Liquidation Sale Baltimore Aircoil Company Evaporative Condensers - 285 Ton Collection [ORqCJdwc]

Baltimore Aircoil Evaporative Condensers

Experience superior cooling efficiency with the Baltimore Aircoil Company's Evaporative Condensers. These high-performance units are designed to meet the demanding needs of commercial and industrial cooling applications. With a rated capacity of 285 tons, this model is a reliable choice for spaces requiring substantial cooling power. The innovative side-by-side, connected unit design allows for operational flexibility, enabling each unit to function independently.

• Flexible Operation: Divisible into individual units, each with its own fan and coil section.
• Space-Saving Design: Axial fans located on the ends for optimal wall or setback placement in narrow spaces.

Robust Performance and Efficiency

Featuring the VXMCN570 model, these evaporative condensers deliver exceptional performance with versatile operating capabilities. With a condensing temperature of 105ºF using R-22 and 96.3ºF using R-717, they ensure efficient cooling under various conditions. The units are engineered to handle extreme operating temperatures, providing consistent and reliable cooling for a wide range of applications.

• Advanced Refrigerants: R-22 and R-717 for optimal performance in different environments.
• Superior Condensing: 40ºF suction and 78ºF wet bulb temperatures ensure efficient heat rejection.

Dimensional Specifications and Practicality

This Baltimore Aircoil Evaporative Condenser offers a compact and space-efficient solution, measuring 22 ft. 3 in. L x 7 ft. 3 in. W x 13 ft. H. Its unique design allows for installation in areas with limited space, making it an ideal choice for commercial and industrial settings. The overall dimensions and design are tailored to provide maximum cooling efficiency without compromising on space.

• Space-Saving Dimensions: 22 ft. 3 in. L x 7 ft. 3 in. W x 13 ft. H (ACN255-83).
• Practical Application: Suited for commercial and industrial cooling needs in spaces with limited space.