NK6PC40BLY

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The NK6PC40BLY is a Type 6PC series PC board-mounted power connector that is primarily used in power distribution applications. This connector has two poles, one neutral and one live. It has a current rating of 40A and a voltage rating of 600V.

The 6PC series PC board-mounted power connectors are designed for applications that require reliable power distribution and easy installation. The 6PC connector features an insulated body that prevents accidental contact with live circuits and helps ensure the safety of the system. It is designed to fit on standard printed circuit boards and features a locking mechanism that provides a secure connection between the connector and the board.

The NK6PC40BLY is designed to be used with standard 12 AWG wire for power connections. It has a compact profile that makes it easy to install, and requires no tools for installation. The male and female contacts of the 6PC40BLY are designed to provide superior connection between the wire and the connector. The contacts are gold plated for improved durability and corrosion resistance.

The connector also features a mating surround that prevents the contacts from coming out of their connectors and makes it easier for users to insert and remove the connector. The contacts are designed to provide maximum contact area for better current conduction and are arranged in a uniform pattern for improved contact reliability and resistance to vibration and shock.

The NK6PC40BLY is a versatile and reliable power connector that can be used in a variety of applications, including industrial automation, automotive, energy, and medical equipment. It is suitable for use with standard 12 AWG wire and is designed to provide reliable power distribution and easy installation. It features an insulated body, gold-plated contacts, and a locking mechanism for a secure connection. It is also designed to provide maximum contact area for improved current conduction and easy insertion and removal.

The specific data is subject to PDF, and the above content is for reference