How to Troubleshoot Common Sprinkler System Problems

Picture this: It’s another scorching summer morning in Central Florida, and you’re expecting to see your lush green lawn glistening with fresh water from your sprinkler system. Instead, you’re greeted with brown patches, puddles in unexpected places, and the frustrating sight of sprinkler heads shooting water in every direction except where it’s needed. Sound familiar?

If you’re a homeowner in Lakeland, Valrico, Lithia, or anywhere in Polk and Hillsborough Counties, you’re not alone in facing sprinkler system challenges. Central Florida’s unique climate, sandy soil conditions, and seasonal weather patterns create specific irrigation issues that can leave even the most dedicated homeowners scratching their heads.

At We Do It All Trees & Landscape, we’ve been helping Central Florida property owners maintain beautiful, healthy landscapes since 2013. Our irrigation specialists have seen every sprinkler problem imaginable, from simple clogged heads to complex valve failures. With over 20 years of combined experience in tree care and landscaping services, including comprehensive irrigation system installation and repair, we understand what it takes to keep your lawn sprinkler system functioning optimally year-round.

In this comprehensive guide, we’ll walk you through the most common sprinkler system problems in our region and provide step-by-step troubleshooting solutions that can save you time, money, and frustration. Whether you’re dealing with a faulty valve, low water pressure, or a complete system malfunction, this troubleshooting guide will help you identify the problem and determine when professional irrigation services are needed.

Understanding Your Central Florida Irrigation System

Before diving into troubleshooting, it’s essential to understand how your irrigation system works and why Central Florida presents unique challenges. Most residential sprinkler systems in our area consist of several key components working together to deliver water efficiently across your landscape.

Essential Sprinkler System Components

Controller/Timer: The electronic controller serves as the brain of your irrigation system, determining when each zone activates and how long water flows to different areas of your property. Modern irrigation controllers often feature multiple programs and can be adjusted for seasonal watering needs.

Zone Valves: These critical components control water flow to different irrigation zones throughout your yard. Each valve contains a solenoid that receives electrical signals from the controller, opening and closing to regulate water distribution. A faulty valve can cause problems ranging from no water flow to zones that won’t shut off.

Sprinkler Heads: Various types of sprinkler heads distribute water across your landscape, including pop-up spray heads for smaller areas, rotary heads for larger zones, and specialized nozzles for different coverage patterns. Each sprinkler head type serves specific irrigation needs and requires different maintenance approaches.

Underground Pipes and Fittings: The extensive network of pipes carries water throughout your property, connecting the main water supply to each sprinkler zone. These supply pipes must withstand Florida’s sandy soil conditions and occasional ground settling.

Backflow Preventer/Backflow Device: This required safety device prevents contaminated water from entering your home’s main water supply. Regular backflow preventer maintenance and annual testing ensure your family’s water safety and system compliance with local regulations.

Valve Boxes: These protective enclosures house zone valves and wiring connections, keeping critical components accessible for maintenance while protecting them from soil and debris.

Central Florida’s Unique Irrigation Challenges

Our region’s characteristics create specific issues that homeowners in other parts of the country rarely encounter, making professional irrigation expertise particularly valuable.

Sandy Soil Conditions: Central Florida’s predominantly sandy soil drains quickly, requiring more frequent watering cycles but also making systems prone to shifting and settling that can damage underground components. This soil type can cause pipe joints to separate and sprinkler heads to sink below grade, affecting coverage patterns.

High Humidity and Heat: Our climate promotes rapid plant growth but also accelerates wear on system components, particularly rubber seals, plastic fittings, and electronic components. The combination of heat and moisture can cause premature failure of valve diaphragms and solenoid coils.

Seasonal Weather Extremes: From drought conditions to sudden downpours and hurricane-force winds, our weather can quickly expose weaknesses in irrigation systems. Heavy rains can flood valve boxes, while drought periods stress systems running at maximum capacity.

Hard Water Issues: Many areas in Polk and Hillsborough Counties have mineral-rich water that can clog sprinkler heads and damage internal valve components over time. Calcium and lime buildup restricts water flow and can cause spray head nozzles to malfunction.

Lightning Activity: Central Florida experiences some of the highest lightning activity in the nation, making irrigation controllers and low-voltage wiring particularly vulnerable to electrical damage during storm season.

Top 10 Common Sprinkler Problems in Central Florida

Based on our years of experience servicing irrigation systems throughout Lakeland, Valrico, Lithia, Plant City, Winter Haven, and surrounding communities, these are the most frequent issues we encounter:

1. Low Water Pressure Throughout the System

Symptoms: Weak spray patterns, sprinkler heads not fully extending, uneven water distribution, reduced coverage area

Common Causes:

• Partially closed main water valve restricting water flow to the entire system
• Clogged filters in the backflow preventer reducing water supply
• Leaks in the main water line or supply pipe connections
• Multiple zones running simultaneously due to programming errors or faulty valve operation
• Municipal water pressure fluctuations during peak usage periods
• Damaged pressure regulator failing to maintain consistent water pressure

Immediate Troubleshooting Steps:

1. Check that your main water supply valve is fully open
2. Inspect the backflow device for visible leaks or mineral buildup
3. Test water pressure at different times of day to identify municipal pressure issues
4. Verify that only one irrigation zone is running at a time
5. Look for obvious leaks around valve boxes and along pipe routes

2. Clogged or Damaged Sprinkler Heads

Symptoms: No water from specific heads, uneven spray patterns, water shooting in wrong directions, reduced coverage area

Common Causes:

• Sand and debris accumulation in nozzles (very common in Central Florida)
• Lawn mower damage to pop-up mechanisms or spray heads
• Settling soil causing heads to sink below grade or tilt at incorrect angles
• Mineral buildup from hard water blocking internal passages
• Insect nests or root intrusion in head assemblies
• Worn or damaged internal components requiring replacement

DIY Solutions:

1. Cleaning Process: Unscrew the sprinkler head top, remove debris from the nozzle using a small brush, rinse all components thoroughly, and reassemble
2. Adjustment: Use the appropriate tool to adjust spray distance and coverage pattern
3. Leveling: Carefully dig around tilted heads and reposition for proper coverage

3. Controller/Timer Malfunctions

Symptoms: System won’t turn on, zones running at wrong times, irrigation controller display errors, system won’t shut off

Common Causes:

• Power outages resetting programming and causing schedule disruptions
• Lightning damage to electronic components (frequent in Central Florida)
• Dead backup battery preventing program retention during power interruptions
• Corroded wiring connections at the controller terminals
• Outdated electronic controller technology incompatible with modern components
• Moisture infiltration damaging internal circuits

Troubleshooting Steps:

1. Check power supply and reset circuit breakers if necessary
2. Verify controller programming including start times, run durations, and active days
3. Test manual operation of each zone to isolate electrical vs. mechanical problems
4. Inspect all wiring connections for corrosion or loose terminals
5. Replace backup battery if system loses programming during power outages

4. Uneven Water Coverage and Distribution

Symptoms: Brown spots in some areas, overwatered sections, plant stress, patchy lawn growth

Common Causes:

• Misaligned sprinkler heads directing water away from intended coverage areas
• Wrong head types installed for specific zones or plant requirements
• Inadequate system design for current landscaping and plant needs
• Pressure variations between different irrigation zones
• Blocked spray patterns from overgrown plants or new landscape features
• Worn nozzles providing inconsistent water distribution

Solutions:

1. Head Alignment: Adjust each sprinkler head to ensure proper coverage overlap
2. Pressure Testing: Use a multimeter to test voltage at each zone valve
3. Coverage Evaluation: Run each zone individually to assess distribution patterns
4. Plant Management: Trim vegetation blocking spray patterns

5. Leaking Valves and Underground Pipes

Symptoms: Constantly wet areas, unusually high water bills, system won’t shut off completely, soggy soil around valve boxes

Common Causes:

• Valve diaphragm deterioration allowing continuous water flow
• Cracked pipes from soil settling and ground movement
• Tree root intrusion damaging underground irrigation lines
• Freeze damage during rare Central Florida cold snaps
• Poor initial installation with inadequate pipe support
• Corroded fittings failing under normal water pressure

Professional Diagnosis Required:
Underground leaks often require specialized leak detection equipment and professional repair. Signs include unexplained wet areas, increased water bills, and zones that won’t shut off properly.

6. Backflow Preventer Issues

Symptoms: Reduced water pressure, system won’t operate, failed annual inspection, visible leaks at backflow device

Common Causes:

• Mineral buildup in test cocks and internal components
• Damaged check valves or relief valves within the backflow device
• Improper installation affecting device operation
• Normal wear requiring component replacement or complete unit replacement

Important Note: Backflow preventer testing and repair must be performed by certified professionals to maintain compliance with local water safety regulations.

7. System Won’t Turn On or Off

Symptoms: Complete system failure, individual zones not responding, manual operation only, continuous water flow

Common Causes:

• Electrical problems at the irrigation controller or main panel
• Blown fuses or tripped circuit breakers interrupting power supply
• Damaged wiring from landscaping work or animal activity
• Solenoid failures in zone valves preventing proper operation
• Rain sensor malfunction keeping system deactivated
• Faulty transformer providing incorrect voltage to valve solenoids

Electrical Troubleshooting:

1. Check circuit breakers and fuses at the main electrical panel
2. Test voltage at the controller using a multimeter
3. Verify rain sensor operation and bypass if necessary
4. Inspect wiring for obvious damage or corrosion

8. Excessive Water Bills Indicating Hidden Problems

Symptoms: Unexplained increase in water usage, wet areas when system should be off, constantly running water meter

Common Causes:

• Underground leaks in main supply lines or zone piping
• Overwatering due to incorrect controller programming
• Stuck zone valves allowing continuous water flow
• Multiple small leaks throughout the irrigation system
• Faulty master valve failing to shut off water supply

Water Usage Audit:

1. Turn off all water sources and check if the water meter continues running
2. Isolate the irrigation system to determine if leaks are irrigation-related
3. Monitor water usage patterns to identify peak consumption periods

9. Zone Valve Problems and Solenoid Failures

Symptoms: Specific zones won’t activate, zones won’t shut off, weak water flow in individual zones, electrical shorts

Common Causes:

• Solenoid coil failure preventing valve operation
• Debris in the valve preventing proper closure
• Damaged valve diaphragm allowing water to bypass when closed
• Corroded wiring connections at valve terminals
• Incorrect voltage supply to valve solenoids

Testing Zone Valves:

1. Use a multimeter to test solenoid resistance (typically 20-60 ohms)
2. Check for 24 volts AC at valve terminals when zone is activated
3. Manually activate valves to test mechanical operation
4. Inspect valve box for standing water or wiring damage

10. Rain Sensor and Weather-Related Malfunctions

Symptoms: System runs during rain, system won’t activate after dry periods, inconsistent weather response

Common Causes:

• Dirty or damaged rain sensor preventing accurate moisture detection
• Incorrect rain sensor calibration for local weather conditions
• Faulty wiring between sensor and controller
• Sensor placement in area not representative of overall landscape conditions

Rain Sensor Maintenance:

1. Clean sensor disc regularly to ensure accurate operation
2. Test sensor by manually wetting disc and verifying system shutdown
3. Adjust sensitivity settings based on local rainfall patterns
4. Bypass sensor temporarily to test system operation

Step-by-Step Troubleshooting Guide for Central Florida Homeowners

Safety First: Important Precautions

Before attempting any sprinkler system troubleshooting, follow these essential safety guidelines to protect yourself and your irrigation system:

• Turn off power to the irrigation controller at the main electrical panel
• Locate your main water shut-off valve in case of emergencies requiring immediate water supply interruption
• Never work on electrical components during wet conditions or while standing in water
• Call 811 before any digging to mark underground utilities and prevent dangerous accidents
• Wear safety glasses when working with pressurized water systems and cleaning components
• Use proper tools including insulated screwdrivers and appropriate wrenches for valve work

Basic Diagnostic Process (15-20 minutes)

Step 1: Controller Inspection and Testing

Start your troubleshooting at the irrigation controller, the central command center for your entire system:

1. Power Verification: Ensure the controller display is active and showing the correct time and date
2. Programming Review: Check start times, run durations, and active watering days for each zone
3. Manual Testing: Run each irrigation zone manually to isolate problems to specific areas
4. Wiring Inspection: Look for loose connections, corrosion, or burn marks at terminal strips
5. Rain Sensor Check: Verify the rain sensor is clean, properly connected, and functioning correctly
6. Voltage Testing: Use a multimeter to confirm the controller is outputting proper voltage (typically 24 volts AC)

Step 2: Comprehensive Visual System Inspection

Walk your property systematically to identify obvious problems:

1. Leak Detection: Check around valve boxes, along visible pipe routes, and near each sprinkler head for signs of water leakage
2. Sprinkler Head Assessment: Note any heads that are tilted, clogged, damaged, or not extending properly
3. Coverage Pattern Analysis: Run each zone individually and observe spray patterns, pressure, and coverage uniformity
4. Landscape Changes: Identify any recent additions, construction, or plant growth that might affect system operation
5. Valve Box Inspection: Open valve boxes to check for standing water, damaged wiring, or corroded components

Step 3: Water Pressure and Flow Assessment

Understanding your system’s water pressure helps identify many common issues:

1. Zone-by-Zone Testing: Run individual zones and compare pressure and coverage between different areas
2. Municipal Pressure Check: Test water pressure at different times to identify supply variations
3. Backflow Device Inspection: Look for leaks, mineral buildup, or obvious damage at the backflow preventer
4. Main Water Valve Verification: Ensure the main irrigation water valve is fully open
5. Flow Rate Measurement: Time how long it takes to fill a container to estimate flow rates

Advanced DIY Troubleshooting Techniques

Electrical Testing with a Multimeter

A multimeter is an essential tool for diagnosing electrical problems in irrigation systems:

Testing Controller Output:

1. Set multimeter to measure AC voltage
2. Test between common terminal and each zone terminal while zone is activated
3. Normal reading should be approximately 24 volts AC
4. No voltage indicates controller problems; incorrect voltage suggests wiring issues

Testing Solenoid Resistance:

1. Disconnect wires from valve solenoid
2. Set multimeter to measure resistance (ohms)
3. Test across solenoid terminals
4. Normal reading typically ranges from 20-60 ohms
5. Infinite resistance indicates open solenoid; very low resistance suggests short circuit

Testing Field Wiring:

1. Disconnect wires at both controller and valve
2. Test continuity between controller terminal and corresponding valve wire
3. Test for shorts between different zone wires
4. Test for shorts between zone wires and common wire

Valve Troubleshooting and Repair

Manual Valve Operation:

1. Locate the manual flow control screw on top of each valve
2. Turn counterclockwise to open valve manually
3. If water flows normally, the problem is electrical (solenoid or wiring)
4. If no water flows, the problem is mechanical (valve diaphragm or debris)

Valve Disassembly and Cleaning:

1. Turn off water supply to the valve
2. Remove solenoid by turning counterclockwise
3. Unscrew valve bonnet to access internal components
4. Remove and inspect valve diaphragm for cracks or debris
5. Clean all components thoroughly and reassemble in reverse order

Sprinkler Head Maintenance and Adjustment

Pop-up Head Cleaning:

1. Turn off the zone and allow heads to retract
2. Unscrew the top portion of the sprinkler head
3. Remove the internal nozzle and filter screen
4. Use a small brush or toothpick to clear debris from nozzle openings
5. Rinse all components in clean water before reassembly

Spray Pattern Adjustment:

1. Locate adjustment screws on the sprinkler head
2. Turn clockwise to reduce spray distance; counterclockwise to increase
3. For rotary heads, adjust arc coverage using the arc adjustment screw
4. Test adjustments by running the zone and observing coverage
5. Fine-tune settings to achieve optimal overlap between adjacent heads

Head Replacement Process:

1. Dig carefully around the damaged sprinkler head
2. Unscrew the old head from the underground fitting
3. Apply pipe thread sealant to the new head threads
4. Install the replacement head hand-tight, then 1-2 additional turns with a wrench
5. Backfill around the head and test operation

Central Florida-Specific Irrigation Considerations

Dealing with Sandy Soil Challenges

Central Florida’s sandy soil presents unique challenges requiring specialized approaches:

Rapid Drainage Management: Water moves through sandy soil quickly, requiring:

• Shorter, more frequent watering cycles to prevent runoff
• Proper sprinkler head spacing to ensure adequate overlap
• Regular adjustment of watering schedules based on seasonal rainfall patterns
• Use of soil amendments to improve water retention in planting areas

Soil Settling Issues: Sandy soil shifts and settles, causing:

• Sprinkler heads to sink below grade, affecting coverage patterns
• Underground pipe joints to separate, creating leaks
• Uneven water distribution as head alignment changes over time

Solutions: Schedule annual system inspections and head adjustments, especially after heavy rains or extended drought periods that can cause significant soil movement.

Hard Water and Mineral Buildup Management

Many areas in Polk and Hillsborough Counties have mineral-rich water that creates ongoing maintenance challenges:

Effects of Hard Water:

• Calcium and lime deposits clog spray head nozzles and reduce water flow
• Mineral buildup damages internal valve components and shortens component life
• Scale accumulation in pipes reduces system efficiency over time
• Backflow device components require more frequent cleaning and replacement

Prevention Strategies:

• Clean sprinkler heads monthly during peak growing season
• Use specialized cleaning solutions designed for mineral removal
• Consider installing water treatment systems for irrigation water
• Replace internal valve components more frequently than manufacturer recommendations
• Schedule professional system flushes to remove accumulated debris

Hurricane and Storm Season Preparation

Central Florida’s active storm season requires special attention to irrigation system protection:

Pre-Storm Preparation Checklist:

• Clear debris from around all sprinkler heads and valve boxes
• Secure or remove any portable irrigation components
• Document current controller settings in case of power outages
• Ensure rain sensors are functioning properly to prevent unnecessary watering
• Trim vegetation that could damage system components during high winds
• Verify that emergency shut-off valves are accessible and operational

Post-Storm Inspection Protocol:

• Check for damage from flying debris or fallen branches
• Test all irrigation zones for proper operation
• Look for new leaks or shifted components throughout the system
• Inspect electrical connections for water damage or corrosion
• Reset controller programming if power was lost during the storm
• Clear any debris that may have accumulated in valve boxes or around heads

Water Restrictions and Conservation Compliance

Many Central Florida municipalities implement water restrictions requiring irrigation system modifications:

Common Restriction Types:

• Specific watering days based on address numbers
• Time-of-day limitations to reduce peak demand
• Duration limits for each watering cycle
• Seasonal restrictions during drought conditions
• Exemptions for new plantings with proper documentation

Compliance Strategies:

• Program controllers for allowed watering days and times
• Install and maintain rain sensors to prevent unnecessary watering during wet periods
• Consider upgrading to smart controllers that adjust automatically for weather conditions
• Implement drought-resistant landscaping in areas with chronic water issues
• Document any special watering needs for new plantings or establishment periods

Preventive Maintenance Schedule for Central Florida

Monthly Tasks (March through October)

During the active growing season, increased attention prevents major problems:

• Sprinkler Head Cleaning: Remove debris and check for proper operation of all heads
• System Leak Inspection: Walk the property looking for obvious leaks or wet areas
• Rain Sensor Testing: Manually wet the sensor to verify system shutdown
• Controller Programming Review: Adjust watering schedules based on rainfall and temperature
• Valve Box Inspection: Check for standing water or pest intrusion
• Water Pressure Monitoring: Note any changes in system pressure or coverage

Quarterly Tasks (Year-Round)

Comprehensive system evaluation every three months:

• Electrical Connection Inspection: Check all wiring connections for corrosion or looseness
• Valve Operation Testing: Manually activate each zone to verify proper function
• Backflow Device Visual Inspection: Look for leaks or mineral buildup requiring attention
• Landscape Change Assessment: Evaluate how plant growth affects spray patterns
• Water Usage Analysis: Review water bills for unexplained increases
• Controller Battery Replacement: Replace backup batteries annually or as needed

Annual Professional Maintenance Requirements

Certain tasks require professional expertise and certification:

• Comprehensive System Inspection: Professional evaluation of all components
• Backflow Preventer Testing: Required annual certification by licensed professionals
• Controller Programming Optimization: Seasonal adjustments for maximum efficiency
• Major Component Replacement: Worn valves, damaged pipes, or outdated controllers
• System Expansion Planning: Adding zones or upgrading components for landscape changes

Seasonal Adjustments for Florida Climate

Spring Preparation (March-May):

• Gradually increase watering frequency as temperatures rise
• Inspect system for any winter damage or component wear
• Clean and adjust heads after spring plant growth
• Test and calibrate rain sensors for upcoming wet season
• Schedule professional maintenance before peak usage season

Summer Operation (June-August):

• Monitor for heat stress and adjust watering schedules accordingly
• Increase inspection frequency due to higher system usage
• Prepare for storm season with emergency procedures
• Watch for increased wear on components during peak demand
• Maintain adequate water pressure during municipal peak usage periods

Fall Transition (September-November):

• Gradually reduce watering frequency as temperatures cool
• Perform major maintenance before winter dormancy period
• Clear falling leaves from sprinkler heads and rain sensors
• Prepare system for potential freeze protection if needed
• Plan any system upgrades or expansions for winter installation

Winter Maintenance (December-February):

• Reduce watering frequency significantly for dormant lawns
• Protect exposed components from rare freeze events
• Plan system improvements and upgrades for spring implementation
• Schedule professional inspections and major repairs
• Review and update controller programming for coming year

When to Call Professional Irrigation Experts

While many sprinkler issues can be resolved with basic troubleshooting, certain situations require professional expertise to ensure safe, effective, and compliant repairs.

Complex Repairs Requiring Professional Service

Electrical Problems: Issues involving controller wiring, transformer failures, or valve solenoid replacements can be dangerous and require specialized knowledge of low-voltage electrical systems. Professional technicians have the proper tools and training to safely diagnose and repair electrical components.

Underground Leak Detection and Repair: Locating buried pipe leaks requires professional equipment such as electronic leak detectors and pipe locators. Repairing underground irrigation lines involves proper excavation techniques and knowledge of local utility locations.

Valve Replacement and Rebuilding: While simple valve cleaning can be a DIY task, complete valve replacement or rebuilding requires understanding of hydraulic principles and proper installation techniques to ensure reliable operation.

System Design and Expansion: Problems with coverage, water pressure, or efficiency may require system redesign or expansion. Professional irrigation designers can evaluate your landscape needs and recommend appropriate solutions.

Backflow Preventer Service: Annual testing and certification must be performed by licensed professionals. Many repairs to backflow devices also require certified technicians to maintain compliance with local water safety regulations.

Permit Requirements for Major Work

In Polk and Hillsborough Counties, certain irrigation work requires permits and professional installation:

• New irrigation system installations
• Major modifications to existing systems affecting water supply connections
• Backflow preventer installations or replacements
• Work affecting public water meter connections or main supply lines
• Commercial irrigation systems above certain flow rates

Professional irrigation contractors handle permit applications, ensure compliance with local codes, and coordinate required inspections to protect both homeowners and water supply systems.

Benefits of Professional Diagnostics and Service

Comprehensive System Assessment: Professional technicians can identify underlying issues that homeowners might miss, preventing minor problems from becoming major expensive repairs. They have specialized diagnostic equipment and extensive experience with various system types.

Specialized Equipment Access: Tools like pressure gauges, flow meters, electronic leak detection equipment, and pipe locators provide accurate diagnostics impossible with basic household tools.

Cost-Effective Solutions: Professional evaluation often reveals the most economical repair approach, potentially saving money compared to trial-and-error DIY attempts that might damage additional components.

Warranty Protection: Professional repairs typically include service guarantees and warranty coverage for parts and labor, providing peace of mind and protection against premature failure.

Code Compliance: Professional work ensures compliance with local building codes, water regulations, and safety requirements, protecting property owners from potential liability issues.

Trust We Do It All Trees & Landscape for Your Irrigation Needs

At We Do It All Trees & Landscape, we understand that a properly functioning irrigation system is crucial for maintaining the beautiful Central Florida landscape you’ve worked hard to create. Since 2013, our family-owned business has been serving homeowners and businesses throughout Lakeland, Valrico, Lithia, Plant City, Winter Haven, Bartow, and surrounding communities with comprehensive tree and landscaping services, including expert irrigation system installation, repair, and maintenance.

Our Comprehensive Irrigation Services

Complete System Diagnostics: Using professional-grade equipment including multimeters, pressure gauges, and electronic leak detection tools, we provide thorough assessment of your entire irrigation system to identify both obvious problems and potential issues before they become costly repairs.

Expert Repair and Replacement Services: Our experienced technicians handle all aspects of irrigation repair, including:

• Sprinkler head cleaning, adjustment, and replacement
• Rotary head and spray head installation and maintenance
• Irrigation controller programming and replacement
• Zone valve repair and solenoid replacement
• Underground pipe leak detection and repair
• Backflow preventer testing and certification
• Wiring repair and electrical troubleshooting

New System Installation and Design: Whether you need a complete irrigation system for new construction or want to upgrade an existing system, we design and install efficient, reliable systems tailored to Central Florida’s unique climate and soil conditions.

Seasonal Maintenance Programs: Our preventive maintenance services keep your system operating efficiently year-round, including:

• Regular sprinkler head cleaning and adjustment
• Controller programming optimization for seasonal needs
• Valve inspection and preventive maintenance
• Rain sensor testing and calibration
• System pressure testing and adjustment
• Comprehensive annual system inspections

Why Choose Our Family-Owned Business for Irrigation Services?

Local Central Florida Expertise: We understand the unique challenges of maintaining irrigation systems in Central Florida, including sandy soil conditions, hard water issues, lightning damage, and seasonal weather extremes. Our solutions are specifically designed for our local climate and conditions.

Comprehensive Service Capability: As our name suggests, “We Do It All” – from emergency tree removal to complete landscape renovations, including all aspects of irrigation system service. This comprehensive approach means you can rely on one trusted company for all your outdoor needs.

Licensed and Insured Protection: Your property and our team are fully protected with appropriate licensing and comprehensive insurance coverage. We maintain all required certifications for irrigation work, including backflow preventer testing credentials.

Satisfaction Guaranteed: We stand behind our work with a complete satisfaction guarantee. If you’re not happy with our irrigation service, we’ll make it right. Our reputation depends on your complete satisfaction with every project.

Emergency Response Capability: We offer emergency irrigation service for urgent problems that could damage your landscape investment. Whether it’s a major leak flooding your property or a complete system failure during hot weather, we respond quickly to minimize damage.

Fair and Transparent Pricing: We provide honest, upfront pricing with detailed explanations of what work is needed and why. No hidden fees, no surprise charges – just fair pricing for quality irrigation service.

Our Irrigation Service Areas

We proudly serve irrigation customers throughout Central Florida, including:

Primary Service Areas:

• Lakeland and all of Polk County
• Valrico and East Hillsborough County
• Lithia and surrounding communities
• Plant City and North Hillsborough County

Extended Service Areas:

• Winter Haven and West Polk County
• Bartow and South Polk County
• Auburndale and Central Polk County
• Mulberry and Northeast Polk County
• Brandon and Central Hillsborough County
• All surrounding areas within our service radius

Keep Your Central Florida Landscape Thriving

Don’t let irrigation system problems turn your beautiful Central Florida landscape into a source of frustration and expense. Whether you’re dealing with a simple clogged sprinkler head, a faulty valve requiring professional diagnosis, or a complex system malfunction affecting your entire lawn, the key is addressing issues promptly before they escalate into costly repairs.

Start with the basic troubleshooting steps outlined in this guide, including visual inspection, controller testing, and simple cleaning procedures. However, remember that some problems require professional expertise to resolve safely and effectively. When dealing with electrical components, underground leaks, or complex valve issues, it’s always better to consult with irrigation specialists who understand the unique challenges of maintaining irrigation systems in our region.

Professional Irrigation Services You Can Trust

If you’re experiencing persistent irrigation issues, want to ensure your system operates at peak efficiency, or need professional installation of new components, We Do It All Trees & Landscape is here to help. Our experienced irrigation technicians serve Lakeland, Valrico, Lithia, and throughout Polk and Hillsborough Counties with comprehensive irrigation services designed specifically for Central Florida conditions.

Contact us today for:

• Free irrigation system consultation and estimates
• Professional diagnostics using specialized equipment
• Expert repair of all irrigation system components
• Annual maintenance programs to prevent costly problems
• New system installation and design services
• Emergency irrigation services for urgent problems
• Backflow preventer testing and certification

Ready to solve your irrigation problems? Call or text us at (813) 898-6339 to schedule your appointment. Don’t let irrigation system issues compromise the landscape you love – let our family-owned business help you maintain the outdoor space of your dreams.

Remember: A well-maintained irrigation system isn’t just about convenience – it’s an investment in your property value, water conservation, and the long-term health of your Central Florida landscape. Professional irrigation services ensure your system operates efficiently, complies with local regulations, and provides reliable performance year after year.