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Contacts, Spring Loaded and Pressure

The 0925-0-15-20-73-14-26-0 application field and the working principle of the product focus on Contacts, Spring Loaded and Pressure. Contacts are used in electrical systems to close an electrical circuit. Examples of these devices include pushbutton switches, relay contacts, electric motor contacts, and terminal sockets. In a relay, the contacts are the conductors upon which the current flows when the relay coil is energized, and when the coil is de-energized, the contacts open.

Spring Loaded contacts are also used in electrical systems. These devices are very similar to simple contact switches except they contain a spring loaded mechanism that keeps the contacts in contact while the circuit is powered. This type of contact is often found in limit switches, which are used to control the movement of mechanical parts or machines.

Pressure controlled contacts are also used in electrical systems. Pressure switches are often found in pumps and other devices where the fluid pressure needs to be maintained at a certain level. If the pressure drops, the switch closes the circuit and the pump starts running. It will then keep running until either the pressure returns to the correct level or the switch opens the circuit and the pump shuts down.

The working principles of contact, spring loaded and pressure controlled contacts are similar in that all of them require a certain amount of force in order to close the contact. Contact devices require the user to physically actuate the switch, while spring loaded devices and pressure switches are typically actuated by either a mechanical force or a change in fluid pressure. In all cases, the contact is closed when the force or pressure exceeds the threshold required to keep it open.

The 0925-0-15-20-73-14-26-0 field is one that relies heavily on Contacts, Spring Loaded contacts and Pressure controlled contacts. These components are crucial for controlling the flow of electricity in a variety of applications. From circuit boards to pumps and motors, these components are essential for a reliable and safe operation.

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