What is a remote solenoid?
Remote solenoid is a device that creates work movement, allows operators and automated systems to activate secondary devices from a remote location. This function is made possible by translation of the electromagnetic force to linear solenoid movement. Typical solenoid consists of a static coil with a wire wound connected to the power source and the movable spring -charged metal piston located near the coil. Pluntár is connected to the secondary device using a set of bonds. When the coil is under voltage, a strong magnetic field is generated around it and attracts a metal piston that moves towards the coil and transmits the desired movement to the secondary device.
A simple physical act of turning light, opening doors or placing a compact disk (CD) into the CD is usually done by most people without any conscious thinking. In some situations, however, a device that requires an action, too tight, or somewhere dangerous. This type of situation probablyIt meets more work requirements than hand inputs and is a domain of drivers such as remote solenoid. These devices supply work movements used to switch the equipment to turn on and off, move things and operate machines remotely or as part of an automated or pre -programmed system.
solenoids are one of the most common types of drivers and produce two -way linear movement. Remote solenoid is very simple, consisting of a coil to the wound and a spring, moving metallic piston of ferric. The remote solenoid coil is connected to a suitably evaluated alternating current (AC) or direct current (DC) power. This circuit is generally interrupted at some point in the control system, such as a button or automated interface. A series of bindings is used to connect the piston to the Device that requires activation.
When the remote solenoid control circuit is on, it flowsPower to the coil that energizes it. This creates a powerful electromagnetic field around the coil. The magnetic force attracts the metal piston and causes it to move very quickly towards the coil against the spring tension. The plunger is connected to the secondary device, so this movement is transferred to it, effectively turns it on or moves it to a place in the process. When the power supply is cut into solenoid, the spring voltage on the piston returns it to the neutral position and completes the characteristic two -way movement of the remote solenoid.