The Quest 335 is meticulously engineered to meet the rigorous demands of commercial cannabis cultivation, where maintaining optimal humidity levels is crucial for crop health and productivity. Designed with efficiency and performance in mind, the Quest employs cutting-edge technology to ensure reliable and consistent humidity control in grow houses filled with moisture-producing crops.

At the heart of the Quest 335 lies a sophisticated pressure switch connected to a variable speed fan. This innovative system is designed to detect changes in pressure, primarily caused by a dirty filter, and responds by gradually increasing the fan speed to maintain the desired airflow. This proactive approach not only ensures consistent humidity control but also prolongs the lifespan of the filter, reducing maintenance requirements and downtime.

Utilizing a multi-coil design similar to the acclaimed Quest 506, the 335 boasts impressive capabilities, capable of extracting up to 335 pints of water from the air every 24 hours. Even under challenging conditions of 80°F temperature and 60% relative humidity, the Quest operates efficiently, consuming only 9.3 kWh of energy.

The cost-effectiveness of the Quest extends beyond its energy efficiency. By reducing energy consumption and minimizing the need for additional air conditioning, this unit offers substantial savings in operational costs. Furthermore, the innovative filter compensation feature ensures a consistently controlled environment, promoting optimal growing conditions and maximizing crop yields.

When evaluating the overall value proposition of the Quest 335, it becomes evident that it is one of the most cost-effective units available on the market. By combining energy savings, reduced maintenance, and superior performance, the 335 delivers exceptional value to commercial cannabis growers, allowing them to achieve their production goals efficiently and economically. Trust Quest 335 to provide reliable and efficient humidity control, ensuring the success of your cannabis cultivation operations.