Fully automatic electronic descaling and hardness reducing water processor

In HVAC systems and industrial circulating water systems, the increase in water turbidity can be caused by factors such as rising circulating water temperature, fluctuations in water flow rate, evaporation and concentration of water, and the entry of dust and debris. In addition, the neutralization effect of various factors such as equipment structure and materials can lead to more serious sediment adhesion, equipment corrosion, and growth of bacteria, algae, and microorganisms than in DC systems. The scale, mud, and dirt formed as a result can block the system pipelines, leading to a decrease in heat transfer efficiency, shortened equipment lifespan, and in severe cases, equipment perforation or even forced shutdown. Therefore, water treatment equipment plays a crucial role in HVAC systems and industrial circulating water systems.

Principle of fully automatic electronic descaling water processor

The series of fully automatic electronic descaling and hardness reducing water processors mainly consist of three parts: * * part is the controller, * * part is the electrode, and the third part is the water processor body. In normal use, after the power is turned on, the energy release device can effectively excite the electrons of water molecules to a high energy state by receiving the energy supplied by the controller and the generated nuclear magnetic resonance field. The dipole distance increases and forms a chain like arrangement in positive and negative orientations, enhancing the activity of water molecules. It can effectively break the attachment conditions of calcium and magnesium scaling substances, and under external force, the calcium and magnesium scales gradually soften, crack and directly fall off. At the same time, under the action of nuclear magnetic resonance field, ions in water are positively and negatively polarized. When adsorbed by electric field, it can effectively reduce the hardness of calcium and magnesium in water. The water flowing through the water processor body undergoes changes in its physical properties such as conductivity, dissolved oxygen, viscosity, surface tension, etc. under the action of electrostatic or electronic field energy. The experiment confirmed the following functions:

Softening: The nuclear magnetic resonance field can play a role in ion polarity separation in electrodialysis, reducing the concentration of calcium and magnesium ions in water.

Scale prevention: Under the action of electrostatic field energy, anions and cations in water are more tightly surrounded by water molecules with increased dipole moment and arranged in a chain shape, unable to move freely or approach the inner wall of the pipeline, thus preventing the formation of scale. Under the action of electronic field energy, the electrons of water molecules are excited to a high energy state. The decrease in the potential of water molecules weakens the attraction between anions and cations in the water, preventing them from aggregating and tending to disperse, thus preventing the formation of scale.
Scale removal: Water molecules that increase their dipole moment under the action of electrostatic field energy and water molecules that are excited into high-energy states under the action of electron field energy will make the hard scale on the pipe wall soft, loose, dissolve, and fall off, until it becomes * * scale.
**Algae killing: Under the action of electrostatic and electron fields, water molecules can promote the rupture of microbial cell walls and the outflow of cell cytoplasm, achieving the effect of killing * * and algae.
Corrosion inhibition: Under the action of electrostatic and electronic field energy, water molecules can form a water film on the inner wall of the pipeline, which can also reduce the potential difference between water molecules and metals. This slows down the electrochemical corrosion between water and metals and to some extent eliminates the hazards of yellow water and rust.

Water quality: Total hardness (≤ 700mg/L, calculated as Caco3)

Water temperature: ≤ 90 ℃, special manufacturing can be ≤ 120 ℃

Water pressure: ≤ 1.0mpa, special manufacturing can ≤ 3.0mpa

Flow rate: 0-10m/s

model	Inlet and outlet diameter		head loss coefficients	referral traffic (cubic meters per hour)	Dimensions of the energy release device (millimeters)					interface type	power （W）
	inch	mm			D	L	DO	d	h
NJ-0.6	0.6	15	0.1	>1	76	300	-	27	-	internal thread	15
NJ-1	1	25	0.7	1~3	76	350	-	32	-	internal thread	120
NJ-1.5	1.5	40	0.4	3~9	89	350	-	47	-	internal thread	150
NJ-2	2	50	0.2	9~15	89	350	-	57	-	internal thread	175
NJ-3	3	80	1.46	15~36	159	1000	285	89	90	flange	200
NJ-4	4	100	1.16	36~60	159	1000	285	108	90	flange	205
NJ-5	5	125	1.13	60~80	219	1000	340	132	90	flange	210
NJ-6	6	150	1.1	80~120	219	1000	340	169	90	flange	210
NJ-8	8	200	1.08	120~220	273	1000	395	219	90	flange	215
NJ-10	10	250	1.02	220~360	325	1000	445	173	90	flange	220
NJ-12	12	300	1.01	360~630	416	1000	565	325	110	flange	225
NJ-14	14	350	0.98	630~860	470	1000	615	377	110	flange	230
NJ-16	16	400	0.91	860~1100	520	1000	670	426	110	flange	235
NJ-18	18	450	0.86	1100~1400	570	1000	725	480	110	flange	240
NJ-20	20	500	0.76	1400~1800	620	1000	780	530	110	flange	245
NJ-24	24	600	0.66	1800~2600	720	1000	895	630	110	flange	250
NJ-28	28	700	0.57	2600~3600	820	1200	1015	730	110	flange	255
NJ-32	32	800	0.5	3600~5000	920	1200	1115	830	110	flange	260
NJ-36	36	900	0.41	5000~6400	1020	1200	1230	930	110	flange	265