What is a solenoid battery?

Solenoid battery is designed for exclusive use with direct current power supply (DC). This term is a somewhat incorrect name, although as a dC solenoid does not necessarily run from the battery and can be driven by any suitably rated rectified DC. Battery solenoid differs little from alternating currents (AC), sharing most of the physical characteristics, applications and output configurations. The main difference between the two types is the absence of a shading coil on the tread of the solenoid battery. This coil is designed to reduce “chatting” in AC solenoids caused by zero voltage point in the form of alternating wool and is not necessary in DC solenoid. The simplicity study is a solenoid cheap, efficient and capable of producing surprisingly strong output movement. Their simple centers of effectiveness around the fact that solenoid generally consists of only two parts, one of which is a immobile part. The static coil of the wire is wound on the hollow yloric coil with moving metal fontLocated near the entrance to the cavity. When a suitable electric current is applied to the coil, a magnetic field is formed around it, which attracts the piston and pulls inside the core and in the process adds the output movement of the solenoid.

The battery solenoid is in most respects identical to those that are designed to work with power sources. The only difference between the two is adding a shading coil to the AC coil. This is simply one or two windings of the coil short -circuit to move the current phase relationship by 90 degrees in this part of the coil. This adds only enough magnetic retention force to prevent Plunner from constantly moving from the coil or chatting, every time the alternating stress of the cycle of its zero free point. The battery solenoid is designed to work on the DC van, which has a constant voltage level, so the shading coil is not necessary.

This characteristic of solenoid operation means thatE devices designed to work with AC power supply can be used with DC power, but not vice versa. In fact, the solenoid battery can be used with an alternating current power, but it will constantly tremble and eventually overheat, and if it is left enough, it may suffer from irreversible failure. This point requires careful attention when selecting solenoids for AC applications.