Replacement Cell - CD1000-2 Model (Right Side)

The Uvonair Replacement Cell for the CD1000-2 Model (Right Side) is a key component that helps maintain the performance and efficiency of the Uvonair CD1000-2 ozone generator. Designed specifically for the right side of the unit, this replacement cell utilizes advanced Corona Discharge (CD) technology to ensure continuous and powerful ozone production for effective odor control. With regular replacement, this cell allows the ozone generator to perform optimally, ensuring your space remains odor-free and air quality is maintained at the highest standard.

Key Features

Precision-Designed for Uvonair CD1000-2 (Right Side)

This replacement cell is specifically engineered to fit seamlessly into the right side of the Uvonair CD1000-2 ozone generator. Its design ensures proper installation and secure fitting, allowing the system to function smoothly and without interruptions. This precise fitment guarantees that the ozone generator maintains its original performance levels, keeping the air free from strong odors.

Advanced Corona Discharge Technology

The Uvonair Replacement Cell uses advanced Corona Discharge technology, known for its efficiency in generating ozone. Ozone is a powerful oxidizer that breaks down the molecular structure of odor-causing agents, effectively neutralizing them. With this replacement cell, your Uvonair CD1000-2 continues to produce high levels of ozone, ensuring that odors are thoroughly eliminated in large spaces.

High Ozone Output for Large Spaces

Designed for use in the Uvonair CD1000-2, this replacement cell helps maintain the unit’s high ozone output, which is essential for treating large spaces. The CD1000-2 model is typically used in environments with volumes ranging from 20,000 cubic feet (600 m³) to 40,000 cubic feet (1200 m³). By replacing the right-side cell, users can ensure that their ozone generator continues to perform at maximum efficiency, providing reliable odor control in industrial and commercial settings.

Durable and Long-Lasting

Manufactured from high-quality materials, this replacement cell is built to last, providing durability and long-term performance. The robust construction ensures that the cell can withstand the demands of continuous ozone generation, maintaining its effectiveness over time. Regularly replacing the worn-out cells prolongs the life of the ozone generator and ensures consistent odor control.

Benefits of Replacing the Right-Side Cell

Ensures Optimal Ozone Production

As ozone cells degrade over time with continuous use, replacing the right-side cell helps maintain the generator’s optimal ozone production. This is essential for keeping odors under control in large areas. By ensuring that both sides of the CD1000-2 unit are operating at full capacity, users can continue to benefit from maximum odor-neutralizing power.

Cost-Effective Maintenance Solution

Replacing individual components like the right-side cell is far more cost-effective than purchasing a new ozone generator. The Uvonair Replacement Cell extends the life of the CD1000-2 unit, allowing users to maintain optimal performance without the need for major repairs or full system replacements. This makes the replacement cell a budget-friendly and sustainable choice for long-term odor control.

Installation and Maintenance

Easy Installation

This right-side replacement cell is designed for easy installation, allowing users to replace the cell without any special tools or professional assistance. The precise design ensures that it fits perfectly into the CD1000-2 model, restoring the unit’s full functionality in minutes. Detailed instructions are provided to make the process straightforward and hassle-free.

Maintenance-Free Once Installed

Once the replacement cell is installed, no additional maintenance is required for the Uvonair CD1000-2 system. The generator continues to operate maintenance-free, providing continuous odor control without the need for regular upkeep. This makes the replacement cell a convenient solution for users looking to maintain high performance without added complexity.