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TBTBPOCMFS
<br />Point of Connection
<br />Meter and backflow preventer
<br />per Civil Engineer's plans, refer
<br />to Civil plans for final location.
<br />Mainline
<br />Shown schematically. Install
<br />along back of walk or curb as
<br />feasible. Group valves in
<br />shrub areas.
<br />Master Valve and Flow Sensor
<br />Master valve and flow sensor,
<br />install downstream of backflow
<br />prevention device.
<br />Bubbler symbols are shown
<br />diagrammatically, located
<br />bubblers at each tree, typ.
<br />Bubbler symbols are shown
<br />diagrammatically, located
<br />bubblers at each tree, typ.
<br />(1) 4" sleeves
<br />(3) 3" sleeve
<br />Install quick coupler
<br />adjacent to trash
<br />enclosure
<br />C
<br />W
<br />Controller
<br />Locate controller on wall of the
<br />trash enclosure. Extend electrical
<br />supply to controller. Final location
<br />to be determined in field.
<br />Weather Sensor
<br />Locate weather sensor on
<br />eave of building in nearby
<br />location with unimpeded
<br />rainfall and sunlight and
<br />connect to controller.
<br />Irrigation Sleeves
<br />Install sleeves prior to
<br />placement of paving and final
<br />sub-grade preparation. Refer to
<br />Legend for size and quantity at
<br />each location, typ.
<br />3 4"
<br />3 4"
<br />3 4"
<br />1"
<br />3 4"
<br />114"
<br />1"3 4"
<br />112"
<br />3 4"
<br />3 4"
<br />3 4"
<br />3 4"3 4"
<br />114"114"
<br />114"
<br />114"114"114"
<br />17.98
<br />1"52.02
<br />1"
<br />66.16
<br />1"
<br />72.04
<br />1"
<br />83.59
<br />1"
<br />17.09
<br />1"
<br />FF F F F
<br />F
<br />F
<br />FF
<br />F F
<br />114"
<br />Commerce CourtCommerce CourtAdj. Retail
<br />Proposed
<br />Building
<br />T
<br />SYMBOL MANUFACTURER/MODEL/DESCRIPTION ARC PSI GPM RADIUS DETAIL
<br />Hunter RZWS-SLEEVE-18-CV 25 360 20 0.25 3'H/L5.1
<br />18" long with 0.25 gpm bubbler, Check Valve, and 1/2" swing
<br />joint. Install two (2) at each tree, locate on opposite sides of the
<br />tree and adjacent to the root ball.
<br />SYMBOL MANUFACTURER/MODEL/DESCRIPTION DETAIL
<br />Hunter ICZ-101-25-LF G/L5.1
<br />Drip Control Zone Kit. Globe valve with filter system, valve size
<br />per valve callout. Pressure Regulation: 25psi. 150 mesh
<br />stainless steel screen.
<br />Toro T-FCH-H-FIPT C/L5.2
<br />Flush valve, plumbed to flush manifold at low point or at end of
<br />supply line of each zone. Install in 6" round plastic valve box.
<br />Area to Receive Drip Emitters
<br />Hunter HE-B A/L5.2
<br />Point Source Drip Emitter with Self Piercing Barb with diffuser
<br />cap. Install on 5/8" or 3/4” polyethylene supply tubing to each
<br />plant. Install emitters equally around the plant at the rates
<br />provided below. Install supply tubing min. 3" below grade with
<br />staples 5’ oc max. Provide flush valve in 6" round plastic box at
<br />the end of each assembly. Locate on uphill side of plant; evenly
<br />space around root ball at locations with multiple emitters.
<br />Emitter Notes:
<br />20HE-B emitters (1 assigned to each 1 gal. plant)
<br />05HE-B emitters (2 assigned to each 5 gal. plant)
<br />20HE-B emitters (4 assigned to each 15 gal. plant)
<br />SYMBOL MANUFACTURER/MODEL/DESCRIPTION DETAIL
<br />Hunter ICV-G F/L5.1
<br />Plastic Electric Remote-Control Valve, Globe Configuration, with
<br />NPT Threaded Inlet/Outlet, size per plans
<br />Hunter HQ-44LRC D/L5.1
<br />Quick coupler valve, yellow rubber locking cover, red brass and
<br />stainless steel, with 1" NPT inlet, 2-piece body.
<br />Nibco T-113-K C/L5.1
<br />Class 125 bronze gate valve, same size as mainline pipe
<br />diameter at valve location.
<br />Hunter ICV-G 1"E/L5.1
<br />Electric Plastic In-Line Master Valve. Standard Solenoid. Globe
<br />Body Style. Size per plans.
<br />Hunter IC-0600-M A/L5.1
<br />Controller, outdoor model, provide expansion modules for
<br />required number of stations. Include options to work with flow
<br />and weather sensors. Provide and connect to electrical supply.
<br />Final location determined in field with Owner`s representative or
<br />Architect.
<br />Hunter WSS-SEN B/L5.1
<br />Wireless weather sensor with manufacturer-provided mounting
<br />bracket. Verify compatibility with controller. Locate so that
<br />sensor receives unimpeded sunlight and rainfall, connect to
<br />controller.
<br />Creative Sensor Technology FSI-T10-001 E/L5.1
<br />Creative Sensor Technology, 1” PVC flow sensor. Verify
<br />compatibility with controller.
<br />Point of Connection 2"
<br />Meter and backflow, per civil engieneer`s plans. Design based
<br />on 52 psi in street, verify and notify owner and landscape
<br />architect if different and for resulting design modification, as
<br />needed.
<br />Irrigation Lateral Line: PVC Schedule 40 D/L5.2
<br />Irrigation Mainline: PVC Schedule 40 D/L5.2
<br />Pipe Sleeve: PVC Class 200 SDR 21 E/L5.2
<br />Install dbl. 3" (min.) sleeves at each location on the plan. For
<br />pipes 2" and greater install sleeves at twice the diameter of the
<br />pipe.
<br />F
<br />M
<br />C
<br />W
<br />FS
<br />POC
<br />#"
<br />#
<br />Valve Number
<br />Valve Size
<br />Valve Flow
<br />Valve Callout
<br />#
<br />IRRIGATION SCHEDULE
<br />L3.1
<br />Irrigation
<br />Plan
<br />Checked By:
<br />Drawn By:
<br />Project No.:
<br />LDA Partners, Inc.
<br />Designers & Architects
<br />222 Central Court
<br />Stockton, CA 95204
<br />209.943.0405
<br />www.ldapartners.com
<br />Client:
<br />Architect:
<br />Project:
<br />450 COMMERCE COURT
<br />MANTECA, CA 95336
<br />11/13/2020 3:11:00 PMRSH
<br />RSH
<br />18-077 (SHLA 19-008)
<br />PERMIT SUBMITTAL
<br />06.02.2021
<br />MACHADO SPORTS COMPLEX
<br />1020 MARSH CREEK
<br />EBMA INVESTMENTS
<br />MANTECA, CA, 95336
<br />No.Description Date By
<br />S a m H a r n e d
<br />L a n d s c a p e
<br />A r c h i t e c t u r e
<br />P O B o x 2 2 7 5
<br />O a k d a l e , C A 9 5 3 6 1
<br />w w w .h a r n e d l a .c o m
<br />2 0 9 -3 8 0 -7 3 7 6
<br />07 June 2021
<br />NORTH
<br />Notes:
<br />1.See Sheet L7.1 for
<br />WELO calculations and
<br />notes, and valve table.
<br />0'10'20'40'
<br />scale: 1" = 20'-0"Matchline A - See Sheet L3.21.Contractor shall become familiar with the drawings, specifications, and site conditions prior to beginning work.
<br />Should conflicting information be found in these documents or between these documents and site conditions,
<br />notify the Landscape Architect before proceeding with the work in question.
<br />2.All existing utilities, water lines, and fire hydrants shall remain connected and in full continuous operation unless
<br />specifically directed otherwise.
<br />3.Irrigation design is based on a minimum 80 psi and maximum 100 psi static water pressure at the point of
<br />connection after the water meter. Verify prior to ordering materials or starting work. Notify the Landscape
<br />Architect if water pressure differs from pressure on which the design is based. Variation from design pressure
<br />may require changes and additions to the equipment specifications.
<br />3.1.Booster Pump: If verified static pressure is less than minimum required design pressure, provide a booster
<br />pump as appropriate to yield the required minimum pressure based on anticipated maximum and
<br />minimum flows required for system to operate within water window requirements.
<br />3.2.Pressure Regulator: If verified static pressure is more than maximum, design pressure, provide a pressure
<br />regulator as appropriate to yield the required pressure based on anticipated maximum and minimum
<br />flows required for system to operate within water window requirements.
<br />4.Irrigation plan is diagrammatic. Actual routing of pipe and location of equipment shall be determined based on
<br />field conditions and as directed by the Landscape Architect. Install pipe and equipment in landscape areas
<br />wherever possible unless specifically noted otherwise. Stake layout of mainline and primary laterals for field
<br />review and approval prior to trenching. Field adjust existing irrigation system as necessary.
<br />5.Pipe Sizing:
<br />5.1.Minimum pipe size shall be 3/4".
<br />5.2.Unlabeled pipe segments shall be equal to the size of the segment immediately upstream.
<br />5.3.In making adjustments to irrigation zone layouts Contractor shall be responsible to determine pipe sizes as
<br />required to deliver water pressure required for each outlet device considering flow rate, elevation
<br />changes, length of run, and other factors affecting pressure loss. Maximum flows in various pipe sizes
<br />shall not exceed the following guidelines. Flows may may need to be significantly less than the
<br />maximums stated below to off-set other factors affecting pressure loss:
<br />5.3.1.3/4":up to 6 gpm.
<br />5.3.2.1":6 to 8 gpm.
<br />5.3.3.1-1/4":8 to 16 gpm.
<br />5.3.4.1-1/2":16 to 23 gpm.
<br />5.3.5.2":23 to 38 gpm.
<br />5.4.Mainline pipe sizes shall not be changed without written approval of the Landscape Architect.
<br />5.5.Lateral line pipe runs of lengths greater than the typical distance between outlet devices shall not be made
<br />without written approval of the Landscape Architect.
<br />6.Do not install the irrigation system as shown on the drawings when it is obvious in the field that obstructions,
<br />grade differences or differences in the area dimensions exist that might not have been considered in the
<br />engineering. Notify the Landscape Architect of all such conditions immediately upon discovery. In the event this
<br />notification is not provided, the Contractor shall assume full responsibility for all revisions necessary in response
<br />to field conditions with no additional compensation.
<br />7. Controller(s):
<br />7.1.Locate as directed. Extend electrical service to controllers and dedicate one breaker of proper size for
<br />each controller. Provide one additional duplex outlet at each controller location.
<br />7.2.Electrical service to controllers shall be completed by a licensed electrical contractor in accordance with all
<br />applicable codes.
<br />8.Sleeves:
<br />8.1.All pipe under existing and proposed paving shall be installed in sleeves.
<br />8.2.Sleeves are shown for contractor's convenience. Contractor shall be responsible to coordinate irrigation
<br />sleeve locations and installation with other trades.
<br />8.3.Extend all sleeves 18 inches beyond paving, cap and clearly mark by approved means to facilitate
<br />recovery.
<br />8.4.Install sleeves to accommodate future paving where indicated or as may be needed.
<br />9.Spray Heads and Rotors:
<br />9.1.Install perpendicular to grade unless otherwise noted in plans.
<br />10.Drip Emitters:
<br />10.1.Install drip supply lines minimum 3" below grade.
<br />10.2.Located emitters 3"-6" from main trunk or stem.
<br />10.3.Include bug-guard and galvanized stake(s) for each emitter.
<br />11. Contractor to flush entire system and adjust all delivery devices and assemblies for complete coverage and
<br />reduced over-spray, prior to project completion.
<br />12.An irrigation audit shall be completed by a Certified Landscape Irrigation Auditor in conformance with the
<br />jurisdictional Water Efficient Landscape Ordinance (WELO or MWELO). The audit shall be provided to the
<br />jurisdictional agency for review and approval.
<br />IRRIGATION NOTES
<br />SUPPLEMENTAL IRRIGATION SYMBOL LEGEND
<br />Break between drip areas on different circuits.
<br />Symbol
<br />Item Description
<br />Losses (in psi)
<br />Lateral 2.00
<br />Fittings 0.20
<br />Remote control valve 2.80
<br />Main line 0.79
<br />Master Valve 2.80
<br />Backflow 12.00
<br />Meter 0.40
<br />Elev. loss POC to valve 0.00
<br />Total losses:20.99 psi
<br />CRITICAL CIRCUIT PRESSURE LOSS CALCULATIONS
<br />Station: 4
<br />Station flow: 7.14 gpm
<br />Available static
<br />pressure at City supply: 52.0 psi
<br />Pressure loss through system:20.99 psi
<br />Available pressure:31.01 psi
<br />Pressure required:25.0 psi
<br />I have complied with the criteria of the water efficient landscape ordinance and applied
<br />them accordingly for the efficient use of water in the landscape design plans.
<br />WELO COMPLIANCE STATEMENT
<br />Sam Harned
<br />CLA #4881
<br />Date
<br />07 June 2021
<br />6/8/2021, 1:58:25 PM
<br />21-0396
<br />LUMEN ARCEO
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