Professional Irrigation & Sprinkler Services

Professional irrigation and sprinkler services help lawns, landscapes, gardens and commercial grounds receive consistent water without unnecessary waste. Complete services include sprinkler system installation, irrigation repair, seasonal maintenance, winterization, spring startup, drip irrigation and smart controller upgrades.

A properly designed irrigation system distributes water according to plant needs, soil conditions, sun exposure and available water pressure. Professional installation and routine maintenance can help prevent dry spots, oversaturated areas, damaged landscaping and excessive water use.

Complete Irrigation and Sprinkler Solutions

Irrigation and sprinkler companies install, repair, maintain and upgrade automatic watering systems for residential and commercial properties. Popular irrigation services include:

• Sprinkler system installation
• Irrigation system design
• Underground irrigation installation
• Sprinkler system repair
• Broken sprinkler head replacement
• Underground irrigation leak repair
• Sprinkler valve repair and replacement
• Sprinkler controller repair
• Smart irrigation controller installation
• Sprinkler system maintenance
• Sprinkler head adjustment
• Zone troubleshooting
• Water pressure diagnostics
• Sprinkler system inspections
• Sprinkler winterization
• Irrigation blowout services
• Spring sprinkler startup
• Drip irrigation installation
• Drip irrigation repair
• Landscape irrigation upgrades
• Water-efficient nozzle installation
• Rain sensor installation
• Soil moisture sensor installation
• Backflow preventer inspection and repair
• Irrigation pump services
• Commercial irrigation services

Sprinkler System Installation

A professionally installed sprinkler system delivers water to lawns and landscaped areas according to a planned schedule. The installation process begins with evaluating the property, water supply, landscape design and watering requirements.

A custom irrigation plan may consider:

• Property size and layout
• Lawn and planting-bed locations
• Plant types and watering needs
• Soil type and drainage
• Sun and shade exposure
• Slopes and elevation changes
• Available water pressure and flow
• Existing trees and hardscapes
• Building foundations and paved areas
• Appropriate sprinkler head placement
• Separate watering zones
• Controller and sensor options

Custom Irrigation System Design

Effective irrigation design divides the landscape into zones with similar watering requirements. Turf, flower beds, shrubs, trees and shaded areas may require different watering methods or schedules.

Each zone should be designed with compatible sprinkler heads or drip components. Combining devices with substantially different application rates in one zone can cause some areas to receive too much water while others remain dry.

Underground Irrigation Installation

Underground irrigation installation includes placing supply lines, lateral pipes, control valves, valve boxes, sprinkler heads and electrical control wiring. Components are installed according to the approved system design and connected to a compatible water source.

After installation, each zone should be tested for leaks, pressure, head alignment and coverage. The controller is then programmed to provide an initial watering schedule that can be adjusted as weather and landscape conditions change.

Sprinkler Head Installation

Sprinkler heads distribute water across turf and landscaped areas. Common options include fixed spray heads, rotary nozzles, gear-driven rotors and specialty heads for narrow or irregular spaces.

Sprinkler heads should be selected according to the size and shape of the watering area, available pressure and required application rate. Proper spacing helps create overlapping coverage and reduces dry spots.

Sprinkler Valve Installation

Control valves regulate water flow to individual irrigation zones. Valves are commonly installed inside accessible underground boxes and connected to an automatic controller.

Correct valve sizing, wiring and placement help the system operate reliably and make future maintenance easier.

Sprinkler Controller Installation

An irrigation controller determines when each zone runs and how long it receives water. Controllers range from basic programmable timers to smart systems that adjust schedules using weather information and landscape settings.

Professional installation includes connecting zone wiring, configuring watering programs and verifying communication with rain or soil moisture sensors when included.

Sprinkler System Repair

Sprinkler system problems can waste water, damage landscaping and leave parts of a lawn dry. Professional irrigation repair begins with inspecting the system, operating each zone and identifying the component responsible for the problem.

Common sprinkler repairs include:

• Replacing broken sprinkler heads
• Repairing cracked irrigation pipes
• Locating underground water leaks
• Repairing stuck or leaking valves
• Replacing damaged valve diaphragms and solenoids
• Correcting low sprinkler head pressure
• Repairing controller wiring
• Replacing malfunctioning controllers
• Correcting zones that will not start
• Stopping zones that continue running
• Adjusting sprinkler spray patterns
• Raising or lowering sprinkler heads
• Clearing clogged nozzles
• Repairing drip irrigation tubing
• Replacing damaged sensors

Broken Sprinkler Head Repair

Sprinkler heads can be damaged by lawn equipment, vehicles, soil movement, freezing conditions or ordinary wear. A broken head may spray water uncontrollably, create a geyser, leak below ground or fail to rise during operation.

Repair may involve replacing the complete head, installing a new nozzle, correcting the connection below the head or adjusting its height and alignment.

Sprinkler Leak Detection and Repair

Underground irrigation leaks may cause soggy soil, unusually green patches, low pressure or unexplained water use. Some leaks appear only while a particular zone is operating.

Leak detection may involve operating individual zones, inspecting valve boxes, checking sprinkler heads and tracing underground piping. Once the damaged area is located, the pipe, fitting, valve or connection can be repaired or replaced.

Sprinkler Valve Repair

A malfunctioning valve may prevent a zone from starting, allow it to run continuously or cause water to seep from sprinkler heads when the system is off. Common causes include debris, worn diaphragms, faulty solenoids, damaged wiring or cracked valve bodies.

Sprinkler Controller Repair

Controller problems can affect one zone or the entire irrigation system. Common issues include blank displays, lost programming, failed transformers, damaged terminals, faulty wiring and incorrect settings.

Before replacing a controller, the power supply, field wiring, valves and programming should be checked to confirm the actual source of the failure.

Sprinkler Zone Troubleshooting

An irrigation zone may fail because of a damaged wire, defective valve, controller problem, blocked pipe or insufficient water pressure. Systematic testing can isolate the problem and prevent unnecessary replacement of working components.

Low Water Pressure Diagnosis

Low pressure may prevent sprinkler heads from rising fully or covering their intended areas. Possible causes include a broken pipe, partially closed valve, excessive demand, clogged filter, incorrect nozzle selection or problems with the water supply.

High pressure can also create problems by producing mist, uneven spray and premature component wear. Pressure regulation may be recommended when operating pressure falls outside the appropriate range.

Sprinkler System Maintenance

Routine irrigation maintenance keeps sprinkler heads, valves, controllers and sensors operating properly. Periodic inspections can find small leaks, clogged nozzles and coverage problems before they waste significant water or damage landscaping.

A sprinkler maintenance visit may include:

• Operating and inspecting every irrigation zone
• Checking sprinkler heads for damage
• Cleaning clogged nozzles and filters
• Adjusting spray direction and distance
• Checking for underground leaks
• Inspecting valve boxes
• Testing controller programs
• Checking rain and moisture sensors
• Evaluating water pressure
• Correcting overspray onto paved surfaces
• Updating watering schedules
• Identifying areas with poor coverage

Sprinkler Head Adjustment

Sprinkler heads may shift as soil settles or landscaping changes. Adjustment helps direct water toward lawns and planting areas rather than buildings, fences, sidewalks, driveways or streets.

Technicians can adjust spray arcs, radius, rotation and nozzle size to improve coverage and reduce overspray.

Sprinkler System Inspection

A complete sprinkler inspection evaluates the performance of the controller, valves, pipes, heads, zones and sensors. Each zone is operated so leaks, pressure problems and coverage concerns can be observed.

An inspection may be useful before seasonal startup, after landscaping work, following freezing weather or when water use increases unexpectedly.

Irrigation Schedule Adjustment

Landscapes do not require the same amount of water throughout the year. Watering schedules should be adjusted according to temperature, rainfall, plant development, soil conditions and seasonal growth.

Shorter or less frequent operation may be appropriate during cool or wet periods, while hotter or drier conditions may require different scheduling. Watering deeply and appropriately for the soil can encourage stronger roots and reduce runoff.

Sprinkler Winterization

Sprinkler winterization helps protect irrigation pipes, valves, pumps and sprinkler heads from freezing damage. Water trapped inside exposed or shallow components can expand when frozen and cause cracks or broken fittings.

Professional sprinkler winterization may include:

• Shutting off the irrigation water supply
• Protecting the main shutoff valve
• Draining accessible irrigation components
• Connecting appropriate air equipment
• Clearing water from individual zones
• Protecting exposed valves and backflow components
• Turning off or reprogramming the controller
• Inspecting the system for visible problems

Irrigation System Blowout

A sprinkler blowout uses compressed air to remove water from underground irrigation lines. Each zone is cleared separately using controlled pressure and airflow appropriate for the system components.

Excessive air pressure can damage pipes, valves and sprinkler heads. Because compressed air can also create safety hazards, irrigation blowouts should be performed with proper equipment and procedures.

Protecting Backflow Components

Above-ground backflow assemblies are particularly vulnerable to freezing temperatures. Winterization may involve shutting off the supply, draining the assembly and insulating exposed components when appropriate.

Backflow prevention devices should not be modified in a way that interferes with their required operation or accessibility.

Spring Sprinkler Startup

Spring startup returns a winterized irrigation system to operation. Water should be introduced gradually to reduce the risk of pressure surges and damage.

A spring sprinkler startup may include:

• Inspecting visible system components
• Closing drains and test ports as appropriate
• Slowly reopening the irrigation water supply
• Checking the backflow assembly
• Operating every sprinkler zone
• Looking for freeze-related damage
• Cleaning and adjusting sprinkler heads
• Testing valves and controller wiring
• Programming the initial watering schedule
• Testing rain or soil moisture sensors

Drip Irrigation Installation

Drip irrigation applies water slowly near the root zones of plants. It is frequently used for flower beds, vegetable gardens, shrubs, trees, containers and narrow planting areas.

A drip irrigation system may include:

• Pressure regulators
• Filters
• Main supply tubing
• Distribution tubing
• Drip emitters
• Inline drip tubing
• Micro-sprayers
• Flush valves
• Automatic control valves
• Timers or smart controllers

Proper design helps deliver water at a controlled rate while reducing overspray and surface evaporation. Drip systems require periodic inspection because emitters can clog and tubing can be damaged by tools, animals or sunlight.

Drip Irrigation Repair

Drip irrigation repairs may involve replacing cracked tubing, cleaning clogged emitters, repairing fittings, correcting pressure problems or repositioning components as plants grow.

Smart Irrigation Controller Installation

Smart irrigation controllers can adjust watering schedules using weather information, temperature, rainfall, soil characteristics and landscape settings. Some systems also provide remote control, usage information and alerts for potential problems.

Professional smart controller installation may include:

• Checking compatibility with existing valves and wiring
• Removing the old irrigation timer
• Connecting and labeling zone wires
• Configuring landscape and soil information
• Setting watering restrictions
• Connecting compatible sensors
• Testing every irrigation zone
• Creating an initial watering program

A smart controller improves scheduling capabilities, but damaged pipes, poorly placed heads and incorrect nozzles must still be repaired for the system to operate efficiently.

Rain and Soil Moisture Sensors

Rain sensors interrupt scheduled watering after sufficient rainfall. Soil moisture sensors measure conditions near plant roots and can prevent irrigation when the soil already contains adequate moisture.

Sensors should be installed in representative locations and tested periodically. Obstructions, failed wiring or incorrect placement can prevent accurate operation.

Water-Efficient Irrigation Upgrades

Older irrigation systems may be improved without complete replacement. A system evaluation can identify components that waste water or provide uneven coverage.

Common efficiency upgrades include:

• Smart irrigation controllers
• High-efficiency rotary nozzles
• Pressure-regulated sprinkler heads
• Matched-precipitation nozzles
• Rain shutoff devices
• Soil moisture sensors
• Drip irrigation conversions
• Leak repairs
• Improved zone separation
• Sprinkler head relocation
• Updated watering schedules
• Drought-tolerant landscape zones

Sprinkler System Reconfiguration

Landscapes change as trees mature, planting beds expand and hardscapes are added. Existing sprinkler heads may become blocked or begin watering areas that no longer need irrigation.

System reconfiguration can relocate heads, add or remove zones, convert turf areas to drip irrigation and adjust coverage to match the current landscape.

Backflow Preventer Services

A backflow prevention assembly helps protect the potable water supply from reverse flow through an irrigation system. The required device depends on system design and applicable plumbing or water-provider requirements.

Services may include visual inspections, freeze-damage repairs, component replacement and coordination of required testing. Formal backflow testing, repair and certification must be performed by an appropriately qualified professional when required.

Irrigation Pump Services

Some irrigation systems use pumps to draw water from wells, ponds, storage tanks or other approved sources. Pump problems may cause low pressure, loss of prime, irregular operation or complete system failure.

Irrigation pump services may include:

• Pump diagnostics
• Pressure testing
• Priming assistance
• Pressure switch replacement
• Electrical control troubleshooting
• Filter and intake inspection
• Pump repair or replacement
• Integration with irrigation controllers

Residential Sprinkler Services

Residential irrigation systems provide scheduled watering for lawns, gardens, shrubs and trees. Services range from installing a new underground sprinkler system to repairing individual heads, valves or controllers.

A residential irrigation plan should consider landscaping, household water demand, pressure, soil and how different areas are used. Proper zoning helps avoid applying the same watering schedule to plants with different needs.

Commercial Irrigation Services

Commercial irrigation services support office properties, retail grounds, multifamily communities and other maintained landscapes. Larger systems may contain numerous zones, multiple controllers, pumps, master valves and extensive underground piping.

Commercial services may include:

• New irrigation system installation
• Large-system diagnostics
• Scheduled inspections
• Leak detection and repair
• Controller and sensor upgrades
• System mapping
• Seasonal schedule adjustments
• Winterization and spring startup
• Water-use efficiency improvements

Signs a Sprinkler System Needs Service

• Sprinkler heads do not rise or rotate
• Water sprays onto buildings or paved areas
• Some lawn areas remain dry
• Water pools around sprinkler heads
• A zone will not turn on
• A zone continues running after the controller stops
• Sprinkler heads produce mist instead of droplets
• Water pressure is unusually low
• Wet or unusually green areas appear over buried pipes
• The controller loses its programming
• Water use increases unexpectedly
• Sprinkler coverage has become uneven
• Drip emitters stop flowing
• Valves make unusual noises
• Visible water leaks from a backflow assembly

Common Irrigation Problems

Dry Spots in the Lawn

Dry areas may result from clogged nozzles, blocked sprinkler heads, incorrect spacing, insufficient run time, low pressure or soil conditions. The system should be inspected before watering time is increased.

Soggy or Flooded Areas

Oversaturated areas may be caused by broken pipes, leaking valves, damaged heads, excessive run times or poor drainage. Continued watering can damage plants and waste water.

Sprinkler Heads That Do Not Pop Up

Heads may fail to rise because of low pressure, debris, mechanical damage or a broken supply connection. Several heads failing within one zone may indicate a larger pressure or leak problem.

Misting Sprinkler Heads

Fine mist often indicates excessive pressure or an incompatible nozzle. Much of the mist can drift or evaporate before reaching the landscape. Pressure regulation and appropriate nozzles may improve performance.

Water Running When the System Is Off

Continued flow may be caused by a valve that is stuck open, debris inside the valve or a controller sending an unintended signal. The water supply may need to be shut off until the problem is repaired.

The Irrigation Service Process

1. Evaluate the property: Review the landscape, watering needs, water source and existing equipment.
2. Inspect the system: Operate each zone and check controllers, valves, pipes, heads and sensors.
3. Identify problems or requirements: Locate leaks, pressure issues, poor coverage or design limitations.
4. Develop recommendations: Determine whether repair, adjustment, upgrading or replacement is appropriate.
5. Complete the work: Install or repair system components using compatible materials.
6. Test every affected zone: Confirm proper operation, coverage and pressure.
7. Program the controller: Establish a watering schedule based on current conditions.
8. Review maintenance needs: Identify future adjustments, seasonal service and winterization requirements.

Frequently Asked Questions About Irrigation and Sprinklers

How often should a sprinkler system be inspected?

A system should be inspected at seasonal startup and periodically during the watering season. Additional inspections may be needed after freezing weather, landscaping work or unexplained changes in water use.

How long should sprinklers run?

Run time depends on sprinkler type, soil, plant needs, weather and the application rate of each zone. Fixed spray heads and rotors often require different schedules.

What is the best time to water a lawn?

Early morning is often preferred because temperatures are cooler and winds may be lighter. Watering schedules should also follow applicable water-use requirements.

Why are some sprinkler heads not working?

Possible causes include clogged nozzles, broken heads, low pressure, leaks, damaged valves, wiring problems or incorrect controller settings.

Why does a sprinkler zone keep running?

A zone may continue running because of debris inside the valve, a damaged diaphragm, faulty solenoid, wiring problem or controller failure.

Can an existing sprinkler system be upgraded?

Yes. Many systems can be improved with new nozzles, pressure-regulated heads, smart controllers, sensors, repaired piping or drip irrigation zones.

What is sprinkler winterization?

Winterization removes or controls water remaining inside the irrigation system and protects exposed components before freezing temperatures occur.

When should a sprinkler system be winterized?

Winterization should be completed before the first sustained freezing conditions. Timing depends on climate, system design and the exposure of system components.

When should a winterized system be restarted?

Startup is generally performed after the risk of damaging freezes has passed. The water supply should be opened gradually and every zone inspected.

Does drip irrigation use less water?

A properly designed drip system can deliver water directly to plant root zones with less overspray and surface evaporation. Actual use depends on system design, scheduling and maintenance.

Can a sprinkler system detect rain?

A compatible rain sensor or smart controller can interrupt or adjust scheduled watering after rainfall. Sensors must be installed and maintained properly.

Why is water spraying onto the driveway or sidewalk?

The sprinkler head may be misaligned, damaged, blocked or fitted with an unsuitable nozzle. Adjusting or replacing the head can redirect water toward the landscape.

How can sprinkler water waste be reduced?

Repair leaks, adjust heads, separate landscape zones, update schedules, install compatible sensors and use pressure-regulated or high-efficiency components when appropriate.

Reliable Watering for Healthy Landscapes

Professional irrigation and sprinkler services help landscapes receive the right amount of water at the right time. Custom system installation creates efficient watering zones, while routine maintenance and timely repairs keep pipes, valves, sprinkler heads and controllers operating properly.

Seasonal winterization protects irrigation components from freezing, and spring startup prepares the system for another watering season. With proper design, accurate scheduling and water-efficient upgrades, an irrigation system can support healthy landscaping while reducing leaks, runoff and unnecessary water use.