Specifically equipped with an internal condensate pump that can be activated when using the heat function, the Whynter ARC-148MHP portable air conditioner is especially useful in high humidity conditions. The unit can be easily setup in almost any indoor location and is most commonly used in data closets / server rooms, bedrooms, classrooms and garages / workshops.
Superior cooling and heating operation
The Whynter ARC-148MHP portable air conditioner provides 14,000 BTU cooling and 11,000 BTU heating output while maintaining a compact and portable profile. The dehumidifier mode allows you to extract 71 pints of excess moisture during a 24-hour period.
The Whynter ARC-148MHP will never cause you a spill over. When the water tank is full, the compressor will shut down and will not start back up before the tank is emptied. Alternatively, the AutoPump function can be utilized to pump out (and up) condensate moisture through the included 16.5’ drain for continuous water removal with approximately 15’ of vertical lift.
Cleaner and fresher air
This unit also features a separate dehumidifying mode that enables it to be used as a room dehumidifier as needed. A 3M© Filter and SilverShield washable pre-filter are equipped standard on this air conditioner to help keep the cooled air cleaner and fresher.
Storage cover bag
Comes with a protective cover with pocket that will protect your portable AC unit plus store your exhaust hose, window kit, remote control and user manual when not in use. This protective cover will keep dust and dirt from collecting on the unit while it is in storage.
Equipped with a remote control that can easily control the speed, temperature, timer and dehumidifier settings even from a distance, the Whynter ARC-148MHP also comes with rolling casters that will allow you to move the portable air conditioner room to room.
Its programmable features, operating modes, and versatile design makes this unit a great option for keeping rooms up to 450 square feet cool and comfortable (ambient temperature and humidity may influence optimum performance).