Ultimate Guide to Using CircuPool CORE Series Salt Chlorine Generator

Table of Contents

1. Introduction
2. How the Salt System Works
3. Balance the Pool's Water Chemistry
4. Components of the Salt System
5. Installing and Powering On the Salt System
6. Setting the Chlorine Output Level
7. Adjusting the Chlorine Output Level
8. Factors that Affect Chlorine Levels
9. Controls and Indicator Lights
10. Troubleshooting and Maintenance

Introduction

Welcome to the operations section of your CircuPool Core Series electronic chlorine generator. In this guide, we will discuss how the salt system works, the importance of balancing the pool's water chemistry, the components of the salt system, and how to install and power on the system. We will also cover setting and adjusting the chlorine output level, factors that affect chlorine levels, and the controls and indicator lights you will use when operating the system. Additionally, we will provide troubleshooting tips and maintenance instructions to keep your salt water generator functioning optimally.

How the Salt System Works

The salt system in your CircuPool Core Series electronic chlorine generator uses electrolysis to convert salt molecules in the water into a free form of chlorine. This chlorine then sanitizes the pool, eliminating the need for manual addition of chlorine. The system consists of three main components: the control module, the cell, and the clear cell housing.

Balance the Pool's Water Chemistry

Before using your salt system, it is crucial to ensure that the pool's water chemistry is properly balanced. This includes maintaining proper levels of various chemicals. Without a balanced water chemistry, the salt system will not be able to operate effectively. Additionally, there must be a minimum level of salt in the pool water for the system to function properly.

Components of the Salt System

The salt system in the CircuPool Core Series consists of three main components: the control module, the cell, and the clear cell housing. The control module supplies power to the cell and allows you to customize the system's operation according to your pool's unique needs. The electrolytic cell is responsible for creating chlorine as the water passes through it. The clear cell housing houses the electrolytic cell and ensures proper water flow.

Installing and Powering On the Salt System

To install the salt system, first, apply power to the pool pump switch or timer controls. All LED lights should flash once to indicate the system is receiving power. If the pump is not running, you may see the "no flow" light illuminated. Once the power is on, you can set the chlorine output level to create a steady supply of chlorine for your pool. We recommend starting at level 3, which is a setting of 75 percent, and adjusting as needed over the initial startup period.

Setting the Chlorine Output Level

To set the chlorine output level, use the plus and minus buttons on the control module. The chlorine output level is unique to your pool size, weather conditions, and environment. Use the available information on chemical balance and adjust the output level accordingly. We recommend measuring the available free chlorine in the pool after two to three days and adjusting the output level based on the measurement.

Adjusting the Chlorine Output Level

After the initial startup period, you may need to make minor adjustments to the system's output level or pump run times throughout the season. If the available chlorine is too high, lower the output level. If it is too low, raise the output level. It may take a few adjustments to find the ideal setting for your pool. Regularly measuring the water chemistry and chlorine level will help you determine the necessary adjustments.

Factors that Affect Chlorine Levels

Apart from the chlorine output level, two other factors directly impact the resulting free chlorine level in your pool. The first factor is the hours of pump run time each day. Increasing the pump run time can increase chlorination if needed. Ensure that your pump runs long enough for all the pool water to pass through the filter at least one and a half to two times a day. The second factor is the water chemistry balance, which plays a critical role in determining the chlorine level in the pool.

Controls and Indicator Lights

The control module of the CircuPool Core Series salt system has various controls and indicator lights that help you operate the system effectively. The on/off button is used to manually activate or deactivate the system. The plus and minus buttons allow you to change the chlorine output setting. The turbo button activates the superchlorination mode, increasing chlorine output temporarily. Indicator lights provide information on the system's status, including superchlorination mode, chlorine output level, errors, low salt, cold water warning, clean cell, and cell life.

Troubleshooting and Maintenance

In case of any issues with the salt system, refer to the troubleshooting section of your manual for possible causes and suggested actions. Regular maintenance, including cleaning the cell when indicated, is essential for the long-term performance of the system. Replacement cells are readily available for purchase from your local dealer or on the CircuPool website.

Highlights

• The CircuPool Core Series electronic chlorine generator eliminates the need for manual chlorine addition to the pool.
• Properly balancing the pool's water chemistry is crucial for the salt system to operate effectively.
• The salt system consists of the control module, electrolytic cell, and clear cell housing.
• Installing and powering on the salt system is simple and requires connecting to the pool pump switch or timer controls.
• Setting and adjusting the chlorine output level is necessary to ensure the correct amount of chlorine is generated for the pool.
• Factors such as pump run time and water chemistry balance affect the resulting chlorine levels in the pool.
• The control module of the salt system has various controls and indicator lights to assist with operation.
• Regular maintenance and troubleshooting are essential for the continued performance of the salt system.

FAQ

Q: How does the salt system in the CircuPool Core Series work? A: The salt system uses electrolysis to convert salt molecules in the water into chlorine, sanitizing the pool.

Q: Is it necessary to balance the pool's water chemistry before using the salt system? A: Yes, balanced water chemistry is crucial for the salt system to operate effectively.

Q: What are the main components of the salt system? A: The salt system consists of the control module, electrolytic cell, and clear cell housing.

Q: How do I install and power on the salt system? A: You need to connect the system to the pool pump switch or timer controls to supply power. All LED lights should flash once when powered on.

Q: How do I set the chlorine output level? A: Use the plus and minus buttons on the control module to adjust the chlorine output level according to the pool's needs.

Q: Are there any factors that affect chlorine levels besides the chlorine output level? A: Yes, pump run time and water chemistry balance also impact the resulting chlorine levels in the pool.

Q: What should I do if I encounter any issues with the salt system? A: Refer to the troubleshooting section of the manual for possible causes and suggested actions.

Q: How often does the electrolytic cell need cleaning? A: Cleaning the cell is necessary when the "clean cell" LED is illuminated. Refer to the manual for detailed cleaning instructions.

Q: Where can I purchase replacement cells for the salt system? A: Replacement cells are available for purchase from your local dealer or on the CircuPool website.

Q: How important is regular maintenance for the salt system? A: Regular maintenance, including cleaning the cell and checking the water chemistry, is crucial for the optimal performance of the salt system.