SEKO Dosing Pump Price kamoer Electronic chemical metering dosing System pump

Electromagnetic metering pump as an efficient tool for precise measurement of liquids

An electromagnetic metering pump uses an electromagnetic push rod. It drives the diaphragm to move back – and – forth in the pump head. This causes changes in the volume and pressure of the pump head chamber. The pressure change then makes the suction and discharge valves open and close. Thus, it achieves quantitative liquid suction and discharge.

Electromagnetic metering Dosing pump use electromagnetic force for accurate liquid measurement and control. They keep measurement errors within 1%. So, they’re perfect for liquid proportioning and additive control.

Adjusting the frequency or stroke rate of the electromagnetic pulse can control the flow rate of an electromagnetic metering pump. It’s both convenient and flexible.

Dosing Pump: The Precision Powerhouses in Fluid Handling

Dosing pumps are crucial in various industries for accurate fluid dispensing. These pumps operate with high precision, ensuring the right amount of chemicals, additives, or substances are delivered.

In water treatment plants, dosing pumps play a vital role. They precisely add disinfectants like chlorine to purify water, safeguarding public health. In the pharmaceutical industry, they are used to accurately mix ingredients, ensuring product quality and consistency.

One of the key features of dosing pumps is their adjustability. You can easily modify the flow rate by adjusting the stroke length or frequency. This flexibility allows for customization according to different process requirements.

Moreover, dosing pump are designed for reliability. Built with durable materials, they can withstand continuous operation in harsh environments. Their precision and reliability make dosing pumps an essential tool in any process that demands exact fluid dosing.

How Dosing Pumps Work

Dosing pumps operate on a principle of metered displacement. They use mechanisms such as pistons, diaphragms, or gears to move a specific volume of fluid from a source to the desired destination. For instance, in a diaphragm dosing pump, an electric motor or a solenoid drives a diaphragm. As the diaphragm moves back and forth, it creates a vacuum on the suction side, drawing in the fluid. On the discharge side, the movement of the diaphragm forces the fluid out at a precisely controlled rate. This back – and – forth motion is calibrated to deliver the exact volume of fluid required for the process.