The Dri-Eaz DriTec 4000i Desiccant Dehumidifier is a professional-grade drying system engineered to deliver superior moisture removal in challenging environments, particularly where low temperatures or low humidity levels reduce the effectiveness of traditional refrigerant dehumidifiers. By using advanced desiccant technology, the unit removes water vapor directly from the air, making it highly effective for structural drying, restoration, and construction applications.

Equipped with intelligent onboard controls, the DriTec 4000i allows users to monitor system performance in real time and set minimum and maximum humidity levels. This feature helps prevent over-drying, protecting materials while ensuring optimal drying efficiency. The unit also includes a pints-per-day display, providing clear insight into moisture removal performance during operation.

Despite its powerful performance, the DriTec 4000i is designed for portability and ease of use. It is approximately 33% smaller than comparable units and features a rugged, durable housing with integrated storage for cords and ducting. Its design allows it to operate even in low-clearance spaces, such as crawlspaces, enhancing its versatility across a wide range of jobsite conditions.

The system delivers airflow of approximately 395 CFM and removes up to 118 pints of moisture per day under standard conditions. It also incorporates Positive Thermal Coefficient (PTC) heaters, which improve efficiency, safety, and equipment longevity compared to conventional heating elements.

Xactimate Code: WTR DHMD

Accessories Included:

• Reactivation Out duct ring
• Reactivation Out heat-resistant ducting
• Air inlet duct ring
• Process air outlet adaptor assembly
• Two power cords, 25ft. each

Key Features

• Desiccant technology ideal for low-temperature and low-humidity drying
• Removes up to 118 pints of moisture per day
• Smart controls with onboard humidistat and real-time performance display
• Compact design—approximately 33% smaller than comparable units
• Durable construction with integrated storage and low-clearance operation