Whynter ARC-110WD 11,000 BTU Dual Hose Portable Air Conditioner & Dehumidifier, 350 sq ft, White

SPECIFICATIONS

• Cooling Capacity: 11,000 BTU (ASHRAE) / 5,900 BTU (SACC)
• Coverage Area: Up to 350 sq. ft.
• Noise Level: Less than 51 dBA
• Operational Modes: Cool, Fan, Dehumidifier, Automatic
• Dehumidifying Capacity: Advanced self-evaporation with 4 fan speeds
• Power Consumption: 1040 W / 9.5 A
• Refrigerant: R32
• Unit Dimensions: 17.3” W x 15.4“ D x 30.5” H

DESCRIPTION

Achieve efficient cooling with the Whynter ARC-110WD 11,000 BTU (5,900 BTU SACC) Dual Hose Portable Air Conditioner. Designed for spaces up to 350 sq. ft., this portable AC provides comprehensive comfort by seamlessly transitioning between air conditioning, dehumidifying, and fan functions. The Activated Carbon filter ensures fresh, clean air quality, while the dual hose system optimizes cooling performance. Featuring a sleek white design, this unit complements any space while delivering reliable, high-efficiency climate control solutions tailored to your needs. Trust Whynter for versatile, portable air conditioning.

FEATURES

• Powerful & Quiet Operation: 11,000 BTU (ASHRAE) / 5,900 BTU (SACC) cooling capacity with a noise level under 51 dBA.
• Advanced Self-Evaporation: Patented auto-drain function fully exhausts condensate automatically, with optional upper gravity drain port and 4 fan speeds for optimal cooling.
• Multi-Functional & Energy Saving: Four operational modes: Cool, Fan, Dehumidifier, and Automatic, with full thermostatic control (61°F – 89°F).
• Easy Setup & Portability: Extendable exhaust and intake hoses (up to 59?) and adjustable window kit dimensions (minimum 20?, maximum 46?).
• Cleaner Air: Equipped with an Activated Carbon Air Filter and Washable Pre-filter to improve air quality.

APPLICATION

• Perfect for cooling bedrooms, offices, and living spaces up to 350 sq. ft.
• Ideal for dehumidifying areas to enhance air quality and reduce moisture.
• Designed for portability with dual hose functionality for faster and more efficient cooling.