Water’s resistance against electric current between electrodes inside cylinder generates heating that makes evaporation of humidifier.

Humidity leveler activates magnetic contactor to turn on electric current to electrode, and water’s resistance raise up its temperature and in minutes it evaporates and supply humidity through steam hose into the room or duct.

This electric current operation works when the cylinder filled with water. So, there’s no need to install safety device.

Electrode steam humidifier makes boiled steam. Free from bacteria or smell.

Useful at official, residential, industrial circumstances. This steam has very minute particle - about 1㎛, contains heat, diffusivility. Good at precision humidity control.

* Features

• Easy and precise flow control with LCD display
• Mounting the Protection Cover for Control Panel
• Prevent damage from overload by built-in Thermal Protction
• The operation status can be checked with Status Lamp (LED)
• Sealing and Accuracy are improved by double check Valve
• Can cope with difficult environments by robust IP65 class and casing material of chemical resistance
• Various auto-control function (Option)
• - Ratio Control by input signal of PULSE
• - Ratio Control by input signal of 4 ~ 20mA
• - Alarm for Low Level & Signal Error
• - Remote START & STOP

* Applications

• Used for injection of Boiler Chemical, Chlorine Disinfectants, Food Additives, and used for dosing chemicals in various industrial fields including physico-chemical fields, semiconductor device, water treatment, waste water treatment fields, etc.

AQUS chlorinators are vacuum operating solution feed devices available

with either manual or automatic control. Each chlorinator is composed of

three parts ; a vacuum regulator, a control module and an ejector.

The blue and silver cabinet which encloses the control module is constructed

of fiberglass  reinforced polyester and has a smooth. easily maintained

finish.

Chlorinator feed rates are dependent on the maximum withdrawal rates

from the gas source.