REFRESH-CT Countertop Portion Control Still/Sparkling Water Dispenser with 17.9 Gal. Capacity - 120V, 45800.6001

The Bunn REFRESH-CT Countertop Portion Control Still/Sparkling Water Dispenser (45800.6001) is a premium front-of-house beverage solution built for high-demand environments like quick serve restaurants, full service dining, healthcare facilities, campuses, lodging/hospitality, offices, convenience stores, and specialty retail bars.

With a 17.9-gallon capacity and 120V power, it delivers consistently refreshing still and sparkling water through an advanced purification and temperature management system. Its certified water filtration helps reduce cysts, lead, particulates, chloramines, and chlorine taste/odor, while also removing 99.99% of common water-borne bacteria for clean, great-tasting results.

A recirculation loop keeps water flowing for a steady 40°F cold drink temperature, and the patent-pending in-line mistifier creates a smooth “light” carbonation for longer-lasting sparkle and better flavor absorption—ideal for infused waters, natural ingredients, and crafted beverage programs.

Finished with a modern, polished design, the REFRESH-CT looks right at home in upscale foodservice and hospitality settings.

FEATURES:

• Bunn REFRESH-CT Countertop Portion Control Still/Sparkling Water Dispenser (45800.6001)

• 17.9-gallon capacity | 120V countertop unit

• Ideal for QSR, full-service restaurants, healthcare, colleges/universities, amusement & leisure, offices, lodging/hospitality, convenience stores, and specialty/retail bars

• Certified water filtration reduces cysts, lead, particulates, chloramines, and chlorine taste/odor

• Helps remove 99.99% of common water-borne bacteria for cleaner, better-tasting water

• Recirculation loop maintains consistent cold water at 40°F

• Patent-pending in-line mistifier creates “light” carbonation for longer-lasting sparkling water

• Excellent for infused water and crafted beverages using natural ingredients

• Modern front-of-house design suited for customer-facing spaces