220-1-20-003

220-1-20-003 Application Field and Working Principle

The 220-1-20-003 headers is a breed of specialty pins designed for connector systems. With it\'s versatile and flexible fit, this pin is able to be used in various applications and industries.

The 220-1-20-003 pin provides an optimal connection with its 220-1-20-003 proprietary, Quadblok™ stacking contact. This pin is designed to be beneficial for various connectors and to provide a secure connection. It features an optimized insertion depth of 1.25mm, and holds two times the retention force of predecessors.

The 220-1-20-003 connectors feature Quadblok™ technology, which offers high density connections, low actual mating force and secure retention force. The pins are made from a durable and high quality alloy and maintain a high surge and current carrying capability.

The feature rich 220-1-20-003, enables many applications where pin-to-pin and group-to-group shunting and separation needs to occur. The combination of eccentric pins and symmetrical pins provides convenience when using the 220-1-20-003. Additionally, the design capabilities allow for difficult and unstable applications with high current capacity requirements.

The working principle of the 220-1-20-003 is straight forward. When inserted into the matrix, a contact is formed between a ‘panel receptacle contact’ and a ‘panel socket contact’. The contact is formed at the plug and play type of connection. This makes for an easy ‘plug and play’ system and allows for flexible setup. Additionally, the Stacked Contact feature of the 220-1-20-003 allows for broader engagement of the pins.

The 220-1-20-003 makes for a great choice for a specialty pin connector when working with industrial automation due to the exceptional amount of stability provided by the pin-to-pin and group-to-group friction. Additionally, the versatile pin configurations, durable and high quality pins, and optimized insertion depth provides a robust, dependable and reliable connection.

The 220-1-20-003 is a great choice for unique and versatile applications with high current and surge capacity requirements.