Frigiking® Residential Evaporative Cooler with Aspen Pads, Side-Discharge, up to 4,710 CFM

APPLICATIONS

All Stages of our manufacturing emphasize quality and efficiency and every Frigiking Air Cooler is built to the most exacting standards. The cabinet design with a deep drawn bottom pan is constructed with hot dipped galvanized steel and coated with an attractive appliance type finish. Every component is engineered for reliable performance, so your cooler will last through the years of cooling comfort with a minimum of maintenance. In short, the Frigiking cooler is your best choice for years of comfort and economical trouble-free operation.

FEATURES & BENEFITS

• High quality architectural grade Peblar XT® finish
• Galvanized sheet steel is zinc coated at weights rated G40 or G90
• Bottom pan drain is 3/4" male hose thread.
• Bearings have an L10 bearing life of 39,000 hours
• Electrical service knockouts are 1/2".
• Water supply line is 1/4" O.D. Knockout are on all 4 corners
• All models ship with 120 V. pumps included. 240 V. pumps are available.

MOTOR SPECIFICATIONS (Purchased Separately)

• 1/2HP, 1 Speed, 120Vac, 60hz, Single Phase: 3,268 CFM @ 0.2 Static Pressure (3,660 CFM Maximum @ 0.0 Static Pressure)
• 1/2HP, 2 Speed, 120Vac, 60hz, Single Phase: 3,268 CFM @ 0.2 Static Pressure (3,660 CFM Maximum @ 0.0 Static Pressure)
• 1/2HP, 1 Speed, 240Vac, 60hz, Single Phase: 3,268 CFM @ 0.2 Static Pressure (3,660 CFM Maximum @ 0.0 Static Pressure)
• 1/2HP, 2 Speed, 240Vac, 60hz, Single Phase: 3,268 CFM @ 0.2 Static Pressure (3,660 CFM Maximum @ 0.0 Static Pressure)
• 3/4HP, 1 Speed, 120Vac, 60hz, Single Phase: 3,802 CFM @ 0.2 Static Pressure (4,130 CFM Maximum @ 0.0 Static Pressure)
• 3/4HP, 2 Speed, 120Vac, 60hz, Single Phase: 3,802 CFM @ 0.2 Static Pressure (4,130 CFM Maximum @ 0.0 Static Pressure)
• 3/4HP, 1 Speed, 240Vac, 60hz, Single Phase: 4,382 CFM @ 0.2 Static Pressure (4,710 CFM Maximum @ 0.0 Static Pressure)
• 3/4HP, 2 Speed, 240Vac, 60hz, Single Phase: 4,382 CFM @ 0.2 Static Pressure (4,710 CFM Maximum @ 0.0 Static Pressure)