KCW102 Low - Frequency Electromagnetic Wave Water Treatment Device
Introduction
The KCW102 low - frequency electromagnetic wave water treatment
device is also known as the ultra - low - frequency water treatment
equipment or the ultra - low - frequency pulsed electromagnetic
wave water treatment equipment.
It treats circulating water with an electromagnetic field. The
equipment consists of a frequency - conversion control box and a
transmitter. The transmitter is made of titanium alloy and is
installed in the cooling tower water collection tray. The control
box transmits low - frequency electrical signals to the
transmitter, which then emits electromagnetic signals into the
water. It treats circulating water in the form of ionic current
with frequency - modulated electromagnetic waves, reducing the
hardness and alkalinity of the circulating water, and can also
sterilize and eliminate algae. It increases the concentration
multiple of circulating water, saves water, and prevents scaling in
condensers, plate heat exchangers, and other heat - exchange
equipment. It is a more advanced circulating water treatment
technology.
Product Introduction
The KCW102 low - frequency electromagnetic wave water treatment
device treats circulating water through a physical water treatment
method without adding any chemicals.
The KCW102 low - frequency electromagnetic wave water treatment
device consists of the following parts:
- Control system
- Electromagnetic wave emission device
- Electromagnetic wave receiver
- Online water quality monitoring equipment
- Connecting cables
- Main Applications
- Scaling Prevention
The low - frequency electromagnetic wave water treatment device
treats circulating water by releasing alternating electromagnetic
pulse waves of specific frequencies into it. It can effectively
promote the resonance of water molecules and improve the dissolving
power of water. Secondly, the ultra - low - frequency pulsed
electromagnetic waves released can promote the scale - prone ions
in the circulating water to crystallize actively, producing non -
adsorptive crystals, such as aragonite crystals of calcium
carbonate and magnesium carbonate. These crystals do not adsorb on
the heat - exchange surface but are suspended in the water, flowing
with the circulating water, precipitating at the bottom of the
cooling tower, or being discharged through the blowdown valve.
Corrosion Prevention
Heat - exchange equipment in circulating water is prone to
corrosion, mainly due to the abundant oxygen in the water and
corrosive ions such as iron ions and copper ions. Long - term
corrosion can lead to the scrapping of heat exchangers and water
pipelines. The low - frequency electromagnetic wave water treatment
device can promote the movement of positive and negative ions in
the water in opposite directions, forming a weak current. This
enables the dissolved oxygen in the water to gain an electron and
react with iron ions to form a Fe₃O₄ protective layer, preventing
corrosion.
Sterilization and Algae Removal
The low - frequency electromagnetic wave water treatment device
inhibits the metabolism of bacteria and algae through frequency -
modulated electromagnetic waves, destroys the cell wall, and
reduces the cell division rate, thereby achieving the effect of
sterilization and algae removal.
Technical Advantages
Adopts pure physical technology without the need to add chemical
agents.
Has the effect of sterilization and algae removal, and can inhibit
the growth and reproduction of Legionella and other strains.
Effectively controls corrosion and extends the service life of
equipment.
Increases the concentration multiple, saves water, and reduces
water replenishment.
The equipment operates automatically and requires no manual
maintenance.
The circulating cooling water treatment system is equipped with
online water quality monitoring. All important operating parameters
and water quality data (including conductivity, pH, corrosion rate,
turbidity, etc.) are monitored in real - time by online sensors.
Technical Specifications
| Serial Number | Item | Parameter |
| 1 | Input Voltage | 220V 50Hz |
| 2 | Control System | PLC Programmable Control System |
| 3 | Scale Inhibition Rate | ≥98% |
| 4 | Turbidity Control | < 0.5NUT |
| 5 | Ambient Temperature | -20 - 80℃ |
| 6 | Control Box Material | Cast Iron, Stainless Steel |
| 7 | Protection Level | > IP55 |
| 8 | Signal Output | RS485 |
| 9 | Display | 7 - inch Color Display Touchscreen |
| 10 | Frequency Range | < 10KHz |
| 11 | Corrosion Control | Total Iron ≤ 0.5mg/L |
