951121-2530-AR-PT

Rectangular Connectors – Headers, Male Pins

951121-2530-AR-PT is a rectangular connector that is used for a variety of applications. It is commonly referred to as a header or male pin, and it is available in a variety of configurations.

Application Field

951121-2530-AR-PT connectors are used in a variety of industries, including: electrical/electronic, instrumentation, telecom, computer, and automotive. This type of connector is commonly used for a wide range of applications, including: power distribution, signal transmission, power metering, communication, process control, and data input/output.

Working Principle

951121-2530-AR-PT connectors feature a straightforward design that makes them ideal for a variety of applications. They consist of a housing and two rows of either male or female contacts. The two rows are usually connected by a bridge, which serves to maintain the required connection. The male or female contacts will accept the corresponding wire or connector body to create an electrical connection.

The connector also includes a strain relief, which serves to reduce any mechanical stress and prevents the contacts from becoming loose due to vibration. The contacts are designed to be securely held within the housing and feature a snap-in locking mechanism to ensure they remain firmly in place.

The connector features a wide range of connection points, which can accommodate up to 6 male or female contacts. This makes it suitable for a variety of applications.

Advantages

The advantages of 951121-2530-AR-PT connectors include:

• Compact design
• Reliable connections
• Wide range of connection points
• Strain relief for mechanical stability
• Snap-in locking mechanism
• Applicable in a variety of industries

Conclusion

In conclusion, 951121-2530-AR-PT connectors are reliable and versatile rectangular connectors that are suitable for a variety of applications in different industries. They are designed with convenience and reliability in mind, and they can provide a secure connection with minimal mechanical stress.