User-friendly Evapco Pmca Series Evaporative Condenser - 715 Ton Perfect Gift [HxlmpcKz]

User-friendly Evapco Pmca Series Evaporative Condenser - 715 Ton Perfect Gift [HxlmpcKz]

The User-friendly Evapco Pmca Series Evaporative Condenser - 715 Ton Perfect Gift [HxlmpcKz] is a top-tier cooling solution designed for optimal performance and efficiency. This robust unit, equipped with a nominal capacity of 715 tons using R-22, is ideal for large-scale cooling applications. The condenser's versatility is further enhanced with the option to operate at 500 tons using R-717, making it a versatile choice for various industrial and commercial settings.

• High nominal capacity of 715 tons for R-22
• Flexible operation at 500 tons with R-717
• Customizable for left-handed application

Key Features and Specifications

This Evapco PMCA Series Evaporative Condenser is engineered with cutting-edge technology and superior craftsmanship. It features a Bell & Gossett pump for optimal fluid circulation, ensuring efficient cooling performance. The unit is powered by a 20 hp fan motor and 10 fan motors, both operating at 460V, 60 Hz, 3 phase. Additionally, the condenser comes with a Square “D” toggle control for easy operation and maintenance.

• Bell & Gossett pump for reliable fluid circulation
• 20 hp fan motor and 10 fan motors for high airflow
• Square “D” toggle control for user-friendly operation

Applications and Benefits

The User-friendly Evapco Pmca Series Evaporative Condenser - 715 Ton Perfect Gift [HxlmpcKz] is a versatile cooling solution suitable for a wide range of applications. Its superior cooling capacity, efficient operation, and customizable design make it an ideal choice for industries such as food processing, pharmaceuticals, and data centers. By choosing this condenser, you can enjoy numerous benefits, including reduced energy consumption, improved cooling performance, and enhanced system reliability.

• Optimized for large-scale cooling applications
• Customizable design for various industry needs
• Enhanced cooling performance with reduced energy consumption