Pure Chlor Salt Systems offer a revolutionary approach to pool sanitation, simplifying water care and enhancing the swimming experience.
These systems convert dissolved salt into chlorine through electrolysis, providing a consistent and gentle sanitizing solution.
Contact Solaxx Customer Service for questions, and remember regular salt cell cleaning is vital for optimal system operation.
What is a Pure Chlor Salt System?
A Pure Chlor Salt System represents a significant advancement in pool and spa sanitation technology. Unlike traditional chlorination methods relying on manually added chemicals, these systems generate chlorine automatically through the electrolysis of salt dissolved in your pool water. Essentially, the system converts ordinary salt (sodium chloride) into chlorine, bromine, and other sanitizing agents.
This process occurs within the salt cell, the core component of the system. The generated chlorine effectively sanitizes the water, eliminating bacteria, algae, and other contaminants. A key benefit is consistent chlorine levels, reducing the need for frequent testing and adjustments. Remember to check the salt level and clean the cell regularly for optimal performance, as indicated by the control panel.
Benefits of Using a Salt Chlorinator
Employing a salt chlorinator delivers numerous advantages over conventional chlorine systems. Enjoy consistently soft, clean water, as salt-generated chlorine is gentler on skin, eyes, and hair, minimizing irritation. Say goodbye to harsh chemical odors – salt chlorination produces a more natural swimming experience.
Furthermore, these systems reduce the need for purchasing, handling, and storing hazardous chlorine tablets or liquid. Maintenance is simplified, though regular salt cell cleaning and water chemistry checks remain crucial. A flashing “Check Cell” light indicates potential issues, like low salt or a cell nearing the end of its lifespan, requiring attention.
System Components
A Pure Chlor Salt System comprises a salt cell, a control panel for monitoring, and a flow sensor ensuring proper operation.
These components work harmoniously to convert salt into chlorine for effective pool sanitation.
Salt Cell: The Core of the System
The salt cell is the heart of a Pure Chlor Salt System, responsible for converting dissolved salt (sodium chloride) into chlorine gas through a process called electrolysis. This chlorine then sanitizes your pool water, eliminating bacteria and algae.
The cell contains titanium plates coated with precious metals, which facilitate the electrolytic reaction. Over time, these plates can wear down due to usage, impacting the cell’s efficiency. A flashing “Low Salt” light can indicate worn blades.
Regular inspection and cleaning of the salt cell are crucial for maintaining optimal performance and extending its lifespan. Proper water chemistry also plays a vital role in preventing scale buildup and corrosion within the cell.
Control Panel: Monitoring and Adjustment
The control panel serves as the central hub for monitoring and adjusting your Pure Chlor Salt System. It displays vital information, including chlorine output levels, salt concentration, and system status through indicator lights. These inputs include a keypad, flow/salt sensor, and salt cell status.
Understanding the panel’s indicators is key to effective operation. A “Check Cell” light signals potential issues, ranging from low salt levels to the need for cell cleaning. Adjusting chlorine output allows you to fine-tune sanitation based on pool usage and environmental factors.
The panel also often features a “Super Chlorination” mode for boosting chlorine levels after heavy use.
Flow Sensor: Ensuring Proper Operation
The flow sensor is a critical component of your Pure Chlor Salt System, ensuring optimal performance and protecting the salt cell. It continuously monitors the water flow rate through the system. The system won’t operate without adequate flow, preventing damage to the cell and ensuring effective chlorine production.
If the flow rate is insufficient, the control panel will likely display an error message, halting chlorine generation. Proper plumbing connections are essential for accurate flow detection. Regularly inspect the sensor and associated plumbing for obstructions or damage.
A functioning flow sensor guarantees consistent and reliable sanitation.
Installation and Setup
Installation requires careful attention to salt level, plumbing, and electrical connections. Prioritize safety and follow the manual closely for a successful setup.
Initial Salt Level Requirements
Establishing the correct initial salt level is crucial for optimal system performance. Most Pure Chlor Salt Systems require a salt concentration between 2700-3400 ppm (parts per million).
Accurately testing the water’s salt content before startup is essential, utilizing a reliable salt test kit or strip. Adding salt gradually ensures proper dissolution and prevents localized high concentrations.
Insufficient salt levels trigger the “Low Salt” indicator, hindering chlorine production. Conversely, excessive salt can lead to corrosion and damage system components.
Regular monitoring and adjustments, guided by the system manual, maintain the ideal salt range for consistent sanitation and prolonged salt cell life.
Proper Plumbing Connections
Correct plumbing is fundamental for efficient system operation. The Pure Chlor Salt System must be installed on the return line, after the filter and heater, ensuring water is adequately filtered before reaching the salt cell.
Utilize appropriate PVC pipe and fittings, adhering to local plumbing codes. A dedicated bypass valve allows for salt cell isolation during maintenance or winterization.
Ensure a smooth, unrestricted flow to prevent airlocks and maximize chlorine production. Verify all connections are watertight to avoid leaks and potential electrical hazards.
Proper flow rate, as indicated by the flow sensor, is vital; insufficient flow triggers error messages and reduces sanitation effectiveness.
Electrical Connections and Safety
Electrical connections must be performed by a qualified electrician, adhering to all local and national electrical codes. The system requires a dedicated circuit with appropriate grounding to prevent electrical shock.
Always disconnect power at the breaker before performing any electrical work. Ensure the control panel is adequately protected from the elements and moisture.
Verify the voltage matches the system’s specifications. Improper wiring can damage the salt cell and void the warranty.
Regularly inspect wiring for damage and ensure all connections are secure. Prioritize safety – never attempt electrical repairs without professional expertise.
Operation and Monitoring
Operation involves monitoring the control panel indicators for salt levels and cell status. Normal parameters ensure consistent chlorine output for sparkling, sanitized pool water.
Understanding the Control Panel Indicators
The control panel is your central hub for monitoring and adjusting your Pure Chlor Salt System. Key indicators provide vital information about system performance. A “Low Salt” light signals insufficient salt levels, potentially hindering chlorine production – ensure proper salt concentration for optimal sanitation.
The “Check Cell” light has multiple meanings; a flashing light indicates approximately 8000 amp hours of operation, prompting a salt level check. A solid “Check Cell” light suggests either low salt or the need for salt cell cleaning. LEDs and keypad inputs offer a user-friendly interface for adjustments.
Normal Operating Parameters
Maintaining ideal operating parameters is crucial for a consistently sanitized pool; Typically, a salt level between 2700-3400 ppm is recommended, though this can vary – always consult your system’s specific manual. Proper water chemistry, including pH and alkalinity, significantly impacts chlorine production efficiency.
Ensure the flow rate aligns with the system’s specifications; inadequate flow can trigger error messages. Regular monitoring of the salt cell status is essential, noting any changes in performance or indicator lights. Consistent operation within these parameters ensures a safe and enjoyable swimming environment.
Adjusting Chlorine Output
Fine-tuning chlorine output is essential for maintaining optimal sanitation levels. Most Pure Chlor Salt Systems feature adjustable output settings, often expressed as a percentage. Increase the percentage for higher chlorine production during periods of heavy use or intense sunlight, and decrease it to conserve salt and reduce chemical demand.
Utilize the system’s “Super Chlorination” mode for shock treatment after pool parties or algae blooms. Regularly test water chemistry to confirm adequate chlorine levels and make necessary adjustments. Remember, consistent monitoring and small adjustments yield the best results.
Troubleshooting Common Issues
Addressing issues like “Low Salt” or “Check Cell” lights promptly ensures continued sanitation. A flashing “Check Cell” indicates amp-hour limits, requiring salt checks.
Low Salt Light – Causes and Solutions
The “Low Salt” indicator on your Pure Chlor system signals insufficient salt levels for effective chlorine generation. Several factors can contribute to this, including water dilution from rainfall or backwashing, and splash-out from swimmers. Regularly test your pool water’s salt concentration using a reliable salt test kit or strips – aim for the manufacturer’s recommended level, typically between 2700-3400 ppm.
If the salt level is indeed low, simply add pool salt, ensuring it’s specifically designed for salt chlorination systems. Broadcast the salt evenly around the pool perimeter while the pump is running to facilitate proper dissolution. Avoid adding excessive amounts at once, as this can overload the system. A flashing “Low Salt” light can also indicate a need for salt cell cleaning, as scale buildup can mimic low salinity readings.
Check Cell Light – What Does it Mean?
A solid or flashing “Check Cell” light on your Pure Chlor system indicates a potential issue with the salt cell’s performance. A solid light often suggests either low salt levels or the need for cell cleaning, as scale buildup hinders chlorine production. However, a flashing “Check Cell” light carries a more specific meaning: it signifies the system has accumulated approximately 8000 amp hours of operation.
This flashing alert prompts you to verify the salt level and, crucially, assess the cell’s condition. Worn-down cell blades, due to prolonged use, can trigger this light. Regular inspection and cleaning, as outlined in the maintenance section, are essential. If the light persists after addressing salt levels and cleaning, the cell may be nearing the end of its lifespan and require replacement.
Flashing Check Cell Light – Amp Hour Considerations
When the “Check Cell” light on your Pure Chlor system flashes, it’s a critical indicator related to accumulated amp hours – approximately 8000. This doesn’t necessarily mean immediate cell failure, but signals the system is tracking its operational workload. The flashing light is a prompt to proactively check your salt level, ensuring it’s within the recommended range for optimal performance.
Consider this a maintenance reminder. High amp hour accumulation suggests the cell has been working diligently. Regularly cleaning the cell is crucial to remove scale buildup, which reduces efficiency and contributes to higher amp hour counts. Ignoring this warning could lead to reduced chlorine output and, eventually, cell degradation. Monitor closely after cleaning to see if the flashing stops.
Solid Check Cell Light – Salt Level and Cleaning
A solid “Check Cell” light on your Pure Chlor system typically indicates either a low salt concentration or the need for a thorough cell cleaning. Begin by verifying your salt level using a reliable test kit; ensure it falls within the manufacturer’s specified range. If the salt level is adequate, the light suggests scale buildup is hindering the cell’s performance.
Initiate the cell cleaning procedure as outlined in your system’s manual. A dirty cell restricts chlorine production, impacting water sanitation. If the light persists after cleaning and confirming proper salt levels, further inspection or professional service may be required. Darker plates and a consistently illuminated “Check Cell” light could signify cell wear.
Maintenance and Cleaning
Regular maintenance is crucial for optimal performance. This includes periodic salt cell cleaning, consistent water chemistry checks, and proper winterization procedures to protect your system.
Salt Cell Cleaning Procedures
Maintaining a clean salt cell is paramount for efficient chlorine generation. Over time, calcium and other mineral deposits can accumulate on the cell plates, reducing its effectiveness. To clean, begin by turning off the system and isolating the cell. Carefully remove the cell from its housing, noting the orientation of the connections.
Prepare a cleaning solution of muriatic acid and water (follow safety guidelines!). Submerge the cell in the solution for approximately 15-20 minutes, or until visible scale dissolves. Avoid prolonged soaking. Rinse thoroughly with fresh water and inspect the plates. Repeat if necessary. Reinstall the cell, ensuring proper connections, and restart the system. Regular cleaning, based on usage and water hardness, will extend the cell’s lifespan and optimize performance.
Regular Water Chemistry Checks
Consistent water chemistry is crucial for optimal salt chlorinator performance and longevity. Regularly test your pool water – at least weekly – for pH, alkalinity, calcium hardness, and stabilizer (cyanuric acid) levels. Maintaining proper pH (7.2-7.8) prevents scale buildup on the salt cell, while balanced alkalinity (80-120 ppm) ensures pH stability;
Calcium hardness (200-400 ppm) prevents corrosion or scaling, and stabilizer protects chlorine from sunlight degradation. Adjust chemicals as needed, following product instructions. Imbalanced water chemistry can lead to reduced chlorine output, cell damage, and overall system inefficiency. Accurate testing and adjustments are key to a trouble-free swimming season.
Winterizing Your Salt Chlorination System
Proper winterization protects your salt chlorinator from freeze damage and ensures easy startup in the spring. First, reduce the salt level slightly below recommended minimums to prevent concentrated brine. Next, thoroughly flush the system with fresh water to remove any remaining salt solution. Disconnect the power supply to the control panel and salt cell.
Remove the salt cell and store it indoors in a dry location, ideally submerged in a bucket of fresh water. Drain all plumbing lines to prevent freezing. Consider using a winterizing kit for added protection. Remember to consult your system’s manual for specific instructions.
Salt Cell Lifespan and Replacement
Salt cell lifespan varies based on usage and water chemistry. A flashing “Check Cell” light often indicates nearing end-of-life, requiring inspection and potential replacement.
Factors Affecting Salt Cell Life
Several key factors significantly influence the longevity of your salt cell. Maintaining proper water chemistry is paramount; imbalances like low pH or calcium hardness accelerate cell degradation. Consistent chlorine demand, stemming from heavy pool usage or sunlight exposure, also contributes to wear and tear.
The quality of salt used matters – ensure it’s 99.9% pure pool salt to avoid unwanted mineral buildup. Regular cleaning, as indicated by the system’s alerts, is crucial; scale formation reduces efficiency and shortens cell life.
Furthermore, the cell’s operating hours directly correlate with its lifespan; higher output settings demand more from the cell. Finally, consistent power fluctuations can negatively impact performance and durability, potentially leading to premature failure.
Recognizing a Worn-Out Salt Cell
Identifying a failing salt cell is crucial for maintaining consistent pool sanitation. A common indicator is a persistently flashing “Check Cell” light, often accompanied by a “Low Salt” reading even with correct salt levels. Diminished chlorine production, requiring frequent manual shocking, is another telltale sign.
Visually inspect the cell plates; excessive scaling, pitting, or erosion suggests significant wear. If plates appear dark and steady check cell light is on, it may indicate the cell is nearing the end of its life. Reduced flow through the cell, despite a functioning flow sensor, can also signal internal blockage or damage.
Salt Cell Replacement Process
Replacing your salt cell involves several key steps. First, ensure the system is completely powered off. Carefully disconnect the old cell from its housing and plumbing connections, noting the orientation for reinstallation. Inspect the new cell for any damage before proceeding.
Connect the new cell, ensuring a watertight seal. Reconnect the electrical connections, strictly adhering to the manufacturer’s wiring diagram. After reassembly, prime the system according to the manual. Monitor the control panel; initial operation may require a brief stabilization period. Verify proper chlorine production and water chemistry balance post-replacement.
Advanced Features and Settings
Pure Chlor systems offer features like Super Chlorination for quick sanitation, adjustable cell cleaning cycles, and flow rate adjustment for optimized performance.
Super Chlorination Mode
Super Chlorination is a valuable feature within your Pure Chlor Salt System, designed to rapidly increase chlorine output for enhanced sanitation. This mode is particularly useful after periods of heavy pool use, rainfall, or algae blooms, providing a quick boost to combat contaminants.
Activating Super Chlorination temporarily overrides the standard chlorine production settings, maximizing the salt cell’s output. Typically, this lasts for a predetermined duration, often around 24-72 hours, after which the system automatically reverts to its normal operating parameters.
It’s crucial to monitor water chemistry closely during and after Super Chlorination, as elevated chlorine levels can impact comfort and potentially damage pool surfaces if not managed correctly. Always consult your system’s manual for specific instructions and recommended durations for this mode.
Cell Cleaning Cycle Settings
Your Pure Chlor Salt System incorporates an automatic cell cleaning cycle to maintain optimal performance and extend the lifespan of the salt cell. This feature periodically reverses the polarity of the cell, helping to prevent calcium scale buildup on the plates.
The frequency and duration of the cleaning cycle are often adjustable via the control panel. Common settings include options for daily, weekly, or manual activation. More frequent cleaning is recommended in areas with hard water or high calcium levels.
Regularly utilizing the cell cleaning cycle minimizes the need for manual cleaning and ensures consistent chlorine production. A flashing “Check Cell” light can indicate the need for cleaning or a potential issue with the cell itself, prompting a review of these settings.
Flow Rate Adjustment
Maintaining the correct water flow rate is crucial for the efficient operation of your Pure Chlor Salt System. The system relies on consistent water movement through the salt cell to effectively generate chlorine. Insufficient flow can lead to reduced chlorine output and potential damage to the cell.
Most systems feature a flow sensor that will shut down the chlorine generation if the flow rate drops below a specified threshold. Adjustments may be necessary if you’ve recently changed your pump or plumbing;
Refer to your system’s manual for the recommended flow rate range. Proper flow ensures optimal chlorine production and prolongs the life of your salt cell, preventing scale buildup.
Customer Support and Resources
Solaxx provides comprehensive support for your Pure Chlor Salt System. Contact customer service via email for assistance with any questions or concerns.
Online resources and FAQs are readily available to help troubleshoot and maintain your system effectively.
Contacting Solaxx Customer Service
Solaxx understands that you may encounter questions or require assistance with your Pure Chlor Salt System. Their dedicated customer service team is readily available to provide support and guidance. For prompt assistance, you can reach them directly via email at email160;protected. When contacting support, please have your system model number and a detailed description of the issue you are experiencing readily available.
Providing this information will help the support team diagnose the problem efficiently and offer the most effective solution. Solaxx is committed to ensuring your complete satisfaction with their products and services, and their customer service representatives are trained to address a wide range of inquiries, from installation and operation to troubleshooting and maintenance.
Online Resources and FAQs
Solaxx provides a wealth of online resources to assist you with your Pure Chlor Salt System. Their website features a comprehensive Frequently Asked Questions (FAQs) section, addressing common concerns and providing step-by-step instructions for various tasks. These resources cover topics ranging from initial setup and water chemistry balancing to troubleshooting error messages like the “Check Cell” indicator.
Additionally, you may find helpful information through online forums and communities dedicated to pool maintenance. These platforms allow you to connect with other users, share experiences, and seek advice. Remember to always refer to your system’s manual for specific guidance and safety precautions.