What is a solenoid pump?

Solenoid pump is a fluid transmission device that uses reciprocation movement of an electromagnetic pluler for transporting fluid through a closed intake chamber. These pumps use the movement supplied by solenoid associated with the positive characteristics of the shift of the membrane or piston to move fluid and are generally used where low -volume, accurate pumping is required. The mechanism generally consists of a conventional solenoid coil with a font attached to the diaphragm or piston. After submission under voltage, the electromagnetic field that creates around the coil, attracts the piston and gives one phase of the cycle with a spring that returns the piston when the coil is de-per, and gives the second phase. This function depends on the pulse power supply, which switches the coil on and off and is usually supplied by a separate control.

There are two different mechanisms that make up the average solenoid pump. The first is a solenoid that consists of static, wire coil and moving piston. This part of the device works STIn a way, like most solenoids in other applications, relying on the magnetic field created around the coil when the electric current passes. This magnetic field affects the metal piston of the railway by moving quickly towards the coil. When the electricity supply is cut into the coil, the spring pulls the piston back into its inactivity or neutral position.

The second part of the solenoid pump is the pump mechanism from a positive shift. Positive displacement concerns the mechanism moving fluid through its interior space by relocating the action of the reciprocal element. In general, this element is piston or membrane in the solenoid pump and is reciproxed or moves back and forth. The movement is supplied with the kind permission of the solenoid plunger that is attached on the piston or membrane.

Reciprocation effect of solenoid pump is achieved by pulsating or alternatingEpivable power to the solenoid on and off. This causes the piston to move first in one direction when it attracts the magnetic field, then in a different direction when the spring returns it to return. Of course, this action is repeated with a piston or membrane. Pulse power for solenoid is generally supplied by a separate control that could be used to control speed - and thus output - pumps. The solenoid pump is capable of high levels of accuracy and is often used in precise chemical dosing and fuel applications.