The Ultra Flow 5/8 HP Glycol Chiller with Two Pumps and Motors (UF58DP) is designed for larger or more demanding systems that require enhanced glycol circulation. Built to provide superior cooling over extended distances, this unit is ideal for medium to large establishments that need reliable, high-performance glycol chilling for beer dispensing systems.
With two pumps and motors, the UF38 offers improved glycol circulation, ensuring consistent cooling across multiple lines. This feature makes it especially effective for high-demand environments where cooling efficiency is paramount. Whether you're operating a brewery, a large restaurant, or a bar, this chiller provides efficient cooling for a more reliable and stable temperature control, ensuring that your beer is always dispensed at its best.
The 5/8 horsepower compressor delivers superior BTU output, allowing the chiller to outperform many 3/4 horsepower units, providing exceptional cooling power even in large or complex systems. Designed for easy installation and low maintenance, the UF58DP allows you to scale your beer dispensing system with confidence, knowing you have a high-quality glycol chiller backing your setup.
Key Features:
- 5/8 Horsepower Compressor: Provides exceptional cooling performance, ideal for extended runs and larger systems.
- Dual Pumps and Motors: Enhances glycol circulation for consistent temperature control across multiple lines, ensuring better performance in high-demand environments.
- Superior BTU Output: Delivers more cooling power compared to most 3/4 horsepower units.
- Energy Efficient: Operates with minimal power consumption, helping to reduce overall operational costs.
- Durable Construction: Built to withstand the demands of daily use in commercial settings.
- Simple Maintenance: Low-maintenance design ensures smooth operation with minimal downtime.
The Ultra Flow 5/8 HP Glycol Chiller with Two Pumps and Motors is the perfect solution for businesses requiring reliable cooling, enhanced glycol circulation, and energy-efficient performance in larger or more complex systems.
