Used EDWARDS DK-600 #9252222 for sale

EDWARDS DK-600 is an industrial dehumidifying facility for the efficient removal of moisture from the air. It is designed for use in industrial and commercial settings, such as clean rooms, industrial process operations, and other climate-controlled environments. The device possesses a capacity of up to 600liters per day or 6000L per hour, making it suitable for even larger-sized spaces. DK-600 utilizes an innovative rotary wheel desiccant-based dehumidifier with solid desiccant adsorbent beads that capture and store the moisture from the air. The adsorbent beads allow a greater capacity of moisture to be collected in a shorter amount of time, making it more efficient than other dehumidification methods. The device features three independent air loops which enable it to improve the efficiency and accuracy of the dehumidification process. The first loop, the evaporation loop, utilizes a condensate evaporator, where the air is evaporated and condensed before being released into the process air stream. The second loop, the adsorption loop, incorporates the solid desiccant beads, which adsorb the vapor and condensate from the air. The third loop, the regeneration loop, uses heat, often generated by an electric heater, to dry out the beads. EDWARDS DK-600 also features accurate inlet and outlet humidity controls, as well as an advanced microprocessor-controlled operating system which accurately monitors and modulates the dehumidification process. This operating system also allows for pre-programming of temperature and humidity settings, enabling it to be adjusted depending on the needs of the application. Finally, the device is highly resilient and requires minimal maintenance, meaning that it can be operated safely and reliably for extended periods of time. It is also energy efficient, consuming less energy than comparable dehumidification systems and with a high moisture removal capacity. All of these features make DK-600 an excellent choice for any industrial dehumidification application.