Barb to Barb Coupling PLDELB Barb to Barb, 90° Elbow PLDTEE Barbed Tee PLDCAP Barb to End Cap PLDBV Barbed Valve Trio-Spray Performance Data Base Outlet Size Pressure (PSI) Flow (GPH) SPRAY PATTERN Diameter of Throw (FT) Radius of Throw (FT) 360° X 18 Hole 180°90° 10.00 - 16.7 0 - 17.3 0 - 7.2 0 - 5.7 15.00 - 20.3 0 - 18.9 0 - 8.2 0 - 7.0 20.00 - 23.4 0 - 20.4 0 - 9.1 0 - 8.1 25.00 - 26.1 0 - 21.8 0 - 9.9 0 - 9.0 30.00 - 28.6 0 - 23.1 0 - 10.6 0 - 9.9 Trio-Spray Performance Data – Metric Base Outlet Size Pressure (kPa) Flow (LPH) SPRAY PATTERN Diameter of Throw (m) Radius of Throw (m) 360° X 18 Hole 180°90° 500 - 54 0 - 5.0 0 - 2.0 0 - 1.5 1000 - 77 0 - 5.8 0 - 2.5 0 - 2.1 1500 - 94 0 - 6.4 0 - 2.9 0 - 2.6 2000 - 105 0 - 7.0 0 - 3.2 0 - 3.0 2500 - 119 0 - 7.5 0 - 3.5 0 - 3.3 Solo-Drip Performance Data – Metric Pressure (kPa) Flow (LPH) Diameter of Throw (m) Adjustable to Maximum (approx 20 clicks) 1000 - 40 0 - 0.5 1500 - 50 0 - 0.6 2000 -60 0 - 0.8 Halo-Spray Performance Data – Metric Pressure (kPa) Flow (LPH) Diameter of Throw (m) Adjustable to Maximum (approx 2 clicks) 100 0 - 52 0 - 1.7 150 0 - 65 0 - 2.8 200 0 -74 0 - 3.4 PLD Maximum Line Length Chart Pressure (PSI) Emitter Spacing Maximum Lateral Lenth (ft) 12"18"24" 15.0190 261 325 20.0279 384 479 25.0331 459 574 30.0354 490 614 35.0390 542 679 40.0420 585 735 45.0436 607 761 50.0472 654 819 PLD Maximum Line Length Chart Pressure (PSI) Emitter Spacing Maximum Lateral Lenth (ft) 12"18"24" 15.0 141 193 240 20.0 203 283 354 25.0 243 339 427 30.0 259 361 453 35.0 289 401 502 40.0 312 432 541 45.0 322 447 561 50.0 344 482 606 Micro Irrigation Performance Data Model Spec Builder Pressure (PSI) Flow (GPH)Throw Solo-Drip SD - (T,B,STK) 25 0 - 14 0 - 2.2 ft. dia. Halo-Spray HS - (T,B,STK) 25 0 -18 0 -10 ft. dia. Trio-Spray 360°SS - F 25 0 - 26 0 - 22 ft. dia. 180°SS - H 25 0 - 26 0 - 10 ft. rad. 90°SS - Q 25 0 - 26 0 - 9 ft. rad. PLD Max Line Length Chart Pressure (PSI) Slope % Radius ft.Emitter Spacing 15.0 0 344 475 594 2 394 571 732 4 433 647 840 20.0 0 479 660 823 2 440 609 761 4 482 691 879 25.0 0 509 703 879 2 545 777 988 4 577 839 1076 30.0 0 535 742 928 2 571 814 1033 4 604 874 1119 35.0 0 584 808 1010 2 617 877 1112 4 646 936 1198 40.0 0 627 868 1086 2 659 935 1184 4 686 989 1263 45.0 0 646 894 1119 2 676 958 1214 4 705 1014 1293 50.0 0 689 957 1200 2 714 1012 1281 4 748 1069 1360 .04 gPH 0.4 gPH0.6 gPH 1.0 gPH *Maximum single lateral length at 0% slope Micro Spray Performance Data Name Pressure (PSI) Flow (GPH)Throw Solo-Drip 25 0 - 14 0 - 2.2 ft. dia. Halo-Spray 25 0 -18 0 -10 ft. dia. Trio-Spray 360°25 0 - 26 0 - 22 ft. dia. 180°25 0 - 26 0 - 10 ft. rad. 90°25 0 - 26 0 - 9 ft. rad. LIT-459 4/08