Rectangular Connectors - Headers, Male Pins

Rectangular connectors are widely used tool and are designed to be inserted into a header. These connectors offer an electrical connection between two separate components and come in a variety of shapes and sizes to suit the particular application. The most popular header type is the male pin type, which is commonly used in electrical applications as it offers a secure connection.

860-10-004-10-002000 application field and working principle

860-10-004-10-002000 headers are commonly used in a variety of applications, including power, control, communications, and ground/ earth/ bonding applications. These connectors provide a tight connection between components and are capable of supporting high power for industrial and residential applications. They also provide a secure connection with a variety of different pin-types including, double female, female crimp, female solder, male crimp, and male solder.

The working principle of 860-10-004-10-002000 rectangular connectors is quite simple. The two components to be connected are both fitted with their respective holes. The appropriate pins are then inserted into the corresponding pinholes. The electrical connection between the two components is then made and secured by tightening down the screws that secure the pins to the connector. The electrical current then flows through the pins, providing power and/or communication between the two connected components.

860-10-004-10-002000 headers are designed to be used in various disciplines such as automotive, telecom, security systems, and instrumentation. These connectors are also used in sensing equipment, such as probes, as well as other sensitive electronic components, due to their good insulation properties. The headers feature good impedance control and high current carrying capabilities, and provide a secure and reliable connection.

Installation and Maintenance

The installation of 860-10-004-10-002000 rectangular connectors can be performed quickly and easily, and require few tools or materials. First, the corresponding pinholes should be pre-drilled in the components, if required. The appropriate pins and screws must then be inserted into the pinholes, and the connector should be attached firmly to the component. Finally, the screws should be tightened to their specified torque in order to provide a secure connection.

The maintenance of 860-10-004-10-002000 connectors is fairly straightforward. It is recommended to periodically check for loose or disconnected pins and screws, and tighten them as necessary in order to ensure a good connection. The pins should also be inspected for dirt or damage and clean or replace as necessary. If the pins become oxidized or corroded, they should be replaced with new ones.

Advantages

860-10-004-10-002000 connectors offer a number of advantages, the most notable of which is their reliability. As the connector is firmly secured to the two components, this eliminates the possibility of the connection becoming loose or incorrect during operation. Additionally, the pins are designed to withstand high-power and high-current applications, and are resistant to vibration. The connectors also provide a secure connection and are typically available in a variety of shapes and sizes to suit the specific application.