Dri-Eaz DrizAir 1200 Dehumidifier (F203-A)

The Dri-Eaz® DrizAir® 1200 Dehumidifier (Dri-Eaz F203-A) is a classic refrigerant dehumidifier designed to reduce humidity in enclosed structural environments by removing water vapor from the air, with all the convenient features of its larger cousins in a compact and extremely portable size. DrizAir 1200 is proven favorite of water damage restoration professionals for structural drying, construction, and other applications requiring temporary, high-performance dehumidification.

Easy to operate, the Dri-Eaz F203-A has a digital touchpad control panel that includes on/off controls, a job hour meter, operation status, a reset function, and a purge control. With proper use, the Dri-Eaz DrizAir 1200 Dehumidifier can help dry carpet, carpet pad, floors, walls, building contents and more. Using dehumidifiers can also help prevent secondary damage caused by high humidity.

How the 1200 Dehumidifier Works
Dri-Eaz refrigerant dehumidifiers operate by pulling moist air in across a very cold evaporator core. The moisture in the air condenses on the coil. In certain conditions, the machine operates in defrost mode, warming any frost accumulated on the evaporator coil back into water. The water collects in a tray and is pumped out through a hose.

The DrizAir 1200 Dehumidifier combines proven design with professional performance and portability. Featuring Dri-Eaz’s signature rotomolded polyethylene housing is dent resistant offers superior durability, and helps to protect furnishings when in use. Stack up to two units high for storage. A rigid handle and semi-pneumatic wheels ensure easy transport and maneuverability. 

DrizAir® 1200 Product Features:

• Removes up to 15 gallons a day
• Super convenient size
• Automatic Pump-out System – 40 hose
• Hot-gas bypass for fast defrost
• Rugged rotomolded housing – stackable
• Electronic touch-pad controls
• Built-in duct attachment ring
• Automatic restart
• Made in the USA

 

Dri-Eaz products are subject to Minimum Advertised Pricing (MAP).