The ATC1000 CPU is a state-of-the-art control unit designed for advanced automation and precise water treatment management. It serves as the central processing hub for PurAqua’s water treatment systems, providing reliable performance and easy integration with various system components. The ATC1000 CPU is engineered for versatility, ensuring efficient operation in both commercial and residential pool environments.
Key Features:
The ATC1000 CPU features an advanced processing system that allows for faster response times and enhanced system control, providing real-time data monitoring and decision-making capabilities.
Designed with an easy-to-use interface that simplifies system configuration, data analysis, and operational adjustments, the ATC1000 ensures user-friendly operation for both professionals and operators.
The ATC1000 is compatible with a wide range of PurAqua products and water treatment systems, allowing for flexible integration and streamlined management of various system functions.
With its sophisticated algorithms, the ATC1000 ensures accurate regulation of chemical dosing, filtration, and system operations, optimizing water quality and extending equipment life.
Equipped with connectivity options, the ATC1000 allows for remote monitoring and control, enabling system operators to access data and adjust settings from anywhere.
Built with high-quality components, the ATC1000 CPU is designed to withstand demanding environments, ensuring reliable and continuous operation in even the harshest conditions.
For use with the following units:
Accu-Tab® PowerPro 3012
Accu-Tab® PowerPro 3075
Accu-Tab® PowerPro 3150
Accu-Tab® PowerPro 3530
Accu-Tab® PowerPro 3600
Accu-Tab® PowerPro 361000
Accu-Tab® PowerPro 481200
The ATC1000 CPU is the perfect solution for those seeking enhanced control and automation in their water treatment systems. Whether for commercial or residential applications, the ATC1000 offers improved efficiency, simplified operation, and long-term reliability, making it a key component in maintaining optimal water quality and system performance.
