4797.0020

Power entry connectors are key components in many applications, providing outlets, inlets, and modules for transporting electric power. The 4797.0020 is a type of power entry connector, designed with a specific set of features for a variety of applications. This article will discuss the 4797.0020\'s application field and working principle.

The 4797.0020 is a double-ended power entry connector with an operating voltage of 250VAC and an operating current of 11.0A. It is designed to be both robust and reliable, featuring a 12-position insert that fits metal bodies for contacts as well as plastic bodies for insulation, plus integral lock levers for secure locking. The 4797.0020 is specifically suited for applications that require a reliable and secure connection in tight spaces, such as when providing power to equipment that is mounted on walls or ceilings.

The 4797.0020’s working principle is based on the Coulomb law of electrostatic attraction, which states that opposite charges attract and like charges repel. This law is put into practice in the 4797.0020\'s design, whereby the use of two separate Phillips screws on the top and bottom of the connector allow the current to be transferred between the two plates. The two plates are then attached to the metal bodies of the contacts and the plastic bodies of the insulation. The connection made between the plates and the bodies of the contacts produces the force of electrostatic attraction that helps the current to be transferred securely.

In addition to its use in power entry applications, the 4797.0020 can also be used in the manufacturing of various electronic devices. Its sturdy construction and reliable connection make it suitable for use in situations where precise power levels are required, such as in the production of medical electronics or high-power components. It can also be used in the production of electronic circuit boards.

Overall, the 4797.0020 is a highly reliable and secure power entry connector with a wide range of applications. Its working principle is based on the Coulomb law of electrostatic attraction, which is put into practice with the use of two plates, and its robust design and reliable connection make it a suitable choice for a variety of applications, from power entry applications to the manufacturing of electronic components.