This manual provides comprehensive guidance for installing, operating, and maintaining the Hayward SwimPure Plus, ensuring optimal pool sanitation and durability of the system․
Purpose of the Manual
This manual is designed to guide users through the safe and effective use of the Hayward SwimPure Plus system․ It provides detailed instructions for installation, operation, and maintenance, ensuring optimal performance and longevity of the equipment․ The manual is intended for homeowners, technicians, and pool professionals, offering step-by-step procedures and troubleshooting tips․ By following the guidelines outlined, users can maintain proper chlorine levels, prevent system damage, and ensure a safe swimming environment․ The manual also emphasizes safety precautions and best practices for handling chemicals and electrical components․ Referencing this manual regularly helps users understand and utilize the Hayward SwimPure Plus system effectively, maximizing its benefits while minimizing potential issues․
Overview of the Hayward SwimPure Plus System
The Hayward SwimPure Plus is an advanced electronic chlorine generator designed for pool and spa sanitation․ It utilizes electrolytic cell technology to convert salt into chlorine, providing a safe and efficient sanitization process․ The system is compatible with residential pools up to 40,000 gallons and commercial pools up to 25,000 gallons․ It features a control unit that regulates chlorine production and monitors salt levels, ensuring consistent water quality․ The SwimPure Plus is known for its low salt requirements, making it a comfortable choice for swimmers․ It also includes a flow detection switch to prevent damage and ensure safe operation․ This system is part of Hayward’s commitment to innovative, eco-friendly pool solutions․
Key Components of the Hayward SwimPure Plus
- Electrolytic Cell: Converts salt into chlorine for sanitation․
- Control Unit: Manages chlorine output and monitors system performance․
- Flow Detection Switch: Ensures safe operation by detecting water flow․
Electrolytic Cell Technology
The Hayward SwimPure Plus utilizes advanced electrolytic cell technology to generate chlorine naturally from saltwater․ This process involves passing a low-voltage current through the cell, converting dissolved salt into pure chlorine for effective pool sanitation․ The technology ensures consistent and safe disinfection, reducing the need for manual chlorine additions․ The electrolytic cell is durable and designed for long-term performance, making it a reliable component of the system․ Regular maintenance, such as cleaning the cell, is essential to maintain optimal efficiency and prevent scaling․ This innovative approach provides a convenient and environmentally friendly alternative to traditional chlorine systems, ensuring cleaner and healthier pool water․
Control Unit and Its Functions
The control unit is the central component of the Hayward SwimPure Plus system, responsible for managing the electrolytic cell and overall system operations․ It generates a low-voltage current necessary for chlorine production and allows users to adjust chlorine output levels․ The unit also monitors salt concentrations in the pool water, ensuring optimal sanitation levels․ With a user-friendly interface, it provides essential controls for system operation, including status indicators and adjustment buttons․ The control unit also includes safety features to prevent over-chlorination and low salt warnings․ Regular checks and maintenance of the control unit are crucial for ensuring uninterrupted performance and longevity of the system․
Flow Detection Switch
The flow detection switch is a critical safety feature of the Hayward SwimPure Plus system, ensuring the electrolytic cell operates only when water is flowing through it․ This prevents overheating and potential damage to the cell․ Located inline with the plumbing, the switch monitors water flow and communicates with the control unit to enable or disable chlorine generation․ If water flow is interrupted, the switch automatically halts the system, safeguarding the equipment and pool users․ Proper installation and regular inspection of the flow detection switch are essential to maintain system efficiency and safety․ This feature ensures reliable operation and long-term durability of the SwimPure Plus․
Installation Requirements
Ensure proper electrical connections, compatible plumbing, and suitable environmental conditions for the Hayward SwimPure Plus system to function efficiently and safely, as outlined in the manual․
Pre-Installation Steps
Before installing the Hayward SwimPure Plus, ensure all components like the control unit and electrolytic cell are present․ Clean the pool water and check plumbing compatibility․ Use copper conductors for electrical connections, ensuring they meet local codes․ Disconnect power before starting work․ Drain the system if freezing is a concern․ Review safety guidelines and manufacturer recommendations to handle chemicals and emergencies properly․ These steps ensure a safe and effective installation process;
Installation Process
Mount the control unit near the pool equipment, ensuring it is level and accessible․ Connect the electrolytic cell to the pool’s circulation system, following the flow direction indicated on the cell․ Install the flow detection switch in the return line to monitor water flow․ Secure all electrical connections using copper wires, avoiding any metal-to-metal contact that could cause corrosion․ Plug in the control unit and ensure all components are properly grounded for safety․ Turn on the power and test the system to confirm it operates smoothly․ Refer to the manual for specific wiring diagrams and torque specifications to prevent damage during installation․
Post-Installation Checks
After installation, inspect all connections for tightness and ensure the system is properly grounded․ Verify that the control unit powers on and displays normal operation․ Check the flow detection switch to ensure it activates when water flows through the system․ Test the electrolytic cell by monitoring chlorine production and ensuring no leaks are present․ Measure salt levels to confirm they align with the recommended concentration․ Run the system for at least 24 hours to stabilize chlorine output․ Finally, review the manual to ensure all settings are configured correctly for your pool size and type․ Address any issues promptly to prevent system damage or inefficient performance․
Operating the Hayward SwimPure Plus
The Hayward SwimPure Plus operates by converting pool salt into chlorine using a low-voltage current, ensuring efficient and automatic pool sanitation with minimal user intervention required․
Starting the System
To start the Hayward SwimPure Plus, ensure the system is properly installed and all electrical connections are secure․ Turn on the power supply and verify the control unit lights up․ Check the digital display for any error codes or messages․ Ensure the salt level in the pool water meets the recommended concentration, typically between 2,700-3,500 ppm․ Clean the electrolytic cell if necessary to ensure optimal performance․ Once all pre-start checks are complete, press the power button to activate the system․ The flow detection switch will automatically enable chlorine production when water circulation begins․ Allow the system to run for a few hours to stabilize chlorine levels before testing the water․ Always follow the manufacturer’s guidelines for initial startup to avoid any issues․ Proper initialization ensures efficient and safe operation of the SwimPure Plus system․ Regular monitoring after startup is recommended to maintain optimal pool sanitation․ If issues arise, refer to the troubleshooting section for solutions․ By following these steps, you can ensure a smooth and effective startup process for your Hayward SwimPure Plus․ The system is designed to provide consistent chlorine production with minimal user intervention, making it a convenient solution for pool sanitation․ Always prioritize safety and adhere to the manual’s instructions for the best results․ The Hayward SwimPure Plus is a reliable choice for maintaining clean and safe pool water, and proper startup procedures are key to its performance․ Ensure all components are functioning correctly before full operation․ This will help prevent any potential problems and extend the lifespan of the system․ Remember to keep the manual handy for future reference and maintenance tasks․ The Hayward SwimPure Plus is engineered to deliver exceptional results, and proper startup ensures you get the most out of your investment․
Adjusting Chlorine Output
Adjust the chlorine output on your Hayward SwimPure Plus by accessing the control unit’s digital interface․ Use the navigation buttons to select the chlorine output setting․ Choose from predefined levels or set a custom percentage based on your pool’s needs․ The system allows for precise adjustments to ensure optimal sanitation without over-chlorination․ Monitor the pool water regularly to determine if adjustments are necessary․ Higher settings are recommended for heavy pool use or warmer weather, while lower settings are suitable for lighter use․ Always refer to the recommended chlorine levels in the manual to maintain water safety and comfort․ Ensure the salt level is within the specified range before making any adjustments, as low salt concentrations can affect chlorine production․ After adjusting, allow the system to run for a few hours before testing the water․ Proper adjustment ensures efficient and effective pool sanitation, extending the life of your equipment and maintaining a healthy swimming environment․ Regular checks and adjustments will help you achieve the perfect balance for your pool․ By following these steps, you can customize the chlorine output to meet your specific needs, ensuring consistent water quality and system performance․ The Hayward SwimPure Plus is designed to adapt to varying conditions, making it a flexible solution for pool owners․ Keep the system operating efficiently by making timely adjustments based on pool usage and environmental factors․ This will not only maintain clean water but also protect your investment in the long run․ Adjusting chlorine output is a straightforward process that, when done correctly, enhances the overall performance of the SwimPure Plus system․ Always prioritize water safety and system efficiency when making adjustments․ The Hayward SwimPure Plus manual provides detailed guidance to help you make informed decisions․ Adjusting chlorine output is a key part of maintaining your pool’s health, and with the SwimPure Plus, it’s easier than ever to achieve the perfect balance․ Keep your pool water clean, clear, and safe by regularly monitoring and adjusting the chlorine output as needed․
Monitoring Salt Levels
Regularly monitoring salt levels is essential for the Hayward SwimPure Plus to function effectively․ The system requires a low concentration of salt (typically between 2700-3000 ppm) to generate chlorine efficiently․ Use a salt test kit to check levels weekly, ensuring they remain within the recommended range specified in the manual․ Low salt levels can reduce chlorine production, while excessively high levels may damage the electrolytic cell․ Adjust salt levels gradually to avoid sudden changes․ Proper salt concentration ensures consistent chlorine output, maintaining clean and safe pool water․ Always refer to the manual for specific guidelines on salt level adjustment to optimize system performance and longevity․ Regular monitoring helps prevent issues and ensures the SwimPure Plus operates at its best․
Maintenance and Upkeep
Regular maintenance ensures optimal performance and longevity of the Hayward SwimPure Plus․ Cleaning the electrolytic cell, inspecting for corrosion, and checking salt levels are essential tasks․
Cleaning the Electrolytic Cell
Cleaning the electrolytic cell is essential for maintaining the Hayward SwimPure Plus’s efficiency․ Turn off the power and drain the system before starting․ Use a mild acid solution (like vinegar or muriatic acid) to remove mineral buildup and scale․ Scrub the cell gently with a soft brush to avoid damage․ Rinse thoroughly with fresh water and reconnect once clean․ Regular cleaning every 3–6 months prevents chlorine production issues․ Inspect the cell for cracks or corrosion during maintenance․ Proper cleaning ensures consistent chlorine output and prolongs the cell’s lifespan, keeping your pool water safe and sanitized․
Replacing the Cell
Replacing the electrolytic cell in your Hayward SwimPure Plus system is necessary when cleaning no longer restores performance․ Begin by shutting off power and draining the system․ Disconnect the old cell from the control unit and plumbing․ Inspect connections for mineral buildup and clean if needed․ Install the new cell, ensuring it’s securely connected․ Reconnect the control unit and plumbing, then refill the system․ Turn on power and test chlorine production․ Replace the cell every 3–5 years or as indicated by low chlorine output․ Proper replacement ensures continued efficient sanitation and maintains water quality․ Always use Hayward-approved replacement cells for compatibility and optimal performance․
Winterization Procedures
To winterize your Hayward SwimPure Plus, start by draining all water from the system, including the pump, filter, and lines․ Locate the drain plugs or valves and open them to allow complete drainage․ Insulate exposed pipes or apply heat tape to prevent freezing․ Disconnect and dry the electrolytic cell, storing it in a warm, dry place․ Protect the control unit by covering it or moving it indoors․ Check the manual for specific instructions on using a winterizing kit if necessary․ Avoid using antifreeze unless recommended․ Turn off the power to the system to prevent any issues during the winter․ Finally, ensure all connections and valves are securely closed․ By following these steps, you’ll protect your system from winter damage and ensure it’s ready for use in the spring․
Troubleshooting Common Issues
This section covers common issues like low chlorine production, error codes, and freezing protection․ Follow troubleshooting steps to resolve problems quickly and efficiently․
Low Chlorine Production
Low chlorine production in the Hayward SwimPure Plus can be caused by insufficient salt levels, a dirty electrolytic cell, or incorrect system settings․ First, check the salt concentration and ensure it matches the recommended levels․ Clean the electrolytic cell regularly, as debris can reduce efficiency․ Verify that the chlorine output is set appropriately for your pool size․ If issues persist, consult the user manual or contact Hayward support for assistance․ Regular maintenance and proper adjustments will help maintain optimal chlorine levels and ensure clean, safe water․
Error Codes and Solutions
The Hayward SwimPure Plus system displays error codes to identify specific issues․ Common codes include ‘CELL’ for faulty or dirty electrolytic cells and ‘SALT’ for low salt levels․ ‘FLOW’ indicates insufficient water flow, while ‘TEMP’ signals high water temperature․ To resolve these, clean or replace the cell, adjust salt concentration, ensure proper water flow, or allow the system to cool․ Refer to the manual for detailed troubleshooting steps․ Regular maintenance, such as cell inspection and salt level checks, can prevent errors․ If issues persist, contact Hayward support for professional assistance․ Always follow safety guidelines when addressing system malfunctions․
Freezing Protection Measures
Protecting the Hayward SwimPure Plus from freezing temperatures is crucial to prevent damage․ The electrolytic cell and flow detection switch can be damaged by freezing water, similar to pool plumbing․ In areas with freezing temperatures, drain all water from the pump, filter, and supply/return lines before cold conditions occur․ Winterize the system by following the manual’s instructions․ Ensure no water remains in the cell or connected components․ This safeguard prevents costly repairs and ensures optimal performance when the system is restarted․ Regular checks and proper winterization are essential for maintaining the longevity of your Hayward SwimPure Plus system․
Safety Precautions
Always follow electrical safety guidelines and handle chemicals with care․ Disconnect power before servicing, and avoid exposing components to freezing temperatures to ensure safe and efficient operation․
Electrical Safety Guidelines
Always disconnect all AC power sources before performing any installation, maintenance, or repairs․ Use copper conductors exclusively to ensure proper system function and safety․ Avoid any improper electrical connections, as they can lead to system damage or hazards․ Follow all local electrical codes and regulations during installation․ Never attempt to modify the control unit or electrical components without proper authorization․ Ensure all electrical connections are secure and insulated to prevent accidental shocks․ Only qualified personnel should handle electrical parts of the system․ Regularly inspect electrical components for wear or damage and replace them immediately if necessary․ Adhere to these guidelines to maintain safety and optimal performance of your Hayward SwimPure Plus system․
Chemical Handling Tips
Always wear protective gloves and eyewear when handling pool chemicals, including salt and chlorine products․ Ensure the area is well-ventilated to avoid inhaling fumes․ Store chemicals in a cool, dry place away from direct sunlight and flammable materials․ Never mix different chemicals, as this can create hazardous reactions․ Use a clean, dry scoop when measuring salt to prevent contamination․ Avoid touching your face or eyes after handling chemicals․ Dispose of empty chemical containers according to local regulations․ Keep all chemicals out of reach of children and pets․ Regularly rinse the electrolytic cell to prevent salt buildup․ Maintain recommended salt levels to ensure safe and effective chlorine generation․ Proper chemical handling ensures system efficiency and pool safety․
Emergency Shutdown Procedures
In case of an emergency, immediately turn off the Hayward SwimPure Plus system and disconnect it from the power supply․ Stop the pool pump to halt water circulation․ If there is a risk of electrical shock or chemical exposure, evacuate the area and ensure proper ventilation․ Do not attempt to restart the system until the issue has been professionally assessed․ For severe malfunctions or leaks, contact Hayward’s technical support or an authorized service center․ Always prioritize safety to prevent accidents and ensure the system operates correctly after resolution․ Follow the manual’s specific shutdown instructions to avoid further complications․ Professional assistance is recommended for complex issues․
Technical Specifications
The Hayward SwimPure Plus is designed for pools up to 40,000 gallons, operating with a low salt concentration of 3,000 ppm and requiring a 120V power supply․
System Capacity and Compatibility
The Hayward SwimPure Plus is designed to handle residential pools up to 40,000 gallons and commercial pools up to 25,000 gallons, ensuring efficient sanitation for various pool sizes․ Its compatibility with low salt concentrations, typically around 3,000 ppm, makes it suitable for pools where high salt levels are not desired․ The system integrates seamlessly with existing pool equipment, providing a reliable and consistent source of chlorine for clean and safe water․ This capacity ensures optimal performance across different pool types, making it a versatile solution for pool owners seeking an eco-friendly sanitation method․
Recommended Salt Concentration Levels
The Hayward SwimPure Plus requires a salt concentration of 2,700 to 3,300 parts per million (ppm) for optimal performance․ This low level ensures effective chlorine generation without altering the water’s taste․ Maintaining this range prevents damage to the electrolytic cell and flow detection switch, while also providing consistent sanitation․ Proper salt levels are crucial for system efficiency and pool water safety, ensuring a balanced and clean swimming environment․
Power Requirements
The Hayward SwimPure Plus operates on a standard 120/240V AC power supply, requiring a dedicated 20-amp circuit․ Ensure the system is installed by a licensed electrician following local codes․ The control unit consumes minimal power, making it energy-efficient․ Always disconnect power before servicing․ Use copper conductors only, as specified in the manual, to avoid corrosion and ensure safe operation․ Failure to meet these requirements may void the warranty or pose safety risks․ Proper electrical installation is critical for system performance and longevity․
Warranty and Support
The Hayward SwimPure Plus is backed by a manufacturer warranty․ Contact Hayward support for detailed warranty terms and locate authorized service centers for professional assistance․
Manufacturer Warranty Details
The Hayward SwimPure Plus system is covered by a manufacturer warranty that protects against defects in materials and workmanship․ The warranty period typically ranges from 1 to 3 years, depending on the specific model and components․ Coverage includes repairs or replacements of faulty parts during the warranty term․ The warranty is valid from the date of installation, provided the system is installed and maintained according to the manufacturer’s guidelines․ For detailed warranty terms, including coverage limits and exclusions, refer to the official Hayward SwimPure Plus manual or contact Hayward’s customer support․ Proper registration of the product may be required to activate warranty benefits․
Contacting Hayward Support
For assistance with the Hayward SwimPure Plus system, contact Hayward’s Technical Service Support Center at (61 Whitecap Drive, Elizabeth, NJ 07207) or visit their official website at www․hayward․com․ Additional support resources, including troubleshooting guides and updated manuals, are available online․ Customers can also reach out through email or phone for inquiries, repairs, or warranty-related issues․ Hayward’s dedicated support team ensures prompt resolution of any technical or operational concerns, providing expert guidance to maintain optimal system performance․
Authorized Service Centers
Hayward SwimPure Plus systems can be serviced exclusively at authorized Hayward service centers․ These centers are equipped with certified technicians and genuine parts to ensure proper repairs and maintenance․ To locate an authorized service center, visit Hayward’s official website or contact their customer support․ These centers provide expert assistance for troubleshooting, installations, and repairs, ensuring your system operates efficiently․ Using authorized centers guarantees compliance with warranty terms and maintains optimal performance․ Always verify the authorization status of any service provider to ensure reliable and high-quality service for your SwimPure Plus system․
Proper installation, regular maintenance, and adherence to guidelines ensure optimal performance and longevity of the Hayward SwimPure Plus system, providing reliable pool sanitation for years to come․
Final Tips for Optimal Performance
For the Hayward SwimPure Plus to function at its best, ensure proper salt levels, clean the electrolytic cell regularly, and monitor chlorine output․ Adjust settings seasonally to match pool usage and maintain water balance․ Regular system checks and timely replacements of worn parts will extend its lifespan․ Refer to the manual for troubleshooting common issues promptly․ By following these guidelines, you can enjoy consistent pool sanitation with minimal effort and maintain the system’s efficiency for years to come․
Importance of Regular Maintenance
Regular maintenance is crucial for the longevity and efficiency of the Hayward SwimPure Plus․ Cleaning the electrolytic cell and flow detection switch ensures proper function and prevents damage from debris․ Checking salt levels and chlorine output helps maintain balanced pool water․ Inspecting and replacing worn parts, like the cell, prevents system failures․ Winterization is essential in freezing climates to avoid damage․ By adhering to the recommended maintenance schedule, you can ensure consistent pool sanitation, reduce repair costs, and extend the system’s lifespan․ Neglecting maintenance may lead to decreased performance and potential downtime․