Automatic Dosing Device PAC/PAM Water Treatment Dosing Device Circulating Water Dosing System Device

Product Attributes:

Sewage treatment amount:100 (m³/h)
Ozone dosage:0 (g/h)
Air quantity:0 (m³/min)
Gas tank volume:100 (m³)
Flowmeter specifications:30 (m³/h)
Outlet pipe diameter:40 (mm)
Inlet pipe diameter:40 (mm)
Overall dimensions:30 (cm)
Aerator power:0 (kw)
Pump power:1 (kw)
Specifications:500L

Composition structure:
Control system: responsible for real-time monitoring of liquid parameters, and according to the preset program to control the solenoid valve opening and closing.
Flowmeter: Used to measure liquid flow and provide accurate flow data for the control system.
Solenoid valve: According to the instructions of the control system, control the amount of additives.
Piping: Connecting the components to ensure the smooth delivery of the agent to the liquid.
Storage tank: Used to store dissolved pharmaceutical products for use by dosing devices.

How to use:
Dissolve the potion in water and place it in a storage tank.
According to the production needs, set the time and proportion of drug addition.
The control system is activated, and the device automatically obtains the reagent from the storage tank, controls it through the solenoid valve, and adds it to the liquid.

Scope of application:
Automatic dosing devices are widely used in the following fields:
Waste water and sewage treatment in environmental protection.
Power plant furnace dosing, such as feed water adding ammonia, adding hydrazine, furnace water adding phosphate, etc.
Boiler injection of chemical liquid, used in thermal power plants, chemical, metallurgical, Marine, central heating and other use of boilers.
Water treatment dosing, such as sewage adding flocculant, adding coagulant aid, adding defoamer, etc.
Tap water pretreatment dosing, such as urban water plants, large enterprises self-provided water plants, textile printing and dyeing, steel, paper and other industries

Product advantages:
High degree of automation: it can automatically complete the addition and adjustment of the drug, reducing manual intervention.
Precise control: Precise control is achieved through sensors and control systems to ensure the accuracy of the dosage.
Cost saving: Improve production efficiency and reduce labor costs.
Safe and reliable: real-time monitoring of liquid parameters to ensure the safe and reliable dosing process.