Winter Haven Irrigation has 15 years of experience designing, installing and repairing in-ground sprinkler systems in Winter Haven, Florida. Residential sprinkler system installation is our primary service. We also handle commercial systems, repairs, maintenance and inspections, along with specialty work involving pumps, drip irrigation, drainage and backflow preventers.
Every system we install is designed to comply with Florida Statute 373.62 and the Southwest Florida Water Management District rules that apply to the property. Each installation includes the backflow protection and automatic shutoff technology required for that property. We size the system for the property’s available water supply and select efficient nozzles for the lawn and planting beds. Because Central Florida’s sandy soil affects how quickly water moves through the ground, we use application rates that give the lawn more even coverage.
We install and service irrigation systems throughout Winter Haven, Lake Alfred, Eagle Lake, Dundee and surrounding Polk County communities. Depending on the property, our systems can run on municipal water, reclaimed water, private wells or lake water. A lakefront property in Winter Haven and a well-fed property in Dundee may require very different equipment and layouts, and we have designed systems for both types of properties throughout Polk County. Call or use our online form today to inquire about a free on-site estimate for our sprinkler services.
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Winter Haven Irrigation is a certified irrigation contractor, and every system is planned from conditions measured on the property.
Call (863) 877-4859, or send your details through the quote form.
A new lawn needs watering that reaches every area evenly, while an old underground sprinkler system that has failed may need a full replacement. We handle both types of lawn sprinkler system installation. Before planning a complete in-ground sprinkler system from the water source to the last head on the last zone, we evaluate the property and build the layout around what we find.
Two houses on the same street can need different systems because the available water pressure and flow determine how many heads will work properly at once. We read the static pressure at an outside hose bib with nothing else running, then time the flow into a bucket to calculate gallons per minute. Most residential spray zones are designed around 30 to 45 psi at the nozzle, and the available flow sets the zone count. Push a zone past what the supply can deliver, and the heads at the far end run weak. A high-pressure supply may need a regulator, while a low-pressure supply may require a booster pump. Before quoting, a lawn irrigation contractor should use those readings to establish the zone count, select the head types and decide where each head goes.
Turf, beds and trees draw water at different depths and different rates, so putting them on one valve can overwater one to keep another alive. St. Augustine needs noticeably more water than Bahia, which roots deeper and rides out a dry spell. We choose sprays for strips, rotors for open turf and drip for beds according to the area each zone serves. Because tree roots reach wider and deeper than turf roots, we keep trees off a lawn zone whenever the layout permits.
Different parts of your lawn need different heads to get the right amount of water. Fixed spray heads cover tight strips and small turf areas, while gear-driven rotors serve larger open lawns. Rotary nozzles deliver 0.4 to 0.6 inches per hour in slow streams, roughly a third of what a fixed spray puts down. To keep a zone watering evenly, we use matched precipitation, which means every head on that zone applies the same depth per hour. That is why we avoid mixing rotors and sprays on one valve. Pressure-regulating stems keep spray bodies at a fixed 30 or 40 psi, while in-head check valves stop water from draining through the lowest head on a slope after the zone shuts off.
Dry rings in the turf and water hitting the drive, walls or windows usually point to heads that are spaced or aimed incorrectly. Each head needs to reach the next one, a layout called full head-to-head spacing, and we set the arcs so the water lands on the lawn and beds, not the pavement. When a head falls short of its neighbor, the uncovered ring shows up in the turf by June. Wind and high supply pressure can also push spray off target, which is the other half of why we keep nozzle pressure regulated.
Routine lawn work should not reach the pressurized pipe, and future service should not require searching across the lot for buried valves. We run Schedule 40 PVC on the mainline, the thicker-walled grade that holds pressure all the time, and bury it deeper than lawn tools reach. Class 200 or flexible poly goes on the laterals, which only see pressure while a zone runs and usually sit 6 to 12 inches deep. Solenoid valves, the electric valves that switch each zone on and off, are grouped into a few accessible valve boxes. We install the pipe behind a vibratory plow or a trencher, whichever suits the lot and the turf.
Adding a zone later should not require digging the trench again. The controller needs one station per zone plus spare capacity for later changes, and all low-voltage wiring runs back to it. Where appropriate, we leave spare wires in the trench so another zone can be added later. Because lightning and power surges are common in Central Florida, the controller goes on a GFCI-served, surge-protected connection. We mount the rain sensor in open weather, clear of eaves and tree cover, so it reads the rain your lawn actually gets.
Our Services
When an old system is past saving, a full replacement starts the property over rather than patching zone by zone. We install new systems and full replacements, and the job covers trenching, pipe, valves, wiring, heads and the controller, plus the backflow protection and rain shutoff device Florida law requires. The step-by-step process below shows how an installation runs from the first visit through the final walkthrough.
On a large site, a mainline break can pour water for hours before anyone spots it, leaving you with water loss and damage to address. We pair a master valve with a flow sensor set just above the largest zone's normal draw, so abnormal flow shuts the mainline down. When a property has dozens of valves, two-wire decoder control uses a single wire pair to serve every valve instead of requiring a separate wire run for each, and it manages those valves across HOAs, retail centers, offices, multifamily properties and municipal grounds.
The cheapest time to run pipe under a driveway is before the driveway exists. Before the drives, walks and patios go in, we set sleeves at roughly twice the pipe diameter beneath them, coordinate the mainline and valve locations with the builder's utility plan, and charge and test the system before sod goes down. We also set the heads to finished grade, so nothing needs lifting after the landscaping is complete.
Waterfront and canal lots can draw irrigation water straight from the lake, so none of it goes through a water meter. For eligible properties, we design and install pump-fed systems that include intake screening, filtration, pressure control and properly sized zones. Because surface water carries algae and organic debris, the intake screen needs checking most often. A foot valve keeps the pump full of water between cycles so it does not have to re-prime.
A reclaimed-water supply must stay identifiable and physically separate from the potable plumbing. Reclaimed water is treated wastewater that is piped separately and sold for irrigation. We identify the system with purple pipe, purple valve-box lids and tagged heads, and we do not install hose connections that could be mistaken for a drinking-water outlet. Before reclaimed water reaches drip zones, filtration catches the solids that block small emitters.
Wet-season rain can leave a flat Central Florida yard saturated for days, especially where water collects at the low points. We build French drains with perforated pipe, washed stone and filter fabric, and set catch basins where the water gathers. For the drain to carry water away, it needs about 1% of fall, roughly an eighth of an inch per foot, to a suitable discharge point.
A well or lake supply depends on its pump to produce enough pressure for every head to work properly. We fit a centrifugal pump for drawing from the surface or a submersible pump for a drilled well, then size it by the gallons per minute it must deliver at the pressure the heads need. Because the controller cannot handle the pump’s electrical load directly, a pump start relay lets it switch the larger load, while dry-run protection keeps the pump from operating without water.
Trees, shrubs and planting beds need less flow than a lawn spray zone provides. Pressure-compensating emitters keep the flow between 0.5 and 2.0 gallons per hour at both the start and far end of a line, with a 25 psi regulator controlling the pressure and a fine filter keeping debris out. Water-district restrictions treat this type of low-volume micro-irrigation separately from lawn zones.
You can buy the irrigation plan without buying the installation, giving you a completed design that builders, landscape architects and owners can use to request bids from installation contractors. The drawing identifies the head types, spacing, valve locations and pipe sizes. It also holds pipe velocity near 5 feet per second to limit water hammer, the pressure bang that slams pipes when a valve closes. When utility markings reveal an underground conflict, the proposed route may be revised before installation.
A clock timer follows the same watering program no matter what the weather does. A WaterSense-labeled smart irrigation controller tracks evapotranspiration, the rate at which a lawn loses water to the sun and wind, and trims run times to match. EPA puts the saving from that swap at up to 15,000 gallons a year for an average home.
Your backflow preventer protects the drinking-water line by stopping irrigation water from being drawn back into it. The connection between those systems is what the trade calls a cross-connection. A pressure vacuum breaker suits a site where it can sit a full 12 inches above the highest head it feeds. A higher hazard, such as a reclaimed line, requires a reduced-pressure assembly, the stricter type of preventer. A certified backflow tester recognized by your water utility checks it and files the result.
Dead zones, sunken heads and persistently wet areas can point to different problems, so sprinkler repair begins by finding the actual cause. A valve locator and wire tracer help us locate buried valves, damaged wiring and common-wire breaks while limiting how much of your lawn needs to be dug up. A reading at the solenoid then separates a failed valve from a break farther out in the line.
Guesswork cannot tell you whether a system is watering evenly. An audit measures what the system actually delivers. We set catch cups on a grid, run the zone and score distribution uniformity from 0 to 1. Measured spray zones commonly land in the 0.40s or 0.50s. A score below 0.60 usually points to head spacing, pressure or nozzle selection. Most systems we audit have room to recover water, and you get a written run-time schedule based on the numbers.
Your irrigation system can keep running even as it gradually drifts out of adjustment, because a system rarely fails all at once. Scheduled irrigation maintenance cleans nozzle filter screens, straightens risers, resets the arc and radius, and checks the solenoids and field wiring. As daylight and rainfall change, we also reset the seasonal adjust percentage. Schedule a one-time sprinkler tune-up or quarterly maintenance.
The water supply available to your property determines what the irrigation system needs to run properly. Four supplies are available around Winter Haven: city water, reclaimed water, a private well and the lakes themselves. Each one changes the hardware on the property, so we match the irrigation pump, the filtration and the controller to the supply a system actually runs on.
Your choice of water supply affects both seasonal costs and the equipment you will need to maintain. City water is the simplest to connect and the most expensive to run across a season. Reclaimed water is supplied for irrigation and stays separate from the potable plumbing. A well skips the meter but brings a pump, a pressure tank and its own upkeep. Lake frontage opens up surface water, with an intake and filtration to match.
The dirtier your water source, the more filtration it needs before the water reaches the zones. A disc or screen filter sits before the valves, and drip emitters need a finer stage than spray heads. On a potable connection, the backflow assembly goes in first at the tap, with the filter downstream of it.
How actively you plan to manage the system determines which controller makes sense. A conventional timer costs less, as long as someone resets it when the season turns. An owner who travels, or who runs several properties, is better served by a controller reachable from a phone. When watering rules change, you can update the schedule without walking out to the controller.
Sprinkler system installation cost depends primarily on the system layout, water source and obstacles the piping must cross. We base your irrigation system cost on the equipment, materials and labor needed for those conditions.
A clear installation process lets you know what will happen from the first call through the final walkthrough. Winter Haven Irrigation follows the same sequence on every installation.
During a free on-site visit, you show us the lawn and planting beds that need watering, and we take our own measurements of the property.
You receive a proposed zone layout and an itemized written estimate based on what we measured, so you can decide whether to move ahead.
Before we dig, we file a Sunshine 811 locate at least two business days ahead, flag the irrigation route and confirm the work area with you.
Most of your lawn stays intact during installation. Where the trench runs, the disturbed grass knits back over the following weeks.
Because every zone has its own watering needs, we program a separate run time for each one. We also fit the rain shutoff device and check that it works.
You can watch the coverage test if you want to while we correct the spray arcs, watering radii and any overspray near walls or pavement.
Before we leave, we walk through the system with you zone by zone, showing you how to use the controller and where the valves sit. You keep an as-built drawing of the finished layout. If new sod has gone down, we set the system to water more often and for shorter runs until the turf roots.
Start with an on-site estimate by calling (863) 877-4859 or using the quote form.
Call Now: (863) 877-4859A watering schedule that no longer matches the current rules can leave you out of compliance, even when the controller itself is working properly. The rules that apply right now are set regionally, enforced locally, and can change with drought conditions.
The watering limits that apply to your property depend on its address. The Southwest Florida Water Management District sets limits across the region, while cities and utilities enforce them and can impose stricter rules. As a result, the rules inside Winter Haven can differ from those in the towns around it. For an address in the city, check the City of Winter Haven water conservation and watering rules (https://www.mywinterhaven.com/367/Water-Conservation). Everywhere else, use the district's restrictions by county (https://www.swfwmd.state.fl.us/business/epermitting/district-water-restrictions).
Using a private well or drawing from a lake does not exempt your property because the restrictions cover wells and lakes too. We program your controller to the rules in force when we hand the system over, and we reset it when the district or the city revises them.
When a tight watering window concentrates a zone's weekly water into fewer, shorter runs, applying too much at once can send water running across the surface instead of into the ground. Cycle and soak splits each zone into two or three passes with a pause between them, giving the water time to soak in. We base the run times on the sprinkler output measured on site, so each pass puts down only what the ground can take before the next one.
Living in Winter Haven puts you in a landscape centered on the Chain of Lakes, with roughly 50 lakes inside or along the city limits. The North Chain and South Chain connect through a canal and lock between Lake Hartridge and Lake Conine. Familiar landmarks include Legoland Florida on the grounds of the old Cypress Gardens attraction, along with Chain of Lakes Park and Polk State College. Citrus packing helped build the city, and the first Publix opened here in 1930.
For a lawn here, both the sandy ground and the timing of the rain matter. Winter Haven sits about 161 feet above sea level on sandy Central Florida ridge ground near the Peace River headwaters. The city gets about 46.12 inches of rain a year, with 26.63 inches falling between June and September.
What matters to your lawn is how much of what you apply stays within reach of the roots, a measure called water-holding capacity. A sandy profile holds about an inch of usable water per foot of depth, while loam holds twice that or more. Anything that travels below the root zone is gone. Sand still sheds water where the ground is compacted and the sprinklers put it down faster than it can soak in, which is why the application rate matters as much as the run time.
Summer storms here arrive most afternoons, and a fixed program runs straight through them. By the time the sprinklers come on, the ground is already saturated, so the water drains past the roots without doing anything for the lawn. Shutoff technology is what breaks that cycle.
For homeowners with lakefront or canal frontage, drawing irrigation water from the surface can be a routine option. The South Chain lies almost entirely inside the city, so lakefront and canal frontage is common on ordinary residential lots around Lake Howard, Lake Shipp and Lake Elbert.
Water sources, utility requirements and watering restrictions can vary between Winter Haven and nearby Polk County communities. Winter Haven Irrigation provides installation, repair, maintenance and inspection throughout the areas listed below.
Winter Haven neighborhoods and lake areas:
Nearby Polk County communities we serve:
We install the mainline, laterals, valves, heads, controller, rain shutoff device and backflow assembly. You also get the as-built drawing, which marks every valve and the area each one waters.
Available flow in gallons per minute sets the ceiling, and turf, beds and trees each take their own zone on top of that. On a quarter-acre lot that usually lands somewhere between 6 and 10.
Yes. A lake-fed system needs a screened intake, a foot valve and filtration; a well needs a pump and a pressure tank. Neither is exempt from watering restrictions.
It depends on the property's location and the restrictions in force at the time. Check the City of Winter Haven water conservation page, or your own provider if you are outside its service area.
Permit requirements depend on the scope of the project and whether the property is inside Winter Haven or elsewhere in Polk County. When a permit is required for an installation or major alteration, we handle the application and required inspections.
Many residential jobs are finished within about two days, depending on the size and complexity of the system, and where site conditions allow we bore under drives and walks rather than cutting them. Avoid walking or mowing directly over the trench lines until the disturbed turf has settled.
The number of zones, head types, water source and any driveways or walkways the piping must cross all affect the price, as set out under What Drives Sprinkler System Installation Cost above. We quote from measurements taken on the property rather than from a published range.
Tell us what the property has now and what you want it to do. Winter Haven Irrigation provides professional sprinkler system installation, repairs and maintenance throughout Winter Haven and nearby Polk County communities. We come out, walk the property with you and put the price in writing.
Call us at (863) 877-4859, or send the details through the quote form.
