What is the electric solenoid controller?
electric solenoid drive is an electromagnetic device that is used to supply remote work in order to switch, move or activate the secondary mechanism. These devices are usually used where these actions are manually not practical or safe. Electric solenoids are simple and reliable devices that have only one movable part. In general, they consist of a static coil of the wound connected via the control circuit to a suitable electrical power supply and a spring movable metal piston connected to the secondary mechanism. When the coil is under electrical voltage, a powerful magnetic field is generated that attracts the piston to it and provides the desired process movement in the process.
The inevitable need for remote control of the device is a reality in most mechanical, electrical and electronic engineering fields. Devices that need activation in small, inaccessible places, over long distancesTrace personnel or in -danger environments require a remote control source of control initiated either by the operator's inputs or by an automated system. One of the most reliable, cost -effective and simplest of these remote devices is the electric solenoid controller. These devices are robust and missing in complex and high maintenance and are able to produce two -way linear activation movement with a single movable part. In fact, they rarely have more than two different parts of a total.
The average drive of electric solenoid consists of static wine wounds on hollow non -conductive coils. This coil is connected to a suitably evaluated AC current (AC) or a direct current (DC) power circuit, including a control system that allows the solenoid to supply. The moving metallic pluler of the ferric is located in close proximity to the coil, parallel to its hollow core.In most cases, the Pistus Pistus function is placed around the body and the spring is compressed when it moves. Plntár is in turn connected by connecting to the device that requires activation.
When the control circuit is activated and the electric solenoid control coil is powered, a strong magnetic field is generated around it. This magnetic force acts on the piston in a quick tension towards the coil, compresses the spring as it does, and provides the first phase of two -way movement of solenoid. This movement is an employment agent that - provides activation force to connect the piston to the secondary device. When the control circuit is deactivated and the power supply on the coil is cut, the compressed spring returns the piston to its original, neutral position, giving the second phase of movement. Electric solenoid drive is then reset and ready for another working cycle.