4303.2014.19

4303.2014.19 Application Field and Working Principle

The application field of 4303.2014.19 Power Entry Connector is wide, which applies to solar panels, printers, motors, monitoring systems, industrial equipment, etc. Because of its robust design and superior durability, it is suitable for stable installation in critical applications.

The 4303.2014.19 features a 3 pole AC power output, rated up to 16A, 250V AC, and is certified for global use. It has a total of 8 terminals: ground terminal, neutral terminal, hot terminal, and 5 additional screw terminals. The connector is made of high-quality die cast metal, designed with strong impact resistance and protection grade up to IP67. For further safety insulation, a grey plastic cover protects the outlet from dust, water damage and other external environment.

The working principle of the 4303.2014.19 is simple and reliable. It connects the AC power supply to the circuit board through the electrical contacts. It works by enclosing a conductive metal element inside a fixed housing, which contains an insulated dielectric material to prevent any arcing. When the contact is engaged, an electric current is passed through the conductive element creating a secure connection.

The connector also supports an external emergency stop switch. It has a push button switch located at the front of the connector which when pressed, will cut off the AC power supply from the circuit board. This ensures that the equipment can be quickly shut down in emergency situations.

In addition, the connector is designed with multiple safety features such as overcurrent, overload and short circuit protection. It also has high temperature resistance and is built to last in harsh conditions.

The 4303.2014.19 Power Entry Connector is a reliable and durable solution for a wide range of applications. It is designed with superior protection and is certified for global usage. With its robust design and multiple safety features, it ensures that your electrical system is protected from any unforeseen incidents.