Self-Cleaning Function Overview Self-Cleaning Function Overview

Self-Cleaning Function Overview

The self-cleaning function is designed to maintain the cleanliness and optimal performance of Echo devices. Here's how it works:

Automatic Maintenance

  • Periodic Cleaning: The function initiates regular cleaning cycles to prevent mineral deposits and impurities.
  • Efficiency: Keeps the hydrogen generation process smooth and effective.

Electrolysis Plate Cleaning

  • Polarity Reversal: Echo Go uses this to remove mineral buildup on the plates.
  • Consistency: Ensures the production of hydrogen-rich water remains consistent and efficient.

Improved Water Quality

  • Purity: Regular internal cleaning keeps the water free from contaminants.
  • Taste: Enhances the overall taste and quality of hydrogen water.

Extended Device Longevity

  • Maintenance Reduction: Reduces the frequency of manual cleaning.
  • Durability: Helps prolong the device’s lifespan.

User Convenience

  • Automatic Operation: Minimizes the need for user intervention.
  • Ease of Use: Makes Echo devices more user-friendly.

How It Works

  • Activation: Can be set to run automatically at intervals or manually, depending on your model.
  • Cleaning Cycle: Runs a specific sequence to cleanse the electrolysis plates and water pathways.
  • Duration: Takes a few minutes, with possible audible signals to indicate progress.

Benefits

  • Optimal Performance: Prevents mineral buildup, ensuring efficient hydrogen production.
  • Enhanced Water Quality: Produces clean, impurity-free water.
  • User-Friendly: Reduces the need for frequent manual cleaning.
  • Device Longevity: Keeps internal components clean, extending the life of the device.


Balancing the Polarity

Balancing the polarity helps maintain the efficiency and longevity of Echo devices:

Electrolysis Process

  • Separation: Echo devices use electrolysis to split water into hydrogen and oxygen using electrodes.
  • Electrodes: Typically made of platinum or titanium, these electrodes are crucial for the process.

Polarity Management

  • Charge Switching: Electrodes periodically reverse their charges to prevent mineral buildup.
  • Efficiency: Keeps the electrodes clean and the hydrogen production process efficient.

Benefits

  • Reduces Mineral Buildup: Keeps electrodes free from mineral accumulation.
  • Maintains Efficiency: Ensures continuous and efficient hydrogen production.
  • Extends Electrode Life: Regular balancing prolongs electrode and device life.
  • Consistent Performance: Maintains the quality and consistency of hydrogen-rich water.

How It Works

  • Automatic Balancing: Incorporated into the self-cleaning feature for minimal maintenance.
  • Cleaning Cycle: Electrodes are cleaned by reversing the current flow during the self-cleaning cycle.

User Benefits

  • Ease of Use: No need to manually clean electrodes.
  • Durability: Extends the working life of the device.
  • Water Quality: Ensures consistently pure and high-quality hydrogen water.

Reminder

While the self-cleaning function is fantastic, it does not replace the need for occasional handwashing and descaling of your product.

 



Cleaning Your Echo Device

Regular Upkeep

  • Hand Wash: Use non-abrasive dish detergent, focusing on the cap and under the seals. Be gentle to avoid damaging seals.
  • Avoid Dishwasher: Do not put Echo products in the dishwasher or submerge in water. Keep electrical components dry, especially the generator’s areas and charging port.

Deep Cleaning

  • Descaling Solution: Mix one part white vinegar, lemon juice, or citric acid with three parts water. Soak the generator overnight and rinse thoroughly with warm filtered water. Run a few cycles before use.
  • Frequency: Perform descaling once or twice a month to maintain performance.

Tough Grime

  • Strong Vinegar Soak: Soak in pure vinegar for 2-3 hours. Use a Q-Tip soaked in the solution to clean cap crevices and seals, then rinse thoroughly.
  • Tip: Many users prefer lemon juice as it leaves a nicer aftertaste compared to vinegar or citric acid.



 

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