Dynamic Ionization Release Water Treatment Equipment

Model NO.: YLDL-2S
Scale Prevention and Removing Rate: More Than 97%
Operation Water Temperature: -15~50 Centigrade
Ion Replacement Rate: 90%
Total Hardness: <800mg/L
Flow Rate: 1 - 25m/S
Power Source: AC22ov 50Hz
Scale Removal Rate: >99%
Pipeline Connection: GB Flange
Trademark: YLD
Specification: CE, GSG
Origin: Jiangyin, Jiangsu, China
HS Code: 8421219990
Model NO.: YLDL-2S
Scale Prevention and Removing Rate: More Than 97%
Operation Water Temperature: -15~50 Centigrade
Ion Replacement Rate: 90%
Total Hardness: <800mg/L
Flow Rate: 1 - 25m/S
Power Source: AC22ov 50Hz
Scale Removal Rate: >99%
Pipeline Connection: GB Flange
Trademark: YLD
Specification: CE, GSG
Origin: Jiangyin, Jiangsu, China
HS Code: 8421219990
1. Control principle of dynamic ion clusters
Spray— Type cooling tower is the best place for legionella reproduction. Legionella is an atypical pneumococcus, which can reproduce rapidly in water of 25— 42t. Legionella is usually found in air conditioning cooling towers, humidifiers, cold— Water pipelines and hot— Water pipelines. Carried by splashing water drops and dust, legionella gets into rooms through ventilation system and fresh air system of air— Conditioning.
Scale inhibitors containing phosphate and other polymers
Cooling water in the system will be highly concentrated. As a large amount of phosphates may adhere to mental surface, it is easy to form scale. In addition, polyphosphate can be hydrolyzed into orthophosphates which may form phosphate scale later. Although cooling water is highly concentrated, compound agent containing phosphate and scale inhibitor containing polymers can give full play to their functions of corrosion and scale inhibition
Photocatalysis is mainly composed of nano— Sized titanium dioxide. It can absorb ultraviolate rays from sunshine to form active superoxide, to damage cell membranes of cells where viruses are hidden, to coagulate the protein of viruses, and to prevent the activity of viruses and reproduction of bacteria. Almost 99.9% of bacteria can be sterilized.
Oxidizing fungicide is usually a kind of strong oxidant. It can oxidize enzyme which is used by microorganisms for metabolism and further to kill microorganisms.
Non— Oxidizing fungicide is a toxic agent, which can disrupt metabolism of microorganisms or split cell walls.
Stripping agent added in cooling water can be used to make microorganisms falling from the system. It cannot be used to kill microorganisms, but can make microorganisms falling from the system and remove them by washing them away or using fungicide. The main feature of stripping agent is that it can remove microorganic slime to provide a clean system. It is the best way to prevent the growth of legionella.

2. Requirements on specifications and functions
Filter precision: 1.0- 8.0 mm Legionella removal rate: More than 99%
Ion replacement rate: More than 90% Bacteria removal rate: More than 99%
Total hardness: <800mg/L Flow rate: 1 - 25m/s
Power source: AC22OV 50HZ Range of differential pressure: 28-310KPa Scale removal rate: >99% Anti— Corrosion rate: <0.005mm/Y
Rust removal rate: >98% Chroma: Less than 80-100
Pipeline connection: GB flange Algae removal rate: >99%
Turbidity: <21 PH: 7-8 Pressure loss: <0.016Mpa
Bearing pressure of equipment: Less than1.6mpa Head loss: 0.15-10m
Concentration multiple: 6-8 times Electrical conductivity: 200us/cm
Scale prevention: >99% Corrosion rate: Less than 0.125mm/a(5mpy)
Water temperature: 0-80 Centigrade Anion: N03
Model Inlet and outlet diameters(mm) Maximum treated flow(T/H) Dimension of main engine Dimension of auxiliary engine Power sourse Cluster ion Release time Weight parameters
L H B L H1 H2 D Main engine Auxiliary engine
YLDL-2S 50 35 600 1200 500 680 251 612 20 220V 150 30 30
YLDL-3S 80 55 600 1200 500 710 278 612 25 220V 150 30 30
YLDL-4S 100 90 600 1200 500 710 318 612 25 220V 150 30 30
YLDL-5S 125 130 600 1200 500 730 327 645 25 220V 150 30 30
YLDL-6S 150 190 600 1200 500 730 382 695 40 220V 150 30 30
YLDL-8S 200 320 600 1200 500 780 410 825 40 220V 150 30 30
YLDL-10S 250 500 600 1200 500 805 490 850 50 220V 150 30 30
YLDL-12S 300 760 600 1200 500 935 520 910 50 220V 150 30 30
YLDL-14S 350 1100 600 1200 500 1080 554 930 80 220V 150 30 30
YLDL-16S 400 1350 600 1200 500 1180 572 985 80 220V 150 30 30
YLDL-18S 450 1600 600 1200 500 1260 600 1025 80 220V 150 30 30
YLDL-20S 50 2200 600 1200 500 1345 718 1070 100 220V 150 30 30
YLDL-24S 600 2900 600 1200 500 1490 841 1140 100 220V 150 30 30
YLDL-28S 700 3450 600 1200 500 1620 992 1186 100 220V 150 30 30
YLDL-32S 800 4150 600 1200 500 1700 1190 1245 100 220V 150 30 30

1. Control principle of dynamic ion clusters
Spray— Type cooling tower is the best place for legionella reproduction. Legionella is an atypical pneumococcus, which can reproduce rapidly in water of 25— 42t. Legionella is usually found in air conditioning cooling towers, humidifiers, cold— Water pipelines and hot— Water pipelines. Carried by splashing water drops and dust, legionella gets into rooms through ventilation system and fresh air system of air— Conditioning.
Scale inhibitors containing phosphate and other polymers
Cooling water in the system will be highly concentrated. As a large amount of phosphates may adhere to mental surface, it is easy to form scale. In addition, polyphosphate can be hydrolyzed into orthophosphates which may form phosphate scale later. Although cooling water is highly concentrated, compound agent containing phosphate and scale inhibitor containing polymers can give full play to their functions of corrosion and scale inhibition
Photocatalysis is mainly composed of nano— Sized titanium dioxide. It can absorb ultraviolate rays from sunshine to form active superoxide, to damage cell membranes of cells where viruses are hidden, to coagulate the protein of viruses, and to prevent the activity of viruses and reproduction of bacteria. Almost 99.9% of bacteria can be sterilized.
Oxidizing fungicide is usually a kind of strong oxidant. It can oxidize enzyme which is used by microorganisms for metabolism and further to kill microorganisms.
Non— Oxidizing fungicide is a toxic agent, which can disrupt metabolism of microorganisms or split cell walls.
Stripping agent added in cooling water can be used to make microorganisms falling from the system. It cannot be used to kill microorganisms, but can make microorganisms falling from the system and remove them by washing them away or using fungicide. The main feature of stripping agent is that it can remove microorganic slime to provide a clean system. It is the best way to prevent the growth of legionella.

2. Requirements on specifications and functions
Filter precision: 1.0- 8.0 mm Legionella removal rate: More than 99%
Ion replacement rate: More than 90% Bacteria removal rate: More than 99%
Total hardness: <800mg/L Flow rate: 1 - 25m/s
Power source: AC22OV 50HZ Range of differential pressure: 28-310KPa Scale removal rate: >99% Anti— Corrosion rate: <0.005mm/Y
Rust removal rate: >98% Chroma: Less than 80-100
Pipeline connection: GB flange Algae removal rate: >99%
Turbidity: <21 PH: 7-8 Pressure loss: <0.016Mpa
Bearing pressure of equipment: Less than1.6mpa Head loss: 0.15-10m
Concentration multiple: 6-8 times Electrical conductivity: 200us/cm
Scale prevention: >99% Corrosion rate: Less than 0.125mm/a(5mpy)
Water temperature: 0-80 Centigrade Anion: N03
Model Inlet and outlet diameters(mm) Maximum treated flow(T/H) Dimension of main engine Dimension of auxiliary engine Power sourse Cluster ion Release time Weight parameters
L H B L H1 H2 D Main engine Auxiliary engine
YLDL-2S 50 35 600 1200 500 680 251 612 20 220V 150 30 30
YLDL-3S 80 55 600 1200 500 710 278 612 25 220V 150 30 30
YLDL-4S 100 90 600 1200 500 710 318 612 25 220V 150 30 30
YLDL-5S 125 130 600 1200 500 730 327 645 25 220V 150 30 30
YLDL-6S 150 190 600 1200 500 730 382 695 40 220V 150 30 30
YLDL-8S 200 320 600 1200 500 780 410 825 40 220V 150 30 30
YLDL-10S 250 500 600 1200 500 805 490 850 50 220V 150 30 30
YLDL-12S 300 760 600 1200 500 935 520 910 50 220V 150 30 30
YLDL-14S 350 1100 600 1200 500 1080 554 930 80 220V 150 30 30
YLDL-16S 400 1350 600 1200 500 1180 572 985 80 220V 150 30 30
YLDL-18S 450 1600 600 1200 500 1260 600 1025 80 220V 150 30 30
YLDL-20S 50 2200 600 1200 500 1345 718 1070 100 220V 150 30 30
YLDL-24S 600 2900 600 1200 500 1490 841 1140 100 220V 150 30 30
YLDL-28S 700 3450 600 1200 500 1620 992 1186 100 220V 150 30 30
YLDL-32S 800 4150 600 1200 500 1700 1190 1245 100 220V 150 30 30

LINA Dispersion Kneader with PLC Control System

All types of LIAN Kneader Mixer can install PLC (Programmable Logic Controller) system to monitor the machine`s working process, such as temperature control, mixing time control, pressure control and data import and export. A touch screen is installed to manage the system and shows graphic data, Moreover, an Ethernet communication interface and 20% of the control points are reserved. 

Dispersion Kneader with PLC Control System

Advantages of PLC Control and Data Export:

1. Real-time data record and export of kneading time, temperature (mixing chamber and front/rear rotors), ram pressure, current, torque and recipe code.

2. The control system can be set up to 20 mixing steps, save 20 recipe spaces.

3. The control system is capable of remote importing of the process recipe and data monitoring and communicating with MES via Ethernet communication interface.

4. An Ethernet communication interface and 20% of the control points are reserved. Touch screen is provided.

Dispersion Kneader with PLCDispersion Kneader

PLC Control Dispersion Kneader

PLC Control Internal Mixer,PLC Farrel Banbury Mixer,PLC Banbury Mixer Process

LINA Machinery Industrial Co.,Ltd , https://www.linakneader.com