KR2003 Series SAN SJN Board In Connector

Description

The KR2003 series connector is a powerful connectivity solution with a compact 2.0mm pitch design that easily accommodates 2 to 16 circuits, and is perfectly compatible with AWG #24-#28 wire (up to 1.4mm OD). With a current rating of up to 2A and a voltage rating of 250V, the connector is able to handle a wide range of electrical needs. At the same time, it has a wide range of operating temperatures from -40°C to +105°C for stable operation.

The KR2003 series connectors offer excellent electrical performance, with a maximum contact resistance of only 20mΩ and a minimum insulation resistance of 1000MΩ, ensuring accurate and safe connections. In addition, the connectors have a voltage withstand capability of 800VAC/minute, further enhancing their electrical safety.

This rugged design makes the KR2003 series connector ideal for a variety of applications, whether in automotive electronics, industrial equipment or data centers, it ensures a safe and reliable connection between electronic devices and systems.

The compact design of the KR2003 connector saves valuable space on the PCB, making it ideal for applications that require high-density installations. This design allows for a more compact circuit layout, which contributes to the overall performance and efficiency of the device.

The connector supports one-touch connection and easy contact insertion, greatly simplifying the assembly process. The design reduces labor and time investment, improves productivity, and lowers costs.

The KR2003 connector features secure PCB mounting to ensure long-lasting reliability of the electrical connection. It provides consistent performance, reduces failure rates and enhances equipment reliability, both in daily operation and under extreme environmental conditions.

To meet the specific needs of different projects, the KR2003 connector is able to accommodate a wide range of PCB thicknesses and offers a variety of contact types. This flexibility makes it ideal for a wide range of application scenarios and can meet the individual needs of different users.